Updating prebuilts and/or headers

aa0710c98a36daa5f4516ee8ee39209d05e4c255 - nvbuild.sh
d15f50688485e11293e0d0bd66d73655e79f7718 - nvcommon_build.sh
1156a747abe8e5f2a639fe82c7e9b4b8c128428c - arm-trusted-firmware/package-lock.json
d2180c4f81067554a4fa86baaebf7cd7722d0706 - arm-trusted-firmware/Makefile
7f3fadaf80e3c4745d24cb1a5881c7c5f4d898ba - arm-trusted-firmware/.checkpatch.conf
2b66445d7d00314222c238ee2f233a099ac6d838 - arm-trusted-firmware/.commitlintrc.js
da14c19baefee3959f7c02f68db6cbe8c25d408e - arm-trusted-firmware/readme.rst
2da4fc2430e852f43b1ec376e4783a1d4658c039 - arm-trusted-firmware/package.json
2d62a7583b85631859c4143f08e0dc332e1cb87e - arm-trusted-firmware/.gitreview
5f8311228df51d284e4efc6c89e9d193dde99d11 - arm-trusted-firmware/.editorconfig
d8da3627085908a5f974b45528b85dc0a41a8b75 - arm-trusted-firmware/license.rst
55bcfa0a03639a375c3f87b1d3286f526c41b207 - arm-trusted-firmware/.versionrc.js
c10d9e3662b48b6da5c81ce00879a16fd8cf3d60 - arm-trusted-firmware/.cz.json
1684b8fa062fcf155fb678c6e112cf5436423ba2 - arm-trusted-firmware/changelog.yaml
c16e3571ab87b0ea9f8067989a5b0f97251ff8cb - arm-trusted-firmware/lib/libfdt/fdt_wip.c
c3bed95f695f7f9780ea064580ce245fa8dc6611 - arm-trusted-firmware/lib/libfdt/fdt_ro.c
d63d474ccc4d93be45267b9c0a32c3c88c4f42cf - arm-trusted-firmware/lib/libfdt/fdt_overlay.c
3af779f4c2869b4f4f96ca46039bbe9311cfefa4 - arm-trusted-firmware/lib/libfdt/fdt_rw.c
c7bf913dd7eabfba85f363d7a05851e84c786828 - arm-trusted-firmware/lib/libfdt/fdt.c
e01b7a0052b837a4650f2c9ac75ad38c40edc583 - arm-trusted-firmware/lib/libfdt/fdt_empty_tree.c
6db863ac215fcf8880798469701f80b2fc197bcc - arm-trusted-firmware/lib/libfdt/fdt_strerror.c
e6ac4a37689f70dd9fd01a67cabe4439d66dc4ea - arm-trusted-firmware/lib/libfdt/fdt_sw.c
3aae059b21ecd4f923c8f399d4c2dd101ce03502 - arm-trusted-firmware/lib/libfdt/libfdt_internal.h
55fc5d2ffcba07e29948822d0b12e4bf5546b8b8 - arm-trusted-firmware/lib/libfdt/fdt_addresses.c
bc4f07448420d9d32b327b6516b618223272961e - arm-trusted-firmware/lib/pmf/pmf_main.c
7643d09d9577c6232b14eccb6e1fc3a1c8acc0d9 - arm-trusted-firmware/lib/pmf/pmf_smc.c
8102f862edb5ab07783993999c8781385e261628 - arm-trusted-firmware/lib/debugfs/dev.c
78982645d4d3008984c9307ee68bfa8eeb1a43a7 - arm-trusted-firmware/lib/debugfs/blobs.h
db9f0e301c7178c315a1c6e72358bae572ce85db - arm-trusted-firmware/lib/debugfs/devfip.c
758f3be3354709a4f69ee89cacf0db10dd68c75c - arm-trusted-firmware/lib/debugfs/debugfs_smc.c
9802d55cbbaff09010b37afad6d494d8e755eae2 - arm-trusted-firmware/lib/debugfs/devroot.c
5260672b27f35a4368d3be1f6ee66ec91d4beb26 - arm-trusted-firmware/lib/debugfs/dev.h
7c85c537adcb24f5e03d6c71424a2618815086e3 - arm-trusted-firmware/lib/debugfs/devc.c
3a7bca01cf9d3b67b9d93fec625c4591ad106379 - arm-trusted-firmware/lib/romlib/Makefile
a9efa4120656b54bbfaf91befd1a82dafb8640a0 - arm-trusted-firmware/lib/romlib/romlib_generator.py
0b4fe827956659566fa763cd1b1e15b1cdb505b6 - arm-trusted-firmware/lib/romlib/jmptbl.i
1a7d8adbdd571058f2d7cdf2dad5d51e735dfe8d - arm-trusted-firmware/lib/romlib/romlib.ld.S
bc8857833413ad776fefee7b3a4fe3ad74c7cd04 - arm-trusted-firmware/lib/romlib/gen_combined_bl1_romlib.sh
aca0167af243d551e7068e10251ccc62e1b800ea - arm-trusted-firmware/lib/romlib/init.s
b022feb15f3e84d4eefd318657af38a3a523e363 - arm-trusted-firmware/lib/romlib/templates/jmptbl_entry_function_bti.S
56fc8c8a2950a0303783ced6bd0e388176043a47 - arm-trusted-firmware/lib/romlib/templates/jmptbl_entry_function.S
e0406a34add19465d2ace2d60bc6c5048bf0a9ff - arm-trusted-firmware/lib/romlib/templates/wrapper_bti.S
91d0e6f060cd659ba73d0db8886497a823814c65 - arm-trusted-firmware/lib/romlib/templates/jmptbl_entry_reserved_bti.S
fa26b89e848f7affd6fd3be71153b55961fbf971 - arm-trusted-firmware/lib/romlib/templates/jmptbl_glob_var.S
8bd9f16af17fc4a81e921654d50217d6ba334d4f - arm-trusted-firmware/lib/romlib/templates/jmptbl_header.S
f9c9050fd5c89b246d718f406a9d9a13f3388a5e - arm-trusted-firmware/lib/romlib/templates/jmptbl_entry_reserved.S
5c8a013e889e7653f0cbff1346cd13128ff2fd69 - arm-trusted-firmware/lib/romlib/templates/wrapper.S
18fdfde595d6c7a6409f3d91382d81f736bf775d - arm-trusted-firmware/lib/fconf/fconf_mpmm_getter.c
1720429b89e9cc8c7b5f6bde6381dcd8f1e4bf0b - arm-trusted-firmware/lib/fconf/fconf_dyn_cfg_getter.c
06052beb76737879a3430c42f32068e7630ce940 - arm-trusted-firmware/lib/fconf/fconf_cot_getter.c
fd4c5030299c6c43d7dcde650254301c4a185c84 - arm-trusted-firmware/lib/fconf/fconf.c
bcf80bf32003cb4ebf4b71fd3b62b2ec5210ba95 - arm-trusted-firmware/lib/fconf/fconf_tbbr_getter.c
3567bc768ff2f143e4933244eb221b010bd91f80 - arm-trusted-firmware/lib/fconf/fconf_amu_getter.c
70011c90369b5b9a9d55faec233e60b90b31801e - arm-trusted-firmware/lib/locks/exclusive/aarch64/spinlock.S
edf2b7a02784eccffa70a8f06817929dd1a8f993 - arm-trusted-firmware/lib/locks/exclusive/aarch32/spinlock.S
b3453819b2250ed7f47a81d57ce565f8d644ddaa - arm-trusted-firmware/lib/locks/bakery/bakery_lock_normal.c
cf339f00e977a47612e93384a6a0b8e73d731c21 - arm-trusted-firmware/lib/locks/bakery/bakery_lock_coherent.c
672dc9ce8ca19e9bad297552bb38f03725d544b2 - arm-trusted-firmware/lib/extensions/mpam/mpam.c
ba76ca96162e88bc6bc13591b4dbe2d955320a45 - arm-trusted-firmware/lib/extensions/sys_reg_trace/aarch64/sys_reg_trace.c
ecb8e335fe4a2681e714ea9d5c5f2b8f5e1a8e07 - arm-trusted-firmware/lib/extensions/sys_reg_trace/aarch32/sys_reg_trace.c
da13fbd30292be6162a14bb7866fc3da5fce2c10 - arm-trusted-firmware/lib/extensions/sve/sve.c
1acd16a1b33cf990f1093d8f0ba9c0ebd7a6f719 - arm-trusted-firmware/lib/extensions/trbe/trbe.c
4125c51fd3f075d4d291f56b53175ca0683e12eb - arm-trusted-firmware/lib/extensions/spe/spe.c
ebe5066f50de32f019ea11419b6ef11da4604812 - arm-trusted-firmware/lib/extensions/pauth/pauth_helpers.S
1e8ea4b9d81a41c874fd1c0e7b3915a5337cf966 - arm-trusted-firmware/lib/extensions/mtpmu/aarch64/mtpmu.S
aee505d9d1071c6c819d07bc02c1e963cf8c6025 - arm-trusted-firmware/lib/extensions/mtpmu/aarch32/mtpmu.S
20945ff7a4f02b5797f9043d0dd1dcb655476c0b - arm-trusted-firmware/lib/extensions/sme/sme.c
e3dc484cb8d981ceb0cdc03a7bdb8f24e2f9ae85 - arm-trusted-firmware/lib/extensions/trf/aarch64/trf.c
5ccbd178b5c5eb953d97ca519229837a0537e821 - arm-trusted-firmware/lib/extensions/trf/aarch32/trf.c
afd6141e2e07c1fd692c8e845ce6e65899fbbb7d - arm-trusted-firmware/lib/extensions/amu/amu_private.h
896aead96745f721f995de07ec7a83fc77ffc33f - arm-trusted-firmware/lib/extensions/amu/aarch64/amu.c
7f3f609a1bb0c4b5287f43cd817a535c4e497353 - arm-trusted-firmware/lib/extensions/amu/aarch64/amu_helpers.S
21d2bec3b0a822561dc68c9dab32b97d35ea848a - arm-trusted-firmware/lib/extensions/amu/aarch32/amu.c
3dbb067dc92b40dd63f5ee3b50d0e88978e7e528 - arm-trusted-firmware/lib/extensions/amu/aarch32/amu_helpers.S
9b56d2cedbd5417e75959a7c83b6361dc3c48f6e - arm-trusted-firmware/lib/extensions/ras/std_err_record.c
785751601e97ed8f6b006cbe5a6e26dac81addf3 - arm-trusted-firmware/lib/extensions/ras/ras_common.c
ccbf0a74a73d6eb9563cb282272e41c9decadde5 - arm-trusted-firmware/lib/el3_runtime/cpu_data_array.c
0407aded26aa40484ccde01e8562c2db1c2ff939 - arm-trusted-firmware/lib/el3_runtime/aarch64/context.S
648e98ef419ac30a1fdfe6e9fdef5a45f6fb8926 - arm-trusted-firmware/lib/el3_runtime/aarch64/context_mgmt.c
a748c18c9c1bed5bfa7ad7bc2d42f1241b4eeb59 - arm-trusted-firmware/lib/el3_runtime/aarch64/cpu_data.S
72331f73e0f3f6540837815f472f78059a7fe275 - arm-trusted-firmware/lib/el3_runtime/aarch32/context_mgmt.c
c16b6a90e04aa66123dde223fa202f33ab70aa51 - arm-trusted-firmware/lib/el3_runtime/aarch32/cpu_data.S
3c63f678cd78b3c4c10b6d13ffb32f245deb8ef6 - arm-trusted-firmware/lib/stack_protector/stack_protector.c
7c77f07a1d4fda36a4af38ed18da2e22607b53e9 - arm-trusted-firmware/lib/stack_protector/aarch64/asm_stack_protector.S
c50c9ce39f46bbbfebd47c8645445585727f5b7d - arm-trusted-firmware/lib/stack_protector/aarch32/asm_stack_protector.S
57633f55f011eec32b09f4867a18db8725ad24d4 - arm-trusted-firmware/lib/xlat_tables/xlat_tables_common.c
489fa8c2a31654d4ab05e281acbabb0f8a64608d - arm-trusted-firmware/lib/xlat_tables/xlat_tables_private.h
83fd34388e89c93efcad1998551854558c28ad99 - arm-trusted-firmware/lib/xlat_tables/aarch64/xlat_tables.c
bb710f3b156b87d08faaffa4bfdb60074c5bf5b0 - arm-trusted-firmware/lib/xlat_tables/aarch32/xlat_tables.c
08dd595ae97e585c165a02faaeecbc5c0615ecca - arm-trusted-firmware/lib/xlat_tables/aarch32/nonlpae_tables.c
886c1e8212ddafb0663811837c76ce60a9afb42a - arm-trusted-firmware/lib/bl_aux_params/bl_aux_params.c
7b5870894878b452bb2f89fe98f1e15591a599b9 - arm-trusted-firmware/lib/semihosting/semihosting.c
79d2f0e3c6477c7632a9d7b9d01b42625bf0cbb3 - arm-trusted-firmware/lib/semihosting/aarch64/semihosting_call.S
bed75bc5da772504027fb7c033a1c918acc82c48 - arm-trusted-firmware/lib/semihosting/aarch32/semihosting_call.S
7185228489bf2c4e562f37a9f927cbc31c18ced1 - arm-trusted-firmware/lib/aarch64/cache_helpers.S
da63c15641cb6cf532770db54efc30b3f8122a7c - arm-trusted-firmware/lib/aarch64/misc_helpers.S
96718b39d24ee4ca5fd1eb4f87d53c45c9e4f079 - arm-trusted-firmware/lib/aarch64/armclang_printf.S
0e2d7fd7063f4e253b3719a95edcfeb99d34044d - arm-trusted-firmware/lib/libc/putchar.c
e99c723c3292973758d597558fd929976df82eff - arm-trusted-firmware/lib/libc/strlen.c
57ac7674f717f57cdd099f4ac2b3be174f71bdda - arm-trusted-firmware/lib/libc/assert.c
315e4d792f50e1a2f37ec14616fb2aaeaa866ae8 - arm-trusted-firmware/lib/libc/strncmp.c
44c32455e06c8ee38e1d4774fa8f70de1d9e3f00 - arm-trusted-firmware/lib/libc/memcmp.c
76e2ba1d1196be96fef786c3d7c5130fdac79ca7 - arm-trusted-firmware/lib/libc/snprintf.c
be9487ae2df331c4b6d1e8eb831fe36f80300829 - arm-trusted-firmware/lib/libc/strlcpy.c
cf851bb6ce469797f295f4789ce50110b175893f - arm-trusted-firmware/lib/libc/memcpy.c
f5fe2af7f4f0cad25866aa2422d946f47a11943e - arm-trusted-firmware/lib/libc/abort.c
c72f1f1842a78fb427805c7447d370fc148dc89f - arm-trusted-firmware/lib/libc/strtoul.c
1a98830ccfe805a879a87ff7eb90306cb197e72d - arm-trusted-firmware/lib/libc/strcmp.c
0e11c2ba3c9318cdcc4c28e3e3663337046128b8 - arm-trusted-firmware/lib/libc/memchr.c
a1876df5c0fef0a62bc57d6a13bab2234ad7b1ea - arm-trusted-firmware/lib/libc/memmove.c
8c9668a348c3ffbe4509aa2246941450a7b0de00 - arm-trusted-firmware/lib/libc/strtoll.c
0a99e4e59337ea7c2c2fe6dd428552019fc1f053 - arm-trusted-firmware/lib/libc/memset.c
2e041624618747b95a70ac92007814f04d42907c - arm-trusted-firmware/lib/libc/strchr.c
07dbfb512cae53c03504d60ec4b02bfc74c2af8a - arm-trusted-firmware/lib/libc/strtol.c
82032c79de7b24a84341c8bd5d72baba75337f1e - arm-trusted-firmware/lib/libc/strtoull.c
6d62f8972d334e9b7016abfa5fd60039fd045392 - arm-trusted-firmware/lib/libc/strlcat.c
c64e54b9d37e79c6a5ddf5440518980b4d8023d6 - arm-trusted-firmware/lib/libc/strrchr.c
06782e2bb8b5e2b70cd089f061be9c1a08621523 - arm-trusted-firmware/lib/libc/memrchr.c
e7eb31dbd9893d98f8ab6cbef6a11143aa052581 - arm-trusted-firmware/lib/libc/strtok.c
8cd93cb80d43bbeeabb3a74bdc1e89d4e0821e6e - arm-trusted-firmware/lib/libc/printf.c
e68d6a0053ae9810517f220d26386a2ae6290766 - arm-trusted-firmware/lib/libc/exit.c
a13fb76d1efd1532d6265ca7e3753be123c5fbef - arm-trusted-firmware/lib/libc/strnlen.c
045917a873ae9e6ad3f96e3d127eb474b0f0baf9 - arm-trusted-firmware/lib/libc/puts.c
02977fbcda3d55ed39cafa721d2bd2a901f0c637 - arm-trusted-firmware/lib/libc/aarch64/memset.S
fd7697000146d99611e6aaf57e0f3856602daf6b - arm-trusted-firmware/lib/libc/aarch64/setjmp.S
75786d0b78f57474b1c6f960b2c8ecbc07ba830b - arm-trusted-firmware/lib/libc/aarch32/memset.S
14efe65532640ad904e16c0fcfdf2a0aa8ef7892 - arm-trusted-firmware/lib/aarch32/cache_helpers.S
8a00fe14195497b3dfb4323af7775b79c89a645c - arm-trusted-firmware/lib/aarch32/misc_helpers.S
50b2fea23411834a7cdb5cb61cc8559bcfd872b1 - arm-trusted-firmware/lib/aarch32/armclang_printf.S
00169552baea8da03759257b44162edf097abcd0 - arm-trusted-firmware/lib/aarch32/arm32_aeabi_divmod.c
c975d8abfe42e48d68e0e592ba3989ae3f7f0853 - arm-trusted-firmware/lib/aarch32/arm32_aeabi_divmod_a32.S
3ac2e5a07791e75f8ed81d0c1088a639a14142de - arm-trusted-firmware/lib/cpus/errata_report.c
006dee1e8ead4bf3e5c48a7374813cd8b78ae362 - arm-trusted-firmware/lib/cpus/aarch64/cortex_x2.S
814012a88912a712842aaaf04053a1a8fc46c29c - arm-trusted-firmware/lib/cpus/aarch64/cortex_hayes.S
7cd2af73210355f0e23d3b78612b61f25b37cc87 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a710.S
d16bad3d9e6b6ed0a164467a3b25e5174c38de83 - arm-trusted-firmware/lib/cpus/aarch64/neoverse_demeter.S
08801af78758ca580f3619f48f0d2b72b843b8b3 - arm-trusted-firmware/lib/cpus/aarch64/neoverse_v1.S
fd801851b71a05fbc5920f6815d5ab8025a7f156 - arm-trusted-firmware/lib/cpus/aarch64/cpuamu.c
527f0453b6bcc1e3cdbc68d25c5949e9c6d90d21 - arm-trusted-firmware/lib/cpus/aarch64/denver.S
c2e3731d8a04eb0fe71b450fe59df2cca99da824 - arm-trusted-firmware/lib/cpus/aarch64/cortex_makalu.S
62e253dfa61bf57bc7c8af97146dc643070630b6 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a75_pubsub.c
9745ddbfe3bad71ac283cf7afe3f3a58848729fe - arm-trusted-firmware/lib/cpus/aarch64/generic.S
7ff21ebdc83ea3c05558a7c0798f1424648d5a34 - arm-trusted-firmware/lib/cpus/aarch64/qemu_max.S
23b71740924a2f46a4a3766dc7863240494c0c3e - arm-trusted-firmware/lib/cpus/aarch64/cortex_a78c.S
6256de3b0f8cb82f4629e83dce1ebf3f3d101147 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a510.S
e0dbf2ba5bb288d057c7b39ac8c9217a8e9ef501 - arm-trusted-firmware/lib/cpus/aarch64/dsu_helpers.S
b6f5469c320d8cea71ed93f0779eb1706255e014 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a78.S
b6caa69a2838b35a3268cac6784f7f42060028c3 - arm-trusted-firmware/lib/cpus/aarch64/cortex_makalu_elp_arm.S
4076b184f1c8b586d8b7e9c16daffa08e81812c6 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a73.S
bb044127b0f5b6908597c1915659ebabb4b9d8ff - arm-trusted-firmware/lib/cpus/aarch64/neoverse_e1.S
5f3bf45f19baa196f8537ea9fa6db1c00692c35f - arm-trusted-firmware/lib/cpus/aarch64/aem_generic.S
e448fa0b2d060a91a00ce5b1747f0bb4963d83e4 - arm-trusted-firmware/lib/cpus/aarch64/neoverse_n1.S
0dc9a7f3f035cf6c322da9c77eacf5cdfd5be43b - arm-trusted-firmware/lib/cpus/aarch64/wa_cve_2017_5715_bpiall.S
50d6608eb167f02f6eef1948d919c767b8687797 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a76.S
3a0842db6538fada52fd0764e2942e9edcfa61e5 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a65ae.S
516e5e5482ec47fb50a91b19c7c8d86572bd9844 - arm-trusted-firmware/lib/cpus/aarch64/wa_cve_2017_5715_mmu.S
6c59fcd106e14d7120f6a715ba57542d71f097d9 - arm-trusted-firmware/lib/cpus/aarch64/rainier.S
8753b581e7bd70b0612f529761cb2e2f789d26ce - arm-trusted-firmware/lib/cpus/aarch64/cortex_a75.S
ce5deaffb5280914ff04e13a3c1e8d5e0a12e9b0 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a78_ae.S
f382f5af3fd88a0d159f0fc27bf3ff89e6e6517b - arm-trusted-firmware/lib/cpus/aarch64/neoverse_n_common.S
67a71ce51804d2c0c43d0c5b928b429383691702 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a55.S
dd46ea61bba696867fb1ab60d0f54a5955c1f181 - arm-trusted-firmware/lib/cpus/aarch64/cortex_a65.S
edb24154359f6a874c199325c9d7072c4dedba3b - arm-trusted-firmware/lib/cpus/aarch64/neoverse_n1_pubsub.c
5e64126fe122470b5f906cbd26adc7b19c2b1cbd - arm-trusted-firmware/lib/cpus/aarch64/wa_cve_2022_23960_bhb_vector.S
f751bc5c9ebc637d2973b137fe4020a9d2b49ef6 - arm-trusted-firmware/lib/cpus/aarch64/cortex_hunter.S
366cfe2c271409694f391a9092ce58f0d69d8eec - arm-trusted-firmware/lib/cpus/aarch64/neoverse_poseidon.S
f245d765bc664b16acec02a6040885c8a59f9a54 - arm-trusted-firmware/lib/cpus/aarch64/cpu_helpers.S
e314809e018d3bcc1cb805e4412443d918934828 - arm-trusted-firmware/lib/cpus/aarch64/cpuamu_helpers.S
6c5232d349afaa099b1de4b8274de771a075d0ce - arm-trusted-firmware/lib/cpus/aarch64/cortex_a57.S
4605a62d489dd9762cd96aedcfc0fe6101c14072 - arm-trusted-firmware/lib/cpus/aarch64/neoverse_n2.S
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5ef0dab419f42df9935d7fbc4e30baa8ea83d75e - arm-trusted-firmware/bl32/sp_min/wa_cve_2017_5715_bpiall.S
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1321792bce42c44c3fed91fea86cceca52486ffa - arm-trusted-firmware/plat/rockchip/rk3288/include/shared/bl32_param.h
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1b86970e6e211ba1548f3469a4682db7c31577f1 - arm-trusted-firmware/plat/amlogic/common/aml_mhu.c
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80fbc4757d8f389dc885b90a5eef8c0c4f6e23c2 - arm-trusted-firmware/plat/amlogic/gxbb/gxbb_pm.c
d558f98c64955249d21b9227149b68808cb3e358 - arm-trusted-firmware/plat/amlogic/gxbb/include/platform_def.h
8b93edbe34b51b737299797607de4e6ff0003917 - arm-trusted-firmware/plat/amlogic/gxl/gxl_common.c
550ec6753c2e8a5f41a920ea9bfffec47ae78dc8 - arm-trusted-firmware/plat/amlogic/gxl/gxl_bl31_setup.c
5ce07f2865d514a3a8979c638337a338fa110f74 - arm-trusted-firmware/plat/amlogic/gxl/gxl_pm.c
68a18488494ea52a108462ec30b6833447e75e62 - arm-trusted-firmware/plat/amlogic/gxl/gxl_def.h
22603b51918b7c1f721eee33d26629b16cff6683 - arm-trusted-firmware/plat/amlogic/gxl/include/platform_def.h
46c13e3cff3d9c29a733d01629589bd31b37eb5e - arm-trusted-firmware/plat/rpi/common/rpi3_stack_protector.c
dc79372e77a81c53ff2886832f206db2f63873b7 - arm-trusted-firmware/plat/rpi/common/rpi3_topology.c
d2d1fd0fffc8a200fd42f1b74c8c7d54c483f219 - arm-trusted-firmware/plat/rpi/common/rpi3_trusted_boot.c
11c87bf8a084123bf9a431cc289a66e23112bade - arm-trusted-firmware/plat/rpi/common/rpi3_rotpk.S
2880e20e8241800797f95dadcd5a206d82ba45ed - arm-trusted-firmware/plat/rpi/common/rpi3_pm.c
e621f46501a2d1856f297145947d1c8d89d5f990 - arm-trusted-firmware/plat/rpi/common/rpi3_image_load.c
41feb9d914df818ac88209ee1569e1701d794248 - arm-trusted-firmware/plat/rpi/common/rpi3_common.c
854bc00d3c5fce60726920c1e5b1b7cd9352568a - arm-trusted-firmware/plat/rpi/common/rpi3_io_storage.c
c3a79cfd4e400e0a2dfa7ee5e27e50f1bcd8464b - arm-trusted-firmware/plat/rpi/common/include/rpi_shared.h
d2456dd752e5376ca6049639fe93ef04bd5aa04f - arm-trusted-firmware/plat/rpi/common/aarch64/plat_helpers.S
052815ff6a9d47f47e57d320313a74f10c8a34d3 - arm-trusted-firmware/plat/rpi/rpi3/rpi3_bl31_setup.c
20b2e08539e950f86d86538ed688408f90574454 - arm-trusted-firmware/plat/rpi/rpi3/rpi3_bl2_setup.c
d9b070fbdda2cab75cc45e6dddd9a31f84baf594 - arm-trusted-firmware/plat/rpi/rpi3/rpi3_bl1_setup.c
fd5000ab9d2eac8341e267b879e1ef29eaebf5d7 - arm-trusted-firmware/plat/rpi/rpi3/rpi_mbox_board.c
64987d2484ce3d48cc4431fee2de9e375235bb5a - arm-trusted-firmware/plat/rpi/rpi3/include/plat_macros.S
7aeb3415e697151619997c1c184f380eb310be78 - arm-trusted-firmware/plat/rpi/rpi3/include/platform_def.h
94001fd4bfa1b8e08f4d51f437c7b006362f24fd - arm-trusted-firmware/plat/rpi/rpi3/include/rpi_hw.h
5a79ec05194636d3850044f358b4673a3f0b9fa0 - arm-trusted-firmware/plat/rpi/rpi3/aarch64/rpi3_bl2_mem_params_desc.c
793e163b5e60486c53f3ff36c98ab1c8f144a1bd - arm-trusted-firmware/plat/rpi/rpi4/rpi4_bl31_setup.c
54eb696ef592336053f52bc556f47122b4e94fdc - arm-trusted-firmware/plat/rpi/rpi4/rpi4_pci_svc.c
b1c50f058d68ea165b6dd5f45af97d2b1dd33e64 - arm-trusted-firmware/plat/rpi/rpi4/include/plat_macros.S
4d8d91a23a19a15ff7c18f8e6e523c26cd453f2f - arm-trusted-firmware/plat/rpi/rpi4/include/plat.ld.S
6a73f5496572d65332bbf4a50c3c9d4faa9af438 - arm-trusted-firmware/plat/rpi/rpi4/include/platform_def.h
e2412e3cbdcc8daaecfab85f295ee3456cf1f98d - arm-trusted-firmware/plat/rpi/rpi4/include/rpi_hw.h
5e76d520f8ea85f6710a605e2c9a4db0d1a66640 - arm-trusted-firmware/plat/rpi/rpi4/aarch64/armstub8_header.S
9b8db7387e47af68fc183fe909d3060d65438cb2 - arm-trusted-firmware/plat/brcm/common/brcm_io_storage.c
6d6865834cfc5ce82506bf1ef6df2e3cb196e028 - arm-trusted-firmware/plat/brcm/common/brcm_scpi.c
d083c67e189d3cd3712a827a23e28d0aaf2964d1 - arm-trusted-firmware/plat/brcm/common/brcm_bl31_setup.c
389238486613bb86c6032f788a4605c782e7475c - arm-trusted-firmware/plat/brcm/common/brcm_gicv3.c
7c0af43209d486bb7d9b76b244d3fc5ec97b4328 - arm-trusted-firmware/plat/brcm/common/brcm_bl2_mem_params_desc.c
02ea7c4006c2910720bf4a85c3766c293d4cb8e5 - arm-trusted-firmware/plat/brcm/common/brcm_mhu.h
43da4a7bd6435c6cc7d733e6363a59cacabb9ef5 - arm-trusted-firmware/plat/brcm/common/brcm_mhu.c
43088754fcc9a1fcbb6308988d79eca0c2771d5a - arm-trusted-firmware/plat/brcm/common/brcm_ccn.c
48faf64df1848d8493a3f273494ea883a4aafb0c - arm-trusted-firmware/plat/brcm/common/brcm_common.c
303c81103a6ebbdf9e4afc16b17d17195a5b9238 - arm-trusted-firmware/plat/brcm/common/brcm_scpi.h
c02bbae941528cbae0665016d62e54bfffb74444 - arm-trusted-firmware/plat/brcm/common/brcm_bl2_setup.c
2ef6d891873792dd5af17cc1091f369c0865c70d - arm-trusted-firmware/plat/brcm/common/brcm_image_load.c
4573848f39ea4bfceb55e0932f0494af8b890d1d - arm-trusted-firmware/plat/brcm/board/stingray/driver/sr_usb.h
1071f5589a11aaf7354868d034e149b27d48adc6 - arm-trusted-firmware/plat/brcm/board/stingray/driver/swreg.c
13bbb4dc261e840997a59d4e914f071835d33fab - arm-trusted-firmware/plat/brcm/board/stingray/driver/usb_phy.c
7cc68c731d1d4e967a6b258c94afef74800e2c27 - arm-trusted-firmware/plat/brcm/board/stingray/driver/usb.c
483849480279e54ca28e4177fea05d6bd3cd36d7 - arm-trusted-firmware/plat/brcm/board/stingray/driver/ihost_pll_config.c
b4637f982a40118b9d83d3908d0b189d3524bce0 - arm-trusted-firmware/plat/brcm/board/stingray/driver/plat_emmc.c
46e832c20411ea4d2bcbcf1cc8968149375047f4 - arm-trusted-firmware/plat/brcm/board/stingray/driver/ext_sram_init/ext_sram_init.h
d0dacd8fc79f78cee10bd8513550abf93624afe2 - arm-trusted-firmware/plat/brcm/board/stingray/driver/ext_sram_init/ext_sram_init.c
eed068af90592502021f8e15b556ae302cd8db87 - arm-trusted-firmware/plat/brcm/board/stingray/driver/ddr/soc/include/board_family.h
2ef5c016a1130291e30fb58c1e1b397bb15a531c - arm-trusted-firmware/plat/brcm/board/stingray/include/platform_sotp.h
491a5116f054df365b530dc8b09613f1178c2d8a - arm-trusted-firmware/plat/brcm/board/stingray/include/sr_def.h
10104d7d5d9eeeb545dea9ac306deb2c5cf46036 - arm-trusted-firmware/plat/brcm/board/stingray/include/plat_macros.S
e7629876236e444ee69e40c96440f3f24b16fefe - arm-trusted-firmware/plat/brcm/board/stingray/include/usb_phy.h
8c57e437d9f4b2b49f005f899624af9b47121102 - arm-trusted-firmware/plat/brcm/board/stingray/include/crmu_def.h
9765542d155d4fc37ee167eda672c6a33030ca8c - arm-trusted-firmware/plat/brcm/board/stingray/include/iommu.h
90c98d478915f89433c419b06613a52965aeeef6 - arm-trusted-firmware/plat/brcm/board/stingray/include/sr_utils.h
a6bea74c09e847241ba6a156aff89b12670cc98b - arm-trusted-firmware/plat/brcm/board/stingray/include/scp_cmd.h
2817bede11ad2da4d5612a155f5a76e30b62de62 - arm-trusted-firmware/plat/brcm/board/stingray/include/paxc.h
bbaec5f331d8cf8f24898a8d172190c5f7940b6a - arm-trusted-firmware/plat/brcm/board/stingray/include/ihost_pm.h
d823df9c59408673229302e557a65ad1c404e047 - arm-trusted-firmware/plat/brcm/board/stingray/include/platform_def.h
4bc4735b9e7c2a5eab8ae91a28d110dd24a42d75 - arm-trusted-firmware/plat/brcm/board/stingray/include/sdio.h
0228e24fbe8ff775ac7a709f272d375a8e7aa3bf - arm-trusted-firmware/plat/brcm/board/stingray/include/scp_utils.h
1dea9a2af71a56fe60929b854a2c73220603d2be - arm-trusted-firmware/plat/brcm/board/stingray/include/timer_sync.h
cc26d153c04427651e12bf00d19497e5bd8cb7a3 - arm-trusted-firmware/plat/brcm/board/stingray/include/platform_usb.h
76dbcdb10f12f01d94b3c70d2f8562b0cc8b233a - arm-trusted-firmware/plat/brcm/board/stingray/include/paxb.h
b0a1c672d4d7095f6e7ec5305e084cb3a29a790e - arm-trusted-firmware/plat/brcm/board/stingray/include/bl33_info.h
0ef862af40a95d70feda6b8367e6e7452e90099b - arm-trusted-firmware/plat/brcm/board/stingray/include/board_info.h
eeabf0e8e4cda99b503b2ea41298aff2d87e1278 - arm-trusted-firmware/plat/brcm/board/stingray/include/ddr_init.h
2c4acf78dfd7c25c281471b6717273ff7920fea8 - arm-trusted-firmware/plat/brcm/board/stingray/include/ncsi.h
bd25c5d9d7605649bc1d1dee9a734ccb130101c3 - arm-trusted-firmware/plat/brcm/board/stingray/include/fsx.h
1e67ee0873eb29816b418096b514d39c3aeb7d27 - arm-trusted-firmware/plat/brcm/board/stingray/include/swreg.h
ac2b64132debec3b54ae614c64dac69067b39291 - arm-trusted-firmware/plat/brcm/board/stingray/aarch64/plat_helpers.S
78d2915d5c3a6c4b75eb97c897cd4e58b4d5b962 - arm-trusted-firmware/plat/brcm/board/stingray/src/topology.c
f89deabe82fe9129f1dde3fb24e57c940e008913 - arm-trusted-firmware/plat/brcm/board/stingray/src/bl2_setup.c
52a5e5247c12940390abe486ab490a1d8929feb4 - arm-trusted-firmware/plat/brcm/board/stingray/src/paxb.c
863c6f32899af28cd9a60fb273bdc02a29100114 - arm-trusted-firmware/plat/brcm/board/stingray/src/sr_paxb_phy.c
c01d8b9f9c48a1185129c492ab1f8ce1134ed892 - arm-trusted-firmware/plat/brcm/board/stingray/src/scp_utils.c
d746f7070f366ac250b3766606d2de76a6192436 - arm-trusted-firmware/plat/brcm/board/stingray/src/fsx.c
75de08bf7cc548fc88463a459efa719ce9dae276 - arm-trusted-firmware/plat/brcm/board/stingray/src/pm.c
085cb8e4f6dd01efc01f633680e7db315718c304 - arm-trusted-firmware/plat/brcm/board/stingray/src/ihost_pm.c
d15b82eea2aaa023805036e829ee46cd08ea72ed - arm-trusted-firmware/plat/brcm/board/stingray/src/iommu.c
e9f5650def0bf0c03c50ad69056cf6ff9d71a715 - arm-trusted-firmware/plat/brcm/board/stingray/src/tz_sec.c
062b1d173f23bc015ebb5c790f890e5f2a6934e1 - arm-trusted-firmware/plat/brcm/board/stingray/src/paxc.c
0283858faf5651d4db16f0e4b8bcaadd40bcabe1 - arm-trusted-firmware/plat/brcm/board/stingray/src/scp_cmd.c
9b0afdae90ec3159bd428d4b9f586d84a0cb55b3 - arm-trusted-firmware/plat/brcm/board/stingray/src/sdio.c
77916c4c9e55da373b1b66dba19dfed0034cde48 - arm-trusted-firmware/plat/brcm/board/stingray/src/bl31_setup.c
072e5bc5c72a860c50c3413898b60dd18931b100 - arm-trusted-firmware/plat/brcm/board/stingray/src/ncsi.c
1fd2e7122a0c63a14a64215ae5750097f050841b - arm-trusted-firmware/plat/brcm/board/stingray/src/brcm_pm_ops.c
500e36754a0240001fe7b400bf8d4806a06de6ee - arm-trusted-firmware/plat/brcm/board/common/timer_sync.c
2d3a08ac4729a455bffd5c4c70365350fec69e23 - arm-trusted-firmware/plat/brcm/board/common/bcm_elog_ddr.h
eeff346a4c2b6893ad0fa417570e747058627c11 - arm-trusted-firmware/plat/brcm/board/common/cmn_sec.h
801bb1cdab4baf3440ac23728e6190881af4264f - arm-trusted-firmware/plat/brcm/board/common/bcm_elog_ddr.c
b2a5352558dc92001c80e614a9b293a1eb19573a - arm-trusted-firmware/plat/brcm/board/common/plat_setup.c
9635661f5e56e9ab172dcec943257465bf36e634 - arm-trusted-firmware/plat/brcm/board/common/bcm_elog.c
c0ecc823e4de1814edd6bf48321b6317c448b16d - arm-trusted-firmware/plat/brcm/board/common/sbl_util.c
5f45cc70d813bf16880f4f1f4a246ad6114fbb78 - arm-trusted-firmware/plat/brcm/board/common/cmn_plat_util.h
9eda9f547bdfb6e83ef3c8d82d849e1e4cb68252 - arm-trusted-firmware/plat/brcm/board/common/brcm_mbedtls.c
aaa8593ded989c77280d5a16f541eefd45c62067 - arm-trusted-firmware/plat/brcm/board/common/cmn_plat_def.h
dfc2e7fae9dd66b664758412e1f4c06762246ed6 - arm-trusted-firmware/plat/brcm/board/common/cmn_sec.c
515e3aecc5237dcc8197e4e8ed7fd7d15765d808 - arm-trusted-firmware/plat/brcm/board/common/bcm_console.c
eca89f1edcb0c3fc702ac123a55821cde16106bb - arm-trusted-firmware/plat/brcm/board/common/err.c
779be799404c9562032c8c586f3a3b23835ad722 - arm-trusted-firmware/plat/brcm/board/common/board_arm_trusted_boot.c
c124ba5ec6d9fc3e8f1f0b72d3852473ab67e998 - arm-trusted-firmware/plat/brcm/board/common/board_common.c
a731b4badf1cf5a90a0ab197b39a2723e4c85dd9 - arm-trusted-firmware/plat/brcm/board/common/platform_common.c
a794cd95a890c951acc5192426abc008b4213a8f - arm-trusted-firmware/plat/brcm/board/common/chip_id.h
2cf7d5accbb22d89a3c89c768604f667a23bef52 - arm-trusted-firmware/plat/brcm/board/common/sbl_util.h
fc6886e5619aabaff7153e268ba005d385a73e3a - arm-trusted-firmware/plat/xilinx/zynqmp/zynqmp_ipi.c
614b7c2d4fab5909e7df0076f873699e84b1737a - arm-trusted-firmware/plat/xilinx/zynqmp/sip_svc_setup.c
fdef05d43dd39fc9b4d18e7933fadc3d7b388c0b - arm-trusted-firmware/plat/xilinx/zynqmp/plat_topology.c
91da7e2e2aedb93811b290946f5b62a4b99a6e6e - arm-trusted-firmware/plat/xilinx/zynqmp/bl31_zynqmp_setup.c
e5c72cd4f7db3ba2c52afa5ea2a6f81048fa8876 - arm-trusted-firmware/plat/xilinx/zynqmp/plat_psci.c
eed49df98140b8681bbbff7a1c514734c884b8aa - arm-trusted-firmware/plat/xilinx/zynqmp/plat_zynqmp.c
9eafad8129f35d9d02d9cc93d60e653c41e3b321 - arm-trusted-firmware/plat/xilinx/zynqmp/zynqmp_ehf.c
4018dd905c37ab4e205c88450ef0d6b0a1d45041 - arm-trusted-firmware/plat/xilinx/zynqmp/zynqmp_sdei.c
f82a0ba91d921f8782dbacd326cf93f93d406ff3 - arm-trusted-firmware/plat/xilinx/zynqmp/tsp/tsp_plat_setup.c
8ede155c56692751835019579474fd5fbda5ba26 - arm-trusted-firmware/plat/xilinx/zynqmp/include/plat_macros.S
719fc3fa9d14be22cfb4a79dd8838b27fef9f247 - arm-trusted-firmware/plat/xilinx/zynqmp/include/plat_ipi.h
04358429a766678c1ea60bc976430714db3fac40 - arm-trusted-firmware/plat/xilinx/zynqmp/include/plat_private.h
6d98421b38c7e24ec53977e85b4776275af5d9c5 - arm-trusted-firmware/plat/xilinx/zynqmp/include/zynqmp_def.h
606bd0aedd3a81bf175ef81f028eae35e7511725 - arm-trusted-firmware/plat/xilinx/zynqmp/include/platform_def.h
fcc8c8052c715326e932fd7e210fe0beefa2d175 - arm-trusted-firmware/plat/xilinx/zynqmp/include/plat_pm_common.h
bca57ae928a46e00c62d44205c7238c103d89723 - arm-trusted-firmware/plat/xilinx/zynqmp/aarch64/zynqmp_helpers.S
e9430970a771c9add648211e2c05e63b0b2bf71b - arm-trusted-firmware/plat/xilinx/zynqmp/aarch64/zynqmp_common.c
4a69759072ab900e304081d6a5542761b628115d - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_ioctl.h
d55e25c027a7950b3a7d34551ba2af0a05e70ac4 - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_svc_main.c
620a7d35e7cfe3a416c79ab84094934f41b3821e - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_sys.c
d6d44bea498c26d61f58d11284635f45c0d747fa - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_sys.h
63045bc978271095cfdd4cb91e9d2c3d416cdb6b - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_defs.h
e1e42c17e346cb2bdd9bcedf9491e65dcf5a101f - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_svc_main.h
4b8489810a7c5bd8524f87d7c37edf02b747ab48 - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_ioctl.c
4cadaaf7eb5f5f047bac44095d19052727b55a02 - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_pinctrl.c
4738dfbb7a3a9789e0e520c2d4c7f83b635e3e9b - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_pinctrl.h
6a34f58d5ec913711c12c58c945dfa18659b999a - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_clock.h
cd3edf132c54e7b51bf04235b10d9de35394acda - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_api_clock.c
7bfba4ae2b47e068f8f5ed8aeed42daad00743c8 - arm-trusted-firmware/plat/xilinx/zynqmp/pm_service/pm_client.c
f241ecfc0ce4c6677cbaca2991578232a4c20ad7 - arm-trusted-firmware/plat/xilinx/versal/sip_svc_setup.c
d959b29c70b303c44eca6045c664945b0fe74852 - arm-trusted-firmware/plat/xilinx/versal/plat_topology.c
04dac5fd40da85ec2a19ccf681ff7f4b708b31bc - arm-trusted-firmware/plat/xilinx/versal/plat_versal.c
d25ef41e434700921c3427ff0dac7aba4b81e1ba - arm-trusted-firmware/plat/xilinx/versal/versal_ipi.c
b01dcfd7b061210199bce3d5632bc39be25a89fb - arm-trusted-firmware/plat/xilinx/versal/plat_psci.c
0f5013cb9f4dd7864aec9fdc3febb4a88c603b5f - arm-trusted-firmware/plat/xilinx/versal/versal_gicv3.c
415d7b76162c6a447101507b3181aa7434887756 - arm-trusted-firmware/plat/xilinx/versal/bl31_versal_setup.c
d43cd481e9d0acc960fc0f51fbeb274b0ec28712 - arm-trusted-firmware/plat/xilinx/versal/include/plat_macros.S
50268618a09434af24c4a339c20a1b7b4a2e4901 - arm-trusted-firmware/plat/xilinx/versal/include/plat_ipi.h
34e333d135956229875de69051e5d541a789cb2d - arm-trusted-firmware/plat/xilinx/versal/include/plat_private.h
23d939fae06d7a162821162cec379264613379ad - arm-trusted-firmware/plat/xilinx/versal/include/platform_def.h
3efa1f0d849fb9568699ae3cc5e7cf111f1b8158 - arm-trusted-firmware/plat/xilinx/versal/include/versal_def.h
f22539e2e0c54efb87ad926699ecb40a60fb024d - arm-trusted-firmware/plat/xilinx/versal/include/plat_pm_common.h
6b87bc415258116316a3b89d124ff4be9d5fd944 - arm-trusted-firmware/plat/xilinx/versal/aarch64/versal_helpers.S
14340733608cc8031286a97ddc48222bc0ae7bb5 - arm-trusted-firmware/plat/xilinx/versal/aarch64/versal_common.c
6aca4366f91416b1541836b7a999ff0873c61e53 - arm-trusted-firmware/plat/xilinx/versal/pm_service/pm_svc_main.c
939082dd0654e1c9d5097e4b088ada2eefc3cc46 - arm-trusted-firmware/plat/xilinx/versal/pm_service/pm_api_sys.c
06ac8403ef4a152a6d5257c08766c878afc2c3e2 - arm-trusted-firmware/plat/xilinx/versal/pm_service/pm_api_sys.h
a984b65e29e3ddb17d3c124890861519e0a53788 - arm-trusted-firmware/plat/xilinx/versal/pm_service/pm_defs.h
cb6dce6031f613ae2ad69be266bc3eb2a5095a0d - arm-trusted-firmware/plat/xilinx/versal/pm_service/pm_svc_main.h
67797b5d7b79d4fe75c894faa289f6d4deac5929 - arm-trusted-firmware/plat/xilinx/versal/pm_service/pm_node.h
cfb673b998f65ad17832a2c1f376daa4ab836ebd - arm-trusted-firmware/plat/xilinx/versal/pm_service/pm_client.c
7c0bab3200267e448b5ee45b83104d2923cc17c8 - arm-trusted-firmware/plat/xilinx/common/ipi.c
05d21184a6dd62749ada768285e6b39b3dc5a1d4 - arm-trusted-firmware/plat/xilinx/common/plat_startup.c
e7cc80e40c4b2aff0799c9db4c351cf1179cf347 - arm-trusted-firmware/plat/xilinx/common/ipi_mailbox_service/ipi_mailbox_svc.c
453e987cd3b0c17b8ae79a6a0794d4fb44adcc3f - arm-trusted-firmware/plat/xilinx/common/ipi_mailbox_service/ipi_mailbox_svc.h
c879e06a73baec6538ce2dece09ae7a976f972df - arm-trusted-firmware/plat/xilinx/common/include/pm_ipi.h
3946a8e5b6578610dbcd1b1c9bb2ac02e357fd1a - arm-trusted-firmware/plat/xilinx/common/include/ipi.h
3f5242b1d910a45ff664bc128a6e749aa019592c - arm-trusted-firmware/plat/xilinx/common/include/pm_common.h
604b0f5de53a36f974ce1926152c895a54796482 - arm-trusted-firmware/plat/xilinx/common/include/pm_client.h
8ccd5942908d27505a9e0d68679df731210d75ca - arm-trusted-firmware/plat/xilinx/common/include/plat_startup.h
f5cda3dcfb0f4452e442cc526b8178b413b5a17a - arm-trusted-firmware/plat/xilinx/common/pm_service/pm_ipi.c
dd38f3a1079a17328d48c8cb719713d4de7361a6 - arm-trusted-firmware/plat/common/ubsan.c
cd74e2d1ac7f09f4ced54eecf4bed38f973bbdfb - arm-trusted-firmware/plat/common/plat_gicv3.c
c7afb73f40f0759cd775aec59723f92f7dd54435 - arm-trusted-firmware/plat/common/plat_bl1_common.c
ebb8418a3c0ba1d0d9362005c17fc4a3fb03cf1f - arm-trusted-firmware/plat/common/plat_gicv2.c
ca3750949173b2315d20907e7c6da4a66f32a5cf - arm-trusted-firmware/plat/common/plat_bl_common.c
ec9195d2ba3b66b6f4258c18a36b14a5cf41ac55 - arm-trusted-firmware/plat/common/plat_psci_common.c
8020a28923a271101b29516f4997bb7a1b8a6708 - arm-trusted-firmware/plat/common/plat_spmd_manifest.c
5e22516412e81af7bbc52e0e460447cf2d1d63f3 - arm-trusted-firmware/plat/common/plat_log_common.c
8bf3a22931bb5a18034f1275429068834943cb9e - arm-trusted-firmware/plat/common/aarch64/plat_ehf.c
6ae1755d17b7040c038dd8b2e6c6880e2bb60394 - arm-trusted-firmware/plat/common/aarch64/plat_common.c
785a7be686f124f8b30c5f96bbdc9670988f49c2 - arm-trusted-firmware/plat/common/aarch64/platform_mp_stack.S
53568d8d4a43005d8a1be8a379cf0f4b7ddc5637 - arm-trusted-firmware/plat/common/aarch64/platform_helpers.S
8be9392135f6389b22910a9e22011c2e5abc6708 - arm-trusted-firmware/plat/common/aarch64/crash_console_helpers.S
1fe60996e262523b671b678aa41a510a2cfa2ce9 - arm-trusted-firmware/plat/common/aarch64/platform_up_stack.S
05ebeff6ee2416ab2697799fb338367a03b0ba75 - arm-trusted-firmware/plat/common/aarch32/plat_common.c
f742befce701fed79ec16b324c92409b36838226 - arm-trusted-firmware/plat/common/aarch32/plat_sp_min_common.c
578b46ce0ccf74ba18ce1747df871537294d4ddf - arm-trusted-firmware/plat/common/aarch32/platform_mp_stack.S
01fc909940aee253c9e140248811b8c4fc5d25b4 - arm-trusted-firmware/plat/common/aarch32/platform_helpers.S
c8eab49f9d5326ffc974d2ba7c05bd411df90eb1 - arm-trusted-firmware/plat/common/aarch32/crash_console_helpers.S
79f7a0e7df796600cfad4b11f4bf7dbafb65a4ea - arm-trusted-firmware/plat/common/aarch32/platform_up_stack.S
36144ebe1637da9185e2256593f8aa7307d0cccb - arm-trusted-firmware/plat/common/tbbr/plat_tbbr.c
2154f29a91decb99dc45f21e790dd6e0d1da88e1 - arm-trusted-firmware/plat/qemu/common/qemu_private.h
a58c658f18083c55761b946dd01b034df662dada - arm-trusted-firmware/plat/qemu/common/topology.c
16002a1a28f7ec581aae95aba10964655f89c5dc - arm-trusted-firmware/plat/qemu/common/qemu_pm.c
00fcc8b29bf97f9ede1c2dfbe40db7ef83c72695 - arm-trusted-firmware/plat/qemu/common/qemu_spmd_manifest.c
8ebb840a06cb6dddf6c0fd5fe4a612f832842576 - arm-trusted-firmware/plat/qemu/common/qemu_bl2_mem_params_desc.c
51d8305f79f4736a224811e549fd92ffee6e2134 - arm-trusted-firmware/plat/qemu/common/qemu_spm.c
21efcb8ca3eeadb04af0ad8b5dbff0a548221482 - arm-trusted-firmware/plat/qemu/common/qemu_bl2_setup.c
c154631e1880ac14882cbb7ec28846bcac331126 - arm-trusted-firmware/plat/qemu/common/qemu_bl31_setup.c
95a9e39672a85b16243df6db511e352e068b90ee - arm-trusted-firmware/plat/qemu/common/qemu_bl1_setup.c
854064daf74a72113baf3004985576f30ed85540 - arm-trusted-firmware/plat/qemu/common/qemu_image_load.c
3a64a36aaab153d084cd63cb8041cb8e4554c206 - arm-trusted-firmware/plat/qemu/common/qemu_common.c
3ca3d10548276087940fd7af8f274b1b68378322 - arm-trusted-firmware/plat/qemu/common/qemu_stack_protector.c
2085009221c46e8e62ac297e819084f4b6087615 - arm-trusted-firmware/plat/qemu/common/qemu_rotpk.S
b70358ad6ace724f6125a704a64bd882bb7e5e13 - arm-trusted-firmware/plat/qemu/common/qemu_trusted_boot.c
ec654aff1a7a4e282bbbe2dc13b2042b9534eb61 - arm-trusted-firmware/plat/qemu/common/qemu_gicv3.c
d78bd11a3e46b66140586c01d9f834a788316251 - arm-trusted-firmware/plat/qemu/common/qemu_gicv2.c
ce499ea5552f0a580d2d730cd86b20a544fb4759 - arm-trusted-firmware/plat/qemu/common/qemu_console.c
fcbaa96813c363c3db4933b80039d532e1252dc7 - arm-trusted-firmware/plat/qemu/common/qemu_io_storage.c
f58716f140fa8f450f8073fca6f98a8eda79bbc2 - arm-trusted-firmware/plat/qemu/common/include/plat_macros.S
553cd30299445b034280689989176963a39f2b4d - arm-trusted-firmware/plat/qemu/common/sp_min/sp_min_setup.c
fe635c884df368ae689c259f9ac0787b17064bb4 - arm-trusted-firmware/plat/qemu/common/aarch64/plat_helpers.S
674a4514924db14c06277e39651b46250347d7a4 - arm-trusted-firmware/plat/qemu/common/aarch32/plat_helpers.S
dc0cb18de3dee5963f78466b58e002bc816d526b - arm-trusted-firmware/plat/qemu/qemu/include/platform_def.h
a3366d3ea9b4a5a823b365b0a4fe16dd24af7388 - arm-trusted-firmware/plat/qemu/qemu_sbsa/sbsa_private.h
f2efe87ffe7cd41bf5ac442c75b40fb2593a8fbb - arm-trusted-firmware/plat/qemu/qemu_sbsa/sbsa_topology.c
151cea63605746875bff4fceaa296485033aa280 - arm-trusted-firmware/plat/qemu/qemu_sbsa/sbsa_pm.c
46b611bd4d5b4370f104fdcc62cf5da040ec7970 - arm-trusted-firmware/plat/qemu/qemu_sbsa/include/platform_def.h
fbecdf95d5fb90503336b712a6955a36a635aac0 - arm-trusted-firmware/plat/nvidia/tegra/lib/debug/profiler.c
c7104ef4a0ccb4a2ceb01951a0c8442349cf4ca7 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_delay_timer.c
9a23652352c01545d80c980df50b0d1965df8131 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_gicv3.c
348ad39495b7209e9858421f7bd1a02f9712a410 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_pauth.c
ab066b0f80239a20f5613a9c2bf4862d9c02e2c2 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_bl31_setup.c
c97649b9bd33d9e7f4268f6ddc79d603a3a317f2 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_fiq_glue.c
e531e11712693e6095f810484cb2f8332646c1dc - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_pm.c
bbb547cc93729fd63ae5da22480a94dc84ad6fbf - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_sip_calls.c
0c5a65d7362595eff6d472ba23ccde7af61d9ce8 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_io_storage.c
97542646c951833f68e49c013c2d309b885aab65 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_gicv2.c
6356a0b128a435ef5faa1bb6922a5fcc571926ea - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_platform.c
8617ceef396a9a7f9b5e9e1a4866cede187f6ba6 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_sdei.c
7832f9e627bdeb224b72a22840b7b4cd3354b962 - arm-trusted-firmware/plat/nvidia/tegra/common/tegra_stack_protector.c
e73b702494b764ebb0f546aae9de484a69c968f3 - arm-trusted-firmware/plat/nvidia/tegra/common/aarch64/tegra_helpers.S
61343b0647173b58eec236e5f6781f95ee64f5d2 - arm-trusted-firmware/plat/nvidia/tegra/include/tegra_platform.h
949736009adf4b730b592ef786e3d66eaf769d8c - arm-trusted-firmware/plat/nvidia/tegra/include/plat_macros.S
11b45c0f4e3d96795a403b588930c354305a52d1 - arm-trusted-firmware/plat/nvidia/tegra/include/platform_def.h
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2aec61855e1e16a88683b573ae88e337484a01cb - arm-trusted-firmware/plat/nvidia/tegra/include/t234/tegra234_ras_private.h
21b9ecfaf14f5a5aed16e18cf1643f78e890a096 - arm-trusted-firmware/plat/nvidia/tegra/include/t234/tegra234_private.h
636ab4e191d38378a5706fc275a02ff1ce01519c - arm-trusted-firmware/plat/nvidia/tegra/include/t234/tegra_def.h
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412a883e42794de7909b0a3076864c06874a0764 - arm-trusted-firmware/plat/nvidia/tegra/include/t210/tegra_def.h
fc8ce0bab3e269ab289babbc37c5ffea6c1105c1 - arm-trusted-firmware/plat/nvidia/tegra/include/lib/profiler.h
68ec103aabc7cf1ba96e9f802589f232bf63e8fb - arm-trusted-firmware/plat/nvidia/tegra/include/t186/tegra186_private.h
00ba4a09814b790749853248a68f57c1bf5d8a77 - arm-trusted-firmware/plat/nvidia/tegra/include/t186/tegra_def.h
80ba76cba14e63964ee35830536886c24581020c - arm-trusted-firmware/plat/nvidia/tegra/include/t186/tegra_mc_def.h
65dcb16996ba6f5480b25b088c00618a8401e2b0 - arm-trusted-firmware/plat/nvidia/tegra/include/t194/tegra194_ras_private.h
0770b19832587bf494cdf6a16cf0af55ef4e3eba - arm-trusted-firmware/plat/nvidia/tegra/include/t194/tegra194_private.h
249831518e8554837fb8750d200cb4b786c2d683 - arm-trusted-firmware/plat/nvidia/tegra/include/t194/tegra_def.h
b01b1d6699848ec430ef6c7ff1fa536c611ac8d8 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/bpmp.h
eccbd7dbdb2b149abd38a48ddd5f6b0f292373b7 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/memctrl_v2.h
fa073698981deb8685410d390184a2fea2477d8d - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/smmu.h
1ad3acb2c35dab529632e51cfd8a1977d0a3e495 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/pmc.h
7eee98bf96c4e615e71244fad2270fe3ac7bca96 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/spe.h
97366374236e04da0a203c6df1ed7e93325e40f5 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/memctrl.h
2693485a6a4c24984696bab65e09494c4af953a6 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/psc_mailbox.h
0005633528a5228ce544a5fe3fc8b984d26eff95 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/gpcdma.h
d6acbb5f1eb851fbab413c7209bfba21509b4d31 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/memctrl_v1.h
dd094069cb1a5bb53cf55c4e87b2364925c1e25c - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/mce.h
d99d1382679e0a53fedf1afb4781358524154b54 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/bpmp_ipc.h
4aa146b81da8a061bda6540907c37d5ec6569962 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/tegra_gic.h
ecb6bb2512f5f946927baadc3238cacaf9e9c42f - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/flowctrl.h
e4e77bfcd8d045ecce243b060298bf229cbf3941 - arm-trusted-firmware/plat/nvidia/tegra/include/drivers/security_engine.h
6f1dca2fba8be7758cfe4395226b2e4be820e3f1 - arm-trusted-firmware/plat/nvidia/tegra/drivers/pmc/pmc.c
fb218e655fd6a3d77f969fce9cd6cb5dd0a6c5b2 - arm-trusted-firmware/plat/nvidia/tegra/drivers/gpcdma/gpcdma.c
2a6016cc527d04ca332373c0d14542d5176aebf8 - arm-trusted-firmware/plat/nvidia/tegra/drivers/psc/psc_mailbox.c
8d9b8ebe2f8407dfc849bee6942b55d0a9c76d41 - arm-trusted-firmware/plat/nvidia/tegra/drivers/bpmp/bpmp.c
bbc86d9dee6c505651fa862133b686ea1e1af43e - arm-trusted-firmware/plat/nvidia/tegra/drivers/bpmp_ipc/intf.c
91900a1e10f18554bc4c6b9f13d0e247da31062d - arm-trusted-firmware/plat/nvidia/tegra/drivers/bpmp_ipc/intf.h
458bed9c52c48caaa9c30822f0d20359e56e044f - arm-trusted-firmware/plat/nvidia/tegra/drivers/bpmp_ipc/ivc.h
ecf2d932f335bc64d226c7d6502806590af552b6 - arm-trusted-firmware/plat/nvidia/tegra/drivers/bpmp_ipc/ivc.c
4d04fd613146842b18904061da84f5958c44b16b - arm-trusted-firmware/plat/nvidia/tegra/drivers/flowctrl/flowctrl.c
58fc3b165ee7a61397eef3e9f2065858876ce9de - arm-trusted-firmware/plat/nvidia/tegra/drivers/spe/shared_console.S
0f53c08fb6e10d933fd28d9f021ccfb0e48212fe - arm-trusted-firmware/plat/nvidia/tegra/drivers/memctrl/memctrl_v2.c
4dbec584881036aa37e59b66185d958a695a455d - arm-trusted-firmware/plat/nvidia/tegra/drivers/memctrl/memctrl_v1.c
d25c56f572cf7b3618f7567d502c1ee11dec2bae - arm-trusted-firmware/plat/nvidia/tegra/drivers/smmu/smmu.c
ce1df43aa2a9700b9c00f14be842646284b3ee3d - arm-trusted-firmware/plat/nvidia/tegra/scat/bl31.scat
3d01d365783ad5b2ce0f76df72a4a10db3d9a10d - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/plat_memctrl.c
ebc6300715a6b77d2d608328795265bf605b16ea - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/plat_ras.c
c2cd522ab9668274cd7bf26fde63e9dbc9a94f28 - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/plat_secondary.c
b0c855a9e2b50bbe03f42d79ccd6a555853cfefa - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/plat_setup.c
e6ee29b4c786d6d279e82a4066d13703168bd28e - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/plat_sip_calls.c
4597342fc7f0ad8d99af644fbdc636abdee5edd3 - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/plat_psci_handlers.c
cc8a8d368611f86cdf1901163b06c0975be5ad93 - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/drivers/se/se.c
7641a42485d020517c692c523a29fe5be4136651 - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/drivers/se/se_private.h
81037a214c1511f91f65b5793f9d5fc3668f3c79 - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/drivers/mce/ari.c
ed3d0d97c20ace9c41ddac5ef51f81f75d2e7d59 - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/drivers/mce/mce.c
46decb1b646ffba87d49eb22447f8e56ed5e0d44 - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/drivers/include/t234_ari.h
08aec0d0be276f69ddac5a77363f59f1ef42d88b - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/drivers/include/se.h
78e0e7699170ceb53b16257c0ef0c15fe08ba4ea - arm-trusted-firmware/plat/nvidia/tegra/soc/t234/drivers/include/mce_private.h
1ac68857bdb8a88c7770c006dfd2be48670a7011 - arm-trusted-firmware/plat/nvidia/tegra/soc/t210/plat_secondary.c
bee19a74bce67a4d58e2f4deecb801e1a65bf631 - arm-trusted-firmware/plat/nvidia/tegra/soc/t210/plat_setup.c
ec24a0077b010c615c5e3a083e901d444aae2f20 - arm-trusted-firmware/plat/nvidia/tegra/soc/t210/plat_sip_calls.c
89808197706a2d7c9eedc24ca7666ded83f0e84a - arm-trusted-firmware/plat/nvidia/tegra/soc/t210/plat_psci_handlers.c
17ad1d9d60e3f6debc0329a42e28178fdd497e1f - arm-trusted-firmware/plat/nvidia/tegra/soc/t210/drivers/se/se_private.h
3b606d0fba33a0ea6729510a467dcb03e9750140 - arm-trusted-firmware/plat/nvidia/tegra/soc/t210/drivers/se/security_engine.c
c7611d91a504dd3fe52ee769f9fa2d4f469010a8 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/plat_memctrl.c
bf02f90c1795b9e26f314ab310c0ba4e389257e4 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/plat_secondary.c
d4052416878640cdb19e93edd44e4a7413289b6c - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/plat_setup.c
106e68f73e09c8f51c620c0dd840b42ea6dbd67f - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/plat_sip_calls.c
5b9c61a07970be31ce559c1b2c78acc41d5223e3 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/plat_smmu.c
0dd6e3b7ed73b5e77f6ebc89320058cde70900c2 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/plat_trampoline.S
1cd4aab41ecfa796a41aecfc70e543cd82e2da72 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/plat_psci_handlers.c
326d37fa1c2f92a2e56baf3391479c3dd1365396 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/se/se.c
d96974438f18123824bf23413d2d0d75452fb4da - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/se/se_private.h
cde1d7e2f8c3e1513d4828b37df69223bfb780be - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/mce/ari.c
4588d011d8dbc1073379954dcdfb1c437cf9d4ce - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/mce/nvg.c
0a76eef9a0cb2d3c1fffc2a886eab6fdabb34997 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/mce/mce.c
015badf34dbdf2955bc1dc9f4b22627bde8f9f9c - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/mce/aarch64/nvg_helpers.S
34e8d1c4e060805a3f55969aabbd211dc6b08fbd - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/include/mce_private.h
34309aaec4559a7c2094873802490b96b9cf9dc1 - arm-trusted-firmware/plat/nvidia/tegra/soc/t186/drivers/include/t18x_ari.h
595bafd552b05d81a25e9916fe91779e18beddda - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_memctrl.c
c55c5c502ca4117b327d32cc3fef8203d3c64731 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_ras.c
6d0c46a965f769a08b399225be6c77aa18f3a773 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_secondary.c
84d20d5a07d53e649a1b8d130f5d4fdf6ba8f65a - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_setup.c
d5aef4c8d30794a496c1c3bd18d000991bbae988 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_sip_calls.c
ba0a312824b0782a438e265e86a6e9d7638032db - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_smmu.c
d893793283c93ce6c488a51940c01574780f7333 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_trampoline.S
d1917ee3fc59b85d699e80636d7ddd7d4c99320d - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/plat_psci_handlers.c
b3fb31a094585eeb27ecc82ba69416ca4d66b171 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/se/se.c
fa7909d4e0ccdeee6f0765cf68a95899ac8aec1f - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/se/se_private.h
0cdfadd153db5ee7d515adb01dd35d62e546226a - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/mce/nvg.c
ccebfe25a0f4bc54b5d08685ce74082118f713e4 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/mce/mce.c
99d5d980ae032fa2dfb6e9da5fe48dd600b2a896 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/mce/aarch64/nvg_helpers.S
ee3f4b7a69c6c3dd475a88c55076077415fc76b7 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/include/t194_nvg.h
298abb9097e851023b914f09fe36c8cdaf367e22 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/include/se.h
8cec2a63b748c24a5fab3c7c47f114b8147894c4 - arm-trusted-firmware/plat/nvidia/tegra/soc/t194/drivers/include/mce_private.h
170634ac25c995303394743ee26ab4f2265800ca - arm-trusted-firmware/plat/ti/k3/common/k3_topology.c
96d874b239805cfedc0fadfd9f07eed0e423a919 - arm-trusted-firmware/plat/ti/k3/common/k3_helpers.S
55b3083cc472c5a3e1808d642b6c6516d19c34be - arm-trusted-firmware/plat/ti/k3/common/k3_psci.c
a5a361643c76bc6ad4e5bf4bef498e6de89c4065 - arm-trusted-firmware/plat/ti/k3/common/k3_gicv3.c
4677f1e48833ef10dc9d9ed492dfe849c8466b05 - arm-trusted-firmware/plat/ti/k3/common/k3_console.c
fd1bbe596ff44d2104431c2924e172d0ef4c5b34 - arm-trusted-firmware/plat/ti/k3/common/k3_bl31_setup.c
55f8380907084a69006d5211123aef60fc51400d - arm-trusted-firmware/plat/ti/k3/common/drivers/ti_sci/ti_sci_protocol.h
3ebfed887a97b672cad608bc064e08075f4e2a29 - arm-trusted-firmware/plat/ti/k3/common/drivers/ti_sci/ti_sci.h
e81feb55a2328c2ec32fadd561eaf24eb58ae202 - arm-trusted-firmware/plat/ti/k3/common/drivers/ti_sci/ti_sci.c
27b2ba24623a62aa30daea138411571e17aeb579 - arm-trusted-firmware/plat/ti/k3/common/drivers/sec_proxy/sec_proxy.h
d3624f3dc097829d1b9f6b277bd1aebe77963d97 - arm-trusted-firmware/plat/ti/k3/common/drivers/sec_proxy/sec_proxy.c
da89ff4506058f3e90a127f4e7d79a7d86057bfd - arm-trusted-firmware/plat/ti/k3/include/plat_macros.S
015fe87701fa82cd48501c2915505c611e20e933 - arm-trusted-firmware/plat/ti/k3/include/k3_gicv3.h
33ec06e0674715932071745b37498c738414ee8f - arm-trusted-firmware/plat/ti/k3/include/platform_def.h
f2111ae0b834107dddf37cb4846a7065472db0fe - arm-trusted-firmware/plat/ti/k3/include/k3_console.h
85bfc710f2f6c79b7c0e025f6f6e653d16f39bb7 - arm-trusted-firmware/plat/ti/k3/board/generic/include/board_def.h
c82ee96d8fb1841fd3068f489a697625a217aebe - arm-trusted-firmware/plat/ti/k3/board/lite/include/board_def.h
a38730b258e2c37f114fdb3c923369bade8e7a1a - arm-trusted-firmware/plat/allwinner/sun50i_a64/sunxi_power.c
a462f612d127344fc711a68e3751b31b2b7ce938 - arm-trusted-firmware/plat/allwinner/sun50i_a64/include/sunxi_cpucfg.h
54ee3b911a552e2cd6e3802820f5cf3e09575a01 - arm-trusted-firmware/plat/allwinner/sun50i_a64/include/core_off_arisc.h
3f4f908a2f0a6a7660d40d79215077ee248f740e - arm-trusted-firmware/plat/allwinner/sun50i_a64/include/sunxi_mmap.h
2c5ad97e48086e62d1d58d1d8289ac4ab3153179 - arm-trusted-firmware/plat/allwinner/sun50i_a64/include/sunxi_spc.h
65eec287284371a887adc4c9aa1952c26be66df7 - arm-trusted-firmware/plat/allwinner/sun50i_a64/include/sunxi_ccu.h
c2785b4c0937862f1abb7251642a4028a913504d - arm-trusted-firmware/plat/allwinner/sun50i_h6/sunxi_power.c
0b8b7ce5f06e24ad7b853125e17507934dfc45e5 - arm-trusted-firmware/plat/allwinner/sun50i_h6/include/sunxi_cpucfg.h
2514153e63bbcc5513712db8766fd278fa3b0d44 - arm-trusted-firmware/plat/allwinner/sun50i_h6/include/sunxi_mmap.h
3dde76eb498c889851714b3d8e6749211c62bbec - arm-trusted-firmware/plat/allwinner/sun50i_h6/include/sunxi_spc.h
1590f260f1febbedf931a1596cea2d2e437ea92b - arm-trusted-firmware/plat/allwinner/sun50i_h6/include/sunxi_ccu.h
786942614a650ccd6930f2bd19bb42b2b539e1f9 - arm-trusted-firmware/plat/allwinner/sun50i_h616/sunxi_power.c
d9eff8a29c53d38215c1d261922df8494c88d5aa - arm-trusted-firmware/plat/allwinner/sun50i_h616/prepare_dtb.c
0ba24eb82465b3d3ad4e293692984b972663d57c - arm-trusted-firmware/plat/allwinner/sun50i_h616/include/sunxi_cpucfg.h
2b80f35aa1746d608c2eac4eec351c292e0298f0 - arm-trusted-firmware/plat/allwinner/sun50i_h616/include/sunxi_mmap.h
3dde76eb498c889851714b3d8e6749211c62bbec - arm-trusted-firmware/plat/allwinner/sun50i_h616/include/sunxi_spc.h
1590f260f1febbedf931a1596cea2d2e437ea92b - arm-trusted-firmware/plat/allwinner/sun50i_h616/include/sunxi_ccu.h
a9a0eca6a5cca079ee8007e0afa7f0ffd7a0cf1c - arm-trusted-firmware/plat/allwinner/common/sunxi_scpi_pm.c
a7dce777afe91e3a8d68aaa84d55530a9b3b66b4 - arm-trusted-firmware/plat/allwinner/common/sunxi_bl31_setup.c
385e3bbf7c85ef4e96b553e0f9760bfef1e94a3a - arm-trusted-firmware/plat/allwinner/common/sunxi_pm.c
a44feb979fffb71189cf9943a6d99946305122e2 - arm-trusted-firmware/plat/allwinner/common/sunxi_security.c
e602a60b0fabfe8e91ecf654c16701712b20c3f1 - arm-trusted-firmware/plat/allwinner/common/sunxi_native_pm.c
704da3ea1b61d5106a6172712ecf6a80b1528bf0 - arm-trusted-firmware/plat/allwinner/common/arisc_off.S
a5e148901e32cb7feaef9ffbd00f43a2a661ea0c - arm-trusted-firmware/plat/allwinner/common/sunxi_common.c
0ded87657ff47f0fe5896f1ab1d6d2f9b34f0429 - arm-trusted-firmware/plat/allwinner/common/plat_helpers.S
f2bc1957fa87b9880744d070c964b7803c7bf295 - arm-trusted-firmware/plat/allwinner/common/sunxi_topology.c
b832fd1c1d7bc307d2c3698bf00ee15b93de8cb8 - arm-trusted-firmware/plat/allwinner/common/sunxi_cpu_ops.c
cc00c1c7f46a2a8af976c1c0fb59681803b68d1c - arm-trusted-firmware/plat/allwinner/common/include/sunxi_private.h
7d746a44b6a3bbaa1c3e923de0abdfc40393712e - arm-trusted-firmware/plat/allwinner/common/include/plat_macros.S
711ef06aa592d857ab47ecd0a9b7870c6fa1a5da - arm-trusted-firmware/plat/allwinner/common/include/sunxi_def.h
4333584318d0a967851853f5fcd6c5287277246c - arm-trusted-firmware/plat/allwinner/common/include/platform_def.h
77455765d6d80bf4a48d7744bf6f4770b7369215 - arm-trusted-firmware/plat/allwinner/common/include/mentor_i2c_plat.h
3fa3a563994fcf2710324634950265fc8f9d7850 - arm-trusted-firmware/plat/allwinner/sun50i_r329/sunxi_power.c
f8fae43c9902bbf818480c6633e05fc6b751aabd - arm-trusted-firmware/plat/allwinner/sun50i_r329/include/sunxi_cpucfg.h
d430caf710295e9e77a240b785740fdde6705e26 - arm-trusted-firmware/plat/allwinner/sun50i_r329/include/sunxi_mmap.h
1acbdb220cff8edffa7cc7fd4808f71574b90966 - arm-trusted-firmware/plat/allwinner/sun50i_r329/include/sunxi_spc.h
2870bd5728ae0e5857fadde22b048a6fcf6ee2d3 - arm-trusted-firmware/plat/allwinner/sun50i_r329/include/sunxi_ccu.h
33f9c2d61b7aa3242f22100ba2694ba2709f7a1b - arm-trusted-firmware/plat/hisilicon/hikey/hikey_topology.c
bca37120bec0db88310c0e711220bd8301c8b932 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_pm.c
1b333e35df79afc9319c45ded87fe22b1e5547fc - arm-trusted-firmware/plat/hisilicon/hikey/hikey_security.c
8b11d0569d254ee10c03b8e7dfaebf823b7b1746 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_bl_common.c
1dc25162c504805b378176ceb2a1fac39b8fa3e2 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_ddr.c
e5479e33302a43e627013dbe10bbcca8ccdbf8b5 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_bl31_setup.c
1975a45f73616d0ceb03dab4a9397cbabc1e66ce - arm-trusted-firmware/plat/hisilicon/hikey/hisi_pwrc.c
132b89dc419b19bfabb3eb2450a5e74317faea11 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_io_storage.c
b8ddcea3e66690f3932ae009921566fe249feccd - arm-trusted-firmware/plat/hisilicon/hikey/hisi_pwrc_sram.S
126933334b9ebdde11859016f3bbcc6ac9bbef88 - arm-trusted-firmware/plat/hisilicon/hikey/hisi_mcu.c
0071214b6af7f5e24aa92d4e7849c79c3818ed05 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_bl2_setup.c
b0603f49d7b1252e6774be83ed95232695f1f263 - arm-trusted-firmware/plat/hisilicon/hikey/hisi_ipc.c
e90b7c0a59b785560e233605f2968b642d26fcdb - arm-trusted-firmware/plat/hisilicon/hikey/hisi_sip_svc.c
030496606ff67ba16f47be9282a04338261e38ea - arm-trusted-firmware/plat/hisilicon/hikey/hikey_bl2_mem_params_desc.c
0472150350a0f6a23e8750e0fe14991d176d1a04 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_bl1_setup.c
a68989337ee4c06cf76f89d69cfc5c3aca210b00 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_private.h
cfc7af573fbb40bb702a616d8f0bf02b017a3e0b - arm-trusted-firmware/plat/hisilicon/hikey/hisi_dvfs.c
5366b77beffc310cab412735a4e4f43185e171c6 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_image_load.c
0aace28e8f75168d13d7274d81f1f906cc1b2cae - arm-trusted-firmware/plat/hisilicon/hikey/hikey_rotpk.S
3f90b73f27ba47848db784621dd350e6a5ec54d9 - arm-trusted-firmware/plat/hisilicon/hikey/hikey_tbbr.c
e0f40190a4d2a13086e9b7c951d5301f744dd767 - arm-trusted-firmware/plat/hisilicon/hikey/include/hi6220.h
31f012031e8dec3fe5dab7afc9ab89deffb7fe7c - arm-trusted-firmware/plat/hisilicon/hikey/include/hi6220_regs_pmctrl.h
98509207554ab836b38f580d203793668061ce40 - arm-trusted-firmware/plat/hisilicon/hikey/include/hisi_sip_svc.h
ee2004c34a377b43d61f3fde4201ea86e1834fc7 - arm-trusted-firmware/plat/hisilicon/hikey/include/hisi_pwrc.h
4619ff482dfa91c976c3d58153ac694dd92a0abf - arm-trusted-firmware/plat/hisilicon/hikey/include/plat_macros.S
95b6af34fbda29b2cef5ecaa3ecf9deb1f7a48cb - arm-trusted-firmware/plat/hisilicon/hikey/include/hisi_mcu.h
42137e1b1e1f31a2b92b351765982cc8bcf28601 - arm-trusted-firmware/plat/hisilicon/hikey/include/hi6220_regs_peri.h
5da379773f07f291d897ea36a13ac008c78bbbe4 - arm-trusted-firmware/plat/hisilicon/hikey/include/hi6220_regs_pin.h
b9c87b1b0f989e816c65163d00ead7cd68b4b6bc - arm-trusted-firmware/plat/hisilicon/hikey/include/hi6553.h
e2fd2bbe14a506ac8ab6eb8f4c65dd34827b33a8 - arm-trusted-firmware/plat/hisilicon/hikey/include/hikey_def.h
fff863e589a15845fe768ee9bd16a482d5946db7 - arm-trusted-firmware/plat/hisilicon/hikey/include/hi6220_regs_ao.h
79f261b3e512eb92ef04e1b172276ba95108b6ac - arm-trusted-firmware/plat/hisilicon/hikey/include/hisi_ipc.h
eb1ee8f26e0a9e1d174893e2a80e0ea2be070df3 - arm-trusted-firmware/plat/hisilicon/hikey/include/platform_def.h
379cc0fd2c6486a2bfc850d19190835961783f16 - arm-trusted-firmware/plat/hisilicon/hikey/include/hisi_sram_map.h
