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Sun, 30 Jan 2022 20:17:54 +0000 Received: from AM8P190MB0945.EURP190.PROD.OUTLOOK.COM ([fe80::88b4:c09b:8790:e490]) by AM8P190MB0945.EURP190.PROD.OUTLOOK.COM ([fe80::88b4:c09b:8790:e490%4]) with mapi id 15.20.4930.021; Sun, 30 Jan 2022 20:17:53 +0000 From: "Kilian Kegel" To: "devel@edk2.groups.io" , "afish@apple.com" CC: "kraxel@redhat.com" , Mike Kinney , "Yao, Jiewen" , Sean Brogan , Bret Barkelew , "Wang, Jian J" , "Jiang, Guomin" , Pawel Polawski , "Lu, XiaoyuX" , Pedro Falcato Subject: Re: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl submodule to v3.0 Thread-Topic: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl submodule to v3.0 Thread-Index: AQHX6F/xW9cQ5112l0a7hvD1lfiFZqwg9hAAgAACnACARmZMgIABiLUAgASJ5YCAAIhSAIADQN9hgAGEFgCAACoGgIACjt4AgAG6ijaAAMB/gIAD0Lo6 Date: Sun, 30 Jan 2022 20:17:53 +0000 Message-ID: References: <20211203160748.866150-1-kraxel@redhat.com> <20220117114627.ji5cyqxkca6bmiaf@sirius.home.kraxel.org> <20220121083035.dsqzu3akshonliza@sirius.home.kraxel.org> <20220126110244.klk24znojvdtirzw@sirius.home.kraxel.org> <71737233-2840-42CE-A65E-1895E936B4CB@apple.com> In-Reply-To: <71737233-2840-42CE-A65E-1895E936B4CB@apple.com> Accept-Language: en-US X-MS-Has-Attach: yes X-MS-TNEF-Correlator: x-tmn: [QlYfj0h4SnY4VoR1iaKffg+BNSKco//lgrQQFg1EpSLSQopHQpjMlJWEEJX/XBFS] x-ms-publictraffictype: Email x-ms-office365-filtering-correlation-id: e6e2febc-