c54b714045ab12cfcff4363f00ce94952a40e2d6 - arm-trusted-firmware/plat/hisilicon/hikey/include/hikey_layout.h
659dfae8f25d18bef4e2ac3c9b2cc07bbd255dd4 - arm-trusted-firmware/plat/hisilicon/hikey/include/hi6220_regs_acpu.h
f3431f5300aefc0065b1e6ad9f3e996878027bff - arm-trusted-firmware/plat/hisilicon/hikey/aarch64/hikey_common.c
f4fe9f99f519b213b8d23015c37b2e4013ebb066 - arm-trusted-firmware/plat/hisilicon/hikey/aarch64/hikey_helpers.S
077745456537a78c6a462ecaf23835c3ac381a92 - arm-trusted-firmware/plat/hisilicon/poplar/bl2_plat_mem_params_desc.c
166469bcfd5bac8ca50e33d23d40607d532f7a9f - arm-trusted-firmware/plat/hisilicon/poplar/bl1_plat_setup.c
942f440e430db3a0fb9bafcb2877fa0f2b2b2206 - arm-trusted-firmware/plat/hisilicon/poplar/plat_topology.c
575e7801ee2435ca3d3bc588117235189cba8fa2 - arm-trusted-firmware/plat/hisilicon/poplar/bl31_plat_setup.c
706af98521027fbfb3cb50742e9203904186ccfb - arm-trusted-firmware/plat/hisilicon/poplar/poplar_gicv2.c
43b6cb88b4528db3610c0591b417afee9f8e086f - arm-trusted-firmware/plat/hisilicon/poplar/plat_storage.c
5366b77beffc310cab412735a4e4f43185e171c6 - arm-trusted-firmware/plat/hisilicon/poplar/poplar_image_load.c
4df6d997a517a03b7120733e3ff6f1a2634caa47 - arm-trusted-firmware/plat/hisilicon/poplar/bl2_plat_setup.c
09dd0d32acc68693a9cc4e6edda975b30b997a7d - arm-trusted-firmware/plat/hisilicon/poplar/plat_pm.c
7309b02ef23609fb839b029b295bffaf714cdc1a - arm-trusted-firmware/plat/hisilicon/poplar/include/plat_macros.S
2bc481728aac66acbe669f76aa6dd84c3f4e88a7 - arm-trusted-firmware/plat/hisilicon/poplar/include/plat_private.h
e8d837174e3274ddbcd923af88d3e19e1af8c06a - arm-trusted-firmware/plat/hisilicon/poplar/include/platform_def.h
5333986fb9d6df5ca3e50aad616e8c1422eafdd2 - arm-trusted-firmware/plat/hisilicon/poplar/include/hi3798cv200.h
54bc2fcf8fb31777a2eee36c5b61246cc0fa0a17 - arm-trusted-firmware/plat/hisilicon/poplar/include/poplar_layout.h
5b726e62a784d7660009ac2235ebf2d76dc809ad - arm-trusted-firmware/plat/hisilicon/poplar/aarch64/poplar_helpers.S
ef034cd3245b78dec24c714d8ffbb7e9b490427c - arm-trusted-firmware/plat/hisilicon/poplar/aarch64/platform_common.c
1178b52937b1f59d49a4b24807fedf6800893f18 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_io_storage.c
39568f02d9e541a653aaa3d8503e9976203e27b5 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_bl2_setup.c
9921f6f68c3b333297fb84f0c74626e02e31182e - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_bl2_mem_params_desc.c
e521b7127c97a6dc50d62a6fb23613467dfa5c91 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_boardid.c
e7130fd49b764ab203b1f70d8c04929b17c338a1 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_tbbr.c
b4ec4794171dff334edac55b287dbba42365301a - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_bl_common.c
92c35daf2b450ff28a8d64da226b020489472149 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_def.h
0cd271eb1db1372ebacbc89a1ab7e6b858522177 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_topology.c
3b43870e172a97e6682dc9e7adeb7ee54b219ce1 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_mcu_load.c
a012da0cb3423fd96bd536ca33852c8fba58ac2d - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_private.h
755c811030252ea484722f83c6773b03bcd1aecf - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_image_load.c
6c598ab11230d9af7684a342f64de0ef3aafd2e7 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_bl31_setup.c
df960717d8f3e8b3111b85c464d02214767ffe67 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_rotpk.S
19471da73d6d6e0316b89091e8034b65252676ea - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_bl1_setup.c
e5d1ee45233d19ae915b7dcde9d177ac30ff3c59 - arm-trusted-firmware/plat/hisilicon/hikey960/hikey960_pm.c
930c77f84c5ef2c7971e52015e58fd9c314fbba5 - arm-trusted-firmware/plat/hisilicon/hikey960/include/plat_macros.S
b1be891afebf5d255da6f6dcb865725241f566b9 - arm-trusted-firmware/plat/hisilicon/hikey960/include/hi3660_crg.h
201bc8884be1cfb9b4f87f3fcc6ccf3aeec268d8 - arm-trusted-firmware/plat/hisilicon/hikey960/include/hi3660_hkadc.h
9b6172a308464c71e87f1f420cb1df10ceb7bfb4 - arm-trusted-firmware/plat/hisilicon/hikey960/include/hisi_ipc.h
ce594eaab37f132b152875858c98ea6a8cf2f005 - arm-trusted-firmware/plat/hisilicon/hikey960/include/platform_def.h
390e28e24c8915a9f956b1a1de0cafa7306bf9ed - arm-trusted-firmware/plat/hisilicon/hikey960/include/hi3660.h
d8da79f1ebd9b100b4d3dc915552f3d086d5eda9 - arm-trusted-firmware/plat/hisilicon/hikey960/include/hi3660_mem_map.h
4a0475ff7dac46ea547e623a9a83071f69b5a4b7 - arm-trusted-firmware/plat/hisilicon/hikey960/drivers/pwrc/hisi_pwrc.h
168bc920b2828c8478a977c1e6b9e597791c0e45 - arm-trusted-firmware/plat/hisilicon/hikey960/drivers/pwrc/hisi_pwrc.c
4abee183dc860ea0fe600bb9b19e3c4a0a3d6773 - arm-trusted-firmware/plat/hisilicon/hikey960/drivers/ipc/hisi_ipc.c
00786f6204973e7255b3183326d7e2fb8a54f0a2 - arm-trusted-firmware/plat/hisilicon/hikey960/aarch64/hikey960_common.c
33e4f92c8882961c556666d4e463a0cd932589bb - arm-trusted-firmware/plat/hisilicon/hikey960/aarch64/hikey960_helpers.S
9b1262ca8c6950227a294b789fb3e53dfa2086b1 - arm-trusted-firmware/plat/socionext/synquacer/sq_topology.c
3db81e971dc630ca534efcd02840b2ee0fc01794 - arm-trusted-firmware/plat/socionext/synquacer/sq_psci.c
b60ee8850906f76ada82b2db19c8656ed9c12d9a - arm-trusted-firmware/plat/socionext/synquacer/sq_gicv3.c
8286dff95425dddb9a5b25ffda50460831781793 - arm-trusted-firmware/plat/socionext/synquacer/sq_xlat_setup.c
72b5553a5bdc53509ecf17a4d93cbfa1e3d06c8c - arm-trusted-firmware/plat/socionext/synquacer/sq_helpers.S
f9ac11a5c154783dbbb6fbdf6485867b754f511e - arm-trusted-firmware/plat/socionext/synquacer/sq_bl31_setup.c
a32f17d7db01cfb7a14811a914ba2066581d29a1 - arm-trusted-firmware/plat/socionext/synquacer/sq_spm.c
f43a62ef3a99346a097b8813441539c5354436fc - arm-trusted-firmware/plat/socionext/synquacer/sq_ccn.c
09ba9cfb7c8be52484c3cff427668fc7d2524219 - arm-trusted-firmware/plat/socionext/synquacer/include/sq_common.h
9f24e8fcbc08c61f43c8041c0464cae65fe01ce8 - arm-trusted-firmware/plat/socionext/synquacer/include/plat_macros.S
ef74e9cda94f07bf3061b037195287d609c0c6b4 - arm-trusted-firmware/plat/socionext/synquacer/include/plat.ld.S
25666183a169e48e144659003b018f40881b4590 - arm-trusted-firmware/plat/socionext/synquacer/include/platform_def.h
f57f50699d6a8f3902d4673f01ec3ff0d6931d29 - arm-trusted-firmware/plat/socionext/synquacer/drivers/scp/sq_scp.c
e431465e90b8b68ce2922ff400c2e6953eaeea9d - arm-trusted-firmware/plat/socionext/synquacer/drivers/scp/sq_scmi.c
b6784404cec981a185e6f44ef689f28b7d9513e3 - arm-trusted-firmware/plat/socionext/synquacer/drivers/scpi/sq_scpi.c
f8fe95fbe1e35e8c328ec5a197b76c329feda4bd - arm-trusted-firmware/plat/socionext/synquacer/drivers/scpi/sq_scpi.h
ebfc7926ca7e342e5cec3fed564e68be76a80fdd - arm-trusted-firmware/plat/socionext/synquacer/drivers/mhu/sq_mhu.h
961c660b9e7a5641523d5d23b5396c2a2a67746e - arm-trusted-firmware/plat/socionext/synquacer/drivers/mhu/sq_mhu.c
05b8fac4f5d6b8cee9465b541e992f27f071fe8f - arm-trusted-firmware/plat/socionext/uniphier/uniphier_console.S
30d16489f342eed522b276128737ad41acb82ba9 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_helpers.S
456820f5853d3f1676ee19bf63b9c360ed9a80a8 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_io_storage.c
ab09cd5d8d3222857a607791bee8b31359314aa9 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_bl31_setup.c
98c1438c270db5db7bd6f971cb928420df53c1b7 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_image_desc.c
d94b79f813abf374eef409d04968fce943a3ef84 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_boot_device.c
8a0a08bd7b9292bd5b334bc91ad422838eb83118 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_cci.c
2b022afd58ed2221e8abc99099867eab0c42c326 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_emmc.c
26621302eaceca62d3b0e8224c6c14d5ea08df38 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_xlat_setup.c
516680ab29649a33ea07ffa922f3b18448e61e55 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_psci.c
5fa3e198d6ad7a764cb058e6e88fa12a0d8ffe85 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_nand.c
b445ddffd2167b6758d19874673ec99f3f2a1d30 - arm-trusted-firmware/plat/socionext/uniphier/uniphier.h
d342acec84b75ea4f64204404f0a54b4158920e1 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_usb.c
21ef9559c64415fef54f3373f28fde4fa86d92d3 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_topology.c
eca523ec19dc113ddd19b9427a6651cd6ebe6bb3 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_soc_info.c
ad344a675d5f4bf3287a6e32451b462c3ea7d29c - arm-trusted-firmware/plat/socionext/uniphier/uniphier_rotpk.S
91e3ef5fbfd42b725b57f2608d1934a5c717de3b - arm-trusted-firmware/plat/socionext/uniphier/uniphier_tbbr.c
e4e4584414cea9a632b613da62b76c3999974c0c - arm-trusted-firmware/plat/socionext/uniphier/uniphier_console.h
30db57b3d947cfae86d4cb1fbd7d79f7365fe01d - arm-trusted-firmware/plat/socionext/uniphier/uniphier_smp.S
7518b6009c736b543504a3f84be4cbd20e8d9f0c - arm-trusted-firmware/plat/socionext/uniphier/uniphier_scp.c
dd16d7be9af0988718096ec4af552732207ad390 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_console_setup.c
69a2371870f65a855d9ff7c728f2e9c32882aa2c - arm-trusted-firmware/plat/socionext/uniphier/uniphier_bl2_setup.c
7cb14fc4ccfe79fe8ffb080b91337e263775111d - arm-trusted-firmware/plat/socionext/uniphier/uniphier_syscnt.c
006db753e22b1119a67d4f76bd213bf3de08be09 - arm-trusted-firmware/plat/socionext/uniphier/uniphier_gicv3.c
d181839ef722d36e8a51c126deb67a2eae64c527 - arm-trusted-firmware/plat/socionext/uniphier/tsp/uniphier_tsp_setup.c
8bea3f2da202b83b97d9b86e32cb50d5c17cae7e - arm-trusted-firmware/plat/socionext/uniphier/include/plat_macros.S
e35ee40c042c15de97496be4f1d9c81b960cc3da - arm-trusted-firmware/plat/socionext/uniphier/include/platform_def.h
60baba93a9e38f989d8f3fdfb045849d1edc2d69 - arm-trusted-firmware/plat/marvell/octeontx/otx2/t91/t9130_cex7_eval/board/marvell_plat_config.c
65b77a7dbb8e28f892af2bf3b76eff17c87a9cbd - arm-trusted-firmware/plat/marvell/octeontx/otx2/t91/t9130/mvebu_def.h
2311f962795291fdd649a3acb3d3fcee85e19d11 - arm-trusted-firmware/plat/marvell/octeontx/otx2/t91/t9130/board/phy-porting-layer.h
a1f884a99e9e14ac83551e73429b0cf7a2c5aa0d - arm-trusted-firmware/plat/marvell/octeontx/otx2/t91/t9130/board/dram_port.c
147f2e7e737cb6a5eb1dd98a0deed8c0462d2041 - arm-trusted-firmware/plat/marvell/octeontx/otx2/t91/t9130/board/marvell_plat_config.c
2c689ed8bfb3abf1dc9ea37ffaa8aa9479649eac - arm-trusted-firmware/plat/marvell/armada/common/marvell_bl31_setup.c
1a879218f61e83b5068e40a2b093fdb4ab851a4d - arm-trusted-firmware/plat/marvell/armada/common/marvell_ddr_info.c
e8797c2639ec349e76fc1946c984275c010e4cc0 - arm-trusted-firmware/plat/marvell/armada/common/marvell_console.c
9fa0f4b8209945eb39ccee90bcc305efbe10f211 - arm-trusted-firmware/plat/marvell/armada/common/marvell_gicv2.c
c785e8c07a0fa5d01b9ecf8eee873f7a18697e3a - arm-trusted-firmware/plat/marvell/armada/common/mrvl_sip_svc.c
79f7407103c1059afb212382689fff9c6a4f4350 - arm-trusted-firmware/plat/marvell/armada/common/marvell_io_storage.c
5f97ccaef3ab26b2710ad26fb0fdbd9facfd0b7d - arm-trusted-firmware/plat/marvell/armada/common/marvell_gicv3.c
0ff28a152c1c0997120e1e3a5fe654f1ae19ac60 - arm-trusted-firmware/plat/marvell/armada/common/marvell_cci.c
6ea11f2ef3d7978e714cdf621aeb7c8719c7edf3 - arm-trusted-firmware/plat/marvell/armada/common/marvell_bl1_setup.c
db23baf6374a79472a4b930f1fd68144d4f314a1 - arm-trusted-firmware/plat/marvell/armada/common/marvell_bl2_setup.c
c6e2fab47d050265fe94d5ce57fd1a3a684da2c9 - arm-trusted-firmware/plat/marvell/armada/common/marvell_topology.c
ea896d0f1d011e14c4411020d73d083c22eac783 - arm-trusted-firmware/plat/marvell/armada/common/plat_delay_timer.c
59510c739cc2d9619a9a5c21e1cbf1bb05094867 - arm-trusted-firmware/plat/marvell/armada/common/marvell_pm.c
69ee13cde36accbde0f355f89f9cc2b5d1aa2cb9 - arm-trusted-firmware/plat/marvell/armada/common/marvell_image_load.c
44573513efade3da9aa2ca94c3d4069a8af646fd - arm-trusted-firmware/plat/marvell/armada/common/mss/mss_mem.h
872e517062b5b548f6de42424dfb8290309f6773 - arm-trusted-firmware/plat/marvell/armada/common/mss/mss_scp_bootloader.h
0bb02e303d4c696fe34379bc2d5dd9f2fe16229d - arm-trusted-firmware/plat/marvell/armada/common/mss/mss_scp_bootloader.c
42d2fb2461687118d1f9e79ed2ae2a274cc91c45 - arm-trusted-firmware/plat/marvell/armada/common/mss/mss_ipc_drv.h
5cecfb1042c66b79c4c4c9bc5961fd91b34c880f - arm-trusted-firmware/plat/marvell/armada/common/mss/mss_scp_bl2_format.h
56e5fda520a793a37c7e8daa1ecfe2354b26e99e - arm-trusted-firmware/plat/marvell/armada/common/mss/mss_ipc_drv.c
daa5b1a54bfa63c73acf8429940662cd450f1eb9 - arm-trusted-firmware/plat/marvell/armada/common/aarch64/marvell_bl2_mem_params_desc.c
0842c4cae12a7c22367b83357a2c824d060dee67 - arm-trusted-firmware/plat/marvell/armada/common/aarch64/marvell_common.c
a71cc21b90eb5b1d29b125e9c98c3e50f9a145bc - arm-trusted-firmware/plat/marvell/armada/common/aarch64/marvell_helpers.S
9a52294343831155772b4411f11af6c989dbd182 - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0_mcbin/mvebu_def.h
25524fffee705cfc27dd670e05523c5de9ef0ed6 - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0_mcbin/board/dram_port.c
586996360a2bcce38bf90fa0b1b7a20a45c6e26b - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0_mcbin/board/marvell_plat_config.c
29e2e91f84a20d0c2f220e0eba6c447909e5aab4 - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0_mochabin/mvebu_def.h
99aea1bcabb4f6d0d7452ad42116629d21bb2b61 - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0_mochabin/board/phy-porting-layer.h
8211399dfbf7994faafa28d85d5d232265c000fe - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0_mochabin/board/dram_port.c
e26cc9cf2cffd853101d24b0e6cade82ff5f5cbe - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0_mochabin/board/marvell_plat_config.c
9a52294343831155772b4411f11af6c989dbd182 - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0_puzzle/mvebu_def.h
4d33d263a3f05c3d8f3400a45afc2dd7f1792669 - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0_puzzle/board/dram_port.c
7bdf0ea1da45eaab8f21dca700b29582ccc57d0a - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0_puzzle/board/system_power.c
f1c6500edd19c1540f562c4ea2dba8443a7cd419 - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0_puzzle/board/marvell_plat_config.c
9a52294343831155772b4411f11af6c989dbd182 - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0/mvebu_def.h
80de920eee6f0214b1cfb2cf104cd6d295bb478b - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0/board/phy-porting-layer.h
c0c43ed673f4f38bd78a3d145c4ff0f553bf3032 - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0/board/dram_port.c
027eab15e763f75779fca4721b6612e1cef0f74a - arm-trusted-firmware/plat/marvell/armada/a8k/a80x0/board/marvell_plat_config.c
bc3edb20ef2a7baebacce2c631f800cb6d206bbc - arm-trusted-firmware/plat/marvell/armada/a8k/common/plat_bl1_setup.c
4f7afd096359c9aad1f7852029a643db033fe7c7 - arm-trusted-firmware/plat/marvell/armada/a8k/common/plat_ble_setup.c
c96d4c2fac061ca1e3be3600ee8748de11d20ed0 - arm-trusted-firmware/plat/marvell/armada/a8k/common/plat_pm_trace.c
f1e7a83b618d37eb2df8dcc4cff814b934a4ab74 - arm-trusted-firmware/plat/marvell/armada/a8k/common/plat_thermal.c
3f6403fd39850e34f4c3bd674ccf8170f74af43d - arm-trusted-firmware/plat/marvell/armada/a8k/common/plat_bl31_setup.c
266ed9c2a714504a190f6bdd10db0d40815a428a - arm-trusted-firmware/plat/marvell/armada/a8k/common/plat_pm.c
86c5d3b710ba9b63aaf82c0f9dc1606c22176f45 - arm-trusted-firmware/plat/marvell/armada/a8k/common/include/plat_macros.S
eb840b0d5bb6e8cbd42b1ab32b72baec165926e7 - arm-trusted-firmware/plat/marvell/armada/a8k/common/include/platform_def.h
9fe71c8db281a9fc253c959e2bf8d7ed5b59f658 - arm-trusted-firmware/plat/marvell/armada/a8k/common/include/ddr_info.h
0f1625972d53fdedca61514318bdfd1ca806ac51 - arm-trusted-firmware/plat/marvell/armada/a8k/common/include/a8k_plat_def.h
3145664e80460f27bc2fd8cda127e916e518678f - arm-trusted-firmware/plat/marvell/armada/a8k/common/include/mentor_i2c_plat.h
cc11d9f29f29d9c9366f3e6c66183d38e3031ab7 - arm-trusted-firmware/plat/marvell/armada/a8k/common/mss/mss_pm_ipc.c
392f1834ac5b4679e9ae724c7cf1f3a20c0e566a - arm-trusted-firmware/plat/marvell/armada/a8k/common/mss/mss_bl31_setup.c
97ae958df0c9d8f54ff36a7803fe0ba27434e45c - arm-trusted-firmware/plat/marvell/armada/a8k/common/mss/mss_pm_ipc.h
f83bec0cc962f915447a4582455414387713f7ac - arm-trusted-firmware/plat/marvell/armada/a8k/common/mss/mss_defs.h
9acdf9fa5a506b13c376584f49b42a4f437af6c5 - arm-trusted-firmware/plat/marvell/armada/a8k/common/mss/mss_bl2_setup.c
4b2131b48e6b858b49e7e4d819172c5bc729f213 - arm-trusted-firmware/plat/marvell/armada/a8k/common/aarch64/plat_arch_config.c
919f5232edc5f6c3ec1670dedf5bf25fbb59356f - arm-trusted-firmware/plat/marvell/armada/a8k/common/aarch64/plat_helpers.S
01f390bd22a88039e1fc5f2d062ca126dae34478 - arm-trusted-firmware/plat/marvell/armada/a8k/common/aarch64/a8k_common.c
04e2455b39d088cb56ccb73dac9c842fb6f6b7eb - arm-trusted-firmware/plat/marvell/armada/a8k/common/ble/ble.ld.S
8d8ccf9d72fb421744052b95f2dc698844542a67 - arm-trusted-firmware/plat/marvell/armada/a8k/common/ble/ble_mem.S
29b7013d6e080d93a60b3780f10310e29aaa6bbb - arm-trusted-firmware/plat/marvell/armada/a8k/common/ble/ble_main.c
b79710e67347483f51ba3aa8fcb25a7f7dbb5083 - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0/mvebu_def.h
e0382b98cbf2ae3613453ec924646d5af8b1f11e - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0/board/dram_port.c
a3184b54f314a3880b11bd80e9ace2a825e4e251 - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0/board/marvell_plat_config.c
c7d9738b5d030b72c12bb9649d2dfb58e180b5b8 - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0_amc/mvebu_def.h
eecb4e28621a6ea2bbe58371406ef5f58590424c - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0_amc/board/dram_port.c
8eca9aa01df9af91fe07386e941d7557eae7d0ce - arm-trusted-firmware/plat/marvell/armada/a8k/a70x0_amc/board/marvell_plat_config.c
1b64a7198143a5ec5cbe075762bfc0f47e7eded0 - arm-trusted-firmware/plat/marvell/armada/a3k/common/cm3_system_reset.c
4e66aa51fabafab21b8e01fa4f3d49fc8fe6a97e - arm-trusted-firmware/plat/marvell/armada/a3k/common/a3700_sip_svc.c
f0aaac82be8c1b465622b1b82d8514de62c2e937 - arm-trusted-firmware/plat/marvell/armada/a3k/common/dram_win.c
f1d76afaec515fb65236190a9aced6e0ae2b4d8b - arm-trusted-firmware/plat/marvell/armada/a3k/common/a3700_ea.c
40c2d9f804ed183a8befa38d61bdd2164d711b34 - arm-trusted-firmware/plat/marvell/armada/a3k/common/plat_pm.c
a8ca841fb42e9bb5a9c071732f25138003b82d96 - arm-trusted-firmware/plat/marvell/armada/a3k/common/plat_cci.c
344f94187e37e08b2f532eb66281e7e28e7702c5 - arm-trusted-firmware/plat/marvell/armada/a3k/common/io_addr_dec.c
d00c0cf869839d6cd370b5b6c58e8d066705e2e1 - arm-trusted-firmware/plat/marvell/armada/a3k/common/marvell_plat_config.c
71cc1316bcad08255d76ad0ad858f47d681be60d - arm-trusted-firmware/plat/marvell/armada/a3k/common/include/a3700_plat_def.h
58c7ff47a2230af870313a655dcab4f22dd64957 - arm-trusted-firmware/plat/marvell/armada/a3k/common/include/dram_win.h
12bd9050e1d74b888a3866cf8ff79d17103fd0f2 - arm-trusted-firmware/plat/marvell/armada/a3k/common/include/plat_macros.S
6a269296c2d98fb8f6f4c1736696c4e6081cbc88 - arm-trusted-firmware/plat/marvell/armada/a3k/common/include/a3700_pm.h
61ab3a7cf4de99459f74b40ee4aa7c4c063f92ab - arm-trusted-firmware/plat/marvell/armada/a3k/common/include/platform_def.h
6c89be0e3e7e102687ce8d216227785edce4db33 - arm-trusted-firmware/plat/marvell/armada/a3k/common/include/ddr_info.h
0e8b8f431e24f28a92fcd4fb9d46eb87a1113db4 - arm-trusted-firmware/plat/marvell/armada/a3k/common/include/io_addr_dec.h
6a97369a4a693cf002e5f5f6ece32516e5978068 - arm-trusted-firmware/plat/marvell/armada/a3k/common/aarch64/a3700_common.c
965bc32da1f0ff9aa830bcede48eaca19cbe3b29 - arm-trusted-firmware/plat/marvell/armada/a3k/common/aarch64/plat_helpers.S
80f0ae31f4c2b57b330b01be44b293f6aa2cef72 - arm-trusted-firmware/plat/marvell/armada/a3k/common/aarch64/a3700_clock.S
716620282caf3210c15f6795e996035311a8ddd8 - arm-trusted-firmware/plat/marvell/armada/a3k/a3700/plat_bl31_setup.c
2cecd73b6df5a49196420939a6810672640ce165 - arm-trusted-firmware/plat/marvell/armada/a3k/a3700/mvebu_def.h
8f4af50a0df849dd31970be55e943ee4302b0472 - arm-trusted-firmware/plat/marvell/armada/a3k/a3700/board/pm_src.c
dd2c481628c54d07d905a85f08e527943473d31b - arm-trusted-firmware/plat/arm/common/arm_nor_psci_mem_protect.c
d663fd87f45498acaee1a4325d0e44e561dd102a - arm-trusted-firmware/plat/arm/common/arm_image_load.c
e58481ddddf7e4632598a6ca543bfc9fcb6a7c48 - arm-trusted-firmware/plat/arm/common/arm_dyn_cfg.c
3b628c17fd98697338a0997a380df8a81c7d2e66 - arm-trusted-firmware/plat/arm/common/arm_bl2u_setup.c
f2f3b9e0893c37d6ecae1332b3df925e9ab4d30f - arm-trusted-firmware/plat/arm/common/arm_console.c
53d385569ada7ff06030853184930078d8a2e4d8 - arm-trusted-firmware/plat/arm/common/arm_cci.c
842368bd1a44c1ece633a1254dc3cdaa4983c6ae - arm-trusted-firmware/plat/arm/common/arm_topology.c
9ac215f26148ab94b630463319c086d3e8b88c31 - arm-trusted-firmware/plat/arm/common/arm_bl2_el3_setup.c
6e9da80beed8b267a6c15c88f8b25e81d8b7bda4 - arm-trusted-firmware/plat/arm/common/arm_bl1_setup.c
bb20b499eb4fed681f076d21eeabaaf686b1c7fe - arm-trusted-firmware/plat/arm/common/arm_bl2_setup.c
d2c7c17798553c8d4e29f9b1bcad9e2754c97e6d - arm-trusted-firmware/plat/arm/common/arm_err.c
667de698f76e8d0b6d6f1b85f8012f3bed27e925 - arm-trusted-firmware/plat/arm/common/arm_ccn.c
e460d7f371f1102e3c39114a43c606937f3c9f92 - arm-trusted-firmware/plat/arm/common/arm_common.c
9b812991736d46b06d462799a31eb49ffae96260 - arm-trusted-firmware/plat/arm/common/arm_gicv2.c
1f2643d0dcc34c7b46895a5dd300de2674cc1274 - arm-trusted-firmware/plat/arm/common/arm_dyn_cfg_helpers.c
61b4b6215ec4cf4e050d7a14359bfdc2b64e2d8e - arm-trusted-firmware/plat/arm/common/arm_sip_svc.c
5f8fb896e304dbb204531641566de21b2e53a426 - arm-trusted-firmware/plat/arm/common/arm_tzc400.c
420e2c07ae07c6152cc914a3b464ec17f2f92843 - arm-trusted-firmware/plat/arm/common/arm_bl31_setup.c
c3c969f538ef3f3853d867a2c9c020723e5adc66 - arm-trusted-firmware/plat/arm/common/arm_tzc_dmc500.c
845db666afafcf708e365edd5461d9071f72c738 - arm-trusted-firmware/plat/arm/common/arm_gicv3.c
abdb20c16e5bae6df0e447b4a356eb5b9ed3eda0 - arm-trusted-firmware/plat/arm/common/arm_bl1_fwu.c
70afb2dd0a66c2a2b6eb5bfaf16df448d90e029d - arm-trusted-firmware/plat/arm/common/arm_io_storage.c
8d5a41b0cad025e83538d4508b8de54c96dd6be8 - arm-trusted-firmware/plat/arm/common/arm_pm.c
a666a9d920e0637f17e51eff519cc94c115b1ef7 - arm-trusted-firmware/plat/arm/common/fconf/arm_fconf_io.c
361186531a919bdc7825945fec639bf0db44800f - arm-trusted-firmware/plat/arm/common/fconf/fconf_nv_cntr_getter.c
ac62b3ab6e132e1747dbd2ffd6f40a72b4270235 - arm-trusted-firmware/plat/arm/common/fconf/fconf_sec_intr_config.c
fc971d9e587662fd23f35aa2dfbf0abf23c9da74 - arm-trusted-firmware/plat/arm/common/fconf/fconf_ethosn_getter.c
3ddfbb8ae3448f315371d7a3a814bea1d055cd3a - arm-trusted-firmware/plat/arm/common/fconf/arm_fconf_sp.c
dce55e77a6a4b9da7a42be37f5bba717d0c353e0 - arm-trusted-firmware/plat/arm/common/fconf/fconf_sdei_getter.c
cacda44b3716b65a5c30eedd17ed5a1335b8597b - arm-trusted-firmware/plat/arm/common/tsp/arm_tsp_setup.c
3237cf84bb44f0cc5b45b74d69d2934525543135 - arm-trusted-firmware/plat/arm/common/sp_min/arm_sp_min_setup.c
cc6a2551546758984d250e491c5c077149044f98 - arm-trusted-firmware/plat/arm/common/aarch64/arm_helpers.S
425d4b8c29564ce790babb9ea3fcc7ad80224fc6 - arm-trusted-firmware/plat/arm/common/aarch64/arm_bl2_mem_params_desc.c
1177013eddcf476b6a6d1f3367ae319363663450 - arm-trusted-firmware/plat/arm/common/aarch64/arm_pauth.c
6ee204b0e2a5012ad4dcef1cfe9fe884590bfb8c - arm-trusted-firmware/plat/arm/common/aarch64/execution_state_switch.c
8543903cea745c6c6709fd524622d3d5d3fd8df2 - arm-trusted-firmware/plat/arm/common/aarch64/arm_sdei.c
8c6171b381cfc6eca906ce2f7e2e6658895380ca - arm-trusted-firmware/plat/arm/common/aarch32/arm_helpers.S
43a64183c368a80bc24e370c93889989a49bfca3 - arm-trusted-firmware/plat/arm/common/aarch32/arm_bl2_mem_params_desc.c
17e3af5dfebbe4a8933589c7b3c67e14faa7dc12 - arm-trusted-firmware/plat/arm/common/trp/arm_trp_setup.c
5562bd387d6506e0db4a62fe23b24cd1c5046754 - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_stack_protector.c
810d8a4c9a7dff63b504d43fa4691f19cdf86b3b - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_bl2_mem_params_desc.c
1e7fe4ccc25d366dfe5f6a14851dab68001bdb13 - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_topology.c
c10b97a1764fe4c02c0a7ae81b0a75313edeed05 - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_helpers.S
0e3644e6d15833cfd15ee928af181e156ec27e8a - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_trusted_boot.c
fbb932100f4228bb8fe153a58d84898837188f8b - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_err.c
dd206cc4d7ea74d0dcace11dc6c64faf0d687b8a - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_plat.c
7bc7cf637e9751cbed26e48c65722c070a0f9d36 - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_pm.c
b9f80852b169e9c137876fadebe0782792162fe4 - arm-trusted-firmware/plat/arm/board/corstone1000/common/corstone1000_security.c
16e3686521725b2e8cf355c2d990811fc260a02c - arm-trusted-firmware/plat/arm/board/corstone1000/common/fdts/corstone1000_spmc_manifest.dts
a5086b67555acbdb3f4c3b25f837cbb372b0102a - arm-trusted-firmware/plat/arm/board/corstone1000/common/include/platform_def.h
70913ecf05a6e846d99d63213b643de746a371e8 - arm-trusted-firmware/plat/arm/board/corstone1000/include/plat_macros.S
d115cd145587e366c9c6d02d47cc7ea610f7791f - arm-trusted-firmware/plat/arm/board/morello/morello_security.c
846d7f92ffe6c368d0d0b85ffa36409b0dd04caf - arm-trusted-firmware/plat/arm/board/morello/morello_trusted_boot.c
710e4ce5fe08ed123d1977361a4bbf49dff07ba9 - arm-trusted-firmware/plat/arm/board/morello/morello_def.h
eae232f83e8fef4997f24f4cce1d598178a8eab0 - arm-trusted-firmware/plat/arm/board/morello/morello_plat.c
c855687b5adb537f1a56e37496a708864bd72650 - arm-trusted-firmware/plat/arm/board/morello/morello_bl1_setup.c
021dca0ec2928f72c45e98a602338d8a2bb08cc2 - arm-trusted-firmware/plat/arm/board/morello/morello_err.c
9e616a8e89120ae9b614d9bae16f0de9aa886778 - arm-trusted-firmware/plat/arm/board/morello/morello_bl2_setup.c
275ff8fd1cb66a02cc8ca9b9494035d3aa7f8ebf - arm-trusted-firmware/plat/arm/board/morello/morello_image_load.c
0105670429d8a205bc698cf69de09044501a55a1 - arm-trusted-firmware/plat/arm/board/morello/morello_topology.c
ab6ec67031b519490edd2bdd7efb973f91af2453 - arm-trusted-firmware/plat/arm/board/morello/morello_bl31_setup.c
59b5177c9b302f117bea58642d758d747224eaed - arm-trusted-firmware/plat/arm/board/morello/morello_interconnect.c
9c4c899115425303ba08c836c2a6ca740418160b - arm-trusted-firmware/plat/arm/board/morello/fdts/morello_fw_config.dts
bf30791c97940cf78bee90bb458a53b2480a4154 - arm-trusted-firmware/plat/arm/board/morello/fdts/morello_nt_fw_config.dts
a95b1476c52a6213400f2402811d15e5d82d7d83 - arm-trusted-firmware/plat/arm/board/morello/fdts/morello_tb_fw_config.dts
5361abb465b0253014c38facafec374dd284699a - arm-trusted-firmware/plat/arm/board/morello/include/plat_macros.S
e1eb7e2194a62fcfa63e0d92da3567386d98a24d - arm-trusted-firmware/plat/arm/board/morello/include/platform_def.h
1c3ff5d4d35a2aa211380dea2b252236f3dae0b1 - arm-trusted-firmware/plat/arm/board/morello/aarch64/morello_helper.S
ae7769a5c9c26af057b45ea638e7d3e8f7905d63 - arm-trusted-firmware/plat/arm/board/sgm775/sgm775_err.c
866a21334d0661b2dde96c9ea5c2e2c99e649ab3 - arm-trusted-firmware/plat/arm/board/sgm775/sgm775_trusted_boot.c
77c37592e064ebc47319196a2468d4a75a6ff7de - arm-trusted-firmware/plat/arm/board/sgm775/fdts/sgm775_tb_fw_config.dts
673d2aca63b2cddcb1fc087b3849b8459c60178a - arm-trusted-firmware/plat/arm/board/sgm775/fdts/sgm775_fw_config.dts
20df07965dd541c0c14b55f71c827c0b992b608c - arm-trusted-firmware/plat/arm/board/sgm775/include/platform_def.h
8908fa02b1140f0d45e9bdcc3d5552190eb3af41 - arm-trusted-firmware/plat/arm/board/corstone700/common/corstone700_security.c
ed51f976efc9644368dd64840ed3d158c086650e - arm-trusted-firmware/plat/arm/board/corstone700/common/corstone700_stack_protector.c
3d1a55d785180dd11beb8473207268d04543695a - arm-trusted-firmware/plat/arm/board/corstone700/common/corstone700_helpers.S
5f0ac09b373c85fd1d635fb4f06ea45011389b19 - arm-trusted-firmware/plat/arm/board/corstone700/common/corstone700_topology.c
df9742f665da99900fe4a3fdc0b6fbcc02209a0f - arm-trusted-firmware/plat/arm/board/corstone700/common/corstone700_pm.c
90dbd482aecd4e6be49f62fed93a4b38e4d79784 - arm-trusted-firmware/plat/arm/board/corstone700/common/corstone700_plat.c
3c1fd619c9a1da90f7af84b9c6e1b8eceb5e7a20 - arm-trusted-firmware/plat/arm/board/corstone700/common/include/platform_def.h
688520959b3077ac47e6c17fd87614f5400ec96f - arm-trusted-firmware/plat/arm/board/corstone700/common/drivers/mhu/mhu.c
9f9f59bab890a50e0444edf12481248060aa9c1b - arm-trusted-firmware/plat/arm/board/corstone700/common/drivers/mhu/mhu.h
d2cf1d7868d3a048734caa91b018fb43f56c36dd - arm-trusted-firmware/plat/arm/board/corstone700/sp_min/corstone700_sp_min_setup.c
1cc6a4959dd00202735100b426201a00f18764ec - arm-trusted-firmware/plat/arm/board/rdn2/rdn2_plat.c
866a21334d0661b2dde96c9ea5c2e2c99e649ab3 - arm-trusted-firmware/plat/arm/board/rdn2/rdn2_trusted_boot.c
73d0e620495671f0ffa9cfdd536e8f3c97f6e384 - arm-trusted-firmware/plat/arm/board/rdn2/rdn2_err.c
3693a7e757b2541552b2c91c91a0dba2d6a0a8de - arm-trusted-firmware/plat/arm/board/rdn2/rdn2_security.c
795d97596b09631253539c8a66fa49d5d422d01d - arm-trusted-firmware/plat/arm/board/rdn2/rdn2_topology.c
ed25350e5c803bac231eea3f950d3e7e5aee01d2 - arm-trusted-firmware/plat/arm/board/rdn2/fdts/rdn2_nt_fw_config.dts
77c37592e064ebc47319196a2468d4a75a6ff7de - arm-trusted-firmware/plat/arm/board/rdn2/fdts/rdn2_tb_fw_config.dts
3fa6109549ac24e3e9727ec6cfc9c34111cf53c9 - arm-trusted-firmware/plat/arm/board/rdn2/fdts/rdn2_fw_config.dts
f8bee970c03b0a4da0d79dcc8895e970ff34ffa1 - arm-trusted-firmware/plat/arm/board/rdn2/include/platform_def.h
7d80d6700188f44364662e46113af9036afedcbc - arm-trusted-firmware/plat/arm/board/n1sdp/n1sdp_topology.c
e902fc33536870bb2460962782828919e301f53a - arm-trusted-firmware/plat/arm/board/n1sdp/n1sdp_plat.c
7104250da7bca258ddb0bf081570d32f8900092b - arm-trusted-firmware/plat/arm/board/n1sdp/n1sdp_interconnect.c
e3d086dd3e36ff5fd58f3282c011f6394739185c - arm-trusted-firmware/plat/arm/board/n1sdp/n1sdp_def.h
4497a7586471f072a94ff5a066931c86dcb6fd2d - arm-trusted-firmware/plat/arm/board/n1sdp/n1sdp_security.c
5a64604c368489c4585ba4e01e129b3687e5d8ff - arm-trusted-firmware/plat/arm/board/n1sdp/n1sdp_bl31_setup.c
b45c063aa1fdf9280c52020500ae6e83d71244c5 - arm-trusted-firmware/plat/arm/board/n1sdp/include/plat_macros.S
eaeab6f905d711a8fa04d0ce9d2c2ec485934eaf - arm-trusted-firmware/plat/arm/board/n1sdp/include/platform_def.h
4b16feb977654bc82a89a104dc5b31b167bf17d1 - arm-trusted-firmware/plat/arm/board/n1sdp/aarch64/n1sdp_helper.S
0b886935846ab1d278829932851b6cc492f106cc - arm-trusted-firmware/plat/arm/board/juno/juno_bl31_setup.c
0ff3d7a6c51d9752cc2a86bb19e800a94245eea2 - arm-trusted-firmware/plat/arm/board/juno/juno_stack_protector.c
49553a7fbab54730a1b3de994aa92810c35025da - arm-trusted-firmware/plat/arm/board/juno/jmptbl.i
07f098d234d16533d40b505e91dbb1aae1712650 - arm-trusted-firmware/plat/arm/board/juno/juno_security.c
6cea3743018f1d02cac51c8d78a92561ea46ce14 - arm-trusted-firmware/plat/arm/board/juno/juno_bl2_setup.c
50963e02933b9165b4b2c2a4b8ce7f8cc758df7d - arm-trusted-firmware/plat/arm/board/juno/juno_trusted_boot.c
8a5716ff7852804effaf5810a335e69d3a788a50 - arm-trusted-firmware/plat/arm/board/juno/juno_trng.c
ebbb9c3ccbc5ea001a213d0ba5a9b7744bd561dc - arm-trusted-firmware/plat/arm/board/juno/juno_tzmp1_def.h
d784833f267d4a24f2a529767e8892a4aa11df9d - arm-trusted-firmware/plat/arm/board/juno/juno_common.c
bef868e2dcb239da5ba7d1787c2f790e1f31d33a - arm-trusted-firmware/plat/arm/board/juno/juno_err.c
17d854b860806d6ad8af6ee63952524a3bcbd9e9 - arm-trusted-firmware/plat/arm/board/juno/juno_pm.c
419b6382a2607911be10024a6287e69289234326 - arm-trusted-firmware/plat/arm/board/juno/juno_topology.c
905aac590f6fdf10096fd3e0f4bb661a2953acfb - arm-trusted-firmware/plat/arm/board/juno/juno_bl1_setup.c
53c5a79a63bf1f5551016da97e29bf8702e32ad3 - arm-trusted-firmware/plat/arm/board/juno/juno_def.h
dfc9edcda0daf49b40451e94c30405aa901ef204 - arm-trusted-firmware/plat/arm/board/juno/fdts/juno_fw_config.dts
805360ecd38e071b1f2e9b60704130be813557e2 - arm-trusted-firmware/plat/arm/board/juno/fdts/juno_tb_fw_config.dts
53f8c45c8436fb9bb4378cd8782a0b7d8037e5d2 - arm-trusted-firmware/plat/arm/board/juno/include/plat_macros.S
821681f18e15e60a3d540f06924deb6c691c2d7b - arm-trusted-firmware/plat/arm/board/juno/include/platform_def.h
4780ddabb988fa673f07503011a00242d2ea9faa - arm-trusted-firmware/plat/arm/board/juno/aarch64/juno_helpers.S
319dfb0515299119770970eb5953825ab7abd95c - arm-trusted-firmware/plat/arm/board/juno/aarch32/juno_helpers.S
866a21334d0661b2dde96c9ea5c2e2c99e649ab3 - arm-trusted-firmware/plat/arm/board/rdv1mc/rdv1mc_trusted_boot.c
584cb4b05aeec673c6c04da7c3885037b079afa4 - arm-trusted-firmware/plat/arm/board/rdv1mc/rdv1mc_err.c
3f70fab8ee8fcd7926df2c977d9380f53cbbb9f6 - arm-trusted-firmware/plat/arm/board/rdv1mc/rdv1mc_security.c
04538cf26382d09d8e2c07c0b46f13a5b099236a - arm-trusted-firmware/plat/arm/board/rdv1mc/rdv1mc_topology.c
d4a49ec110e03192903aeabeae1df36bca1cae8a - arm-trusted-firmware/plat/arm/board/rdv1mc/rdv1mc_plat.c
c139b0b044ff0f3122d7f6e5b65703bc3fbee8d2 - arm-trusted-firmware/plat/arm/board/rdv1mc/fdts/rdv1mc_nt_fw_config.dts
77c37592e064ebc47319196a2468d4a75a6ff7de - arm-trusted-firmware/plat/arm/board/rdv1mc/fdts/rdv1mc_tb_fw_config.dts
3fa6109549ac24e3e9727ec6cfc9c34111cf53c9 - arm-trusted-firmware/plat/arm/board/rdv1mc/fdts/rdv1mc_fw_config.dts
05ecf6ab819a6a6ca826e872d3c1fa6a21c7e7ef - arm-trusted-firmware/plat/arm/board/rdv1mc/include/platform_def.h
86c2465abfadc0a5dfe9b561b0f5675db8fee013 - arm-trusted-firmware/plat/arm/board/fvp/fvp_stack_protector.c
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394a425b1d229fbbad1173c1371edc737857d5f2 - arm-trusted-firmware/plat/arm/board/fvp/jmptbl.i
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0c3494f4c7e2590865b69abf91d4b49be1ea469d - arm-trusted-firmware/plat/arm/board/fvp/fvp_bl31_setup.c
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5d0744ed59fc75ba7204d9d0083fbc0cd64e74d6 - arm-trusted-firmware/plat/arm/board/rdn1edge/fdts/rdn1edge_fw_config.dts
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1cfbd3237d5138875eda5a3f57ebd08f452c4992 - arm-trusted-firmware/plat/arm/board/arm_fpga/kernel_trampoline.S
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0ca4a4d2749cd227831e57d361b8c16ee0f3cf03 - arm-trusted-firmware/plat/arm/board/arm_fpga/fpga_gicv3.c
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007839db0f0e5c02b3362ce770b02771a47faa27 - arm-trusted-firmware/plat/arm/board/a5ds/a5ds_topology.c
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142d4bce7860550461e2498ba8c9f4ebb17d902d - arm-trusted-firmware/plat/arm/board/a5ds/aarch32/a5ds_helpers.S
c788e65cad1a1e84654d127315052a3bcbd35225 - arm-trusted-firmware/plat/arm/css/common/css_pm.c
75cc05419580aa9e613157ed0cacf5e0447c7d7b - arm-trusted-firmware/plat/arm/css/common/css_bl2u_setup.c
3bc7caa521ce87bd672c20940f330d81613afdc1 - arm-trusted-firmware/plat/arm/css/common/css_topology.c
e35946648a3f4e38af67096b19e7cbe49324a3e2 - arm-trusted-firmware/plat/arm/css/common/css_bl2_setup.c
f00b456e46701cc6a1e2b31fdd93091805ab0809 - arm-trusted-firmware/plat/arm/css/common/css_bl1_setup.c
3ddcf64aa2f7a53edf4016ea4d4c636a371f4516 - arm-trusted-firmware/plat/arm/css/common/aarch64/css_helpers.S
29476751ce928c5170b93c840f4fd925619fb9f9 - arm-trusted-firmware/plat/arm/css/common/aarch32/css_helpers.S
fb1634b97815fe2a2d9fcc807b394bdf1a034423 - arm-trusted-firmware/plat/arm/css/sgm/sgm_bl31_setup.c
6a32e8055bf1477d80b315a472542bc3c28106d5 - arm-trusted-firmware/plat/arm/css/sgm/sgm_plat_config.c
5072fa161b5fff3742a05eb8b9def551087be013 - arm-trusted-firmware/plat/arm/css/sgm/sgm_interconnect.c
6986ea7e2525388afa6171359d9f0c71de119e6e - arm-trusted-firmware/plat/arm/css/sgm/sgm_bl1_setup.c
fc6ffe0f853fbf9871294d23c034cf4eb00a0b99 - arm-trusted-firmware/plat/arm/css/sgm/sgm_mmap_config.c
bf1abf676327ef4b5c2fbe971bf5c59f9eea2511 - arm-trusted-firmware/plat/arm/css/sgm/sgm_security.c
408a01ed446d78cc578fa633ca47d7068ede3735 - arm-trusted-firmware/plat/arm/css/sgm/sgm_topology.c
00d4810ce12b4356434c80bbf98203811ee07a32 - arm-trusted-firmware/plat/arm/css/sgm/fdts/sgm_tb_fw_config.dts
5e82b47a941edb5ba37196b7aefe2a54e3bd2f81 - arm-trusted-firmware/plat/arm/css/sgm/tsp/sgm_tsp_setup.c
21772c91952bd2813284b444505fc85183bed867 - arm-trusted-firmware/plat/arm/css/sgm/include/plat_macros.S
c9020cce76399dabf8d4bf04257761ee38ea4d60 - arm-trusted-firmware/plat/arm/css/sgm/include/sgm_variant.h
6c95a3344c3a15036b1db884d62a972e802699ed - arm-trusted-firmware/plat/arm/css/sgm/include/sgm_base_platform_def.h
883fce52c6e023b9718833ef01eff53d740f4b22 - arm-trusted-firmware/plat/arm/css/sgm/include/sgm_plat_config.h
d55a2717a5f47927531e46527bd40fb912dd16f2 - arm-trusted-firmware/plat/arm/css/sgm/aarch64/css_sgm_helpers.S
5c168081100ace91d38be064d9d21551630d21c0 - arm-trusted-firmware/plat/arm/css/sgi/sgi_image_load.c
b33a69c22fcc5e0d8abd886b78b557633834d721 - arm-trusted-firmware/plat/arm/css/sgi/sgi_plat.c
da446db6b40b974a31d66ba55f23047f28d3f748 - arm-trusted-firmware/plat/arm/css/sgi/sgi_interconnect.c
c6341f0f666b8a901520e32310b18a323af9f925 - arm-trusted-firmware/plat/arm/css/sgi/sgi_topology.c
31824343e1235090b12b73c827b8cbf02ba4d0e4 - arm-trusted-firmware/plat/arm/css/sgi/sgi_plat_v2.c
a12ad9fe2e578f1c9186976a41033a398307aba6 - arm-trusted-firmware/plat/arm/css/sgi/sgi_ras.c
7a79c4c409726322831974860de49b71547d6feb - arm-trusted-firmware/plat/arm/css/sgi/sgi_bl31_setup.c
5972e7acb9e93b201406ff9cf0cbab522f942eb3 - arm-trusted-firmware/plat/arm/css/sgi/include/sgi_ras.h
468e61508695c6dc9df856865e295b59c32a54e3 - arm-trusted-firmware/plat/arm/css/sgi/include/sgi_soc_platform_def.h
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3bb8192919eea022c0cfa99a7d87f8ecd4588256 - arm-trusted-firmware/plat/arm/css/sgi/include/sgi_base_platform_def.h
4e4ddcdd110f807b8dcbd6b440a4b4f5c2f9e83b - arm-trusted-firmware/plat/arm/css/sgi/include/sgi_variant.h
7617a0e9164a7f90465861eedd913dabf15379f8 - arm-trusted-firmware/plat/arm/css/sgi/include/sgi_soc_css_def_v2.h
c388d0822e5ef0bf97db4c66ab46d4088421f0e6 - arm-trusted-firmware/plat/arm/css/sgi/include/sgi_dmc620_tzc_regions.h
aeb8a1b51452a7c1b9088cd2cc5f0c6ab2590b45 - arm-trusted-firmware/plat/arm/css/sgi/aarch64/sgi_helper.S
08fffa1ca580eaca04a26cfc974edd901c2997b1 - arm-trusted-firmware/plat/arm/soc/common/soc_css_security.c
399d2117be7573ef7ddc5afb0364b90fc66d9bb6 - arm-trusted-firmware/plat/imx/imx8qx/imx8qx_bl31_setup.c
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5f45eb6e98ea9c90548afd5ee153f8d14c105e48 - arm-trusted-firmware/plat/imx/imx8qx/include/platform_def.h
06458d5a3b748df586e9ba2064614354842c162f - arm-trusted-firmware/plat/imx/imx8qx/include/sec_rsrc.h
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9561f3046a19b5489e0aa9025135c8bb6a7d2582 - arm-trusted-firmware/plat/imx/imx8qm/imx8qm_bl31_setup.c
1fdf9dd0a1e00cee360596ce35842f77598cbf1e - arm-trusted-firmware/plat/imx/imx8qm/include/platform_def.h
6beb54a392291f2d54d207842b2620c7c344af8e - arm-trusted-firmware/plat/imx/imx8qm/include/sec_rsrc.h
1b219401b9b5eb5bd8c83fa92fc68c591d48a3da - arm-trusted-firmware/plat/imx/common/imx_io_mux.c
1901b0c4a5e19926a9e1b5ae437ebbeb0dc0d181 - arm-trusted-firmware/plat/imx/common/imx7_clock.c
829a4463f8628c61fcb335a0dbd747a6050c8192 - arm-trusted-firmware/plat/imx/common/imx_sip_svc.c
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97029bcef11b7a8598834c9717cec7a5655b895a - arm-trusted-firmware/plat/imx/common/imx8_helpers.S
561b0822ac98206dceac588b536d745fc70829d9 - arm-trusted-firmware/plat/imx/common/imx_ehf.c
5225b741c941cba9f489d347aae2707d99896d7d - arm-trusted-firmware/plat/imx/common/imx_csu.c
83187f1c90615deae51e2febc0506394e8d4d444 - arm-trusted-firmware/plat/imx/common/imx_sip_handler.c
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e03b60801f58711597b0bb457ecf6e3e84c9f44e - arm-trusted-firmware/plat/imx/common/imx8_psci.c
ac923dd7af0d3485eceae86115ea73150575ac4f - arm-trusted-firmware/plat/imx/common/imx_wdog.c
9026b30dd1244e0fa2416dac0e9f2b92c11bc83e - arm-trusted-firmware/plat/imx/common/lpuart_console.S
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03ff82e03dc9eb60e02c6e23f0c199fdd1753c9c - arm-trusted-firmware/plat/imx/common/imx_aips.c
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8ae002187ace1e1358c7af1e06ef7957179939f5 - arm-trusted-firmware/plat/imx/common/include/plat_macros.S
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28b31b74552131c2ba5875fb7db44b22ca16b722 - arm-trusted-firmware/plat/imx/common/include/imx8qx_pads.h
816bfc02478ff083b5f3557753a4d0d4f2f32c9e - arm-trusted-firmware/plat/imx/common/include/imx8_lpuart.h
1d847530cd83143e4a50b94c5499ee8c11f9d3e1 - arm-trusted-firmware/plat/imx/common/include/imx8qm_pads.h
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daeb14deb7c4f498330bb44186346cd1ac4eef92 - arm-trusted-firmware/plat/imx/common/include/sci/sci_types.h
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2507eeb7a0cd662322ea96553146f0f0dc8c6e45 - arm-trusted-firmware/plat/imx/common/include/sci/svc/timer/sci_timer_api.h
4be7f4400810802474258ed3e4b8f7a73170db33 - arm-trusted-firmware/plat/imx/common/include/sci/svc/pad/sci_pad_api.h
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ada89ab08a1bfb90ad5b0e5ffb325268ddbc837e - arm-trusted-firmware/plat/imx/common/sci/svc/pm/pm_rpc_clnt.c
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fdc0fc24ee38df2fd92f2f039664af39724513e7 - arm-trusted-firmware/plat/imx/common/sci/svc/rm/rm_rpc_clnt.c
9162637c3ad8ef97f19a264c504c58d5886f9d7c - arm-trusted-firmware/plat/imx/common/sci/svc/rm/sci_rm_rpc.h
3f381087336a847b53323f6828aa61478b46a2cc - arm-trusted-firmware/plat/imx/common/sci/svc/timer/sci_timer_rpc.h
30cf1dfdd48ef57921bbd93789aaedbebd754c55 - arm-trusted-firmware/plat/imx/common/sci/svc/timer/timer_rpc_clnt.c
53b961e268ec00956cf3635d8561601e5c5bf70b - arm-trusted-firmware/plat/imx/common/sci/svc/pad/sci_pad_rpc.h
a593348ba8dcf5a3577bb48cd9d9ab7fe88c6df7 - arm-trusted-firmware/plat/imx/common/sci/svc/pad/pad_rpc_clnt.c
65f1e12aab1c7815ccb98973525d32d30e635a1d - arm-trusted-firmware/plat/imx/common/sci/svc/misc/misc_rpc_clnt.c
1dc0e610322825b6f58ac08670b99a4598bc01f1 - arm-trusted-firmware/plat/imx/common/sci/svc/misc/sci_misc_rpc.h
8169135849017c45a81b2c0447e940e3e5396145 - arm-trusted-firmware/plat/imx/common/aarch32/imx_uart_console.S
1e1f92bc6f801c91fde3bbe4ce99b62beb0eb7d2 - arm-trusted-firmware/plat/imx/imx7/warp7/warp7_bl2_el3_setup.c
42143dbacac34a118b7b86673774e843e7e84fd8 - arm-trusted-firmware/plat/imx/imx7/warp7/include/platform_def.h
1e876f487cd25f4a6cd08d0a21926f5405676a07 - arm-trusted-firmware/plat/imx/imx7/picopi/picopi_bl2_el3_setup.c
1b13f9e313e75353b45d6528629485488b180345 - arm-trusted-firmware/plat/imx/imx7/picopi/include/platform_def.h
bffe5bd7851f8d028c92d9d68dba7806be5bd662 - arm-trusted-firmware/plat/imx/imx7/common/imx7_image_load.c
7b5d73ec9d9c7e14fd48653c6e018d432654101d - arm-trusted-firmware/plat/imx/imx7/common/imx7_bl2_mem_params_desc.c
3bba3282b340c9896990c2ffcbf10d5bfb0070b2 - arm-trusted-firmware/plat/imx/imx7/common/imx7_rotpk.S
8403135be33e11a4b696e90b5b253465b6838682 - arm-trusted-firmware/plat/imx/imx7/common/imx7_helpers.S
4d406209e8b278e9730968baee57f5106d424aef - arm-trusted-firmware/plat/imx/imx7/common/imx7_trusted_boot.c
81ea2015e04bbc53b7d42589a21821a183fc1c8a - arm-trusted-firmware/plat/imx/imx7/common/imx7_bl2_el3_common.c
10003f2e608d5073c076ab1a446f4ba07c06086d - arm-trusted-firmware/plat/imx/imx7/include/imx7_def.h
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1027e5173d316fd6d9dd6588b9666b53ed9d1116 - arm-trusted-firmware/plat/imx/imx7/include/imx_regs.h
10fb6753c1ece21522f45f372d0cbf3b416b5190 - arm-trusted-firmware/plat/imx/imx8m/imx_aipstz.c
996e00079997c54373e5acb4a6f39bfe8cbe346e - arm-trusted-firmware/plat/imx/imx8m/imx8m_image_load.c
ceb0518eca09618b3b642b96d4fb43d950bdfabb - arm-trusted-firmware/plat/imx/imx8m/imx8m_psci_common.c
7bd8d4e39f1f3905630b08a16be851097fa5ab67 - arm-trusted-firmware/plat/imx/imx8m/imx_rdc.c
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3065b6071ec153725ca0d9782a393ffd3f24745d - arm-trusted-firmware/plat/imx/imx8m/imx8m_caam.c
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825f74a7f38dc32847afc499110e74db3937935f - arm-trusted-firmware/plat/qti/common/src/qti_syscall.c
35b43eea9fc4e1679a0349180b49fa1bb96e59b7 - arm-trusted-firmware/plat/qti/common/src/aarch64/qti_kryo4_gold.S
7547a5ef92ec4ac40eed5a73041ef25902042bf2 - arm-trusted-firmware/plat/qti/common/src/aarch64/qti_uart_console.S
a32c3f1d46d7c6cdcb2fa977d2899c8ff2bebb7a - arm-trusted-firmware/plat/qti/common/src/aarch64/qti_kryo6_gold.S
3d127b0f585eb4f2bfaaccd2f04f814fca7770c4 - arm-trusted-firmware/plat/qti/common/src/aarch64/qti_kryo6_silver.S
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5db76531814dda261416dc016b511d807c3a4ba5 - arm-trusted-firmware/plat/qti/qtiseclib/inc/qtiseclib_defs.h
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186065ea9c6a4a2d16c200d4d07466514f5a1c29 - arm-trusted-firmware/plat/qti/qtiseclib/inc/qtiseclib_interface.h
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3e4d34962a59227a5d8d494f35e80b77fdf8d61e - arm-trusted-firmware/plat/qti/qtiseclib/inc/sc7280/qtiseclib_defs_plat.h
0c6b7067545771534db6e2eae7bdf7694a939d12 - arm-trusted-firmware/plat/qti/qtiseclib/src/qtiseclib_interface_stub.c
4e66aa575523181fefb5720d798a257e98a26003 - arm-trusted-firmware/plat/qti/qtiseclib/src/qtiseclib_cb_interface.c
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3591e68af17680a9c8b78bffb866c93838cc5b18 - arm-trusted-firmware/plat/qti/sc7180/inc/platform_def.h
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8b0399819af138f97f2f4270408c66b5d23b6052 - arm-trusted-firmware/plat/qti/sc7280/inc/qti_rng_io.h
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5f9406be82d4cf619e442556228de3e2d1283e39 - arm-trusted-firmware/plat/renesas/common/plat_image_load.c
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9e2b414041c35052396135ebdc28539af32c2593 - arm-trusted-firmware/plat/renesas/common/bl31_plat_setup.c
ae71ad3a55f0e9c013697f9775e6c12c0ff7bd74 - arm-trusted-firmware/plat/renesas/common/bl2_cpg_init.c
12b42e58567a9ecd3d1d63318cb5ec7011a41573 - arm-trusted-firmware/plat/renesas/common/plat_storage.c
514484b073de3f03a0c25885d1947529d0863273 - arm-trusted-firmware/plat/renesas/common/bl2_secure_setting.c
716e1c7c79baa403b9c5d0ef120f23d8cac8e802 - arm-trusted-firmware/plat/renesas/common/plat_pm.c
72226e12e556432cb547181aa73e0d55c5c8777f - arm-trusted-firmware/plat/renesas/common/include/plat_macros.S
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2f021b7dce5115d413267052dd5b471ceff900cf - arm-trusted-firmware/plat/renesas/common/include/rcar_private.h
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939b904cc911a51e5bfd33fc817d5c5b22e55400 - arm-trusted-firmware/plat/renesas/common/include/platform_def.h
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64ef91e2bf3528ac94c8eb79c5c3f80113257721 - arm-trusted-firmware/plat/renesas/common/include/registers/lifec_registers.h
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2b4770445484da2ea7c1061c5e772905f5f9eda9 - arm-trusted-firmware/plat/renesas/common/aarch64/plat_helpers.S
3c4b66c3e0e2ea740399f2ac87b9c61af5c45031 - arm-trusted-firmware/plat/renesas/common/aarch64/platform_common.c
d9c373f0351531965e8097178bbc13ede3af7485 - arm-trusted-firmware/plat/renesas/rzg/bl2_plat_setup.c
954d720bbb952517040ea8c1648e94dcd01de552 - arm-trusted-firmware/plat/renesas/rcar/bl2_plat_setup.c
8539e94b825c242859fa5c4a3c03901703c386f0 - arm-trusted-firmware/plat/nxp/soc-ls1046a/soc.c
1e814209bd02d7457755dcf4493b05a3794c811c - arm-trusted-firmware/plat/nxp/soc-ls1046a/soc.def
bfdacfdea0aa10e1ece5ae2925625ce34328672a - arm-trusted-firmware/plat/nxp/soc-ls1046a/include/ns_access.h
9ed3d544ff5ab2cfa0ea13d1fb3b59534eb90e14 - arm-trusted-firmware/plat/nxp/soc-ls1046a/include/soc.h
8cc150d9e1c9199572b24d0af559c82e4db71320 - arm-trusted-firmware/plat/nxp/soc-ls1046a/aarch64/ls1046a.S
06d4dda248389e306ea0cf1688bc9944d1511d03 - arm-trusted-firmware/plat/nxp/soc-ls1046a/aarch64/ls1046a_helpers.S
5da46b775851344c65928890c699d7ff047606b2 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046afrwy/platform.c
0f38703d163bd042c7827eaddb04ea092b30a478 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046afrwy/platform_def.h
945ec23ee2ba0c79a5e6140d043290e9afde9b2c - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046afrwy/ddr_init.c
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0fb5432862f668e38f9bbce3af181371cdecf0cd - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046afrwy/policy.h
5da46b775851344c65928890c699d7ff047606b2 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046ardb/platform.c
0f38703d163bd042c7827eaddb04ea092b30a478 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046ardb/platform_def.h
2ea7db20f6633e1dbecd9a70ed4cac89d97c2a76 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046ardb/ddr_init.c
686ad098c68cbf424bb3e89e451ab64b8183a91c - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046ardb/plat_def.h
0fb5432862f668e38f9bbce3af181371cdecf0cd - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046ardb/policy.h
5da46b775851344c65928890c699d7ff047606b2 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046aqds/platform.c
0f38703d163bd042c7827eaddb04ea092b30a478 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046aqds/platform_def.h
60e78557693ed12515227f051b8f55baf47ce8ae - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046aqds/ddr_init.c
39ce8f1f0afc76a2d1a98e86df076ef84d185da3 - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046aqds/plat_def.h
0fb5432862f668e38f9bbce3af181371cdecf0cd - arm-trusted-firmware/plat/nxp/soc-ls1046a/ls1046aqds/policy.h
07fb6c57566e19aa44ef34559874dfd995b582b6 - arm-trusted-firmware/plat/nxp/soc-ls1043a/soc.c
059b1c4ea6e6b540b7b01bdeb7153b4dfcacdb1b - arm-trusted-firmware/plat/nxp/soc-ls1043a/soc.def
859878633110369cd34a10f6683227f6b49d0006 - arm-trusted-firmware/plat/nxp/soc-ls1043a/ls1043ardb/platform.c
802c1d23237eb5cc83388950a75fa13d076b0dbf - arm-trusted-firmware/plat/nxp/soc-ls1043a/ls1043ardb/platform_def.h
2d532dcfca962bd50e2721dc90a3c5e8f3ef4c00 - arm-trusted-firmware/plat/nxp/soc-ls1043a/ls1043ardb/ddr_init.c
60033abedd63947cfda10bf00d77951046e244c2 - arm-trusted-firmware/plat/nxp/soc-ls1043a/ls1043ardb/plat_def.h
2e5c9db35f0a8446aa2a2a08f75f1488255df745 - arm-trusted-firmware/plat/nxp/soc-ls1043a/ls1043ardb/policy.h
69427e6f64ce96dfa6842364a758359b8fa821c6 - arm-trusted-firmware/plat/nxp/soc-ls1043a/include/ns_access.h
9b815992ca7df805a51a7cdece2e7c074a0958fb - arm-trusted-firmware/plat/nxp/soc-ls1043a/include/soc.h
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18db50ef3d11821179318d84b45c532d3b107226 - arm-trusted-firmware/plat/nxp/soc-ls1043a/aarch64/ls1043a.S
7101b940d392636f546086caa2626d9a940d9eac - arm-trusted-firmware/plat/nxp/soc-ls1028a/soc.c
490b7dbb3b819d5251283d9069f177092c665489 - arm-trusted-firmware/plat/nxp/soc-ls1028a/soc.def
d78024dda44030bb2c60a6c6f0f31b0cdf79c510 - arm-trusted-firmware/plat/nxp/soc-ls1028a/include/soc.h
859878633110369cd34a10f6683227f6b49d0006 - arm-trusted-firmware/plat/nxp/soc-ls1028a/ls1028ardb/platform.c
daffee032773c1420ec3c8da52a5bc9db4610aaa - arm-trusted-firmware/plat/nxp/soc-ls1028a/ls1028ardb/platform_def.h
3268f346c7eb1578007b13a160c4c3d08efe2c0b - arm-trusted-firmware/plat/nxp/soc-ls1028a/ls1028ardb/ddr_init.c
264c5f8c566b8945850048aceba967dd8fd1e72b - arm-trusted-firmware/plat/nxp/soc-ls1028a/ls1028ardb/plat_def.h
b435bed7113e72930be88bfe8f61e7da61994418 - arm-trusted-firmware/plat/nxp/soc-ls1028a/ls1028ardb/policy.h
033fd89d203e44c446aba6134e51e46a7d9cf324 - arm-trusted-firmware/plat/nxp/soc-ls1028a/aarch64/ls1028a_helpers.S
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6edca4ab32d5c19db4706b176997f9bc4f085702 - arm-trusted-firmware/plat/nxp/common/img_loadr/load_img.h
ac50f0a2929a3c77c87203013245a30bab6a20b2 - arm-trusted-firmware/plat/nxp/common/img_loadr/load_img.c
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0f0ae89b60dfac27f5f00ac6c76a3c1fbbf30e8c - arm-trusted-firmware/plat/nxp/common/fip_handler/fuse_fip/fuse_io.h
5898658243b0a5f981f4c051061be8d7f7ff3a7f - arm-trusted-firmware/plat/nxp/common/fip_handler/common/plat_def_fip_uuid.h
fc286a6d896799156121d56095076ee1765cdd18 - arm-trusted-firmware/plat/nxp/common/fip_handler/common/plat_tbbr_img_def.h
9670a30b894318a795c85e5ee63edbe979b023b6 - arm-trusted-firmware/plat/nxp/common/fip_handler/common/platform_oid.h
97667263a954ff77c695a93ec98b767bccf035cd - arm-trusted-firmware/plat/nxp/common/fip_handler/ddr_fip/ddr_io_storage.c
96bd522ef14fb5ff8a4247a028501ef7c4367f3a - arm-trusted-firmware/plat/nxp/common/fip_handler/ddr_fip/ddr_io_storage.h
9c72b3ecd5d5982e63db876f7dfefb7cbac10bea - arm-trusted-firmware/plat/nxp/common/sip_svc/sip_svc.c
27f86d14fd5ce72d0aaa417b4c893049acc97e1c - arm-trusted-firmware/plat/nxp/common/sip_svc/include/sipsvc.h
be62a5510efe4bb10130935015fc6c12d3b02ed4 - arm-trusted-firmware/plat/nxp/common/sip_svc/aarch64/sipsvc.S
dcfd794664af1da07e241e7f44705b02a86955bb - arm-trusted-firmware/plat/nxp/common/include/default/plat_default_def.h
2941f6674d8de1d2b22c22b91db3b63996c45d80 - arm-trusted-firmware/plat/nxp/common/include/default/ch_2/soc_default_base_addr.h
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3b4e4e380dbab1bf4ad037c20f705b6e42b5d992 - arm-trusted-firmware/plat/nxp/common/include/default/ch_3/soc_default_base_addr.h
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1c0daba5be7bb7055a56df067ffc86d62af94382 - arm-trusted-firmware/plat/nxp/common/include/default/ch_3_2/soc_default_base_addr.h
962eb919fbdac8edf23f3cca5303772adc4690b0 - arm-trusted-firmware/plat/nxp/common/include/default/ch_3_2/soc_default_helper_macros.h
f71b1c56189f5904469d9e69c7b5206a4bd12454 - arm-trusted-firmware/plat/nxp/common/warm_reset/plat_warm_reset.c
48b1c6e031a18037fbc338e8d3f6d0efbe6c0eca - arm-trusted-firmware/plat/nxp/common/warm_reset/plat_warm_rst.h
08360ed6a8b3d051a5cad1cb6e001cf1600b7ac8 - arm-trusted-firmware/plat/nxp/common/ocram/ocram.h
5e45989256d4cb803eb129882666969d3d952ac6 - arm-trusted-firmware/plat/nxp/common/ocram/aarch64/ocram.S
fdb986fc3069c5b8c185c58c199bc5e56a6d1655 - arm-trusted-firmware/plat/nxp/common/aarch64/bl31_data.S
2c5220969ad934f5e3904f8b72774332826fb89d - arm-trusted-firmware/plat/nxp/common/aarch64/ls_helpers.S
5f62419793539e6fbda55df6e2b3fa9e0b21b776 - arm-trusted-firmware/plat/nxp/common/soc_errata/errata.h
2e0e20e6baddb412ce97b52be66cd32d6f8f367f - arm-trusted-firmware/plat/nxp/common/soc_errata/errata_a010539.c
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254c94ec21e9680a13a88c1c24d884bfb8b9479c - arm-trusted-firmware/plat/nxp/common/soc_errata/errata_a008850.c
492965693fd60a384d16d12de2ecd89c7f522702 - arm-trusted-firmware/plat/nxp/common/soc_errata/errata_list.h
0b417a1d9881a05757a25db89aa6739867cc6cff - arm-trusted-firmware/plat/nxp/common/soc_errata/errata_a009660.c
c693c689d519e4697e033a4df6e7da75ecaca5b7 - arm-trusted-firmware/plat/nxp/common/soc_errata/errata_a050426.c
98e57da5931c557522da93cce9fe3bfb911d2cb0 - arm-trusted-firmware/plat/nxp/common/setup/ls_err.c
7159132c839b1d3568d7b7b03da30f6d03e5336e - arm-trusted-firmware/plat/nxp/common/setup/ls_interrupt_mgmt.c
cb4accb6830f44fe050021fd6e32cca1a8acf7ee - arm-trusted-firmware/plat/nxp/common/setup/ls_bl31_setup.c
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91c2c52722651995a236e3f10e11504b1d87e098 - arm-trusted-firmware/plat/nxp/common/setup/ls_common.c
6694d9cc9520a800f00a344d9cc1c534b6e88d91 - arm-trusted-firmware/plat/nxp/common/setup/ls_bl2_el3_setup.c
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475644583f7d46ef814913dcdcfddfa706f9f9bb - arm-trusted-firmware/plat/nxp/common/setup/ls_io_storage.c
9e4c6090807eed8550b5e6acaf048f870d04011b - arm-trusted-firmware/plat/nxp/common/setup/include/bl31_data.h
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4f9b26944e2ce37da586a62bdec3d03549edca60 - arm-trusted-firmware/plat/nxp/common/setup/include/mmu_def.h
7deb5f8e4cedbb8f2f2faed66426dac4607d7f04 - arm-trusted-firmware/plat/nxp/common/setup/include/ls_interrupt_mgmt.h
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8094976b2b7aa5bbc113bbc852215f8e0513c202 - arm-trusted-firmware/plat/nxp/common/setup/aarch64/ls_bl2_mem_params_desc.c
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9b61ef7f7b42a7a2448ff56ef3a4dde77d0a3c6a - arm-trusted-firmware/plat/nxp/common/tbbr/csf_tbbr.c
003b4e0c6ab04fb9bd51037a2c976e8e9a1e90dc - arm-trusted-firmware/plat/nxp/common/tbbr/nxp_rotpk.S
193a96b82a70ef052d501107a7358ccca4890c12 - arm-trusted-firmware/plat/nxp/common/nv_storage/plat_nv_storage.c
3a09baff31a554c63552bd51f6adea91aa05d3c1 - arm-trusted-firmware/plat/nxp/common/nv_storage/plat_nv_storage.h
3b5918338beab36f0f06c2b7e82c7f49a7b351bf - arm-trusted-firmware/plat/nxp/common/psci/plat_psci.c
187a0bff6625818b129b5ab42039158f8126ddb3 - arm-trusted-firmware/plat/nxp/common/psci/include/plat_psci.h
11b25502ea937dd88b3986d358aad3eff9f39c71 - arm-trusted-firmware/plat/nxp/common/psci/aarch64/psci_utils.S
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189fa51ba04371ccab55ac105b7dfe77c07f3552 - arm-trusted-firmware/plat/nxp/soc-lx2160a/soc.def
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Change-Id: I31d99229f74adf7acea6637c27a2aba88e7caf82
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Activity Monitors
=================
FEAT_AMUv1 of the Armv8-A architecture introduces the Activity Monitors
extension. This extension describes the architecture for the Activity Monitor
Unit (|AMU|), an optional non-invasive component for monitoring core events
through a set of 64-bit counters.
When the ``ENABLE_AMU=1`` build option is provided, Trusted Firmware-A sets up
the |AMU| prior to its exit from EL3, and will save and restore architected
|AMU| counters as necessary upon suspend and resume.
.. _Activity Monitor Auxiliary Counters:
Auxiliary counters
------------------
FEAT_AMUv1 describes a set of implementation-defined auxiliary counters (also
known as group 1 counters), controlled by the ``ENABLE_AMU_AUXILIARY_COUNTERS``
build option.
As a security precaution, Trusted Firmware-A does not enable these by default.
Instead, platforms may configure their auxiliary counters through one of two
possible mechanisms:
- |FCONF|, controlled by the ``ENABLE_AMU_FCONF`` build option.
- A platform implementation of the ``plat_amu_topology`` function (the default).
See :ref:`Activity Monitor Unit (AMU) Bindings` for documentation on the |FCONF|
device tree bindings.
--------------
*Copyright (c) 2021, Arm Limited. All rights reserved.*

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Arm SiP Services
================
This document enumerates and describes the Arm SiP (Silicon Provider) services.
SiP services are non-standard, platform-specific services offered by the silicon
implementer or platform provider. They are accessed via ``SMC`` ("SMC calls")
instruction executed from Exception Levels below EL3. SMC calls for SiP
services:
- Follow `SMC Calling Convention`_;
- Use SMC function IDs that fall in the SiP range, which are ``0xc2000000`` -
``0xc200ffff`` for 64-bit calls, and ``0x82000000`` - ``0x8200ffff`` for 32-bit
calls.
The Arm SiP implementation offers the following services:
- Performance Measurement Framework (PMF)
- Execution State Switching service
- DebugFS interface
Source definitions for Arm SiP service are located in the ``arm_sip_svc.h`` header
file.
Performance Measurement Framework (PMF)
---------------------------------------
The :ref:`Performance Measurement Framework <firmware_design_pmf>`
allows callers to retrieve timestamps captured at various paths in TF-A
execution.
Execution State Switching service
---------------------------------
Execution State Switching service provides a mechanism for a non-secure lower
Exception Level (either EL2, or NS EL1 if EL2 isn't implemented) to request to
switch its execution state (a.k.a. Register Width), either from AArch64 to
AArch32, or from AArch32 to AArch64, for the calling CPU. This service is only
available when Trusted Firmware-A (TF-A) is built for AArch64 (i.e. when build
option ``ARCH`` is set to ``aarch64``).
``ARM_SIP_SVC_EXE_STATE_SWITCH``
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t Function ID
uint32_t PC hi
uint32_t PC lo
uint32_t Cookie hi
uint32_t Cookie lo
Return:
uint32_t
The function ID parameter must be ``0x82000020``. It uniquely identifies the
Execution State Switching service being requested.
The parameters *PC hi* and *PC lo* defines upper and lower words, respectively,
of the entry point (physical address) at which execution should start, after
Execution State has been switched. When calling from AArch64, *PC hi* must be 0.
When execution starts at the supplied entry point after Execution State has been
switched, the parameters *Cookie hi* and *Cookie lo* are passed in CPU registers
0 and 1, respectively. When calling from AArch64, *Cookie hi* must be 0.
This call can only be made on the primary CPU, before any secondaries were
brought up with ``CPU_ON`` PSCI call. Otherwise, the call will always fail.
The effect of switching execution state is as if the Exception Level were
entered for the first time, following power on. This means CPU registers that
have a defined reset value by the Architecture will assume that value. Other
registers should not be expected to hold their values before the call was made.
CPU endianness, however, is preserved from the previous execution state. Note
that this switches the execution state of the calling CPU only. This is not a
substitute for PSCI ``SYSTEM_RESET``.
The service may return the following error codes:
- ``STATE_SW_E_PARAM``: If any of the parameters were deemed invalid for
a specific request.
- ``STATE_SW_E_DENIED``: If the call is not successful, or when TF-A is
built for AArch32.
If the call is successful, the caller wouldn't observe the SMC returning.
Instead, execution starts at the supplied entry point, with the CPU registers 0
and 1 populated with the supplied *Cookie hi* and *Cookie lo* values,
respectively.
DebugFS interface
-----------------
The optional DebugFS interface is accessed through an SMC SiP service. Refer
to the component documentation for details.
String parameters are passed through a shared buffer using a specific union:
.. code:: c
union debugfs_parms {
struct {
char fname[MAX_PATH_LEN];
} open;
struct mount {
char srv[MAX_PATH_LEN];
char where[MAX_PATH_LEN];
char spec[MAX_PATH_LEN];
} mount;
struct {
char path[MAX_PATH_LEN];
dir_t dir;
} stat;
struct {
char oldpath[MAX_PATH_LEN];
char newpath[MAX_PATH_LEN];
} bind;
};
Format of the dir_t structure as such:
.. code:: c
typedef struct {
char name[NAMELEN];
long length;
unsigned char mode;
unsigned char index;
unsigned char dev;
qid_t qid;
} dir_t;
* Identifiers
======================== =============================================
SMC_OK 0
SMC_UNK -1
DEBUGFS_E_INVALID_PARAMS -2
======================== =============================================
======================== =============================================
MOUNT 0
CREATE 1
OPEN 2
CLOSE 3
READ 4
WRITE 5
SEEK 6
BIND 7
STAT 8
INIT 10
VERSION 11
======================== =============================================
MOUNT
~~~~~
Description
^^^^^^^^^^^
This operation mounts a blob of data pointed to by path stored in `src`, at
filesystem location pointed to by path stored in `where`, using driver pointed
to by path in `spec`.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``MOUNT``
======== ============================================================
Return values
^^^^^^^^^^^^^
=============== ==========================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if mount operation failed
=============== ==========================================================
OPEN
~~~~
Description
^^^^^^^^^^^
This operation opens the file path pointed to by `fname`.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``OPEN``
uint32_t mode
======== ============================================================
mode can be one of:
.. code:: c
enum mode {
O_READ = 1 << 0,
O_WRITE = 1 << 1,
O_RDWR = 1 << 2,
O_BIND = 1 << 3,
O_DIR = 1 << 4,
O_STAT = 1 << 5
};
Return values
^^^^^^^^^^^^^
=============== ==========================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if open operation failed
uint32_t w1: file descriptor id on success.
=============== ==========================================================
CLOSE
~~~~~
Description
^^^^^^^^^^^
This operation closes a file described by a file descriptor obtained by a
previous call to OPEN.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``CLOSE``
uint32_t File descriptor id returned by OPEN
======== ============================================================
Return values
^^^^^^^^^^^^^
=============== ==========================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if close operation failed
=============== ==========================================================
READ
~~~~
Description
^^^^^^^^^^^
This operation reads a number of bytes from a file descriptor obtained by
a previous call to OPEN.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``READ``
uint32_t File descriptor id returned by OPEN
uint32_t Number of bytes to read
======== ============================================================
Return values
^^^^^^^^^^^^^
On success, the read data is retrieved from the shared buffer after the
operation.
=============== ==========================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if read operation failed
uint32_t w1: number of bytes read on success.
=============== ==========================================================
SEEK
~~~~
Description
^^^^^^^^^^^
Move file pointer for file described by given `file descriptor` of given
`offset` related to `whence`.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``SEEK``
uint32_t File descriptor id returned by OPEN
sint32_t offset in the file relative to whence
uint32_t whence
======== ============================================================
whence can be one of:
========= ============================================================
KSEEK_SET 0
KSEEK_CUR 1
KSEEK_END 2
========= ============================================================
Return values
^^^^^^^^^^^^^
=============== ==========================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if seek operation failed
=============== ==========================================================
BIND
~~~~
Description
^^^^^^^^^^^
Create a link from `oldpath` to `newpath`.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``BIND``
======== ============================================================
Return values
^^^^^^^^^^^^^
=============== ==========================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if bind operation failed
=============== ==========================================================
STAT
~~~~
Description
^^^^^^^^^^^
Perform a stat operation on provided file `name` and returns the directory
entry statistics into `dir`.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``STAT``
======== ============================================================
Return values
^^^^^^^^^^^^^
=============== ==========================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if stat operation failed
=============== ==========================================================
INIT
~~~~
Description
^^^^^^^^^^^
Initial call to setup the shared exchange buffer. Notice if successful once,
subsequent calls fail after a first initialization. The caller maps the same
page frame in its virtual space and uses this buffer to exchange string
parameters with filesystem primitives.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``INIT``
uint64_t Physical address of the shared buffer.
======== ============================================================
Return values
^^^^^^^^^^^^^
=============== ======================================================
int32_t w0 == SMC_OK on success
w0 == DEBUGFS_E_INVALID_PARAMS if already initialized,
or internal error occurred.
=============== ======================================================
VERSION
~~~~~~~
Description
^^^^^^^^^^^
Returns the debugfs interface version if implemented in TF-A.
Parameters
^^^^^^^^^^
======== ============================================================
uint32_t FunctionID (0x82000030 / 0xC2000030)
uint32_t ``VERSION``
======== ============================================================
Return values
^^^^^^^^^^^^^
=============== ======================================================
int32_t w0 == SMC_OK on success
w0 == SMC_UNK if interface is not implemented
uint32_t w1: On success, debugfs interface version, 32 bits
value with major version number in upper 16 bits and
minor version in lower 16 bits.
=============== ======================================================
* CREATE(1) and WRITE (5) command identifiers are unimplemented and
return `SMC_UNK`.
--------------
*Copyright (c) 2017-2020, Arm Limited and Contributors. All rights reserved.*
.. _SMC Calling Convention: https://developer.arm.com/docs/den0028/latest

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Chain of trust bindings
=======================
The device tree allows to describe the chain of trust with the help of
'cot' node which contain 'manifests' and 'images' as sub-nodes.
'manifests' and 'images' nodes contains number of sub-nodes (i.e. 'certificate'
and 'image' nodes) mentioning properties of the certificate and image respectively.
Also, device tree describes 'non-volatile-counters' node which contains number of
sub-nodes mentioning properties of all non-volatile-counters used in the chain of trust.
cot
------------------------------------------------------------------
This is root node which contains 'manifests' and 'images' as sub-nodes
Manifests and Certificate node bindings definition
----------------------------------------------------------------
- Manifests node
Description: Container of certificate nodes.
PROPERTIES
- compatible:
Usage: required
Value type: <string>
Definition: must be "arm, cert-descs"
- Certificate node
Description:
Describes certificate properties which are used
during the authentication process.
PROPERTIES
- root-certificate
Usage:
Required for the certificate with no parent.
In other words, certificates which are validated
using root of trust public key.
Value type: <boolean>
- image-id
Usage: Required for every certificate with unique id.
Value type: <u32>
- parent
Usage:
It refers to their parent image, which typically contains
information to authenticate the certificate.
This property is required for all non-root certificates.
This property is not required for root-certificates
as root-certificates are validated using root of trust
public key provided by platform.
Value type: <phandle>
- signing-key
Usage:
This property is used to refer public key node present in
parent certificate node and it is required property for all
non-root certificates which are authenticated using public-key
present in parent certificate.
This property is not required for root-certificates
as root-certificates are validated using root of trust
public key provided by platform.
Value type: <phandle>
- antirollback-counter
Usage:
This property is used by all certificates which are
protected against rollback attacks using a non-volatile
counter and it is an optional property.
This property is used to refer one of the non-volatile
counter sub-node present in 'non-volatile counters' node.
Value type: <phandle>
SUBNODES
- Description:
Hash and public key information present in the certificate
are shown by these nodes.
- public key node
Description: Provide public key information in the certificate.
PROPERTIES
- oid
Usage:
This property provides the Object ID of public key
provided in the certificate which the help of which
public key information can be extracted.
Value type: <string>
- hash node
Description: Provide the hash information in the certificate.
PROPERTIES
- oid
Usage:
This property provides the Object ID of hash provided in
the certificate which the help of which hash information
can be extracted.
Value type: <string>
Example:
.. code:: c
cot {
manifests {
compatible = "arm, cert-descs”
trusted-key-cert: trusted-key-cert {
root-certificate;
image-id = <TRUSTED_KEY_CERT_ID>;
antirollback-counter = <&trusted_nv_counter>;
trusted-world-pk: trusted-world-pk {
oid = TRUSTED_WORLD_PK_OID;
};
non-trusted-world-pk: non-trusted-world-pk {
oid = NON_TRUSTED_WORLD_PK_OID;
};
};
scp_fw_key_cert: scp_fw_key_cert {
image-id = <SCP_FW_KEY_CERT_ID>;
parent = <&trusted-key-cert>;
signing-key = <&trusted_world_pk>;
antirollback-counter = <&trusted_nv_counter>;
scp_fw_content_pk: scp_fw_content_pk {
oid = SCP_FW_CONTENT_CERT_PK_OID;
};
};
.
.
.
next-certificate {
};
};
};
Images and Image node bindings definition
-----------------------------------------
- Images node
Description: Container of image nodes
PROPERTIES
- compatible:
Usage: required
Value type: <string>
Definition: must be "arm, img-descs"
- Image node
Description:
Describes image properties which will be used during
authentication process.
PROPERTIES
- image-id
Usage: Required for every image with unique id.
Value type: <u32>
- parent
Usage:
Required for every image to provide a reference to
its parent image, which contains the necessary information
to authenticate it.
Value type: <phandle>
- hash
Usage:
Required for all images which are validated using
hash method. This property is used to refer hash
node present in parent certificate node.
Value type: <phandle>
Note:
Currently, all images are validated using 'hash'
method. In future, there may be multiple methods can
be used to validate the image.
Example:
.. code:: c
cot {
images {
compatible = "arm, img-descs";
scp_bl2_image {
image-id = <SCP_BL2_IMAGE_ID>;
parent = <&scp_fw_content_cert>;
hash = <&scp_fw_hash>;
};
.
.
.
next-img {
};
};
};
non-volatile counter node binding definition
--------------------------------------------
- non-volatile counters node
Description: Contains properties for non-volatile counters.
PROPERTIES
- compatible:
Usage: required
Value type: <string>
Definition: must be "arm, non-volatile-counter"
- #address-cells
Usage: required
Value type: <u32>
Definition:
Must be set according to address size
of non-volatile counter register
- #size-cells
Usage: required
Value type: <u32>
Definition: must be set to 0
SUBNODE
- counters node
Description: Contains various non-volatile counters present in the platform.
PROPERTIES
- id
Usage: Required for every nv-counter with unique id.
Value type: <u32>
- reg
Usage:
Register base address of non-volatile counter and it is required
property.
Value type: <u32>
- oid
Usage:
This property provides the Object ID of non-volatile counter
provided in the certificate and it is required property.
Value type: <string>
Example:
Below is non-volatile counters example for ARM platform
.. code:: c
non_volatile_counters: non_volatile_counters {
compatible = "arm, non-volatile-counter";
#address-cells = <1>;
#size-cells = <0>;
trusted-nv-counter: trusted_nv_counter {
id = <TRUSTED_NV_CTR_ID>;
reg = <TFW_NVCTR_BASE>;
oid = TRUSTED_FW_NVCOUNTER_OID;
};
non_trusted_nv_counter: non_trusted_nv_counter {
id = <NON_TRUSTED_NV_CTR_ID>;
reg = <NTFW_CTR_BASE>;
oid = NON_TRUSTED_FW_NVCOUNTER_OID;
};
};
Future update to chain of trust binding
---------------------------------------
This binding document needs to be revisited to generalise some terminologies
which are currently specific to X.509 certificates for e.g. Object IDs.
*Copyright (c) 2020, Arm Limited. All rights reserved.*

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========
Debug FS
========
.. contents::
Overview
--------
The *DebugFS* feature is primarily aimed at exposing firmware debug data to
higher SW layers such as a non-secure component. Such component can be the
TFTF test payload or a Linux kernel module.
Virtual filesystem
------------------
The core functionality lies in a virtual file system based on a 9p file server
interface (`Notes on the Plan 9 Kernel Source`_ and
`Linux 9p remote filesystem protocol`_).
The implementation permits exposing virtual files, firmware drivers, and file blobs.
Namespace
~~~~~~~~~
Two namespaces are exposed:
- # is used as root for drivers (e.g. #t0 is the first uart)
- / is used as root for virtual "files" (e.g. /fip, or /dev/uart)
9p interface
~~~~~~~~~~~~
The associated primitives are:
- Unix-like:
- open(): create a file descriptor that acts as a handle to the file passed as
an argument.
- close(): close the file descriptor created by open().
- read(): read from a file to a buffer.
- write(): write from a buffer to a file.
- seek(): set the file position indicator of a file descriptor either to a
relative or an absolute offset.
- stat(): get information about a file (type, mode, size, ...).
.. code:: c
int open(const char *name, int flags);
int close(int fd);
int read(int fd, void *buf, int n);
int write(int fd, void *buf, int n);
int seek(int fd, long off, int whence);
int stat(char *path, dir_t *dir);
- Specific primitives :
- mount(): create a link between a driver and spec.
- create(): create a file in a specific location.
- bind(): expose the content of a directory to another directory.
.. code:: c
int mount(char *srv, char *mnt, char *spec);
int create(const char *name, int flags);
int bind(char *path, char *where);
This interface is embedded into the BL31 run-time payload when selected by build
options. The interface multiplexes drivers or emulated "files":
- Debug data can be partitioned into different virtual files e.g. expose PMF
measurements through a file, and internal firmware state counters through
another file.
- This permits direct access to a firmware driver, mainly for test purposes
(e.g. a hardware device that may not be accessible to non-privileged/
non-secure layers, or for which no support exists in the NS side).
SMC interface
-------------
The communication with the 9p layer in BL31 is made through an SMC conduit
(`SMC Calling Convention`_), using a specific SiP Function Id. An NS
shared buffer is used to pass path string parameters, or e.g. to exchange
data on a read operation. Refer to :ref:`ARM SiP Services <arm sip services>`
for a description of the SMC interface.
Security considerations
-----------------------
- Due to the nature of the exposed data, the feature is considered experimental
and importantly **shall only be used in debug builds**.
- Several primitive imply string manipulations and usage of string formats.
- Special care is taken with the shared buffer to avoid TOCTOU attacks.
Limitations
-----------
- In order to setup the shared buffer, the component consuming the interface
needs to allocate a physical page frame and transmit its address.
- In order to map the shared buffer, BL31 requires enabling the dynamic xlat
table option.
- Data exchange is limited by the shared buffer length. A large read operation
might be split into multiple read operations of smaller chunks.
- On concurrent access, a spinlock is implemented in the BL31 service to protect
the internal work buffer, and re-entrancy into the filesystem layers.
- Notice, a physical device driver if exposed by the firmware may conflict with
the higher level OS if the latter implements its own driver for the same
physical device.
Applications
------------
The SMC interface is accessible from an NS environment, that is:
- a test payload, bootloader or hypervisor running at NS-EL2
- a Linux kernel driver running at NS-EL1
- a Linux userspace application through the kernel driver
--------------
*Copyright (c) 2019-2020, Arm Limited and Contributors. All rights reserved.*
.. _SMC Calling Convention: https://developer.arm.com/docs/den0028/latest
.. _Notes on the Plan 9 Kernel Source: http://lsub.org/who/nemo/9.pdf
.. _Linux 9p remote filesystem protocol: https://www.kernel.org/doc/Documentation/filesystems/9p.txt
.. _ARM SiP Services: arm-sip-service.rst

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Exception Handling Framework
============================
This document describes various aspects of handling exceptions by Runtime
Firmware (BL31) that are targeted at EL3, other than SMCs. The |EHF| takes care
of the following exceptions when targeted at EL3:
- Interrupts
- Synchronous External Aborts
- Asynchronous External Aborts
|TF-A|'s handling of synchronous ``SMC`` exceptions raised from lower ELs is
described in the :ref:`Firmware Design document <handling-an-smc>`. However, the
|EHF| changes the semantics of `Interrupt handling`_ and :ref:`synchronous
exceptions <Effect on SMC calls>` other than SMCs.
The |EHF| is selected by setting the build option ``EL3_EXCEPTION_HANDLING`` to
``1``, and is only available for AArch64 systems.
Introduction
------------
Through various control bits in the ``SCR_EL3`` register, the Arm architecture
allows for asynchronous exceptions to be routed to EL3. As described in the
:ref:`Interrupt Management Framework` document, depending on the chosen
interrupt routing model, TF-A appropriately sets the ``FIQ`` and ``IRQ`` bits of
``SCR_EL3`` register to effect this routing. For most use cases, other than for
the purpose of facilitating context switch between Normal and Secure worlds,
FIQs and IRQs routed to EL3 are not required to be handled in EL3.
However, the evolving system and standards landscape demands that various
exceptions are targeted at and handled in EL3. For instance:
- Starting with ARMv8.2 architecture extension, many RAS features have been
introduced to the Arm architecture. With RAS features implemented, various
components of the system may use one of the asynchronous exceptions to signal
error conditions to PEs. These error conditions are of critical nature, and
it's imperative that corrective or remedial actions are taken at the earliest
opportunity. Therefore, a *Firmware-first Handling* approach is generally
followed in response to RAS events in the system.
- The Arm `SDEI specification`_ defines interfaces through which Normal world
interacts with the Runtime Firmware in order to request notification of
system events. The |SDEI| specification requires that these events are
notified even when the Normal world executes with the exceptions masked. This
too implies that firmware-first handling is required, where the events are
first received by the EL3 firmware, and then dispatched to Normal world
through purely software mechanism.
For |TF-A|, firmware-first handling means that asynchronous exceptions are
suitably routed to EL3, and the Runtime Firmware (BL31) is extended to include
software components that are capable of handling those exceptions that target
EL3. These components—referred to as *dispatchers* [#spd]_ in general—may
choose to:
.. _delegation-use-cases:
- Receive and handle exceptions entirely in EL3, meaning the exceptions
handling terminates in EL3.
- Receive exceptions, but handle part of the exception in EL3, and delegate the
rest of the handling to a dedicated software stack running at lower Secure
ELs. In this scheme, the handling spans various secure ELs.
- Receive exceptions, but handle part of the exception in EL3, and delegate
processing of the error to dedicated software stack running at lower secure
ELs (as above); additionally, the Normal world may also be required to
participate in the handling, or be notified of such events (for example, as
an |SDEI| event). In this scheme, exception handling potentially and
maximally spans all ELs in both Secure and Normal worlds.
On any given system, all of the above handling models may be employed
independently depending on platform choice and the nature of the exception
received.
.. [#spd] Not to be confused with :ref:`Secure Payload Dispatcher
<firmware_design_sel1_spd>`, which is an EL3 component that operates in EL3
on behalf of Secure OS.
The role of Exception Handling Framework
----------------------------------------
Corollary to the use cases cited above, the primary role of the |EHF| is to
facilitate firmware-first handling of exceptions on Arm systems. The |EHF| thus
enables multiple exception dispatchers in runtime firmware to co-exist, register
for, and handle exceptions targeted at EL3. This section outlines the basics,
and the rest of this document expands the various aspects of the |EHF|.
In order to arbitrate exception handling among dispatchers, the |EHF| operation
is based on a priority scheme. This priority scheme is closely tied to how the
Arm GIC architecture defines it, although it's applied to non-interrupt
exceptions too (SErrors, for example).
The platform is required to `partition`__ the Secure priority space into
priority levels as applicable for the Secure software stack. It then assigns the
dispatchers to one or more priority levels. The dispatchers then register
handlers for the priority levels at runtime. A dispatcher can register handlers
for more than one priority level.
.. __: `Partitioning priority levels`_
.. _ehf-figure:
.. image:: ../resources/diagrams/draw.io/ehf.svg
A priority level is *active* when a handler at that priority level is currently
executing in EL3, or has delegated the execution to a lower EL. For interrupts,
this is implicit when an interrupt is targeted and acknowledged at EL3, and the
priority of the acknowledged interrupt is used to match its registered handler.
The priority level is likewise implicitly deactivated when the interrupt
handling concludes by EOIing the interrupt.
Non-interrupt exceptions (SErrors, for example) don't have a notion of priority.
In order for the priority arbitration to work, the |EHF| provides APIs in order
for these non-interrupt exceptions to assume a priority, and to interwork with
interrupts. Dispatchers handling such exceptions must therefore explicitly
activate and deactivate the respective priority level as and when they're
handled or delegated.
Because priority activation and deactivation for interrupt handling is implicit
and involves GIC priority masking, it's impossible for a lower priority
interrupt to preempt a higher priority one. By extension, this means that a
lower priority dispatcher cannot preempt a higher-priority one. Priority
activation and deactivation for non-interrupt exceptions, however, has to be
explicit. The |EHF| therefore disallows for lower priority level to be activated
whilst a higher priority level is active, and would result in a panic.
Likewise, a panic would result if it's attempted to deactivate a lower priority
level when a higher priority level is active.
In essence, priority level activation and deactivation conceptually works like a
stack—priority levels stack up in strictly increasing fashion, and need to be
unstacked in strictly the reverse order. For interrupts, the GIC ensures this is
the case; for non-interrupts, the |EHF| monitors and asserts this. See
`Transition of priority levels`_.
.. _interrupt-handling:
Interrupt handling
------------------
The |EHF| is a client of *Interrupt Management Framework*, and registers the
top-level handler for interrupts that target EL3, as described in the
:ref:`Interrupt Management Framework` document. This has the following
implications:
- On GICv3 systems, when executing in S-EL1, pending Non-secure interrupts of
sufficient priority are signalled as FIQs, and therefore will be routed to
EL3. As a result, S-EL1 software cannot expect to handle Non-secure
interrupts at S-EL1. Essentially, this deprecates the routing mode described
as :ref:`CSS=0, TEL3=0 <EL3 interrupts>`.
In order for S-EL1 software to handle Non-secure interrupts while having
|EHF| enabled, the dispatcher must adopt a model where Non-secure interrupts
are received at EL3, but are then :ref:`synchronously <sp-synchronous-int>`
handled over to S-EL1.
- On GICv2 systems, it's required that the build option ``GICV2_G0_FOR_EL3`` is
set to ``1`` so that *Group 0* interrupts target EL3.
- While executing in Secure world, |EHF| sets GIC Priority Mask Register to the
lowest Secure priority. This means that no Non-secure interrupts can preempt
Secure execution. See `Effect on SMC calls`_ for more details.
As mentioned above, with |EHF|, the platform is required to partition *Group 0*
interrupts into distinct priority levels. A dispatcher that chooses to receive
interrupts can then *own* one or more priority levels, and register interrupt
handlers for them. A given priority level can be assigned to only one handler. A
dispatcher may register more than one priority level.
Dispatchers are assigned interrupt priority levels in two steps:
.. _Partitioning priority levels:
Partitioning priority levels
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Interrupts are associated to dispatchers by way of grouping and assigning
interrupts to a priority level. In other words, all interrupts that are to
target a particular dispatcher should fall in a particular priority level. For
priority assignment:
- Of the 8 bits of priority that Arm GIC architecture permits, bit 7 must be 0
(secure space).
- Depending on the number of dispatchers to support, the platform must choose
to use the top *n* of the 7 remaining bits to identify and assign interrupts
to individual dispatchers. Choosing *n* bits supports up to 2\ :sup:`n`
distinct dispatchers. For example, by choosing 2 additional bits (i.e., bits
6 and 5), the platform can partition into 4 secure priority ranges: ``0x0``,
``0x20``, ``0x40``, and ``0x60``. See `Interrupt handling example`_.
.. note::
The Arm GIC architecture requires that a GIC implementation that supports two
security states must implement at least 32 priority levels; i.e., at least 5
upper bits of the 8 bits are writeable. In the scheme described above, when
choosing *n* bits for priority range assignment, the platform must ensure
that at least ``n+1`` top bits of GIC priority are writeable.
The priority thus assigned to an interrupt is also used to determine the
priority of delegated execution in lower ELs. Delegated execution in lower EL is
associated with a priority level chosen with ``ehf_activate_priority()`` API
(described `later`__). The chosen priority level also determines the interrupts
masked while executing in a lower EL, therefore controls preemption of delegated
execution.
.. __: `ehf-apis`_
The platform expresses the chosen priority levels by declaring an array of
priority level descriptors. Each entry in the array is of type
``ehf_pri_desc_t``, and declares a priority level, and shall be populated by the
``EHF_PRI_DESC()`` macro.
.. warning::
The macro ``EHF_PRI_DESC()`` installs the descriptors in the array at a
computed index, and not necessarily where the macro is placed in the array.
The size of the array might therefore be larger than what it appears to be.
The ``ARRAY_SIZE()`` macro therefore should be used to determine the size of
array.
Finally, this array of descriptors is exposed to |EHF| via the
``EHF_REGISTER_PRIORITIES()`` macro.
Refer to the `Interrupt handling example`_ for usage. See also: `Interrupt
Prioritisation Considerations`_.
Programming priority
~~~~~~~~~~~~~~~~~~~~
The text in `Partitioning priority levels`_ only describes how the platform
expresses the required levels of priority. It however doesn't choose interrupts
nor program the required priority in GIC.
The :ref:`Firmware Design guide<configuring-secure-interrupts>` explains methods
for configuring secure interrupts. |EHF| requires the platform to enumerate
interrupt properties (as opposed to just numbers) of Secure interrupts. The
priority of secure interrupts must match that as determined in the
`Partitioning priority levels`_ section above.
See `Limitations`_, and also refer to `Interrupt handling example`_ for
illustration.
Registering handler
-------------------
Dispatchers register handlers for their priority levels through the following
API:
.. code:: c
int ehf_register_priority_handler(int pri, ehf_handler_t handler)
The API takes two arguments:
- The priority level for which the handler is being registered;
- The handler to be registered. The handler must be aligned to 4 bytes.
If a dispatcher owns more than one priority levels, it has to call the API for
each of them.
The API will succeed, and return ``0``, only if:
- There exists a descriptor with the priority level requested.
- There are no handlers already registered by a previous call to the API.
Otherwise, the API returns ``-1``.
The interrupt handler should have the following signature:
.. code:: c
typedef int (*ehf_handler_t)(uint32_t intr_raw, uint32_t flags, void *handle,
void *cookie);
The parameters are as obtained from the top-level :ref:`EL3 interrupt handler
<el3-runtime-firmware>`.
The :ref:`SDEI dispatcher<SDEI: Software Delegated Exception Interface>`, for
example, expects the platform to allocate two different priority levels—
``PLAT_SDEI_CRITICAL_PRI``, and ``PLAT_SDEI_NORMAL_PRI`` —and registers the
same handler to handle both levels.
Interrupt handling example
--------------------------
The following annotated snippet demonstrates how a platform might choose to
assign interrupts to fictitious dispatchers:
.. code:: c
#include <common/interrupt_props.h>
#include <drivers/arm/gic_common.h>
#include <exception_mgmt.h>
...
/*
* This platform uses 2 bits for interrupt association. In total, 3 upper
* bits are in use.
*
* 7 6 5 3 0
* .-.-.-.----------.
* |0|b|b| ..0.. |
* '-'-'-'----------'
*/
#define PLAT_PRI_BITS 2
/* Priorities for individual dispatchers */
#define DISP0_PRIO 0x00 /* Not used */
#define DISP1_PRIO 0x20
#define DISP2_PRIO 0x40
#define DISP3_PRIO 0x60
/* Install priority level descriptors for each dispatcher */
ehf_pri_desc_t plat_exceptions[] = {
EHF_PRI_DESC(PLAT_PRI_BITS, DISP1_PRIO),
EHF_PRI_DESC(PLAT_PRI_BITS, DISP2_PRIO),
EHF_PRI_DESC(PLAT_PRI_BITS, DISP3_PRIO),
};
/* Expose priority descriptors to Exception Handling Framework */
EHF_REGISTER_PRIORITIES(plat_exceptions, ARRAY_SIZE(plat_exceptions),
PLAT_PRI_BITS);
...
/* List interrupt properties for GIC driver. All interrupts target EL3 */
const interrupt_prop_t plat_interrupts[] = {
/* Dispatcher 1 owns interrupts d1_0 and d1_1, so assigns priority DISP1_PRIO */
INTR_PROP_DESC(d1_0, DISP1_PRIO, INTR_TYPE_EL3, GIC_INTR_CFG_LEVEL),
INTR_PROP_DESC(d1_1, DISP1_PRIO, INTR_TYPE_EL3, GIC_INTR_CFG_LEVEL),
/* Dispatcher 2 owns interrupts d2_0 and d2_1, so assigns priority DISP2_PRIO */
INTR_PROP_DESC(d2_0, DISP2_PRIO, INTR_TYPE_EL3, GIC_INTR_CFG_LEVEL),
INTR_PROP_DESC(d2_1, DISP2_PRIO, INTR_TYPE_EL3, GIC_INTR_CFG_LEVEL),
/* Dispatcher 3 owns interrupts d3_0 and d3_1, so assigns priority DISP3_PRIO */
INTR_PROP_DESC(d3_0, DISP3_PRIO, INTR_TYPE_EL3, GIC_INTR_CFG_LEVEL),
INTR_PROP_DESC(d3_1, DISP3_PRIO, INTR_TYPE_EL3, GIC_INTR_CFG_LEVEL),
};
...
/* Dispatcher 1 registers its handler */
ehf_register_priority_handler(DISP1_PRIO, disp1_handler);
/* Dispatcher 2 registers its handler */
ehf_register_priority_handler(DISP2_PRIO, disp2_handler);
/* Dispatcher 3 registers its handler */
ehf_register_priority_handler(DISP3_PRIO, disp3_handler);
...
See also the `Build-time flow`_ and the `Run-time flow`_.
.. _Activating and Deactivating priorities:
Activating and Deactivating priorities
--------------------------------------
A priority level is said to be *active* when an exception of that priority is
being handled: for interrupts, this is implied when the interrupt is
acknowledged; for non-interrupt exceptions, such as SErrors or :ref:`SDEI
explicit dispatches <explicit-dispatch-of-events>`, this has to be done via
calling ``ehf_activate_priority()``. See `Run-time flow`_.
Conversely, when the dispatcher has reached a logical resolution for the cause
of the exception, the corresponding priority level ought to be deactivated. As
above, for interrupts, this is implied when the interrupt is EOId in the GIC;
for other exceptions, this has to be done via calling
``ehf_deactivate_priority()``.
Thanks to `different provisions`__ for exception delegation, there are
potentially more than one work flow for deactivation:
.. __: `delegation-use-cases`_
.. _deactivation workflows:
- The dispatcher has addressed the cause of the exception, and decided to take
no further action. In this case, the dispatcher's handler deactivates the
priority level before returning to the |EHF|. Runtime firmware, upon exit
through an ``ERET``, resumes execution before the interrupt occurred.
- The dispatcher has to delegate the execution to lower ELs, and the cause of
the exception can be considered resolved only when the lower EL returns
signals complete (via an ``SMC``) at a future point in time. The following
sequence ensues:
#. The dispatcher calls ``setjmp()`` to setup a jump point, and arranges to
enter a lower EL upon the next ``ERET``.
#. Through the ensuing ``ERET`` from runtime firmware, execution is delegated
to a lower EL.
#. The lower EL completes its execution, and signals completion via an
``SMC``.
#. The ``SMC`` is handled by the same dispatcher that handled the exception
previously. Noticing the conclusion of exception handling, the dispatcher
does ``longjmp()`` to resume beyond the previous jump point.
As mentioned above, the |EHF| provides the following APIs for activating and
deactivating interrupt:
.. _ehf-apis:
- ``ehf_activate_priority()`` activates the supplied priority level, but only
if the current active priority is higher than the given one; otherwise
panics. Also, to prevent interruption by physical interrupts of lower
priority, the |EHF| programs the *Priority Mask Register* corresponding to
the PE to the priority being activated. Dispatchers typically only need to
call this when handling exceptions other than interrupts, and it needs to
delegate execution to a lower EL at a desired priority level.
- ``ehf_deactivate_priority()`` deactivates a given priority, but only if the
current active priority is equal to the given one; otherwise panics. |EHF|
also restores the *Priority Mask Register* corresponding to the PE to the
priority before the call to ``ehf_activate_priority()``. Dispatchers
typically only need to call this after handling exceptions other than
interrupts.
The calling of APIs are subject to allowed `transitions`__. See also the
`Run-time flow`_.
.. __: `Transition of priority levels`_
Transition of priority levels
-----------------------------
The |EHF| APIs ``ehf_activate_priority()`` and ``ehf_deactivate_priority()`` can
be called to transition the current priority level on a PE. A given sequence of
calls to these APIs are subject to the following conditions:
- For activation, the |EHF| only allows for the priority to increase (i.e.
numeric value decreases);
- For deactivation, the |EHF| only allows for the priority to decrease (i.e.
numeric value increases). Additionally, the priority being deactivated is
required to be the current priority.
If these are violated, a panic will result.
.. _Effect on SMC calls:
Effect on SMC calls
-------------------
In general, Secure execution is regarded as more important than Non-secure
execution. As discussed elsewhere in this document, EL3 execution, and any
delegated execution thereafter, has the effect of raising GIC's priority
mask—either implicitly by acknowledging Secure interrupts, or when dispatchers
call ``ehf_activate_priority()``. As a result, Non-secure interrupts cannot
preempt any Secure execution.
SMCs from Non-secure world are synchronous exceptions, and are mechanisms for
Non-secure world to request Secure services. They're broadly classified as
*Fast* or *Yielding* (see `SMCCC`__).
.. __: https://developer.arm.com/docs/den0028/latest
- *Fast* SMCs are atomic from the caller's point of view. I.e., they return
to the caller only when the Secure world has finished serving the request.
Any Non-secure interrupts that become pending meanwhile cannot preempt Secure
execution.
- *Yielding* SMCs carry the semantics of a preemptible, lower-priority request.
A pending Non-secure interrupt can preempt Secure execution handling a
Yielding SMC. I.e., the caller might observe a Yielding SMC returning when
either:
#. Secure world completes the request, and the caller would find ``SMC_OK``
as the return code.
#. A Non-secure interrupt preempts Secure execution. Non-secure interrupt is
handled, and Non-secure execution resumes after ``SMC`` instruction.
The dispatcher handling a Yielding SMC must provide a different return code
to the Non-secure caller to distinguish the latter case. This return code,
however, is not standardised (unlike ``SMC_UNKNOWN`` or ``SMC_OK``, for
example), so will vary across dispatchers that handle the request.
For the latter case above, dispatchers before |EHF| expect Non-secure interrupts
to be taken to S-EL1 [#irq]_, so would get a chance to populate the designated
preempted error code before yielding to Non-secure world.
The introduction of |EHF| changes the behaviour as described in `Interrupt
handling`_.
When |EHF| is enabled, in order to allow Non-secure interrupts to preempt
Yielding SMC handling, the dispatcher must call ``ehf_allow_ns_preemption()``
API. The API takes one argument, the error code to be returned to the Non-secure
world upon getting preempted.
.. [#irq] In case of GICv2, Non-secure interrupts while in S-EL1 were signalled
as IRQs, and in case of GICv3, FIQs.
Build-time flow
---------------
Please refer to the `figure`__ above.
.. __: `ehf-figure`_
The build-time flow involves the following steps:
#. Platform assigns priorities by installing priority level descriptors for
individual dispatchers, as described in `Partitioning priority levels`_.
#. Platform provides interrupt properties to GIC driver, as described in
`Programming priority`_.
#. Dispatcher calling ``ehf_register_priority_handler()`` to register an
interrupt handler.
Also refer to the `Interrupt handling example`_.
Run-time flow
-------------
.. _interrupt-flow:
The following is an example flow for interrupts:
#. The GIC driver, during initialization, iterates through the platform-supplied
interrupt properties (see `Programming priority`_), and configures the
interrupts. This programs the appropriate priority and group (Group 0) on
interrupts belonging to different dispatchers.
#. The |EHF|, during its initialisation, registers a top-level interrupt handler
with the :ref:`Interrupt Management Framework<el3-runtime-firmware>` for EL3
interrupts. This also results in setting the routing bits in ``SCR_EL3``.
#. When an interrupt belonging to a dispatcher fires, GIC raises an EL3/Group 0
interrupt, and is taken to EL3.
#. The top-level EL3 interrupt handler executes. The handler acknowledges the
interrupt, reads its *Running Priority*, and from that, determines the
dispatcher handler.
#. The |EHF| programs the *Priority Mask Register* of the PE to the priority of
the interrupt received.
#. The |EHF| marks that priority level *active*, and jumps to the dispatcher
handler.
#. Once the dispatcher handler finishes its job, it has to immediately
*deactivate* the priority level before returning to the |EHF|. See
`deactivation workflows`_.
.. _non-interrupt-flow:
The following is an example flow for exceptions that targets EL3 other than
interrupt:
#. The platform provides handlers for the specific kind of exception.
#. The exception arrives, and the corresponding handler is executed.
#. The handler calls ``ehf_activate_priority()`` to activate the required
priority level. This also has the effect of raising GIC priority mask, thus
preventing interrupts of lower priority from preempting the handling. The
handler may choose to do the handling entirely in EL3 or delegate to a lower
EL.
#. Once exception handling concludes, the handler calls
``ehf_deactivate_priority()`` to deactivate the priority level activated
earlier. This also has the effect of lowering GIC priority mask to what it
was before.
Interrupt Prioritisation Considerations
---------------------------------------
The GIC priority scheme, by design, prioritises Secure interrupts over Normal
world ones. The platform further assigns relative priorities amongst Secure
dispatchers through |EHF|.
As mentioned in `Partitioning priority levels`_, interrupts targeting distinct
dispatchers fall in distinct priority levels. Because they're routed via the
GIC, interrupt delivery to the PE is subject to GIC prioritisation rules. In
particular, when an interrupt is being handled by the PE (i.e., the interrupt is
in *Active* state), only interrupts of higher priority are signalled to the PE,
even if interrupts of same or lower priority are pending. This has the side
effect of one dispatcher being starved of interrupts by virtue of another
dispatcher handling its (higher priority) interrupts.
The |EHF| doesn't enforce a particular prioritisation policy, but the platform
should carefully consider the assignment of priorities to dispatchers integrated
into runtime firmware. The platform should sensibly delineate priority to
various dispatchers according to their nature. In particular, dispatchers of
critical nature (RAS, for example) should be assigned higher priority than
others (|SDEI|, for example); and within |SDEI|, Critical priority
|SDEI| should be assigned higher priority than Normal ones.
Limitations
-----------
The |EHF| has the following limitations:
- Although there could be up to 128 Secure dispatchers supported by the GIC
priority scheme, the size of descriptor array exposed with
``EHF_REGISTER_PRIORITIES()`` macro is currently limited to 32. This serves most
expected use cases. This may be expanded in the future, should use cases
demand so.
- The platform must ensure that the priority assigned to the dispatcher in the
exception descriptor and the programmed priority of interrupts handled by the
dispatcher match. The |EHF| cannot verify that this has been followed.
--------------
*Copyright (c) 2018-2020, Arm Limited and Contributors. All rights reserved.*
.. _SDEI specification: http://infocenter.arm.com/help/topic/com.arm.doc.den0054a/ARM_DEN0054A_Software_Delegated_Exception_Interface.pdf

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Activity Monitor Unit (AMU) Bindings
====================================
To support platform-defined Activity Monitor Unit (|AMU|) auxiliary counters
through FCONF, the ``HW_CONFIG`` device tree accepts several |AMU|-specific
nodes and properties.
Bindings
^^^^^^^^
.. contents::
:local:
``/cpus/cpus/cpu*`` node properties
"""""""""""""""""""""""""""""""""""
The ``cpu`` node has been augmented to support a handle to an associated |AMU|
view, which should describe the counters offered by the core.
+---------------+-------+---------------+-------------------------------------+
| Property name | Usage | Value type | Description |
+===============+=======+===============+=====================================+
| ``amu`` | O | ``<phandle>`` | If present, indicates that an |AMU| |
| | | | is available and its counters are |
| | | | described by the node provided. |
+---------------+-------+---------------+-------------------------------------+
``/cpus/amus`` node properties
""""""""""""""""""""""""""""""
The ``amus`` node describes the |AMUs| implemented by the cores in the system.
This node does not have any properties.
``/cpus/amus/amu*`` node properties
"""""""""""""""""""""""""""""""""""
An ``amu`` node describes the layout and meaning of the auxiliary counter
registers of one or more |AMUs|, and may be shared by multiple cores.
+--------------------+-------+------------+------------------------------------+
| Property name | Usage | Value type | Description |
+====================+=======+============+====================================+
| ``#address-cells`` | R | ``<u32>`` | Value shall be 1. Specifies that |
| | | | the ``reg`` property array of |
| | | | children of this node uses a |
| | | | single cell. |
+--------------------+-------+------------+------------------------------------+
| ``#size-cells`` | R | ``<u32>`` | Value shall be 0. Specifies that |
| | | | no size is required in the ``reg`` |
| | | | property in children of this node. |
+--------------------+-------+------------+------------------------------------+
``/cpus/amus/amu*/counter*`` node properties
""""""""""""""""""""""""""""""""""""""""""""
A ``counter`` node describes an auxiliary counter belonging to the parent |AMU|
view.
+-------------------+-------+-------------+------------------------------------+
| Property name | Usage | Value type | Description |
+===================+=======+=============+====================================+
| ``reg`` | R | array | Represents the counter register |
| | | | index, and must be a single cell. |
+-------------------+-------+-------------+------------------------------------+
| ``enable-at-el3`` | O | ``<empty>`` | The presence of this property |
| | | | indicates that this counter should |
| | | | be enabled prior to EL3 exit. |
+-------------------+-------+-------------+------------------------------------+
Example
^^^^^^^
An example system offering four cores made up of two clusters, where the cores
of each cluster share different |AMUs|, may use something like the following:
.. code-block::
cpus {
#address-cells = <2>;
#size-cells = <0>;
amus {
amu0: amu-0 {
#address-cells = <1>;
#size-cells = <0>;
counterX: counter@0 {
reg = <0>;
enable-at-el3;
};
counterY: counter@1 {
reg = <1>;
enable-at-el3;
};
};
amu1: amu-1 {
#address-cells = <1>;
#size-cells = <0>;
counterZ: counter@0 {
reg = <0>;
enable-at-el3;
};
};
};
cpu0@00000 {
...
amu = <&amu0>;
};
cpu1@00100 {
...
amu = <&amu0>;
};
cpu2@10000 {
...
amu = <&amu1>;
};
cpu3@10100 {
...
amu = <&amu1>;
};
}
In this situation, ``cpu0`` and ``cpu1`` (the two cores in the first cluster),
share the view of their AMUs defined by ``amu0``. Likewise, ``cpu2`` and
``cpu3`` (the two cores in the second cluster), share the view of their |AMUs|
defined by ``amu1``. This will cause ``counterX`` and ``counterY`` to be enabled
for both ``cpu0`` and ``cpu1``, and ``counterZ`` to be enabled for both ``cpu2``
and ``cpu3``.

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DTB binding for FCONF properties
================================
This document describes the device tree format of |FCONF| properties. These
properties are not related to a specific platform and can be queried from
common code.
Dynamic configuration
~~~~~~~~~~~~~~~~~~~~~
The |FCONF| framework expects a *dtb-registry* node with the following field:
- compatible [mandatory]
- value type: <string>
- Must be the string "fconf,dyn_cfg-dtb_registry".
Then a list of subnodes representing a configuration |DTB|, which can be used
by |FCONF|. Each subnode should be named according to the information it
contains, and must be formed with the following fields:
- load-address [mandatory]
- value type: <u64>
- Physical loading base address of the configuration.
- max-size [mandatory]
- value type: <u32>
- Maximum size of the configuration.
- id [mandatory]
- value type: <u32>
- Image ID of the configuration.

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Firmware Configuration Framework
================================
This document provides an overview of the |FCONF| framework.
Introduction
~~~~~~~~~~~~
The Firmware CONfiguration Framework (|FCONF|) is an abstraction layer for
platform specific data, allowing a "property" to be queried and a value
retrieved without the requesting entity knowing what backing store is being used
to hold the data.
It is used to bridge new and old ways of providing platform-specific data.
Today, information like the Chain of Trust is held within several, nested
platform-defined tables. In the future, it may be provided as part of a device
blob, along with the rest of the information about images to load.
Introducing this abstraction layer will make migration easier and will preserve
functionality for platforms that cannot / don't want to use device tree.
Accessing properties
~~~~~~~~~~~~~~~~~~~~
Properties defined in the |FCONF| are grouped around namespaces and
sub-namespaces: a.b.property.
Examples namespace can be:
- (|TBBR|) Chain of Trust data: tbbr.cot.trusted_boot_fw_cert
- (|TBBR|) dynamic configuration info: tbbr.dyn_config.disable_auth
- Arm io policies: arm.io_policies.bl2_image
- GICv3 properties: hw_config.gicv3_config.gicr_base
Properties can be accessed with the ``FCONF_GET_PROPERTY(a,b,property)`` macro.
Defining properties
~~~~~~~~~~~~~~~~~~~
Properties composing the |FCONF| have to be stored in C structures. If
properties originate from a different backend source such as a device tree,
then the platform has to provide a ``populate()`` function which essentially
captures the property and stores them into a corresponding |FCONF| based C
structure.
Such a ``populate()`` function is usually platform specific and is associated
with a specific backend source. For example, a populator function which
captures the hardware topology of the platform from the HW_CONFIG device tree.
Hence each ``populate()`` function must be registered with a specific
``config_type`` identifier. It broadly represents a logical grouping of
configuration properties which is usually a device tree file.
Example:
- FW_CONFIG: properties related to base address, maximum size and image id
of other DTBs etc.
- TB_FW: properties related to trusted firmware such as IO policies,
mbedtls heap info etc.
- HW_CONFIG: properties related to hardware configuration of the SoC
such as topology, GIC controller, PSCI hooks, CPU ID etc.
Hence the ``populate()`` callback must be registered to the (|FCONF|) framework
with the ``FCONF_REGISTER_POPULATOR()`` macro. This ensures that the function
would be called inside the generic ``fconf_populate()`` function during
initialization.
::
int fconf_populate_topology(uintptr_t config)
{
/* read hw config dtb and fill soc_topology struct */
}
FCONF_REGISTER_POPULATOR(HW_CONFIG, topology, fconf_populate_topology);
Then, a wrapper has to be provided to match the ``FCONF_GET_PROPERTY()`` macro:
::
/* generic getter */
#define FCONF_GET_PROPERTY(a,b,property) a##__##b##_getter(property)
/* my specific getter */
#define hw_config__topology_getter(prop) soc_topology.prop
This second level wrapper can be used to remap the ``FCONF_GET_PROPERTY()`` to
anything appropriate: structure, array, function, etc..
To ensure a good interpretation of the properties, this documentation must
explain how the properties are described for a specific backend. Refer to the
:ref:`binding-document` section for more information and example.
Loading the property device tree
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The ``fconf_load_config(image_id)`` must be called to load fw_config and
tb_fw_config devices tree containing the properties' values. This must be done
after the io layer is initialized, as the |DTB| is stored on an external
device (FIP).
.. uml:: ../../resources/diagrams/plantuml/fconf_bl1_load_config.puml
Populating the properties
~~~~~~~~~~~~~~~~~~~~~~~~~
Once a valid device tree is available, the ``fconf_populate(config)`` function
can be used to fill the C data structure with the data from the config |DTB|.
This function will call all the ``populate()`` callbacks which have been
registered with ``FCONF_REGISTER_POPULATOR()`` as described above.
.. uml:: ../../resources/diagrams/plantuml/fconf_bl2_populate.puml
Namespace guidance
~~~~~~~~~~~~~~~~~~
As mentioned above, properties are logically grouped around namespaces and
sub-namespaces. The following concepts should be considered when adding new
properties/namespaces.
The framework differentiates two types of properties:
- Properties used inside common code.
- Properties used inside platform specific code.
The first category applies to properties being part of the firmware and shared
across multiple platforms. They should be globally accessible and defined
inside the ``lib/fconf`` directory. The namespace must be chosen to reflect the
feature/data abstracted.
Example:
- |TBBR| related properties: tbbr.cot.bl2_id
- Dynamic configuration information: dyn_cfg.dtb_info.hw_config_id
The second category should represent the majority of the properties defined
within the framework: Platform specific properties. They must be accessed only
within the platform API and are defined only inside the platform scope. The
namespace must contain the platform name under which the properties defined
belong.
Example:
- Arm io framework: arm.io_policies.bl31_id
.. _binding-document:
Properties binding information
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
.. toctree::
:maxdepth: 1
fconf_properties
amu-bindings
mpmm-bindings

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Maximum Power Mitigation Mechanism (MPMM) Bindings
==================================================
|MPMM| support cannot be determined at runtime by the firmware. Instead, these
DTB bindings allow the platform to communicate per-core support for |MPMM| via
the ``HW_CONFIG`` device tree blob.
Bindings
^^^^^^^^
.. contents::
:local:
``/cpus/cpus/cpu*`` node properties
"""""""""""""""""""""""""""""""""""
The ``cpu`` node has been augmented to allow the platform to indicate support
for |MPMM| on a given core.
+-------------------+-------+-------------+------------------------------------+
| Property name | Usage | Value type | Description |
+===================+=======+=============+====================================+
| ``supports-mpmm`` | O | ``<empty>`` | If present, indicates that |MPMM| |
| | | | is available on this core. |
+-------------------+-------+-------------+------------------------------------+
Example
^^^^^^^
An example system offering two cores, one with support for |MPMM| and one
without, can be described as follows:
.. code-block::
cpus {
#address-cells = <2>;
#size-cells = <0>;
cpu0@00000 {
...
supports-mpmm;
};
cpu1@00100 {
...
};
}

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FF-A manifest binding to device tree
========================================
This document defines the nodes and properties used to define a partition,
according to the FF-A specification.
Version 1.0
-----------
Partition Properties
^^^^^^^^^^^^^^^^^^^^
- compatible [mandatory]
- value type: <string>
- Must be the string "arm,ffa-manifest-X.Y" which specifies the major and
minor versions of the device tree binding for the FFA manifest represented
by this node. The minor number is incremented if the binding changes in a
backwards compatible manner.
- X is an integer representing the major version number of this document.
- Y is an integer representing the minor version number of this document.
- ffa-version [mandatory]
- value type: <u32>
- Must be two 16 bits values (X, Y), concatenated as 31:16 -> X,
15:0 -> Y, where:
- X is the major version of FF-A expected by the partition at the FFA
instance it will execute.
- Y is the minor version of FF-A expected by the partition at the FFA
instance it will execute.
- uuid [mandatory]
- value type: <prop-encoded-array>
- An array consisting of 4 <u32> values, identifying the UUID of the service
implemented by this partition. The UUID format is described in RFC 4122.
- id
- value type: <u32>
- Pre-allocated partition ID.
- auxiliary-id
- value type: <u32>
- Pre-allocated ID that could be used in memory management transactions.
- description
- value type: <string>
- Name of the partition e.g. for debugging purposes.
- execution-ctx-count [mandatory]
- value type: <u32>
- Number of vCPUs that a VM or SP wants to instantiate.
- In the absence of virtualization, this is the number of execution
contexts that a partition implements.
- If value of this field = 1 and number of PEs > 1 then the partition is
treated as UP & migrate capable.
- If the value of this field > 1 then the partition is treated as a MP
capable partition irrespective of the number of PEs.
- exception-level [mandatory]
- value type: <u32>
- The target exception level for the partition:
- 0x0: EL1
- 0x1: S_EL0
- 0x2: S_EL1
- execution-state [mandatory]
- value type: <u32>
- The target execution state of the partition:
- 0: AArch64
- 1: AArch32
- load-address
- value type: <u64>
- Physical base address of the partition in memory. Absence of this field
indicates that the partition is position independent and can be loaded at
any address chosen at boot time.
- entrypoint-offset
- value type: <u64>
- Offset from the base of the partition's binary image to the entry point of
the partition. Absence of this field indicates that the entry point is at
offset 0x0 from the base of the partition's binary.
- xlat-granule [mandatory]
- value type: <u32>
- Translation granule used with the partition:
- 0x0: 4k
- 0x1: 16k
- 0x2: 64k
- boot-order
- value type: <u32>
- A unique number amongst all partitions that specifies if this partition
must be booted before others. The partition with the smaller number will be
booted first.
- rx-tx-buffer
- value type: "memory-regions" node
- Specific "memory-regions" nodes that describe the RX/TX buffers expected
by the partition.
The "compatible" must be the string "arm,ffa-manifest-rx_tx-buffer".
- messaging-method [mandatory]
- value type: <u8>
- Specifies which messaging methods are supported by the partition, set bit
means the feature is supported, clear bit - not supported:
- Bit[0]: partition can receive direct requests if set
- Bit[1]: partition can send direct requests if set
- Bit[2]: partition can send and receive indirect messages
- managed-exit
- value type: <empty>
- Specifies if managed exit is supported.
- has-primary-scheduler
- value type: <empty>
- Presence of this field indicates that the partition implements the primary
scheduler. If so, run-time EL must be EL1.
- run-time-model
- value type: <u32>
- Run time model that the SPM must enforce for this SP:
- 0x0: Run to completion
- 0x1: Preemptible
- time-slice-mem
- value type: <empty>
- Presence of this field indicates that the partition doesn't expect the
partition manager to time slice long running memory management functions.
- gp-register-num
- value type: <u32>
- Presence of this field indicates that the partition expects the
ffa_init_info structure to be passed in via the specified general purpose
register.
The field specifies the general purpose register number but not its width.
The width is derived from the partition's execution state, as specified in
the partition properties. For example, if the number value is 1 then the
general-purpose register used will be x1 in AArch64 state and w1 in AArch32
state.
- stream-endpoint-ids
- value type: <prop-encoded-array>
- List of <u32> tuples, identifying the IDs this partition is acting as
proxy for.
Memory Regions
--------------
- compatible [mandatory]
- value type: <string>
- Must be the string "arm,ffa-manifest-memory-regions".
- description
- value type: <string>
- Name of the memory region e.g. for debugging purposes.
- pages-count [mandatory]
- value type: <u32>
- Count of pages of memory region as a multiple of the translation granule
size
- attributes [mandatory]
- value type: <u32>
- Mapping modes: ORed to get required permission
- 0x1: Read
- 0x2: Write
- 0x4: Execute
- base-address
- value type: <u64>
- Base address of the region. The address must be aligned to the translation
granule size.
The address given may be a Physical Address (PA), Virtual Address (VA), or
Intermediate Physical Address (IPA). Refer to the FFA specification for
more information on the restrictions around the address type.
If the base address is omitted then the partition manager must map a memory
region of the specified size into the partition's translation regime and
then communicate the region properties (including the base address chosen
by the partition manager) to the partition.
Device Regions
--------------
- compatible [mandatory]
- value type: <string>
- Must be the string "arm,ffa-manifest-device-regions".
- description
- value type: <string>
- Name of the device region e.g. for debugging purposes.
- reg [mandatory]
- value type: <prop-encoded-array>
- A (address, num-pages) pair describing the device, where:
- address: The physical base address <u64> value of the device MMIO
region.
- num-pages: The <u32> number of pages of the region. The total size of
the region is this value multiplied by the translation granule size.
- attributes [mandatory]
- value type: <u32>
- Mapping modes: ORed to get required permission
- 0x1: Read
- 0x2: Write
- 0x4: Execute
- smmu-id
- value type: <u32>
- On systems with multiple System Memory Management Units (SMMUs) this
identifier is used to inform the partition manager which SMMU the device is
upstream of. If the field is omitted then it is assumed that the device is
not upstream of any SMMU.
- stream-ids
- value type: <prop-encoded-array>
- A list of (id, mem-manage) pair, where:
- id: A unique <u32> value amongst all devices assigned to the partition.
- interrupts [mandatory]
- value type: <prop-encoded-array>
- A list of (id, attributes) pair describing the device interrupts, where:
- id: The <u32> interrupt IDs.
- attributes: A <u32> value,
containing the attributes for each interrupt ID:
- Interrupt type: SPI, PPI, SGI
- Interrupt configuration: Edge triggered, Level triggered
- Interrupt security state: Secure, Non-secure
- Interrupt priority value
- Target execution context/vCPU for each SPI
- exclusive-access
- value type: <empty>
- Presence of this field implies that this endpoint must be granted exclusive
access and ownership of this device's MMIO region.
--------------
*Copyright (c) 2019-2021, Arm Limited and Contributors. All rights reserved.*

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Firmware Update (FWU)
=====================
Introduction
------------
This document describes the design of the Firmware Update (FWU) feature, which
enables authenticated firmware to update firmware images from external
interfaces such as USB, UART, SD-eMMC, NAND, NOR or Ethernet to SoC Non-Volatile
memories such as NAND Flash, LPDDR2-NVM or any memory determined by the
platform. This feature functions even when the current firmware in the system
is corrupt or missing; it therefore may be used as a recovery mode. It may also
be complemented by other, higher level firmware update software.
FWU implements a specific part of the Trusted Board Boot Requirements (TBBR)
specification, Arm DEN0006C-1. It should be used in conjunction with the
:ref:`Trusted Board Boot` design document, which describes the image
authentication parts of the Trusted Firmware-A (TF-A) TBBR implementation.
Scope
~~~~~
This document describes the secure world FWU design. It is beyond its scope to
describe how normal world FWU images should operate. To implement normal world
FWU images, please refer to the "Non-Trusted Firmware Updater" requirements in
the TBBR.
FWU Overview
------------
The FWU boot flow is primarily mediated by BL1. Since BL1 executes in ROM, and
it is usually desirable to minimize the amount of ROM code, the design allows
some parts of FWU to be implemented in other secure and normal world images.
Platform code may choose which parts are implemented in which images but the
general expectation is:
- BL1 handles:
- Detection and initiation of the FWU boot flow.
- Copying images from non-secure to secure memory
- FWU image authentication
- Context switching between the normal and secure world during the FWU
process.
- Other secure world FWU images handle platform initialization required by
the FWU process.
- Normal world FWU images handle loading of firmware images from external
interfaces to non-secure memory.
The primary requirements of the FWU feature are:
#. Export a BL1 SMC interface to interoperate with other FWU images executing
at other Exception Levels.
#. Export a platform interface to provide FWU common code with the information
it needs, and to enable platform specific FWU functionality. See the
:ref:`Porting Guide` for details of this interface.
TF-A uses abbreviated image terminology for FWU images like for other TF-A
images. See the :ref:`Image Terminology` document for an explanation of these
terms.
The following diagram shows the FWU boot flow for Arm development platforms.
Arm CSS platforms like Juno have a System Control Processor (SCP), and these
use all defined FWU images. Other platforms may use a subset of these.
|Flow Diagram|
Image Identification
--------------------
Each FWU image and certificate is identified by a unique ID, defined by the
platform, which BL1 uses to fetch an image descriptor (``image_desc_t``) via a
call to ``bl1_plat_get_image_desc()``. The same ID is also used to prepare the
Chain of Trust (Refer to the :ref:`Authentication Framework & Chain of Trust`
document for more information).
The image descriptor includes the following information:
- Executable or non-executable image. This indicates whether the normal world
is permitted to request execution of a secure world FWU image (after
authentication). Secure world certificates and non-AP images are examples
of non-executable images.
- Secure or non-secure image. This indicates whether the image is
authenticated/executed in secure or non-secure memory.
- Image base address and size.
- Image entry point configuration (an ``entry_point_info_t``).
- FWU image state.
BL1 uses the FWU image descriptors to:
- Validate the arguments of FWU SMCs
- Manage the state of the FWU process
- Initialize the execution state of the next FWU image.
FWU State Machine
-----------------
BL1 maintains state for each FWU image during FWU execution. FWU images at lower
Exception Levels raise SMCs to invoke FWU functionality in BL1, which causes
BL1 to update its FWU image state. The BL1 image states and valid state
transitions are shown in the diagram below. Note that secure images have a more
complex state machine than non-secure images.
|FWU state machine|
The following is a brief description of the supported states:
- RESET: This is the initial state of every image at the start of FWU.
Authentication failure also leads to this state. A secure
image may yield to this state if it has completed execution.
It can also be reached by using ``FWU_SMC_IMAGE_RESET``.
- COPYING: This is the state of a secure image while BL1 is copying it
in blocks from non-secure to secure memory.
- COPIED: This is the state of a secure image when BL1 has completed
copying it to secure memory.
- AUTHENTICATED: This is the state of an image when BL1 has successfully
authenticated it.
- EXECUTED: This is the state of a secure, executable image when BL1 has
passed execution control to it.
- INTERRUPTED: This is the state of a secure, executable image after it has
requested BL1 to resume normal world execution.
BL1 SMC Interface
-----------------
BL1_SMC_CALL_COUNT
~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x0
Return:
uint32_t
This SMC returns the number of SMCs supported by BL1.
BL1_SMC_UID
~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x1
Return:
UUID : 32 bits in each of w0-w3 (or r0-r3 for AArch32 callers)
This SMC returns the 128-bit `Universally Unique Identifier`_ for the
BL1 SMC service.
BL1_SMC_VERSION
~~~~~~~~~~~~~~~
::
Argument:
uint32_t function ID : 0x3
Return:
uint32_t : Bits [31:16] Major Version
Bits [15:0] Minor Version
This SMC returns the current version of the BL1 SMC service.
BL1_SMC_RUN_IMAGE
~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x4
entry_point_info_t *ep_info
Return:
void
Pre-conditions:
if (normal world caller) synchronous exception
if (ep_info not EL3) synchronous exception
This SMC passes execution control to an EL3 image described by the provided
``entry_point_info_t`` structure. In the normal TF-A boot flow, BL2 invokes
this SMC for BL1 to pass execution control to BL31.
FWU_SMC_IMAGE_COPY
~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x10
unsigned int image_id
uintptr_t image_addr
unsigned int block_size
unsigned int image_size
Return:
int : 0 (Success)
: -ENOMEM
: -EPERM
Pre-conditions:
if (image_id is invalid) return -EPERM
if (image_id is non-secure image) return -EPERM
if (image_id state is not (RESET or COPYING)) return -EPERM
if (secure world caller) return -EPERM
if (image_addr + block_size overflows) return -ENOMEM
if (image destination address + image_size overflows) return -ENOMEM
if (source block is in secure memory) return -ENOMEM
if (source block is not mapped into BL1) return -ENOMEM
if (image_size > free secure memory) return -ENOMEM
if (image overlaps another image) return -EPERM
This SMC copies the secure image indicated by ``image_id`` from non-secure memory
to secure memory for later authentication. The image may be copied in a single
block or multiple blocks. In either case, the total size of the image must be
provided in ``image_size`` when invoking this SMC for the first time for each
image; it is ignored in subsequent calls (if any) for the same image.
The ``image_addr`` and ``block_size`` specify the source memory block to copy from.
The destination address is provided by the platform code.
If ``block_size`` is greater than the amount of remaining bytes to copy for this
image then the former is truncated to the latter. The copy operation is then
considered as complete and the FWU state machine transitions to the "COPIED"
state. If there is still more to copy, the FWU state machine stays in or
transitions to the COPYING state (depending on the previous state).
When using multiple blocks, the source blocks do not necessarily need to be in
contiguous memory.
Once the SMC is handled, BL1 returns from exception to the normal world caller.
FWU_SMC_IMAGE_AUTH
~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x11
unsigned int image_id
uintptr_t image_addr
unsigned int image_size
Return:
int : 0 (Success)
: -ENOMEM
: -EPERM
: -EAUTH
Pre-conditions:
if (image_id is invalid) return -EPERM
if (secure world caller)
if (image_id state is not RESET) return -EPERM
if (image_addr/image_size is not mapped into BL1) return -ENOMEM
else // normal world caller
if (image_id is secure image)
if (image_id state is not COPIED) return -EPERM
else // image_id is non-secure image
if (image_id state is not RESET) return -EPERM
if (image_addr/image_size is in secure memory) return -ENOMEM
if (image_addr/image_size not mapped into BL1) return -ENOMEM
This SMC authenticates the image specified by ``image_id``. If the image is in the
RESET state, BL1 authenticates the image in place using the provided
``image_addr`` and ``image_size``. If the image is a secure image in the COPIED
state, BL1 authenticates the image from the secure memory that BL1 previously
copied the image into.
BL1 returns from exception to the caller. If authentication succeeds then BL1
sets the image state to AUTHENTICATED. If authentication fails then BL1 returns
the -EAUTH error and sets the image state back to RESET.
FWU_SMC_IMAGE_EXECUTE
~~~~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x12
unsigned int image_id
Return:
int : 0 (Success)
: -EPERM
Pre-conditions:
if (image_id is invalid) return -EPERM
if (secure world caller) return -EPERM
if (image_id is non-secure image) return -EPERM
if (image_id is non-executable image) return -EPERM
if (image_id state is not AUTHENTICATED) return -EPERM
This SMC initiates execution of a previously authenticated image specified by
``image_id``, in the other security world to the caller. The current
implementation only supports normal world callers initiating execution of a
secure world image.
BL1 saves the normal world caller's context, sets the secure image state to
EXECUTED, and returns from exception to the secure image.
FWU_SMC_IMAGE_RESUME
~~~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x13
register_t image_param
Return:
register_t : image_param (Success)
: -EPERM
Pre-conditions:
if (normal world caller and no INTERRUPTED secure image) return -EPERM
This SMC resumes execution in the other security world while there is a secure
image in the EXECUTED/INTERRUPTED state.
For normal world callers, BL1 sets the previously interrupted secure image state
to EXECUTED. For secure world callers, BL1 sets the previously executing secure
image state to INTERRUPTED. In either case, BL1 saves the calling world's
context, restores the resuming world's context and returns from exception into
the resuming world. If the call is successful then the caller provided
``image_param`` is returned to the resumed world, otherwise an error code is
returned to the caller.
FWU_SMC_SEC_IMAGE_DONE
~~~~~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x14
Return:
int : 0 (Success)
: -EPERM
Pre-conditions:
if (normal world caller) return -EPERM
This SMC indicates completion of a previously executing secure image.
BL1 sets the previously executing secure image state to the RESET state,
restores the normal world context and returns from exception into the normal
world.
FWU_SMC_UPDATE_DONE
~~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x15
register_t client_cookie
Return:
N/A
This SMC completes the firmware update process. BL1 calls the platform specific
function ``bl1_plat_fwu_done``, passing the optional argument ``client_cookie`` as
a ``void *``. The SMC does not return.
FWU_SMC_IMAGE_RESET
~~~~~~~~~~~~~~~~~~~
::
Arguments:
uint32_t function ID : 0x16
unsigned int image_id
Return:
int : 0 (Success)
: -EPERM
Pre-conditions:
if (secure world caller) return -EPERM
if (image in EXECUTED) return -EPERM
This SMC sets the state of an image to RESET and zeroes the memory used by it.
This is only allowed if the image is not being executed.
--------------
*Copyright (c) 2015-2019, Arm Limited and Contributors. All rights reserved.*
.. _Universally Unique Identifier: https://tools.ietf.org/rfc/rfc4122.txt
.. |Flow Diagram| image:: ../resources/diagrams/fwu_flow.png
.. |FWU state machine| image:: ../resources/diagrams/fwu_states.png

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Granule Protection Tables Library
=================================
This document describes the design of the granule protection tables (GPT)
library used by Trusted Firmware-A (TF-A). This library provides the APIs needed
to initialize the GPTs based on a data structure containing information about
the systems memory layout, configure the system registers to enable granule
protection checks based on these tables, and transition granules between
different PAS (physical address spaces) at runtime.
Arm CCA adds two new security states for a total of four: root, realm, secure, and
non-secure. In addition to new security states, corresponding physical address
spaces have been added to control memory access for each state. The PAS access
allowed to each security state can be seen in the table below.
.. list-table:: Security states and PAS access rights
:widths: 25 25 25 25 25
:header-rows: 1
* -
- Root state
- Realm state
- Secure state
- Non-secure state
* - Root PAS
- yes
- no
- no
- no
* - Realm PAS
- yes
- yes
- no
- no
* - Secure PAS
- yes
- no
- yes
- no
* - Non-secure PAS
- yes
- yes
- yes
- yes
The GPT can function as either a 1 level or 2 level lookup depending on how a
PAS region is configured. The first step is the level 0 table, each entry in the
level 0 table controls access to a relatively large region in memory (block
descriptor), and the entire region can belong to a single PAS when a one step
mapping is used, or a level 0 entry can link to a level 1 table where relatively
small regions (granules) of memory can be assigned to different PAS with a 2
step mapping. The type of mapping used for each PAS is determined by the user
when setting up the configuration structure.
Design Concepts and Interfaces
------------------------------
This section covers some important concepts and data structures used in the GPT
library.
There are three main parameters that determine how the tables are organized and
function: the PPS (protected physical space) which is the total amount of
protected physical address space in the system, PGS (physical granule size)
which is how large each level 1 granule is, and L0GPTSZ (level 0 GPT size) which
determines how much physical memory is governed by each level 0 entry. A granule
is the smallest unit of memory that can be independently assigned to a PAS.
L0GPTSZ is determined by the hardware and is read from the GPCCR_EL3 register.
PPS and PGS are passed into the APIs at runtime and can be determined in
whatever way is best for a given platform, either through some algorithm or hard
coded in the firmware.
GPT setup is split into two parts: table creation and runtime initialization. In
the table creation step, a data structure containing information about the
desired PAS regions is passed into the library which validates the mappings,
creates the tables in memory, and enables granule protection checks. In the
runtime initialization step, the runtime firmware locates the existing tables in
memory using the GPT register configuration and saves important data to a
structure used by the granule transition service which will be covered more
below.
In the reference implementation for FVP models, you can find an example of PAS
region definitions in the file ``include/plat/arm/common/arm_pas_def.h``. Table
creation API calls can be found in ``plat/arm/common/arm_bl2_setup.c`` and
runtime initialization API calls can be seen in
``plat/arm/common/arm_bl31_setup.c``.
Defining PAS regions
~~~~~~~~~~~~~~~~~~~~
A ``pas_region_t`` structure is a way to represent a physical address space and
its attributes that can be used by the GPT library to initialize the tables.
This structure is composed of the following:
#. The base physical address
#. The region size
#. The desired attributes of this memory region (mapping type, PAS type)
See the ``pas_region_t`` type in ``include/lib/gpt_rme/gpt_rme.h``.
The programmer should provide the API with an array containing ``pas_region_t``
structures, then the library will check the desired memory access layout for
validity and create tables to implement it.
``pas_region_t`` is a public type, however it is recommended that the macros
``GPT_MAP_REGION_BLOCK`` and ``GPT_MAP_REGION_GRANULE`` be used to populate
these structures instead of doing it manually to reduce the risk of future
compatibility issues. These macros take the base physical address, region size,
and PAS type as arguments to generate the pas_region_t structure. As the names
imply, ``GPT_MAP_REGION_BLOCK`` creates a region using only L0 mapping while
``GPT_MAP_REGION_GRANULE`` creates a region using L0 and L1 mappings.
Level 0 and Level 1 Tables
~~~~~~~~~~~~~~~~~~~~~~~~~~
The GPT initialization APIs require memory to be passed in for the tables to be
constructed, ``gpt_init_l0_tables`` takes a memory address and size for building
the level 0 tables and ``gpt_init_pas_l1_tables`` takes an address and size for
building the level 1 tables which are linked from level 0 descriptors. The
tables should have PAS type ``GPT_GPI_ROOT`` and a typical system might place
its level 0 table in SRAM and its level 1 table(s) in DRAM.
Granule Transition Service
~~~~~~~~~~~~~~~~~~~~~~~~~~
The Granule Transition Service allows memory mapped with GPT_MAP_REGION_GRANULE
ownership to be changed using SMC calls. Non-secure granules can be transitioned
to either realm or secure space, and realm and secure granules can be
transitioned back to non-secure. This library only allows memory mapped as
granules to be transitioned, memory mapped as blocks have their GPIs fixed after
table creation.
Library APIs
------------
The public APIs and types can be found in ``include/lib/gpt_rme/gpt_rme.h`` and this
section is intended to provide additional details and clarifications.
To create the GPTs and enable granule protection checks the APIs need to be
called in the correct order and at the correct time during the system boot
process.
#. Firmware must enable the MMU.
#. Firmware must call ``gpt_init_l0_tables`` to initialize the level 0 tables to
a default state, that is, initializing all of the L0 descriptors to allow all
accesses to all memory. The PPS is provided to this function as an argument.
#. DDR discovery and initialization by the system, the discovered DDR region(s)
are then added to the L1 PAS regions to be initialized in the next step and
used by the GTSI at runtime.
#. Firmware must call ``gpt_init_pas_l1_tables`` with a pointer to an array of
``pas_region_t`` structures containing the desired memory access layout. The
PGS is provided to this function as an argument.
#. Firmware must call ``gpt_enable`` to enable granule protection checks by
setting the correct register values.
#. In systems that make use of the granule transition service, runtime
firmware must call ``gpt_runtime_init`` to set up the data structures needed
by the GTSI to find the tables and transition granules between PAS types.
API Constraints
~~~~~~~~~~~~~~~
The values allowed by the API for PPS and PGS are enumerated types
defined in the file ``include/lib/gpt_rme/gpt_rme.h``.
Allowable values for PPS along with their corresponding size.
* ``GPCCR_PPS_4GB`` (4GB protected space, 0x100000000 bytes)
* ``GPCCR_PPS_64GB`` (64GB protected space, 0x1000000000 bytes)
* ``GPCCR_PPS_1TB`` (1TB protected space, 0x10000000000 bytes)
* ``GPCCR_PPS_4TB`` (4TB protected space, 0x40000000000 bytes)
* ``GPCCR_PPS_16TB`` (16TB protected space, 0x100000000000 bytes)
* ``GPCCR_PPS_256TB`` (256TB protected space, 0x1000000000000 bytes)
* ``GPCCR_PPS_4PB`` (4PB protected space, 0x10000000000000 bytes)
Allowable values for PGS along with their corresponding size.
* ``GPCCR_PGS_4K`` (4KB granules, 0x1000 bytes)
* ``GPCCR_PGS_16K`` (16KB granules, 0x4000 bytes)
* ``GPCCR_PGS_64K`` (64KB granules, 0x10000 bytes)
Allowable values for L0GPTSZ along with the corresponding size.
* ``GPCCR_L0GPTSZ_30BITS`` (1GB regions, 0x40000000 bytes)
* ``GPCCR_L0GPTSZ_34BITS`` (16GB regions, 0x400000000 bytes)
* ``GPCCR_L0GPTSZ_36BITS`` (64GB regions, 0x1000000000 bytes)
* ``GPCCR_L0GPTSZ_39BITS`` (512GB regions, 0x8000000000 bytes)
Note that the value of the PPS, PGS, and L0GPTSZ definitions is an encoded value
corresponding to the size, not the size itself. The decoded hex representations
of the sizes have been provided for convenience.
The L0 table memory has some constraints that must be taken into account.
* The L0 table must be aligned to either the table size or 4096 bytes, whichever
is greater. L0 table size is the total protected space (PPS) divided by the
size of each L0 region (L0GPTSZ) multiplied by the size of each L0 descriptor
(8 bytes). ((PPS / L0GPTSZ) * 8)
* The L0 memory size must be greater than or equal to the table size.
* The L0 memory must fall within a PAS of type GPT_GPI_ROOT.
The L1 memory also has some constraints.
* The L1 tables must be aligned to their size. The size of each L1 table is the
size of each L0 region (L0GPTSZ) divided by the granule size (PGS) divided by
the granules controlled in each byte (2). ((L0GPTSZ / PGS) / 2)
* There must be enough L1 memory supplied to build all requested L1 tables.
* The L1 memory must fall within a PAS of type GPT_GPI_ROOT.
If an invalid combination of parameters is supplied, the APIs will print an
error message and return a negative value. The return values of APIs should be
checked to ensure successful configuration.
Sample Calculation for L0 memory size and alignment
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Let PPS=GPCCR_PPS_4GB and L0GPTSZ=GPCCR_L0GPTSZ_30BITS
We can find the total L0 table size with ((PPS / L0GPTSZ) * 8)
Substitute values to get this: ((0x100000000 / 0x40000000) * 8)
And solve to get 32 bytes. In this case, 4096 is greater than 32, so the L0
tables must be aligned to 4096 bytes.
Sample calculation for L1 table size and alignment
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Let PGS=GPCCR_PGS_4K and L0GPTSZ=GPCCR_L0GPTSZ_30BITS
We can find the size of each L1 table with ((L0GPTSZ / PGS) / 2).
Substitute values: ((0x40000000 / 0x1000) / 2)
And solve to get 0x20000 bytes per L1 table.

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Components
==========
.. toctree::
:maxdepth: 1
:caption: Contents
:numbered:
spd/index
activity-monitors
arm-sip-service
debugfs-design
exception-handling
fconf/index
firmware-update
measured_boot/index
mpmm
platform-interrupt-controller-API
ras
romlib-design
sdei
secure-partition-manager
secure-partition-manager-mm
ffa-manifest-binding
xlat-tables-lib-v2-design
cot-binding
realm-management-extension
granule-protection-tables-design

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DTB binding for Event Log properties
====================================
This document describes the device tree format of Event Log properties.
These properties are not related to a specific platform and can be queried
from common code.
Dynamic configuration for Event Log
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Measured Boot driver expects a *tpm_event_log* node with the following field
in 'tb_fw_config', 'nt_fw_config' and 'tsp_fw_config' DTS files:
- compatible [mandatory]
- value type: <string>
- Must be the string "arm,tpm_event_log".
Then a list of properties representing Event Log configuration, which
can be used by Measured Boot driver. Each property is named according
to the information it contains:
- tpm_event_log_sm_addr [fvp_nt_fw_config.dts with OP-TEE]
- value type: <u64>
- Event Log base address in secure memory.
Note. Currently OP-TEE does not support reading DTBs from Secure memory
and this property should be removed when this feature is supported.
- tpm_event_log_addr [mandatory]
- value type: <u64>
- Event Log base address in non-secure memory.
- tpm_event_log_size [mandatory]
- value type: <u32>
- Event Log size.

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Measured Boot Driver (MBD)
==========================
.. _measured-boot-document:
Properties binding information
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
.. toctree::
:maxdepth: 1
event_log

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Maximum Power Mitigation Mechanism (MPMM)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
|MPMM| is an optional microarchitectural power management mechanism supported by
some Arm Armv9-A cores, beginning with the Cortex-X2, Cortex-A710 and
Cortex-A510 cores. This mechanism detects and limits high-activity events to
assist in |SoC| processor power domain dynamic power budgeting and limit the
triggering of whole-rail (i.e. clock chopping) responses to overcurrent
conditions.
|MPMM| is enabled on a per-core basis by the EL3 runtime firmware. The presence
of |MPMM| cannot be determined at runtime by the firmware, and therefore the
platform must expose this information through one of two possible mechanisms:
- |FCONF|, controlled by the ``ENABLE_MPMM_FCONF`` build option.
- A platform implementation of the ``plat_mpmm_topology`` function (the
default).
See :ref:`Maximum Power Mitigation Mechanism (MPMM) Bindings` for documentation
on the |FCONF| device tree bindings.
.. warning::
|MPMM| exposes gear metrics through the auxiliary |AMU| counters. An
external power controller can use these metrics to budget SoC power by
limiting the number of cores that can execute higher-activity workloads or
switching to a different DVFS operating point. When this is the case, the
|AMU| counters that make up the |MPMM| gears must be enabled by the EL3
runtime firmware - please see :ref:`Activity Monitor Auxiliary Counters` for
documentation on enabling auxiliary |AMU| counters.

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Platform Interrupt Controller API
=================================
This document lists the optional platform interrupt controller API that
abstracts the runtime configuration and control of interrupt controller from the
generic code. The mandatory APIs are described in the
:ref:`Porting Guide <porting_guide_imf_in_bl31>`.
Function: unsigned int plat_ic_get_running_priority(void); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : void
Return : unsigned int
This API should return the priority of the interrupt the PE is currently
servicing. This must be be called only after an interrupt has already been
acknowledged via ``plat_ic_acknowledge_interrupt``.
In the case of Arm standard platforms using GIC, the *Running Priority Register*
is read to determine the priority of the interrupt.
Function: int plat_ic_is_spi(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : int
The API should return whether the interrupt ID (first parameter) is categorized
as a Shared Peripheral Interrupt. Shared Peripheral Interrupts are typically
associated to system-wide peripherals, and these interrupts can target any PE in
the system.
Function: int plat_ic_is_ppi(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : int
The API should return whether the interrupt ID (first parameter) is categorized
as a Private Peripheral Interrupt. Private Peripheral Interrupts are typically
associated with peripherals that are private to each PE. Interrupts from private
peripherals target to that PE only.
Function: int plat_ic_is_sgi(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : int
The API should return whether the interrupt ID (first parameter) is categorized
as a Software Generated Interrupt. Software Generated Interrupts are raised by
explicit programming by software, and are typically used in inter-PE
communication. Secure SGIs are reserved for use by Secure world software.
Function: unsigned int plat_ic_get_interrupt_active(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : int
This API should return the *active* status of the interrupt ID specified by the
first parameter, ``id``.
In case of Arm standard platforms using GIC, the implementation of the API reads
the GIC *Set Active Register* to read and return the active status of the
interrupt.
Function: void plat_ic_enable_interrupt(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : void
This API should enable the interrupt ID specified by the first parameter,
``id``. PEs in the system are expected to receive only enabled interrupts.
In case of Arm standard platforms using GIC, the implementation of the API
inserts barrier to make memory updates visible before enabling interrupt, and
then writes to GIC *Set Enable Register* to enable the interrupt.
Function: void plat_ic_disable_interrupt(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : void
This API should disable the interrupt ID specified by the first parameter,
``id``. PEs in the system are not expected to receive disabled interrupts.
In case of Arm standard platforms using GIC, the implementation of the API
writes to GIC *Clear Enable Register* to disable the interrupt, and inserts
barrier to make memory updates visible afterwards.
Function: void plat_ic_set_interrupt_priority(unsigned int id, unsigned int priority); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Argument : unsigned int
Return : void
This API should set the priority of the interrupt specified by first parameter
``id`` to the value set by the second parameter ``priority``.
In case of Arm standard platforms using GIC, the implementation of the API
writes to GIC *Priority Register* set interrupt priority.
Function: int plat_ic_has_interrupt_type(unsigned int type); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : int
This API should return whether the platform supports a given interrupt type. The
parameter ``type`` shall be one of ``INTR_TYPE_EL3``, ``INTR_TYPE_S_EL1``, or
``INTR_TYPE_NS``.
In case of Arm standard platforms using GICv3, the implementation of the API
returns ``1`` for all interrupt types.
In case of Arm standard platforms using GICv2, the API always return ``1`` for
``INTR_TYPE_NS``. Return value for other types depends on the value of build
option ``GICV2_G0_FOR_EL3``:
- For interrupt type ``INTR_TYPE_EL3``:
- When ``GICV2_G0_FOR_EL3`` is ``0``, it returns ``0``, indicating no support
for EL3 interrupts.
- When ``GICV2_G0_FOR_EL3`` is ``1``, it returns ``1``, indicating support for
EL3 interrupts.
- For interrupt type ``INTR_TYPE_S_EL1``:
- When ``GICV2_G0_FOR_EL3`` is ``0``, it returns ``1``, indicating support for
Secure EL1 interrupts.
- When ``GICV2_G0_FOR_EL3`` is ``1``, it returns ``0``, indicating no support
for Secure EL1 interrupts.
Function: void plat_ic_set_interrupt_type(unsigned int id, unsigned int type); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Argument : unsigned int
Return : void
This API should set the interrupt specified by first parameter ``id`` to the
type specified by second parameter ``type``. The ``type`` parameter can be
one of:
- ``INTR_TYPE_NS``: interrupt is meant to be consumed by the Non-secure world.
- ``INTR_TYPE_S_EL1``: interrupt is meant to be consumed by Secure EL1.
- ``INTR_TYPE_EL3``: interrupt is meant to be consumed by EL3.
In case of Arm standard platforms using GIC, the implementation of the API
writes to the GIC *Group Register* and *Group Modifier Register* (only GICv3) to
assign the interrupt to the right group.
For GICv3:
- ``INTR_TYPE_NS`` maps to Group 1 interrupt.
- ``INTR_TYPE_S_EL1`` maps to Secure Group 1 interrupt.
- ``INTR_TYPE_EL3`` maps to Secure Group 0 interrupt.
For GICv2:
- ``INTR_TYPE_NS`` maps to Group 1 interrupt.
- When the build option ``GICV2_G0_FOR_EL3`` is set to ``0`` (the default),
``INTR_TYPE_S_EL1`` maps to Group 0. Otherwise, ``INTR_TYPE_EL3`` maps to
Group 0 interrupt.
Function: void plat_ic_raise_el3_sgi(int sgi_num, u_register_t target); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : int
Argument : u_register_t
Return : void
This API should raise an EL3 SGI. The first parameter, ``sgi_num``, specifies
the ID of the SGI. The second parameter, ``target``, must be the MPIDR of the
target PE.
In case of Arm standard platforms using GIC, the implementation of the API
inserts barrier to make memory updates visible before raising SGI, then writes
to appropriate *SGI Register* in order to raise the EL3 SGI.
Function: void plat_ic_set_spi_routing(unsigned int id, unsigned int routing_mode, u_register_t mpidr); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Argument : unsigned int
Argument : u_register_t
Return : void
This API should set the routing mode of Share Peripheral Interrupt (SPI)
specified by first parameter ``id`` to that specified by the second parameter
``routing_mode``.
The ``routing_mode`` parameter can be one of:
- ``INTR_ROUTING_MODE_ANY`` means the interrupt can be routed to any PE in the
system. The ``mpidr`` parameter is ignored in this case.
- ``INTR_ROUTING_MODE_PE`` means the interrupt is routed to the PE whose MPIDR
value is specified by the parameter ``mpidr``.
In case of Arm standard platforms using GIC, the implementation of the API
writes to the GIC *Target Register* (GICv2) or *Route Register* (GICv3) to set
the routing.
Function: void plat_ic_set_interrupt_pending(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : void
This API should set the interrupt specified by first parameter ``id`` to
*Pending*.
In case of Arm standard platforms using GIC, the implementation of the API
inserts barrier to make memory updates visible before setting interrupt pending,
and writes to the GIC *Set Pending Register* to set the interrupt pending
status.
Function: void plat_ic_clear_interrupt_pending(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : void
This API should clear the *Pending* status of the interrupt specified by first
parameter ``id``.
In case of Arm standard platforms using GIC, the implementation of the API
writes to the GIC *Clear Pending Register* to clear the interrupt pending
status, and inserts barrier to make memory updates visible afterwards.
Function: unsigned int plat_ic_set_priority_mask(unsigned int id); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : int
This API should set the priority mask (first parameter) in the interrupt
controller such that only interrupts of higher priority than the supplied one
may be signalled to the PE. The API should return the current priority value
that it's overwriting.
In case of Arm standard platforms using GIC, the implementation of the API
inserts to order memory updates before updating mask, then writes to the GIC
*Priority Mask Register*, and make sure memory updates are visible before
potential trigger due to mask update.
.. _plat_ic_get_interrupt_id:
Function: unsigned int plat_ic_get_interrupt_id(unsigned int raw); [optional]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
::
Argument : unsigned int
Return : unsigned int
This API should extract and return the interrupt number from the raw value
obtained by the acknowledging the interrupt (read using
``plat_ic_acknowledge_interrupt()``). If the interrupt ID is invalid, this API
should return ``INTR_ID_UNAVAILABLE``.
In case of Arm standard platforms using GIC, the implementation of the API
masks out the interrupt ID field from the acknowledged value from GIC.
--------------
*Copyright (c) 2017-2019, Arm Limited and Contributors. All rights reserved.*

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Reliability, Availability, and Serviceability (RAS) Extensions
==============================================================
This document describes |TF-A| support for Arm Reliability, Availability, and
Serviceability (RAS) extensions. RAS is a mandatory extension for Armv8.2 and
later CPUs, and also an optional extension to the base Armv8.0 architecture.
In conjunction with the |EHF|, support for RAS extension enables firmware-first
paradigm for handling platform errors: exceptions resulting from errors are
routed to and handled in EL3. Said errors are Synchronous External Abort (SEA),
Asynchronous External Abort (signalled as SErrors), Fault Handling and Error
Recovery interrupts. The |EHF| document mentions various :ref:`error handling
use-cases <delegation-use-cases>` .
For the description of Arm RAS extensions, Standard Error Records, and the
precise definition of RAS terminology, please refer to the Arm Architecture
Reference Manual. The rest of this document assumes familiarity with
architecture and terminology.
Overview
--------
As mentioned above, the RAS support in |TF-A| enables routing to and handling of
exceptions resulting from platform errors in EL3. It allows the platform to
define an External Abort handler, and to register RAS nodes and interrupts. RAS
framework also provides `helpers`__ for accessing Standard Error Records as
introduced by the RAS extensions.
.. __: `Standard Error Record helpers`_
The build option ``RAS_EXTENSION`` when set to ``1`` includes the RAS in run
time firmware; ``EL3_EXCEPTION_HANDLING`` and ``HANDLE_EA_EL3_FIRST`` must also
be set ``1``. ``RAS_TRAP_LOWER_EL_ERR_ACCESS`` controls the access to the RAS
error record registers from lower ELs.
.. _ras-figure:
.. image:: ../resources/diagrams/draw.io/ras.svg
See more on `Engaging the RAS framework`_.
Platform APIs
-------------
The RAS framework allows the platform to define handlers for External Abort,
Uncontainable Errors, Double Fault, and errors rising from EL3 execution. Please
refer to :ref:`RAS Porting Guide <External Abort handling and RAS Support>`.
Registering RAS error records
-----------------------------
RAS nodes are components in the system capable of signalling errors to PEs
through one one of the notification mechanisms—SEAs, SErrors, or interrupts. RAS
nodes contain one or more error records, which are registers through which the
nodes advertise various properties of the signalled error. Arm recommends that
error records are implemented in the Standard Error Record format. The RAS
architecture allows for error records to be accessible via system or
memory-mapped registers.
The platform should enumerate the error records providing for each of them:
- A handler to probe error records for errors;
- When the probing identifies an error, a handler to handle it;
- For memory-mapped error record, its base address and size in KB; for a system
register-accessed record, the start index of the record and number of
continuous records from that index;
- Any node-specific auxiliary data.
With this information supplied, when the run time firmware receives one of the
notification mechanisms, the RAS framework can iterate through and probe error
records for error, and invoke the appropriate handler to handle it.
The RAS framework provides the macros to populate error record information. The
macros are versioned, and the latest version as of this writing is 1. These
macros create a structure of type ``struct err_record_info`` from its arguments,
which are later passed to probe and error handlers.
For memory-mapped error records:
.. code:: c
ERR_RECORD_MEMMAP_V1(base_addr, size_num_k, probe, handler, aux)
And, for system register ones:
.. code:: c
ERR_RECORD_SYSREG_V1(idx_start, num_idx, probe, handler, aux)
The probe handler must have the following prototype:
.. code:: c
typedef int (*err_record_probe_t)(const struct err_record_info *info,
int *probe_data);
The probe handler must return a non-zero value if an error was detected, or 0
otherwise. The ``probe_data`` output parameter can be used to pass any useful
information resulting from probe to the error handler (see `below`__). For
example, it could return the index of the record.
.. __: `Standard Error Record helpers`_
The error handler must have the following prototype:
.. code:: c
typedef int (*err_record_handler_t)(const struct err_record_info *info,
int probe_data, const struct err_handler_data *const data);
The ``data`` constant parameter describes the various properties of the error,
including the reason for the error, exception syndrome, and also ``flags``,
``cookie``, and ``handle`` parameters from the :ref:`top-level exception handler
<EL3 interrupts>`.
The platform is expected populate an array using the macros above, and register
the it with the RAS framework using the macro ``REGISTER_ERR_RECORD_INFO()``,
passing it the name of the array describing the records. Note that the macro
must be used in the same file where the array is defined.
Standard Error Record helpers
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The |TF-A| RAS framework provides probe handlers for Standard Error Records, for
both memory-mapped and System Register accesses:
.. code:: c
int ras_err_ser_probe_memmap(const struct err_record_info *info,
int *probe_data);
int ras_err_ser_probe_sysreg(const struct err_record_info *info,
int *probe_data);
When the platform enumerates error records, for those records in the Standard
Error Record format, these helpers maybe used instead of rolling out their own.
Both helpers above:
- Return non-zero value when an error is detected in a Standard Error Record;
- Set ``probe_data`` to the index of the error record upon detecting an error.
Registering RAS interrupts
--------------------------
RAS nodes can signal errors to the PE by raising Fault Handling and/or Error
Recovery interrupts. For the firmware-first handling paradigm for interrupts to
work, the platform must setup and register with |EHF|. See `Interaction with
Exception Handling Framework`_.
For each RAS interrupt, the platform has to provide structure of type ``struct
ras_interrupt``:
- Interrupt number;
- The associated error record information (pointer to the corresponding
``struct err_record_info``);
- Optionally, a cookie.
The platform is expected to define an array of ``struct ras_interrupt``, and
register it with the RAS framework using the macro
``REGISTER_RAS_INTERRUPTS()``, passing it the name of the array. Note that the
macro must be used in the same file where the array is defined.
The array of ``struct ras_interrupt`` must be sorted in the increasing order of
interrupt number. This allows for fast look of handlers in order to service RAS
interrupts.
Double-fault handling
---------------------
A Double Fault condition arises when an error is signalled to the PE while
handling of a previously signalled error is still underway. When a Double Fault
condition arises, the Arm RAS extensions only require for handler to perform
orderly shutdown of the system, as recovery may be impossible.
The RAS extensions part of Armv8.4 introduced new architectural features to deal
with Double Fault conditions, specifically, the introduction of ``NMEA`` and
``EASE`` bits to ``SCR_EL3`` register. These were introduced to assist EL3
software which runs part of its entry/exit routines with exceptions momentarily
masked—meaning, in such systems, External Aborts/SErrors are not immediately
handled when they occur, but only after the exceptions are unmasked again.
|TF-A|, for legacy reasons, executes entire EL3 with all exceptions unmasked.
This means that all exceptions routed to EL3 are handled immediately. |TF-A|
thus is able to detect a Double Fault conditions in software, without needing
the intended advantages of Armv8.4 Double Fault architecture extensions.
Double faults are fatal, and terminate at the platform double fault handler, and
doesn't return.
Engaging the RAS framework
--------------------------
Enabling RAS support is a platform choice constructed from three distinct, but
related, build options:
- ``RAS_EXTENSION=1`` includes the RAS framework in the run time firmware;
- ``EL3_EXCEPTION_HANDLING=1`` enables handling of exceptions at EL3. See
`Interaction with Exception Handling Framework`_;
- ``HANDLE_EA_EL3_FIRST=1`` enables routing of External Aborts and SErrors to
EL3.
The RAS support in |TF-A| introduces a default implementation of
``plat_ea_handler``, the External Abort handler in EL3. When ``RAS_EXTENSION``
is set to ``1``, it'll first call ``ras_ea_handler()`` function, which is the
top-level RAS exception handler. ``ras_ea_handler`` is responsible for iterating
to through platform-supplied error records, probe them, and when an error is
identified, look up and invoke the corresponding error handler.
Note that, if the platform chooses to override the ``plat_ea_handler`` function
and intend to use the RAS framework, it must explicitly call
``ras_ea_handler()`` from within.
Similarly, for RAS interrupts, the framework defines
``ras_interrupt_handler()``. The RAS framework arranges for it to be invoked
when a RAS interrupt taken at EL3. The function bisects the platform-supplied
sorted array of interrupts to look up the error record information associated
with the interrupt number. That error handler for that record is then invoked to
handle the error.
Interaction with Exception Handling Framework
---------------------------------------------
As mentioned in earlier sections, RAS framework interacts with the |EHF| to
arbitrate handling of RAS exceptions with others that are routed to EL3. This
means that the platform must partition a :ref:`priority level <Partitioning
priority levels>` for handling RAS exceptions. The platform must then define
the macro ``PLAT_RAS_PRI`` to the priority level used for RAS exceptions.
Platforms would typically want to allocate the highest secure priority for
RAS handling.
Handling of both :ref:`interrupt <interrupt-flow>` and :ref:`non-interrupt
<non-interrupt-flow>` exceptions follow the sequences outlined in the |EHF|
documentation. I.e., for interrupts, the priority management is implicit; but
for non-interrupt exceptions, they're explicit using :ref:`EHF APIs
<Activating and Deactivating priorities>`.
--------------
*Copyright (c) 2018-2019, Arm Limited and Contributors. All rights reserved.*

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Realm Management Extension (RME)
====================================
FEAT_RME (or RME for short) is an Armv9-A extension and is one component of the
`Arm Confidential Compute Architecture (Arm CCA)`_. TF-A supports RME starting
from version 2.6. This chapter discusses the changes to TF-A to support RME and
provides instructions on how to build and run TF-A with RME.
RME support in TF-A
---------------------
The following diagram shows an Arm CCA software architecture with TF-A as the
EL3 firmware. In the Arm CCA architecture there are two additional security
states and address spaces: ``Root`` and ``Realm``. TF-A firmware runs in the
Root world. In the realm world, a Realm Management Monitor firmware (RMM)
manages the execution of Realm VMs and their interaction with the hypervisor.
.. image:: ../resources/diagrams/arm-cca-software-arch.png
RME is the hardware extension to support Arm CCA. To support RME, various
changes have been introduced to TF-A. We discuss those changes below.
Changes to translation tables library
***************************************
RME adds Root and Realm Physical address spaces. To support this, two new
memory type macros, ``MT_ROOT`` and ``MT_REALM``, have been added to the
:ref:`Translation (XLAT) Tables Library`. These macros are used to configure
memory regions as Root or Realm respectively.
.. note::
Only version 2 of the translation tables library supports the new memory
types.
Changes to context management
*******************************
A new CPU context for the Realm world has been added. The existing
:ref:`CPU context management API<PSCI Library Integration guide for Armv8-A
AArch32 systems>` can be used to manage Realm context.
Boot flow changes
*******************
In a typical TF-A boot flow, BL2 runs at Secure-EL1. However when RME is
enabled, TF-A runs in the Root world at EL3. Therefore, the boot flow is
modified to run BL2 at EL3 when RME is enabled. In addition to this, a
Realm-world firmware (RMM) is loaded by BL2 in the Realm physical address
space.
The boot flow when RME is enabled looks like the following:
1. BL1 loads and executes BL2 at EL3
2. BL2 loads images including RMM
3. BL2 transfers control to BL31
4. BL31 initializes SPM (if SPM is enabled)
5. BL31 initializes RMM
6. BL31 transfers control to Normal-world software
Granule Protection Tables (GPT) library
*****************************************
Isolation between the four physical address spaces is enforced by a process
called Granule Protection Check (GPC) performed by the MMU downstream any
address translation. GPC makes use of Granule Protection Table (GPT) in the
Root world that describes the physical address space assignment of every
page (granule). A GPT library that provides APIs to initialize GPTs and to
transition granules between different physical address spaces has been added.
More information about the GPT library can be found in the
:ref:`Granule Protection Tables Library` chapter.
RMM Dispatcher (RMMD)
************************
RMMD is a new standard runtime service that handles the switch to the Realm
world. It initializes the RMM and handles Realm Management Interface (RMI)
SMC calls from Non-secure and Realm worlds.
Test Realm Payload (TRP)
*************************
TRP is a small test payload that runs at R-EL2 and implements a subset of
the Realm Management Interface (RMI) commands to primarily test EL3 firmware
and the interface between R-EL2 and EL3. When building TF-A with RME enabled,
if a path to an RMM image is not provided, TF-A builds the TRP by default
and uses it as RMM image.
Building and running TF-A with RME
------------------------------------
This section describes how you can build and run TF-A with RME enabled.
We assume you have all the :ref:`Prerequisites` to build TF-A.
To enable RME, you need to set the ENABLE_RME build flag when building
TF-A. Currently, this feature is only supported for the FVP platform.
The following instructions show you how to build and run TF-A with RME
for two scenarios: TF-A with TF-A Tests, and four-world execution with
Hafnium and TF-A Tests. The instructions assume you have already obtained
TF-A. You can use the following command to clone TF-A.
.. code:: shell
git clone https://git.trustedfirmware.org/TF-A/trusted-firmware-a.git
To run the tests, you need an FVP model. Please use the :ref:`latest version
<Arm Fixed Virtual Platforms (FVP)>` of *FVP_Base_RevC-2xAEMvA* model.
.. note::
ENABLE_RME build option is currently experimental.
Building TF-A with TF-A Tests
********************************************
Use the following instructions to build TF-A with `TF-A Tests`_ as the
non-secure payload (BL33).
**1. Obtain and build TF-A Tests**
.. code:: shell
git clone https://git.trustedfirmware.org/TF-A/tf-a-tests.git
cd tf-a-tests
make CROSS_COMPILE=aarch64-none-elf- PLAT=fvp DEBUG=1
This produces a TF-A Tests binary (*tftf.bin*) in the *build/fvp/debug* directory.
**2. Build TF-A**
.. code:: shell
cd trusted-firmware-a
make CROSS_COMPILE=aarch64-none-elf- \
PLAT=fvp \
ENABLE_RME=1 \
FVP_HW_CONFIG_DTS=fdts/fvp-base-gicv3-psci-1t.dts \
DEBUG=1 \
BL33=<path/to/tftf.bin> \
all fip
This produces *bl1.bin* and *fip.bin* binaries in the *build/fvp/debug* directory.
The above command also builds TRP. The TRP binary is packaged in *fip.bin*.
Four-world execution with Hafnium and TF-A Tests
****************************************************
Four-world execution involves software components at each security state: root,
secure, realm and non-secure. This section describes how to build TF-A
with four-world support. We use TF-A as the root firmware, `Hafnium`_ as the
secure component, TRP as the realm-world firmware and TF-A Tests as the
non-secure payload.
Before building TF-A, you first need to build the other software components.
You can find instructions on how to get and build TF-A Tests above.
**1. Obtain and build Hafnium**
.. code:: shell
git clone --recurse-submodules https://git.trustedfirmware.org/hafnium/hafnium.git
cd hafnium
# Use the default prebuilt LLVM/clang toolchain
PATH=$PWD/prebuilts/linux-x64/clang/bin:$PWD/prebuilts/linux-x64/dtc:$PATH
make PROJECT=reference
The Hafnium binary should be located at
*out/reference/secure_aem_v8a_fvp_clang/hafnium.bin*
**2. Build TF-A**
Build TF-A with RME as well as SPM enabled.
.. code:: shell
make CROSS_COMPILE=aarch64-none-elf- \
PLAT=fvp \
ENABLE_RME=1 \
FVP_HW_CONFIG_DTS=fdts/fvp-base-gicv3-psci-1t.dts \
SPD=spmd \
SPMD_SPM_AT_SEL2=1 \
BRANCH_PROTECTION=1 \
CTX_INCLUDE_PAUTH_REGS=1 \
DEBUG=1 \
SP_LAYOUT_FILE=<path/to/tf-a-tests>/build/fvp/debug/sp_layout.json> \
BL32=<path/to/hafnium.bin> \
BL33=<path/to/tftf.bin> \
all fip
Running the tests
*********************
Use the following command to run the tests on FVP. TF-A Tests should boot
and run the default tests including RME tests.
.. code:: shell
FVP_Base_RevC-2xAEMvA \
-C bp.flashloader0.fname=<path/to/fip.bin> \
-C bp.secureflashloader.fname=<path/to/bl1.bin> \
-C bp.refcounter.non_arch_start_at_default=1 \
-C bp.refcounter.use_real_time=0 \
-C bp.ve_sysregs.exit_on_shutdown=1 \
-C cache_state_modelled=1 \
-C cluster0.NUM_CORES=4 \
-C cluster0.PA_SIZE=48 \
-C cluster0.ecv_support_level=2 \
-C cluster0.gicv3.cpuintf-mmap-access-level=2 \
-C cluster0.gicv3.without-DS-support=1 \
-C cluster0.gicv4.mask-virtual-interrupt=1 \
-C cluster0.has_arm_v8-6=1 \
-C cluster0.has_branch_target_exception=1 \
-C cluster0.has_rme=1 \
-C cluster0.has_rndr=1 \
-C cluster0.has_amu=1 \
-C cluster0.has_v8_7_pmu_extension=2 \
-C cluster0.max_32bit_el=-1 \
-C cluster0.restriction_on_speculative_execution=2 \
-C cluster0.restriction_on_speculative_execution_aarch32=2 \
-C cluster1.NUM_CORES=4 \
-C cluster1.PA_SIZE=48 \
-C cluster1.ecv_support_level=2 \
-C cluster1.gicv3.cpuintf-mmap-access-level=2 \
-C cluster1.gicv3.without-DS-support=1 \
-C cluster1.gicv4.mask-virtual-interrupt=1 \
-C cluster1.has_arm_v8-6=1 \
-C cluster1.has_branch_target_exception=1 \
-C cluster1.has_rme=1 \
-C cluster1.has_rndr=1 \
-C cluster1.has_amu=1 \
-C cluster1.has_v8_7_pmu_extension=2 \
-C cluster1.max_32bit_el=-1 \
-C cluster1.restriction_on_speculative_execution=2 \
-C cluster1.restriction_on_speculative_execution_aarch32=2 \
-C pci.pci_smmuv3.mmu.SMMU_AIDR=2 \
-C pci.pci_smmuv3.mmu.SMMU_IDR0=0x0046123B \
-C pci.pci_smmuv3.mmu.SMMU_IDR1=0x00600002 \
-C pci.pci_smmuv3.mmu.SMMU_IDR3=0x1714 \
-C pci.pci_smmuv3.mmu.SMMU_IDR5=0xFFFF0475 \
-C pci.pci_smmuv3.mmu.SMMU_S_IDR1=0xA0000002 \
-C pci.pci_smmuv3.mmu.SMMU_S_IDR2=0 \
-C pci.pci_smmuv3.mmu.SMMU_S_IDR3=0 \
-C bp.pl011_uart0.out_file=uart0.log \
-C bp.pl011_uart1.out_file=uart1.log \
-C bp.pl011_uart2.out_file=uart2.log \
-C pctl.startup=0.0.0.0 \
-Q 1000 \
"$@"
The bottom of the output from *uart0* should look something like the following.
.. code-block:: shell
...
> Test suite 'FF-A Interrupt'
Passed
> Test suite 'SMMUv3 tests'
Passed
> Test suite 'PMU Leakage'
Passed
> Test suite 'DebugFS'
Passed
> Test suite 'Realm payload tests'
Passed
> Test suite 'Invalid memory access'
Passed
...
.. _Arm Confidential Compute Architecture (Arm CCA): https://www.arm.com/why-arm/architecture/security-features/arm-confidential-compute-architecture
.. _Arm Architecture Models website: https://developer.arm.com/tools-and-software/simulation-models/fixed-virtual-platforms/arm-ecosystem-models
.. _TF-A Tests: https://trustedfirmware-a-tests.readthedocs.io/en/latest
.. _Hafnium: https://www.trustedfirmware.org/projects/hafnium

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Library at ROM
==============
This document provides an overview of the "library at ROM" implementation in
Trusted Firmware-A (TF-A).
Introduction
~~~~~~~~~~~~
The "library at ROM" feature allows platforms to build a library of functions to
be placed in ROM. This reduces SRAM usage by utilising the available space in
ROM. The "library at ROM" contains a jump table with the list of functions that
are placed in ROM. The capabilities of the "library at ROM" are:
1. Functions can be from one or several libraries.
2. Functions can be patched after they have been programmed into ROM.
3. Platform-specific libraries can be placed in ROM.
4. Functions can be accessed by one or more BL images.
Index file
~~~~~~~~~~
.. image:: ../resources/diagrams/romlib_design.png
:width: 600
Library at ROM is described by an index file with the list of functions to be
placed in ROM. The index file is platform specific and its format is:
::
lib function [patch]
lib -- Name of the library the function belongs to
function -- Name of the function to be placed in library at ROM
[patch] -- Option to patch the function
It is also possible to insert reserved spaces in the list by using the keyword
"reserved" rather than the "lib" and "function" names as shown below:
::
reserved
The reserved spaces can be used to add more functions in the future without
affecting the order and location of functions already existing in the jump
table. Also, for additional flexibility and modularity, the index file can
include other index files.
For an index file example, refer to ``lib/romlib/jmptbl.i``.
Wrapper functions
~~~~~~~~~~~~~~~~~
.. image:: ../resources/diagrams/romlib_wrapper.png
:width: 600
When invoking a function of the "library at ROM", the calling sequence is as
follows:
BL image --> wrapper function --> jump table entry --> library at ROM
The index file is used to create a jump table which is placed in ROM. Then, the
wrappers refer to the jump table to call the "library at ROM" functions. The
wrappers essentially contain a branch instruction to the jump table entry
corresponding to the original function. Finally, the original function in the BL
image(s) is replaced with the wrapper function.
The "library at ROM" contains a necessary init function that initialises the
global variables defined by the functions inside "library at ROM".
Script
~~~~~~
There is a ``romlib_generate.py`` Python script that generates the necessary
files for the "library at ROM" to work. It implements multiple functions:
1. ``romlib_generate.py gentbl [args]`` - Generates the jump table by parsing
the index file.
2. ``romlib_generator.py genvar [args]`` - Generates the jump table global
variable (**not** the jump table itself) with the absolute address in ROM.
This global variable is, basically, a pointer to the jump table.
3. ``romlib_generator.py genwrappers [args]`` - Generates a wrapper function for
each entry in the index file except for the ones that contain the keyword
``patch``. The generated wrapper file is called ``<fn_name>.s``.
4. ``romlib_generator.py pre [args]`` - Preprocesses the index file which means
it resolves all the include commands in the file recursively. It can also
generate a dependency file of the included index files which can be directly
used in makefiles.
Each ``romlib_generate.py`` function has its own manual which is accessible by
runing ``romlib_generator.py [function] --help``.
``romlib_generate.py`` requires Python 3 environment.
Patching of functions in library at ROM
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The ``romlib_generator.py genwrappers`` does not generate wrappers for the
entries in the index file that contain the keyword ``patch``. Thus, it allows
calling the function from the actual library by breaking the link to the
"library at ROM" version of this function.
The calling sequence for a patched function is as follows:
BL image --> function
Memory impact
~~~~~~~~~~~~~
Using library at ROM will modify the memory layout of the BL images:
- The ROM library needs a page aligned RAM section to hold the RW data. This
section is defined by the ROMLIB_RW_BASE and ROMLIB_RW_END macros.
On Arm platforms a section of 1 page (0x1000) is allocated at the top of SRAM.
This will have for effect to shift down all the BL images by 1 page.
- Depending on the functions moved to the ROM library, the size of the BL images
will be reduced.
For example: moving MbedTLS function into the ROM library reduces BL1 and
BL2, but not BL31.
- This change in BL images size can be taken into consideration to optimize the
memory layout when defining the BLx_BASE macros.
Build library at ROM
~~~~~~~~~~~~~~~~~~~~~
The environment variable ``CROSS_COMPILE`` must be set appropriately. Refer to
:ref:`Performing an Initial Build` for more information about setting this
variable.
In the below example the usage of ROMLIB together with mbed TLS is demonstrated
to showcase the benefits of library at ROM - it's not mandatory.
.. code:: shell
make PLAT=fvp \
MBEDTLS_DIR=</path/to/mbedtls/> \
TRUSTED_BOARD_BOOT=1 GENERATE_COT=1 \
ARM_ROTPK_LOCATION=devel_rsa \
ROT_KEY=plat/arm/board/common/rotpk/arm_rotprivk_rsa.pem \
BL33=</path/to/bl33.bin> \
USE_ROMLIB=1 \
all fip
--------------
*Copyright (c) 2019, Arm Limited. All rights reserved.*

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SDEI: Software Delegated Exception Interface
============================================
This document provides an overview of the SDEI dispatcher implementation in
Trusted Firmware-A (TF-A).
Introduction
------------
Software Delegated Exception Interface (|SDEI|) is an Arm specification for
Non-secure world to register handlers with firmware to receive notifications
about system events. Firmware will first receive the system events by way of
asynchronous exceptions and, in response, arranges for the registered handler to
execute in the Non-secure EL.
Normal world software that interacts with the SDEI dispatcher (makes SDEI
requests and receives notifications) is referred to as the *SDEI Client*. A
client receives the event notification at the registered handler even when it
was executing with exceptions masked. The list of SDEI events available to the
client are specific to the platform [#std-event]_. See also `Determining client
EL`_.
.. _general SDEI dispatch:
The following figure depicts a general sequence involving SDEI client executing
at EL2 and an event dispatch resulting from the triggering of a bound interrupt.
A commentary is provided below:
.. uml:: ../resources/diagrams/plantuml/sdei_general.puml
As part of initialisation, the SDEI client binds a Non-secure interrupt [1], and
the SDEI dispatcher returns a platform dynamic event number [2]. The client then
registers a handler for that event [3], enables the event [5], and unmasks all
events on the current PE [7]. This sequence is typical of an SDEI client, but it
may involve additional SDEI calls.
At a later point in time, when the bound interrupt triggers [9], it's trapped to
EL3. The interrupt is handed over to the SDEI dispatcher, which then arranges to
execute the registered handler [10]. The client terminates its execution with
``SDEI_EVENT_COMPLETE`` [11], following which the dispatcher resumes the
original EL2 execution [13]. Note that the SDEI interrupt remains active until
the client handler completes, at which point EL3 does EOI [12].
Other than events bound to interrupts, as depicted in the sequence above, SDEI
events can be explicitly dispatched in response to other exceptions, for
example, upon receiving an *SError* or *Synchronous External Abort*. See
`Explicit dispatch of events`_.
The remainder of this document only discusses the design and implementation of
SDEI dispatcher in TF-A, and assumes that the reader is familiar with the SDEI
specification, the interfaces, and their requirements.
Defining events
---------------
A platform choosing to include the SDEI dispatcher must also define the events
available on the platform, along with their attributes.
The platform is expected to provide two arrays of event descriptors: one for
private events, and another for shared events. The SDEI dispatcher provides
``SDEI_PRIVATE_EVENT()`` and ``SDEI_SHARED_EVENT()`` macros to populate the
event descriptors. Both macros take 3 arguments:
- The event number: this must be a positive 32-bit integer.
- For an event that has a backing interrupt, the interrupt number the event is
bound to:
- If it's not applicable to an event, this shall be left as ``0``.
- If the event is dynamic, this should be specified as ``SDEI_DYN_IRQ``.
- A bit map of `Event flags`_.
To define event 0, the macro ``SDEI_DEFINE_EVENT_0()`` should be used. This
macro takes only one parameter: an SGI number to signal other PEs.
To define an event that's meant to be explicitly dispatched (i.e., not as a
result of receiving an SDEI interrupt), the macro ``SDEI_EXPLICIT_EVENT()``
should be used. It accepts two parameters:
- The event number (as above);
- Event priority: ``SDEI_MAPF_CRITICAL`` or ``SDEI_MAPF_NORMAL``, as described
below.
Once the event descriptor arrays are defined, they should be exported to the
SDEI dispatcher using the ``REGISTER_SDEI_MAP()`` macro, passing it the pointers
to the private and shared event descriptor arrays, respectively. Note that the
``REGISTER_SDEI_MAP()`` macro must be used in the same file where the arrays are
defined.
Regarding event descriptors:
- For Event 0:
- There must be exactly one descriptor in the private array, and none in the
shared array.
- The event should be defined using ``SDEI_DEFINE_EVENT_0()``.
- Must be bound to a Secure SGI on the platform.
- Explicit events should only be used in the private array.
- Statically bound shared and private interrupts must be bound to shared and
private interrupts on the platform, respectively. See the section on
`Configuration within Exception Handling Framework`_.
- Both arrays should be one-dimensional. The ``REGISTER_SDEI_MAP()`` macro
takes care of replicating private events for each PE on the platform.
- Both arrays must be sorted in the increasing order of event number.
The SDEI specification doesn't have provisions for discovery of available events
on the platform. The list of events made available to the client, along with
their semantics, have to be communicated out of band; for example, through
Device Trees or firmware configuration tables.
See also `Event definition example`_.
Event flags
~~~~~~~~~~~
Event flags describe the properties of the event. They are bit maps that can be
``OR``\ ed to form parameters to macros that define events (see
`Defining events`_).
- ``SDEI_MAPF_DYNAMIC``: Marks the event as dynamic. Dynamic events can be
bound to (or released from) any Non-secure interrupt at runtime via the
``SDEI_INTERRUPT_BIND`` and ``SDEI_INTERRUPT_RELEASE`` calls.
- ``SDEI_MAPF_BOUND``: Marks the event as statically bound to an interrupt.
These events cannot be re-bound at runtime.
- ``SDEI_MAPF_NORMAL``: Marks the event as having *Normal* priority. This is
the default priority.
- ``SDEI_MAPF_CRITICAL``: Marks the event as having *Critical* priority.
Event definition example
------------------------
.. code:: c
static sdei_ev_map_t plat_private_sdei[] = {
/* Event 0 definition */
SDEI_DEFINE_EVENT_0(8),
/* PPI */
SDEI_PRIVATE_EVENT(8, 23, SDEI_MAPF_BOUND),
/* Dynamic private events */
SDEI_PRIVATE_EVENT(100, SDEI_DYN_IRQ, SDEI_MAPF_DYNAMIC),
SDEI_PRIVATE_EVENT(101, SDEI_DYN_IRQ, SDEI_MAPF_DYNAMIC)
/* Events for explicit dispatch */
SDEI_EXPLICIT_EVENT(2000, SDEI_MAPF_NORMAL);
SDEI_EXPLICIT_EVENT(2000, SDEI_MAPF_CRITICAL);
};
/* Shared event mappings */
static sdei_ev_map_t plat_shared_sdei[] = {
SDEI_SHARED_EVENT(804, 0, SDEI_MAPF_DYNAMIC),
/* Dynamic shared events */
SDEI_SHARED_EVENT(3000, SDEI_DYN_IRQ, SDEI_MAPF_DYNAMIC),
SDEI_SHARED_EVENT(3001, SDEI_DYN_IRQ, SDEI_MAPF_DYNAMIC)
};
/* Export SDEI events */
REGISTER_SDEI_MAP(plat_private_sdei, plat_shared_sdei);
Configuration within Exception Handling Framework
-------------------------------------------------
The SDEI dispatcher functions alongside the Exception Handling Framework. This
means that the platform must assign priorities to both Normal and Critical SDEI
interrupts for the platform:
- Install priority descriptors for Normal and Critical SDEI interrupts.
- For those interrupts that are statically bound (i.e. events defined as having
the ``SDEI_MAPF_BOUND`` property), enumerate their properties for the GIC
driver to configure interrupts accordingly.
The interrupts must be configured to target EL3. This means that they should
be configured as *Group 0*. Additionally, on GICv2 systems, the build option
``GICV2_G0_FOR_EL3`` must be set to ``1``.
See also :ref:`porting_guide_sdei_requirements`.
Determining client EL
---------------------
The SDEI specification requires that the *physical* SDEI client executes in the
highest Non-secure EL implemented on the system. This means that the dispatcher
will only allow SDEI calls to be made from:
- EL2, if EL2 is implemented. The Hypervisor is expected to implement a
*virtual* SDEI dispatcher to support SDEI clients in Guest Operating Systems
executing in Non-secure EL1.
- Non-secure EL1, if EL2 is not implemented or disabled.
See the function ``sdei_client_el()`` in ``sdei_private.h``.
.. _explicit-dispatch-of-events:
Explicit dispatch of events
---------------------------
Typically, an SDEI event dispatch is caused by the PE receiving interrupts that
are bound to an SDEI event. However, there are cases where the Secure world
requires dispatch of an SDEI event as a direct or indirect result of a past
activity, such as receiving a Secure interrupt or an exception.
The SDEI dispatcher implementation provides ``sdei_dispatch_event()`` API for
this purpose. The API has the following signature:
.. code:: c
int sdei_dispatch_event(int ev_num);
The parameter ``ev_num`` is the event number to dispatch. The API returns ``0``
on success, or ``-1`` on failure.
The following figure depicts a scenario involving explicit dispatch of SDEI
event. A commentary is provided below:
.. uml:: ../resources/diagrams/plantuml/sdei_explicit_dispatch.puml
As part of initialisation, the SDEI client registers a handler for a platform
event [1], enables the event [3], and unmasks the current PE [5]. Note that,
unlike in `general SDEI dispatch`_, this doesn't involve interrupt binding, as
bound or dynamic events can't be explicitly dispatched (see the section below).
At a later point in time, a critical event [#critical-event]_ is trapped into
EL3 [7]. EL3 performs a first-level triage of the event, and a RAS component
assumes further handling [8]. The dispatch completes, but intends to involve
Non-secure world in further handling, and therefore decides to explicitly
dispatch an event [10] (which the client had already registered for [1]). The
rest of the sequence is similar to that in the `general SDEI dispatch`_: the
requested event is dispatched to the client (assuming all the conditions are
met), and when the handler completes, the preempted execution resumes.
Conditions for event dispatch
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
All of the following requirements must be met for the API to return ``0`` and
event to be dispatched:
- SDEI events must be unmasked on the PE. I.e. the client must have called
``PE_UNMASK`` beforehand.
- Event 0 can't be dispatched.
- The event must be declared using the ``SDEI_EXPLICIT_EVENT()`` macro
described above.
- The event must be private to the PE.
- The event must have been registered for and enabled.
- A dispatch for the same event must not be outstanding. I.e. it hasn't already
been dispatched and is yet to be completed.
- The priority of the event (either Critical or Normal, as configured by the
platform at build-time) shouldn't cause priority inversion. This means:
- If it's of Normal priority, neither Normal nor Critical priority dispatch
must be outstanding on the PE.
- If it's of a Critical priority, no Critical priority dispatch must be
outstanding on the PE.
Further, the caller should be aware of the following assumptions made by the
dispatcher:
- The caller of the API is a component running in EL3; for example, a RAS
driver.
- The requested dispatch will be permitted by the Exception Handling Framework.
I.e. the caller must make sure that the requested dispatch has sufficient
priority so as not to cause priority level inversion within Exception
Handling Framework.
- The caller must be prepared for the SDEI dispatcher to restore the Non-secure
context, and mark that the active context.
- The call will block until the SDEI client completes the event (i.e. when the
client calls either ``SDEI_EVENT_COMPLETE`` or ``SDEI_COMPLETE_AND_RESUME``).
- The caller must be prepared for this API to return failure and handle
accordingly.
Porting requirements
--------------------
The porting requirements of the SDEI dispatcher are outlined in the
:ref:`Porting Guide <porting_guide_sdei_requirements>`.
Note on writing SDEI event handlers
-----------------------------------
*This section pertains to SDEI event handlers in general, not just when using
the TF-A SDEI dispatcher.*
The SDEI specification requires that event handlers preserve the contents of all
registers except ``x0`` to ``x17``. This has significance if event handler is
written in C: compilers typically adjust the stack frame at the beginning and
end of C functions. For example, AArch64 GCC typically produces the following
function prologue and epilogue:
::
c_event_handler:
stp x29, x30, [sp,#-32]!
mov x29, sp
...
bl ...
...
ldp x29, x30, [sp],#32
ret
The register ``x29`` is used as frame pointer in the prologue. Because neither a
valid ``SDEI_EVENT_COMPLETE`` nor ``SDEI_EVENT_COMPLETE_AND_RESUME`` calls
return to the handler, the epilogue never gets executed, and registers ``x29``
and ``x30`` (in the case above) are inadvertently corrupted. This violates the
SDEI specification, and the normal execution thereafter will result in
unexpected behaviour.
To work this around, it's advised that the top-level event handlers are
implemented in assembly, following a similar pattern as below:
::
asm_event_handler:
/* Save link register whilst maintaining stack alignment */
stp xzr, x30, [sp, #-16]!
bl c_event_handler
/* Restore link register */
ldp xzr, x30, [sp], #16
/* Complete call */
ldr x0, =SDEI_EVENT_COMPLETE
smc #0
b .
--------------
*Copyright (c) 2017-2019, Arm Limited and Contributors. All rights reserved.*
.. rubric:: Footnotes
.. [#std-event] Except event 0, which is defined by the SDEI specification as a
standard event.
.. [#critical-event] Examples of critical events are *SError*, *Synchronous
External Abort*, *Fault Handling interrupt* or *Error
Recovery interrupt* from one of RAS nodes in the system.
.. _SDEI specification: http://infocenter.arm.com/help/topic/com.arm.doc.den0054a/ARM_DEN0054A_Software_Delegated_Exception_Interface.pdf
.. _Software Delegated Exception Interface: `SDEI specification`_

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Secure Partition Manager (MM)
*****************************
Foreword
========
Two implementations of a Secure Partition Manager co-exist in the TF-A codebase:
- SPM based on the FF-A specification (:ref:`Secure Partition Manager`).
- SPM based on the MM interface.
Both implementations differ in their architectures and only one can be selected
at build time.
This document describes the latter implementation where the Secure Partition Manager
resides at EL3 and management services run from isolated Secure Partitions at S-EL0.
The communication protocol is established through the Management Mode (MM) interface.
Background
==========
In some market segments that primarily deal with client-side devices like mobile
phones, tablets, STBs and embedded devices, a Trusted OS instantiates trusted
applications to provide security services like DRM, secure payment and
authentication. The Global Platform TEE Client API specification defines the API
used by Non-secure world applications to access these services. A Trusted OS
fulfils the requirements of a security service as described above.
Management services are typically implemented at the highest level of privilege
in the system, i.e. EL3 in Trusted Firmware-A (TF-A). The service requirements are
fulfilled by the execution environment provided by TF-A.
The following diagram illustrates the corresponding software stack:
|Image 1|
In other market segments that primarily deal with server-side devices (e.g. data
centres and enterprise servers) the secure software stack typically does not
include a Global Platform Trusted OS. Security functions are accessed through
other interfaces (e.g. ACPI TCG TPM interface, UEFI runtime variable service).
Placement of management and security functions with diverse requirements in a
privileged Exception Level (i.e. EL3 or S-EL1) makes security auditing of
firmware more difficult and does not allow isolation of unrelated services from
each other either.
Introduction
============
A **Secure Partition** is a software execution environment instantiated in
S-EL0 that can be used to implement simple management and security services.
Since S-EL0 is an unprivileged Exception Level, a Secure Partition relies on
privileged firmware (i.e. TF-A) to be granted access to system and processor
resources. Essentially, it is a software sandbox in the Secure world that runs
under the control of privileged software, provides one or more services and
accesses the following system resources:
- Memory and device regions in the system address map.
- PE system registers.
- A range of synchronous exceptions (e.g. SMC function identifiers).
Note that currently TF-A only supports handling one Secure Partition.
A Secure Partition enables TF-A to implement only the essential secure
services in EL3 and instantiate the rest in a partition in S-EL0.
Furthermore, multiple Secure Partitions can be used to isolate unrelated
services from each other.
The following diagram illustrates the place of a Secure Partition in a typical
Armv8-A software stack. A single or multiple Secure Partitions provide secure
services to software components in the Non-secure world and other Secure
Partitions.
|Image 2|
The TF-A build system is responsible for including the Secure Partition image
in the FIP. During boot, BL2 includes support to authenticate and load the
Secure Partition image. A BL31 component called **Secure Partition Manager
(SPM)** is responsible for managing the partition. This is semantically
similar to a hypervisor managing a virtual machine.
The SPM is responsible for the following actions during boot:
- Allocate resources requested by the Secure Partition.
- Perform architectural and system setup required by the Secure Partition to
fulfil a service request.
- Implement a standard interface that is used for initialising a Secure
Partition.
The SPM is responsible for the following actions during runtime:
- Implement a standard interface that is used by a Secure Partition to fulfil
service requests.
- Implement a standard interface that is used by the Non-secure world for
accessing the services exported by a Secure Partition. A service can be
invoked through a SMC.
Alternatively, a partition can be viewed as a thread of execution running under
the control of the SPM. Hence common programming concepts described below are
applicable to a partition.
Description
===========
The previous section introduced some general aspects of the software
architecture of a Secure Partition. This section describes the specific choices
made in the current implementation of this software architecture. Subsequent
revisions of the implementation will include a richer set of features that
enable a more flexible architecture.
Building TF-A with Secure Partition support
-------------------------------------------
SPM is supported on the Arm FVP exclusively at the moment. The current
implementation supports inclusion of only a single Secure Partition in which a
service always runs to completion (e.g. the requested services cannot be
preempted to give control back to the Normal world).
It is not currently possible for BL31 to integrate SPM support and a Secure
Payload Dispatcher (SPD) at the same time; they are mutually exclusive. In the
SPM bootflow, a Secure Partition image executing at S-EL0 replaces the Secure
Payload image executing at S-EL1 (e.g. a Trusted OS). Both are referred to as
BL32.
A working prototype of a SP has been implemented by re-purposing the EDK2 code
and tools, leveraging the concept of the *Standalone Management Mode (MM)* in
the UEFI specification (see the PI v1.6 Volume 4: Management Mode Core
Interface). This will be referred to as the *Standalone MM Secure Partition* in
the rest of this document.
To enable SPM support in TF-A, the source code must be compiled with the build
flag ``SPM_MM=1``, along with ``EL3_EXCEPTION_HANDLING=1`` and ``ENABLE_SVE_FOR_NS=0``.
On Arm platforms the build option ``ARM_BL31_IN_DRAM`` must be set to 1. Also, the
location of the binary that contains the BL32 image
(``BL32=path/to/image.bin``) must be specified.
First, build the Standalone MM Secure Partition. To build it, refer to the
`instructions in the EDK2 repository`_.
Then build TF-A with SPM support and include the Standalone MM Secure Partition
image in the FIP:
.. code:: shell
BL32=path/to/standalone/mm/sp BL33=path/to/bl33.bin \
make PLAT=fvp SPM_MM=1 EL3_EXCEPTION_HANDLING=1 ENABLE_SVE_FOR_NS=0 ARM_BL31_IN_DRAM=1 all fip
Describing Secure Partition resources
-------------------------------------
TF-A exports a porting interface that enables a platform to specify the system
resources required by the Secure Partition. Some instructions are given below.
However, this interface is under development and it may change as new features
are implemented.
- A Secure Partition is considered a BL32 image, so the same defines that apply
to BL32 images apply to a Secure Partition: ``BL32_BASE`` and ``BL32_LIMIT``.
- The following defines are needed to allocate space for the translation tables
used by the Secure Partition: ``PLAT_SP_IMAGE_MMAP_REGIONS`` and
``PLAT_SP_IMAGE_MAX_XLAT_TABLES``.
- The functions ``plat_get_secure_partition_mmap()`` and
``plat_get_secure_partition_boot_info()`` have to be implemented. The file
``plat/arm/board/fvp/fvp_common.c`` can be used as an example. It uses the
defines in ``include/plat/arm/common/arm_spm_def.h``.
- ``plat_get_secure_partition_mmap()`` returns an array of mmap regions that
describe the memory regions that the SPM needs to allocate for a Secure
Partition.
- ``plat_get_secure_partition_boot_info()`` returns a
``spm_mm_boot_info_t`` struct that is populated by the platform
with information about the memory map of the Secure Partition.
For an example of all the changes in context, you may refer to commit
``e29efeb1b4``, in which the port for FVP was introduced.
Accessing Secure Partition services
-----------------------------------
The `SMC Calling Convention`_ (*Arm DEN 0028B*) describes SMCs as a conduit for
accessing services implemented in the Secure world. The ``MM_COMMUNICATE``
interface defined in the `Management Mode Interface Specification`_ (*Arm DEN
0060A*) is used to invoke a Secure Partition service as a Fast Call.
The mechanism used to identify a service within the partition depends on the
service implementation. It is assumed that the caller of the service will be
able to discover this mechanism through standard platform discovery mechanisms
like ACPI and Device Trees. For example, *Volume 4: Platform Initialisation
Specification v1.6. Management Mode Core Interface* specifies that a GUID is
used to identify a management mode service. A client populates the GUID in the
``EFI_MM_COMMUNICATE_HEADER``. The header is populated in the communication
buffer shared with the Secure Partition.
A Fast Call appears to be atomic from the perspective of the caller and returns
when the requested operation has completed. A service invoked through the
``MM_COMMUNICATE`` SMC will run to completion in the partition on a given CPU.
The SPM is responsible for guaranteeing this behaviour. This means that there
can only be a single outstanding Fast Call in a partition on a given CPU.
Exchanging data with the Secure Partition
-----------------------------------------
The exchange of data between the Non-secure world and the partition takes place
through a shared memory region. The location of data in the shared memory area
is passed as a parameter to the ``MM_COMMUNICATE`` SMC. The shared memory area
is statically allocated by the SPM and is expected to be either implicitly known
to the Non-secure world or discovered through a platform discovery mechanism
e.g. ACPI table or device tree. It is possible for the Non-secure world to
exchange data with a partition only if it has been populated in this shared
memory area. The shared memory area is implemented as per the guidelines
specified in Section 3.2.3 of the `Management Mode Interface Specification`_
(*Arm DEN 0060A*).
The format of data structures used to encapsulate data in the shared memory is
agreed between the Non-secure world and the Secure Partition. For example, in
the `Management Mode Interface specification`_ (*Arm DEN 0060A*), Section 4
describes that the communication buffer shared between the Non-secure world and
the Management Mode (MM) in the Secure world must be of the type
``EFI_MM_COMMUNICATE_HEADER``. This data structure is defined in *Volume 4:
Platform Initialisation Specification v1.6. Management Mode Core Interface*.
Any caller of a MM service will have to use the ``EFI_MM_COMMUNICATE_HEADER``
data structure.
Runtime model of the Secure Partition
=====================================
This section describes how the Secure Partition interfaces with the SPM.
Interface with SPM
------------------
In order to instantiate one or more secure services in the Secure Partition in
S-EL0, the SPM should define the following types of interfaces:
- Interfaces that enable access to privileged operations from S-EL0. These
operations typically require access to system resources that are either shared
amongst multiple software components in the Secure world or cannot be directly
accessed from an unprivileged Exception Level.
- Interfaces that establish the control path between the SPM and the Secure
Partition.
This section describes the APIs currently exported by the SPM that enable a
Secure Partition to initialise itself and export its services in S-EL0. These
interfaces are not accessible from the Non-secure world.
Conduit
^^^^^^^
The `SMC Calling Convention`_ (*Arm DEN 0028B*) specification describes the SMC
and HVC conduits for accessing firmware services and their availability
depending on the implemented Exception levels. In S-EL0, the Supervisor Call
exception (SVC) is the only architectural mechanism available for unprivileged
software to make a request for an operation implemented in privileged software.
Hence, the SVC conduit must be used by the Secure Partition to access interfaces
implemented by the SPM.
A SVC causes an exception to be taken to S-EL1. TF-A assumes ownership of S-EL1
and installs a simple exception vector table in S-EL1 that relays a SVC request
from a Secure Partition as a SMC request to the SPM in EL3. Upon servicing the
SMC request, Trusted Firmware-A returns control directly to S-EL0 through an
ERET instruction.
Calling conventions
^^^^^^^^^^^^^^^^^^^
The `SMC Calling Convention`_ (*Arm DEN 0028B*) specification describes the
32-bit and 64-bit calling conventions for the SMC and HVC conduits. The SVC
conduit introduces the concept of SVC32 and SVC64 calling conventions. The SVC32
and SVC64 calling conventions are equivalent to the 32-bit (SMC32) and the
64-bit (SMC64) calling conventions respectively.
Communication initiated by SPM
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
A service request is initiated from the SPM through an exception return
instruction (ERET) to S-EL0. Later, the Secure Partition issues an SVC
instruction to signal completion of the request. Some example use cases are
given below:
- A request to initialise the Secure Partition during system boot.
- A request to handle a runtime service request.
Communication initiated by Secure Partition
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
A request is initiated from the Secure Partition by executing a SVC instruction.
An ERET instruction is used by TF-A to return to S-EL0 with the result of the
request.
For instance, a request to perform privileged operations on behalf of a
partition (e.g. management of memory attributes in the translation tables for
the Secure EL1&0 translation regime).
Interfaces
^^^^^^^^^^
The current implementation reserves function IDs for Fast Calls in the Standard
Secure Service calls range (see `SMC Calling Convention`_ (*Arm DEN 0028B*)
specification) for each API exported by the SPM. This section defines the
function prototypes for each function ID. The function IDs specify whether one
or both of the SVC32 and SVC64 calling conventions can be used to invoke the
corresponding interface.
Secure Partition Event Management
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
The Secure Partition provides an Event Management interface that is used by the
SPM to delegate service requests to the Secure Partition. The interface also
allows the Secure Partition to:
- Register with the SPM a service that it provides.
- Indicate completion of a service request delegated by the SPM
Miscellaneous interfaces
------------------------
``SPM_MM_VERSION_AARCH32``
^^^^^^^^^^^^^^^^^^^^^^^^^^
- Description
Returns the version of the interface exported by SPM.
- Parameters
- **uint32** - Function ID
- SVC32 Version: **0x84000060**
- Return parameters
- **int32** - Status
On success, the format of the value is as follows:
- Bit [31]: Must be 0
- Bits [30:16]: Major Version. Must be 0 for this revision of the SPM
interface.
- Bits [15:0]: Minor Version. Must be 1 for this revision of the SPM
interface.
On error, the format of the value is as follows:
- ``NOT_SUPPORTED``: SPM interface is not supported or not available for the
client.
- Usage
This function returns the version of the Secure Partition Manager
implementation. The major version is 0 and the minor version is 1. The version
number is a 31-bit unsigned integer, with the upper 15 bits denoting the major
revision, and the lower 16 bits denoting the minor revision. The following
rules apply to the version numbering:
- Different major revision values indicate possibly incompatible functions.
- For two revisions, A and B, for which the major revision values are
identical, if the minor revision value of revision B is greater than the
minor revision value of revision A, then every function in revision A must
work in a compatible way with revision B. However, it is possible for
revision B to have a higher function count than revision A.
- Implementation responsibilities
If this function returns a valid version number, all the functions that are
described subsequently must be implemented, unless it is explicitly stated
that a function is optional.
See `Error Codes`_ for integer values that are associated with each return
code.
Secure Partition Initialisation
-------------------------------
The SPM is responsible for initialising the architectural execution context to
enable initialisation of a service in S-EL0. The responsibilities of the SPM are
listed below. At the end of initialisation, the partition issues a
``MM_SP_EVENT_COMPLETE_AARCH64`` call (described later) to signal readiness for
handling requests for services implemented by the Secure Partition. The
initialisation event is executed as a Fast Call.
Entry point invocation
^^^^^^^^^^^^^^^^^^^^^^
The entry point for service requests that should be handled as Fast Calls is
used as the target of the ERET instruction to start initialisation of the Secure
Partition.
Architectural Setup
^^^^^^^^^^^^^^^^^^^
At cold boot, system registers accessible from S-EL0 will be in their reset
state unless otherwise specified. The SPM will perform the following
architectural setup to enable execution in S-EL0
MMU setup
^^^^^^^^^
The platform port of a Secure Partition specifies to the SPM a list of regions
that it needs access to and their attributes. The SPM validates this resource
description and initialises the Secure EL1&0 translation regime as follows.
1. Device regions are mapped with nGnRE attributes and Execute Never
instruction access permissions.
2. Code memory regions are mapped with RO data and Executable instruction access
permissions.
3. Read Only data memory regions are mapped with RO data and Execute Never
instruction access permissions.
4. Read Write data memory regions are mapped with RW data and Execute Never
instruction access permissions.
5. If the resource description does not explicitly describe the type of memory
regions then all memory regions will be marked with Code memory region
attributes.
6. The ``UXN`` and ``PXN`` bits are set for regions that are not executable by
S-EL0 or S-EL1.
System Register Setup
^^^^^^^^^^^^^^^^^^^^^
System registers that influence software execution in S-EL0 are setup by the SPM
as follows:
1. ``SCTLR_EL1``
- ``UCI=1``
- ``EOE=0``
- ``WXN=1``
- ``nTWE=1``
- ``nTWI=1``
- ``UCT=1``
- ``DZE=1``
- ``I=1``
- ``UMA=0``
- ``SA0=1``
- ``C=1``
- ``A=1``
- ``M=1``
2. ``CPACR_EL1``
- ``FPEN=b'11``
3. ``PSTATE``
- ``D,A,I,F=1``
- ``CurrentEL=0`` (EL0)
- ``SpSel=0`` (Thread mode)
- ``NRW=0`` (AArch64)
General Purpose Register Setup
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
SPM will invoke the entry point of a service by executing an ERET instruction.
This transition into S-EL0 is special since it is not in response to a previous
request through a SVC instruction. This is the first entry into S-EL0. The
general purpose register usage at the time of entry will be as specified in the
"Return State" column of Table 3-1 in Section 3.1 "Register use in AArch64 SMC
calls" of the `SMC Calling Convention`_ (*Arm DEN 0028B*) specification. In
addition, certain other restrictions will be applied as described below.
1. ``SP_EL0``
A non-zero value will indicate that the SPM has initialised the stack pointer
for the current CPU.
The value will be 0 otherwise.
2. ``X4-X30``
The values of these registers will be 0.
3. ``X0-X3``
Parameters passed by the SPM.
- ``X0``: Virtual address of a buffer shared between EL3 and S-EL0. The
buffer will be mapped in the Secure EL1&0 translation regime with read-only
memory attributes described earlier.
- ``X1``: Size of the buffer in bytes.
- ``X2``: Cookie value (*IMPLEMENTATION DEFINED*).
- ``X3``: Cookie value (*IMPLEMENTATION DEFINED*).
Runtime Event Delegation
------------------------
The SPM receives requests for Secure Partition services through a synchronous
invocation (i.e. a SMC from the Non-secure world). These requests are delegated
to the partition by programming a return from the last
``MM_SP_EVENT_COMPLETE_AARCH64`` call received from the partition. The last call
was made to signal either completion of Secure Partition initialisation or
completion of a partition service request.
``MM_SP_EVENT_COMPLETE_AARCH64``
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
- Description
Signal completion of the last SP service request.
- Parameters
- **uint32** - Function ID
- SVC64 Version: **0xC4000061**
- **int32** - Event Status Code
Zero or a positive value indicates that the event was handled successfully.
The values depend upon the original event that was delegated to the Secure
partition. They are described as follows.
- ``SUCCESS`` : Used to indicate that the Secure Partition was initialised
or a runtime request was handled successfully.
- Any other value greater than 0 is used to pass a specific Event Status
code in response to a runtime event.
A negative value indicates an error. The values of Event Status code depend
on the original event.
- Return parameters
- **int32** - Event ID/Return Code
Zero or a positive value specifies the unique ID of the event being
delegated to the partition by the SPM.
In the current implementation, this parameter contains the function ID of
the ``MM_COMMUNICATE`` SMC. This value indicates to the partition that an
event has been delegated to it in response to an ``MM_COMMUNICATE`` request
from the Non-secure world.
A negative value indicates an error. The format of the value is as follows:
- ``NOT_SUPPORTED``: Function was called from the Non-secure world.
See `Error Codes`_ for integer values that are associated with each return
code.
- **uint32** - Event Context Address
Address of a buffer shared between the SPM and Secure Partition to pass
event specific information. The format of the data populated in the buffer
is implementation defined.
The buffer is mapped in the Secure EL1&0 translation regime with read-only
memory attributes described earlier.
For the SVC64 version, this parameter is a 64-bit Virtual Address (VA).
For the SVC32 version, this parameter is a 32-bit Virtual Address (VA).
- **uint32** - Event context size
Size of the memory starting at Event Address.
- **uint32/uint64** - Event Cookie
This is an optional parameter. If unused its value is SBZ.
- Usage
This function signals to the SPM that the handling of the last event delegated
to a partition has completed. The partition is ready to handle its next event.
A return from this function is in response to the next event that will be
delegated to the partition. The return parameters describe the next event.
- Caller responsibilities
A Secure Partition must only call ``MM_SP_EVENT_COMPLETE_AARCH64`` to signal
completion of a request that was delegated to it by the SPM.
- Callee responsibilities
When the SPM receives this call from a Secure Partition, the corresponding
syndrome information can be used to return control through an ERET
instruction, to the instruction immediately after the call in the Secure
Partition context. This syndrome information comprises of general purpose and
system register values when the call was made.
The SPM must save this syndrome information and use it to delegate the next
event to the Secure Partition. The return parameters of this interface must
specify the properties of the event and be populated in ``X0-X3/W0-W3``
registers.
Secure Partition Memory Management
----------------------------------
A Secure Partition executes at S-EL0, which is an unprivileged Exception Level.
The SPM is responsible for enabling access to regions of memory in the system
address map from a Secure Partition. This is done by mapping these regions in
the Secure EL1&0 Translation regime with appropriate memory attributes.
Attributes refer to memory type, permission, cacheability and shareability
attributes used in the Translation tables. The definitions of these attributes
and their usage can be found in the `Armv8-A ARM`_ (*Arm DDI 0487*).
All memory required by the Secure Partition is allocated upfront in the SPM,
even before handing over to the Secure Partition for the first time. The initial
access permissions of the memory regions are statically provided by the platform
port and should allow the Secure Partition to run its initialisation code.
However, they might not suit the final needs of the Secure Partition because its
final memory layout might not be known until the Secure Partition initialises
itself. As the Secure Partition initialises its runtime environment it might,
for example, load dynamically some modules. For instance, a Secure Partition
could implement a loader for a standard executable file format (e.g. an PE-COFF
loader for loading executable files at runtime). These executable files will be
a part of the Secure Partition image. The location of various sections in an
executable file and their permission attributes (e.g. read-write data, read-only
data and code) will be known only when the file is loaded into memory.
In this case, the Secure Partition needs a way to change the access permissions
of its memory regions. The SPM provides this feature through the
``MM_SP_MEMORY_ATTRIBUTES_SET_AARCH64`` SVC interface. This interface is
available to the Secure Partition during a specific time window: from the first
entry into the Secure Partition up to the first ``SP_EVENT_COMPLETE`` call that
signals the Secure Partition has finished its initialisation. Once the
initialisation is complete, the SPM does not allow changes to the memory
attributes.
This section describes the standard SVC interface that is implemented by the SPM
to determine and change permission attributes of memory regions that belong to a
Secure Partition.
``MM_SP_MEMORY_ATTRIBUTES_GET_AARCH64``
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
- Description
Request the permission attributes of a memory region from S-EL0.
- Parameters
- **uint32** Function ID
- SVC64 Version: **0xC4000064**
- **uint64** Base Address
This parameter is a 64-bit Virtual Address (VA).
There are no alignment restrictions on the Base Address. The permission
attributes of the translation granule it lies in are returned.
- Return parameters
- **int32** - Memory Attributes/Return Code
On success the format of the Return Code is as follows:
- Bits[1:0] : Data access permission
- b'00 : No access
- b'01 : Read-Write access
- b'10 : Reserved
- b'11 : Read-only access
- Bit[2]: Instruction access permission
- b'0 : Executable
- b'1 : Non-executable
- Bit[30:3] : Reserved. SBZ.
- Bit[31] : Must be 0
On failure the following error codes are returned:
- ``INVALID_PARAMETERS``: The Secure Partition is not allowed to access the
memory region the Base Address lies in.
- ``NOT_SUPPORTED`` : The SPM does not support retrieval of attributes of
any memory page that is accessible by the Secure Partition, or the
function was called from the Non-secure world. Also returned if it is
used after ``MM_SP_EVENT_COMPLETE_AARCH64``.
See `Error Codes`_ for integer values that are associated with each return
code.
- Usage
This function is used to request the permission attributes for S-EL0 on a
memory region accessible from a Secure Partition. The size of the memory
region is equal to the Translation Granule size used in the Secure EL1&0
translation regime. Requests to retrieve other memory region attributes are
not currently supported.
- Caller responsibilities
The caller must obtain the Translation Granule Size of the Secure EL1&0
translation regime from the SPM through an implementation defined method.
- Callee responsibilities
The SPM must not return the memory access controls for a page of memory that
is not accessible from a Secure Partition.
``MM_SP_MEMORY_ATTRIBUTES_SET_AARCH64``
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
- Description
Set the permission attributes of a memory region from S-EL0.
- Parameters
- **uint32** - Function ID
- SVC64 Version: **0xC4000065**
- **uint64** - Base Address
This parameter is a 64-bit Virtual Address (VA).
The alignment of the Base Address must be greater than or equal to the size
of the Translation Granule Size used in the Secure EL1&0 translation
regime.
- **uint32** - Page count
Number of pages starting from the Base Address whose memory attributes
should be changed. The page size is equal to the Translation Granule Size.
- **uint32** - Memory Access Controls
- Bits[1:0] : Data access permission
- b'00 : No access
- b'01 : Read-Write access
- b'10 : Reserved
- b'11 : Read-only access
- Bit[2] : Instruction access permission
- b'0 : Executable
- b'1 : Non-executable
- Bits[31:3] : Reserved. SBZ.
A combination of attributes that mark the region with RW and Executable
permissions is prohibited. A request to mark a device memory region with
Executable permissions is prohibited.
- Return parameters
- **int32** - Return Code
- ``SUCCESS``: The Memory Access Controls were changed successfully.
- ``DENIED``: The SPM is servicing a request to change the attributes of a
memory region that overlaps with the region specified in this request.
- ``INVALID_PARAMETER``:An invalid combination of Memory Access Controls
has been specified. The Base Address is not correctly aligned. The Secure
Partition is not allowed to access part or all of the memory region
specified in the call.
- ``NO_MEMORY``: The SPM does not have memory resources to change the
attributes of the memory region in the translation tables.
- ``NOT_SUPPORTED``: The SPM does not permit change of attributes of any
memory region that is accessible by the Secure Partition. Function was
called from the Non-secure world. Also returned if it is used after
``MM_SP_EVENT_COMPLETE_AARCH64``.
See `Error Codes`_ for integer values that are associated with each return
code.
- Usage
This function is used to change the permission attributes for S-EL0 on a
memory region accessible from a Secure Partition. The size of the memory
region is equal to the Translation Granule size used in the Secure EL1&0
translation regime. Requests to change other memory region attributes are not
currently supported.
This function is only available at boot time. This interface is revoked after
the Secure Partition sends the first ``MM_SP_EVENT_COMPLETE_AARCH64`` to
signal that it is initialised and ready to receive run-time requests.
- Caller responsibilities
The caller must obtain the Translation Granule Size of the Secure EL1&0
translation regime from the SPM through an implementation defined method.
- Callee responsibilities
The SPM must preserve the original memory access controls of the region of
memory in case of an unsuccessful call. The SPM must preserve the consistency
of the S-EL1 translation regime if this function is called on different PEs
concurrently and the memory regions specified overlap.
Error Codes
-----------
.. csv-table::
:header: "Name", "Value"
``SUCCESS``,0
``NOT_SUPPORTED``,-1
``INVALID_PARAMETER``,-2
``DENIED``,-3
``NO_MEMORY``,-5
``NOT_PRESENT``,-7
--------------
*Copyright (c) 2017-2021, Arm Limited and Contributors. All rights reserved.*
.. _Armv8-A ARM: https://developer.arm.com/docs/ddi0487/latest/arm-architecture-reference-manual-armv8-for-armv8-a-architecture-profile
.. _instructions in the EDK2 repository: https://github.com/tianocore/edk2-staging/blob/AArch64StandaloneMm/HowtoBuild.MD
.. _Management Mode Interface Specification: http://infocenter.arm.com/help/topic/com.arm.doc.den0060a/DEN0060A_ARM_MM_Interface_Specification.pdf
.. _SDEI Specification: http://infocenter.arm.com/help/topic/com.arm.doc.den0054a/ARM_DEN0054A_Software_Delegated_Exception_Interface.pdf
.. _SMC Calling Convention: https://developer.arm.com/docs/den0028/latest
.. |Image 1| image:: ../resources/diagrams/secure_sw_stack_tos.png
.. |Image 2| image:: ../resources/diagrams/secure_sw_stack_sp.png

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Secure Payload Dispatcher (SPD)
===============================
.. toctree::
:maxdepth: 1
:caption: Contents
optee-dispatcher
tlk-dispatcher
trusty-dispatcher

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OP-TEE Dispatcher
=================
`OP-TEE OS`_ is a Trusted OS running as Secure EL1.
To build and execute OP-TEE follow the instructions at
`OP-TEE build.git`_
--------------
*Copyright (c) 2014-2018, Arm Limited and Contributors. All rights reserved.*
.. _OP-TEE OS: https://github.com/OP-TEE/build
.. _OP-TEE build.git: https://github.com/OP-TEE/build

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Trusted Little Kernel (TLK) Dispatcher
======================================
TLK dispatcher (TLK-D) adds support for NVIDIA's Trusted Little Kernel (TLK)
to work with Trusted Firmware-A (TF-A). TLK-D can be compiled by including it
in the platform's makefile. TLK is primarily meant to work with Tegra SoCs,
so while TF-A only supports TLK on Tegra, the dispatcher code can only be
compiled for other platforms.
In order to compile TLK-D, we need a BL32 image to be present. Since, TLKD
just needs to compile, any BL32 image would do. To use TLK as the BL32, please
refer to the "Build TLK" section.
Once a BL32 is ready, TLKD can be included in the image by adding "SPD=tlkd"
to the build command.
Trusted Little Kernel (TLK)
---------------------------
TLK is a Trusted OS running as Secure EL1. It is a Free Open Source Software
(FOSS) release of the NVIDIA® Trusted Little Kernel (TLK) technology, which
extends technology made available with the development of the Little Kernel (LK).
You can download the LK modular embedded preemptive kernel for use on Arm,
x86, and AVR32 systems from https://github.com/travisg/lk
NVIDIA implemented its Trusted Little Kernel (TLK) technology, designed as a
free and open-source trusted execution environment (OTE).
TLK features include:
• Small, pre-emptive kernel
• Supports multi-threading, IPCs, and thread scheduling
• Added TrustZone features
• Added Secure Storage
• Under MIT/FreeBSD license
NVIDIA extensions to Little Kernel (LK) include:
• User mode
• Address-space separation for TAs
• TLK Client Application (CA) library
• TLK TA library
• Crypto library (encrypt/decrypt, key handling) via OpenSSL
• Linux kernel driver
• Cortex A9/A15 support
• Power Management
• TrustZone memory carve-out (reconfigurable)
• Page table management
• Debugging support over UART (USB planned)
TLK is hosted by NVIDIA on http://nv-tegra.nvidia.com under the
3rdparty/ote\_partner/tlk.git repository. Detailed information about
TLK and OTE can be found in the Tegra\_BSP\_for\_Android\_TLK\_FOSS\_Reference.pdf
manual located under the "documentation" directory\_.
Build TLK
---------
To build and execute TLK, follow the instructions from "Building a TLK Device"
section from Tegra\_BSP\_for\_Android\_TLK\_FOSS\_Reference.pdf manual.
Input parameters to TLK
-----------------------
TLK expects the TZDRAM size and a structure containing the boot arguments. BL2
passes this information to the EL3 software as members of the bl32\_ep\_info
struct, where bl32\_ep\_info is part of bl31\_params\_t (passed by BL2 in X0)
Example
~~~~~~~
::
bl32_ep_info->args.arg0 = TZDRAM size available for BL32
bl32_ep_info->args.arg1 = unused (used only on Armv7-A)
bl32_ep_info->args.arg2 = pointer to boot args

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Trusty Dispatcher
=================
Trusty is a a set of software components, supporting a Trusted Execution
Environment (TEE) on mobile devices, published and maintained by Google.
Detailed information and build instructions can be found on the Android
Open Source Project (AOSP) webpage for Trusty hosted at
https://source.android.com/security/trusty
Boot parameters
---------------
Custom boot parameters can be passed to Trusty by providing a platform
specific function:
.. code:: c
void plat_trusty_set_boot_args(aapcs64_params_t *args)
If this function is provided ``args->arg0`` must be set to the memory
size allocated to trusty. If the platform does not provide this
function, but defines ``TSP_SEC_MEM_SIZE``, a default implementation
will pass the memory size from ``TSP_SEC_MEM_SIZE``. ``args->arg1``
can be set to a platform specific parameter block, and ``args->arg2``
should then be set to the size of that block.
Supported platforms
-------------------
Out of all the platforms supported by Trusted Firmware-A, Trusty is only
verified and supported by NVIDIA's Tegra SoCs.

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Translation (XLAT) Tables Library
=================================
This document describes the design of the translation tables library (version 2)
used by Trusted Firmware-A (TF-A). This library provides APIs to create page
tables based on a description of the memory layout, as well as setting up system
registers related to the Memory Management Unit (MMU) and performing the
required Translation Lookaside Buffer (TLB) maintenance operations.
More specifically, some use cases that this library aims to support are:
#. Statically allocate translation tables and populate them (at run-time) based
upon a description of the memory layout. The memory layout is typically
provided by the platform port as a list of memory regions;
#. Support for generating translation tables pertaining to a different
translation regime than the exception level the library code is executing at;
#. Support for dynamic mapping and unmapping of regions, even while the MMU is
on. This can be used to temporarily map some memory regions and unmap them
later on when no longer needed;
#. Support for non-identity virtual to physical mappings to compress the virtual
address space;
#. Support for changing memory attributes of memory regions at run-time.
About version 1, version 2 and MPU libraries
--------------------------------------------
This document focuses on version 2 of the library, whose sources are available
in the ``lib/xlat_tables_v2`` directory. Version 1 of the library can still be
found in ``lib/xlat_tables`` directory but it is less flexible and doesn't
support dynamic mapping. ``lib/xlat_mpu``, which configures Arm's MPU
equivalently, is also addressed here. The ``lib/xlat_mpu`` is experimental,
meaning that its API may change. It currently strives for consistency and
code-reuse with xlat_tables_v2. Future versions may be more MPU-specific (e.g.,
removing all mentions of virtual addresses). Although potential bug fixes will
be applied to all versions of the xlat_* libs, future feature enhancements will
focus on version 2 and might not be back-ported to version 1 and MPU versions.
Therefore, it is recommended to use version 2, especially for new platform
ports (unless the platform uses an MPU).
However, please note that version 2 and the MPU version are still in active
development and is not considered stable yet. Hence, compatibility breaks might
be introduced.
From this point onwards, this document will implicitly refer to version 2 of the
library, unless stated otherwise.
Design concepts and interfaces
------------------------------
This section presents some of the key concepts and data structures used in the
translation tables library.
`mmap` regions
~~~~~~~~~~~~~~
An ``mmap_region`` is an abstract, concise way to represent a memory region to
map. It is one of the key interfaces to the library. It is identified by:
- its physical base address;
- its virtual base address;
- its size;
- its attributes;
- its mapping granularity (optional).
See the ``struct mmap_region`` type in ``xlat_tables_v2.h``.
The user usually provides a list of such mmap regions to map and lets the
library transpose that in a set of translation tables. As a result, the library
might create new translation tables, update or split existing ones.
The region attributes specify the type of memory (for example device or cached
normal memory) as well as the memory access permissions (read-only or
read-write, executable or not, secure or non-secure, and so on). In the case of
the EL1&0 translation regime, the attributes also specify whether the region is
a User region (EL0) or Privileged region (EL1). See the ``MT_xxx`` definitions
in ``xlat_tables_v2.h``. Note that for the EL1&0 translation regime the Execute
Never attribute is set simultaneously for both EL1 and EL0.
The granularity controls the translation table level to go down to when mapping
the region. For example, assuming the MMU has been configured to use a 4KB
granule size, the library might map a 2MB memory region using either of the two
following options:
- using a single level-2 translation table entry;
- using a level-2 intermediate entry to a level-3 translation table (which
contains 512 entries, each mapping 4KB).
The first solution potentially requires less translation tables, hence
potentially less memory. However, if part of this 2MB region is later remapped
with different memory attributes, the library might need to split the existing
page tables to refine the mappings. If a single level-2 entry has been used
here, a level-3 table will need to be allocated on the fly and the level-2
modified to point to this new level-3 table. This has a performance cost at
run-time.
If the user knows upfront that such a remapping operation is likely to happen
then they might enforce a 4KB mapping granularity for this 2MB region from the
beginning; remapping some of these 4KB pages on the fly then becomes a
lightweight operation.
The region's granularity is an optional field; if it is not specified the
library will choose the mapping granularity for this region as it sees fit (more
details can be found in `The memory mapping algorithm`_ section below).
The MPU library also uses ``struct mmap_region`` to specify translations, but
the MPU's translations are limited to specification of valid addresses and
access permissions. If the requested virtual and physical addresses mismatch
the system will panic. Being register-based for deterministic memory-reference
timing, the MPU hardware does not involve memory-resident translation tables.
Currently, the MPU library is also limited to MPU translation at EL2 with no
MMU translation at other ELs. These limitations, however, are expected to be
overcome in future library versions.
Translation Context
~~~~~~~~~~~~~~~~~~~
The library can create or modify translation tables pertaining to a different
translation regime than the exception level the library code is executing at.
For example, the library might be used by EL3 software (for instance BL31) to
create translation tables pertaining to the S-EL1&0 translation regime.
This flexibility comes from the use of *translation contexts*. A *translation
context* constitutes the superset of information used by the library to track
the status of a set of translation tables for a given translation regime.
The library internally allocates a default translation context, which pertains
to the translation regime of the current exception level. Additional contexts
may be explicitly allocated and initialized using the
``REGISTER_XLAT_CONTEXT()`` macro. Separate APIs are provided to act either on
the default translation context or on an alternative one.
To register a translation context, the user must provide the library with the
following information:
* A name.
The resulting translation context variable will be called after this name, to
which ``_xlat_ctx`` is appended. For example, if the macro name parameter is
``foo``, the context variable name will be ``foo_xlat_ctx``.
* The maximum number of `mmap` regions to map.
Should account for both static and dynamic regions, if applicable.
* The number of sub-translation tables to allocate.
Number of translation tables to statically allocate for this context,
excluding the initial lookup level translation table, which is always
allocated. For example, if the initial lookup level is 1, this parameter would
specify the number of level-2 and level-3 translation tables to pre-allocate
for this context.
* The size of the virtual address space.
Size in bytes of the virtual address space to map using this context. This
will incidentally determine the number of entries in the initial lookup level
translation table : the library will allocate as many entries as is required
to map the entire virtual address space.
* The size of the physical address space.
Size in bytes of the physical address space to map using this context.
The default translation context is internally initialized using information
coming (for the most part) from platform-specific defines:
- name: hard-coded to ``tf`` ; hence the name of the default context variable is
``tf_xlat_ctx``;
- number of `mmap` regions: ``MAX_MMAP_REGIONS``;
- number of sub-translation tables: ``MAX_XLAT_TABLES``;
- size of the virtual address space: ``PLAT_VIRT_ADDR_SPACE_SIZE``;
- size of the physical address space: ``PLAT_PHY_ADDR_SPACE_SIZE``.
Please refer to the :ref:`Porting Guide` for more details about these macros.
Static and dynamic memory regions
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The library optionally supports dynamic memory mapping. This feature may be
enabled using the ``PLAT_XLAT_TABLES_DYNAMIC`` platform build flag.
When dynamic memory mapping is enabled, the library categorises mmap regions as
*static* or *dynamic*.
- *Static regions* are fixed for the lifetime of the system. They can only be
added early on, before the translation tables are created and populated. They
cannot be removed afterwards.
- *Dynamic regions* can be added or removed any time.
When the dynamic memory mapping feature is disabled, only static regions exist.
The dynamic memory mapping feature may be used to map and unmap transient memory
areas. This is useful when the user needs to access some memory for a fixed
period of time, after which the memory may be discarded and reclaimed. For
example, a memory region that is only required at boot time while the system is
initializing, or to temporarily share a memory buffer between the normal world
and trusted world. Note that it is up to the caller to ensure that these regions
are not accessed concurrently while the regions are being added or removed.
Although this feature provides some level of dynamic memory allocation, this
does not allow dynamically allocating an arbitrary amount of memory at an
arbitrary memory location. The user is still required to declare at compile-time
the limits of these allocations ; the library will deny any mapping request that
does not fit within this pre-allocated pool of memory.
Library APIs
------------
The external APIs exposed by this library are declared and documented in the
``xlat_tables_v2.h`` header file. This should be the reference point for
getting information about the usage of the different APIs this library
provides. This section just provides some extra details and clarifications.
Although the ``mmap_region`` structure is a publicly visible type, it is not
recommended to populate these structures by hand. Instead, wherever APIs expect
function arguments of type ``mmap_region_t``, these should be constructed using
the ``MAP_REGION*()`` family of helper macros. This is to limit the risk of
compatibility breaks, should the ``mmap_region`` structure type evolve in the
future.
The ``MAP_REGION()`` and ``MAP_REGION_FLAT()`` macros do not allow specifying a
mapping granularity, which leaves the library implementation free to choose
it. However, in cases where a specific granularity is required, the
``MAP_REGION2()`` macro might be used instead. Using ``MAP_REGION_FLAT()`` only
to define regions for the MPU library is strongly recommended.
As explained earlier in this document, when the dynamic mapping feature is
disabled, there is no notion of dynamic regions. Conceptually, there are only
static regions. For this reason (and to retain backward compatibility with the
version 1 of the library), the APIs that map static regions do not embed the
word *static* in their functions names (for example ``mmap_add_region()``), in
contrast with the dynamic regions APIs (for example
``mmap_add_dynamic_region()``).
Although the definition of static and dynamic regions is not based on the state
of the MMU, the two are still related in some way. Static regions can only be
added before ``init_xlat_tables()`` is called and ``init_xlat_tables()`` must be
called while the MMU is still off. As a result, static regions cannot be added
once the MMU has been enabled. Dynamic regions can be added with the MMU on or
off. In practice, the usual call flow would look like this:
#. The MMU is initially off.
#. Add some static regions, add some dynamic regions.
#. Initialize translation tables based on the list of mmap regions (using one of
the ``init_xlat_tables*()`` APIs).
#. At this point, it is no longer possible to add static regions. Dynamic
regions can still be added or removed.
#. Enable the MMU.
#. Dynamic regions can continue to be added or removed.
Because static regions are added early on at boot time and are all in the
control of the platform initialization code, the ``mmap_add*()`` family of APIs
are not expected to fail. They do not return any error code.
Nonetheless, these APIs will check upfront whether the region can be
successfully added before updating the translation context structure. If the
library detects that there is insufficient memory to meet the request, or that
the new region will overlap another one in an invalid way, or if any other
unexpected error is encountered, they will print an error message on the UART.
Additionally, when asserts are enabled (typically in debug builds), an assertion
will be triggered. Otherwise, the function call will just return straight away,
without adding the offending memory region.
Library limitations
-------------------
Dynamic regions are not allowed to overlap each other. Static regions are
allowed to overlap as long as one of them is fully contained inside the other
one. This is allowed for backwards compatibility with the previous behaviour in
the version 1 of the library.
Implementation details
----------------------
Code structure
~~~~~~~~~~~~~~
The library is divided into 4 modules:
- **Core module**
Provides the main functionality of the library, such as the initialization of
translation tables contexts and mapping/unmapping memory regions. This module
provides functions such as ``mmap_add_region_ctx`` that let the caller specify
the translation tables context affected by them.
See ``xlat_tables_core.c``.
- **Active context module**
Instantiates the context that is used by the current BL image and provides
helpers to manipulate it, abstracting it from the rest of the code.
This module provides functions such as ``mmap_add_region``, that directly
affect the BL image using them.
See ``xlat_tables_context.c``.
- **Utilities module**
Provides additional functionality like debug print of the current state of the
translation tables and helpers to query memory attributes and to modify them.
See ``xlat_tables_utils.c``.
- **Architectural module**
Provides functions that are dependent on the current execution state
(AArch32/AArch64), such as the functions used for TLB invalidation, setup the
MMU, or calculate the Physical Address Space size. They do not need a
translation context to work on.
See ``aarch32/xlat_tables_arch.c`` and ``aarch64/xlat_tables_arch.c``.
From mmap regions to translation tables
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
A translation context contains a list of ``mmap_region_t``, which holds the
information of all the regions that are mapped at any given time. Whenever there
is a request to map (resp. unmap) a memory region, it is added to (resp. removed
from) the ``mmap_region_t`` list.
The mmap regions list is a conceptual way to represent the memory layout. At
some point, the library has to convert this information into actual translation
tables to program into the MMU.
Before the ``init_xlat_tables()`` API is called, the library only acts on the
mmap regions list. Adding a static or dynamic region at this point through one
of the ``mmap_add*()`` APIs does not affect the translation tables in any way,
they only get registered in the internal mmap region list. It is only when the
user calls the ``init_xlat_tables()`` that the translation tables are populated
in memory based on the list of mmap regions registered so far. This is an
optimization that allows creation of the initial set of translation tables in
one go, rather than having to edit them every time while the MMU is disabled.
After the ``init_xlat_tables()`` API has been called, only dynamic regions can
be added. Changes to the translation tables (as well as the mmap regions list)
will take effect immediately.
The memory mapping algorithm
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The mapping function is implemented as a recursive algorithm. It is however
bound by the level of depth of the translation tables (the Armv8-A architecture
allows up to 4 lookup levels).
By default [#granularity]_, the algorithm will attempt to minimize the
number of translation tables created to satisfy the user's request. It will
favour mapping a region using the biggest possible blocks, only creating a
sub-table if it is strictly necessary. This is to reduce the memory footprint of
the firmware.
The most common reason for needing a sub-table is when a specific mapping
requires a finer granularity. Misaligned regions also require a finer
granularity than what the user may had originally expected, using a lot more
memory than expected. The reason is that all levels of translation are
restricted to address translations of the same granularity as the size of the
blocks of that level. For example, for a 4 KiB page size, a level 2 block entry
can only translate up to a granularity of 2 MiB. If the Physical Address is not
aligned to 2 MiB then additional level 3 tables are also needed.
Note that not every translation level allows any type of descriptor. Depending
on the page size, levels 0 and 1 of translation may only allow table
descriptors. If a block entry could be able to describe a translation, but that
level does not allow block descriptors, a table descriptor will have to be used
instead, as well as additional tables at the next level.
|Alignment Example|
The mmap regions are sorted in a way that simplifies the code that maps
them. Even though this ordering is only strictly needed for overlapping static
regions, it must also be applied for dynamic regions to maintain a consistent
order of all regions at all times. As each new region is mapped, existing
entries in the translation tables are checked to ensure consistency. Please
refer to the comments in the source code of the core module for more details
about the sorting algorithm in use.
This mapping algorithm does not apply to the MPU library, since the MPU hardware
directly maps regions by "base" and "limit" (bottom and top) addresses.
TLB maintenance operations
~~~~~~~~~~~~~~~~~~~~~~~~~~
The library takes care of performing TLB maintenance operations when required.
For example, when the user requests removing a dynamic region, the library
invalidates all TLB entries associated to that region to ensure that these
changes are visible to subsequent execution, including speculative execution,
that uses the changed translation table entries.
A counter-example is the initialization of translation tables. In this case,
explicit TLB maintenance is not required. The Armv8-A architecture guarantees
that all TLBs are disabled from reset and their contents have no effect on
address translation at reset [#tlb-reset-ref]_. Therefore, the TLBs invalidation
is deferred to the ``enable_mmu*()`` family of functions, just before the MMU is
turned on.
Regarding enabling and disabling memory management, for the MPU library, to
reduce confusion, calls to enable or disable the MPU use ``mpu`` in their names
in place of ``mmu``. For example, the ``enable_mmu_el2()`` call is changed to
``enable_mpu_el2()``.
TLB invalidation is not required when adding dynamic regions either. Dynamic
regions are not allowed to overlap existing memory region. Therefore, if the
dynamic mapping request is deemed legitimate, it automatically concerns memory
that was not mapped in this translation regime and the library will have
initialized its corresponding translation table entry to an invalid
descriptor. Given that the TLBs are not architecturally permitted to hold any
invalid translation table entry [#tlb-no-invalid-entry]_, this means that this
mapping cannot be cached in the TLBs.
.. rubric:: Footnotes
.. [#granularity] That is, when mmap regions do not enforce their mapping
granularity.
.. [#tlb-reset-ref] See section D4.9 ``Translation Lookaside Buffers (TLBs)``,
subsection ``TLB behavior at reset`` in Armv8-A, rev C.a.
.. [#tlb-no-invalid-entry] See section D4.10.1 ``General TLB maintenance
requirements`` in Armv8-A, rev C.a.
--------------
*Copyright (c) 2017-2021, Arm Limited and Contributors. All rights reserved.*
.. |Alignment Example| image:: ../resources/diagrams/xlat_align.png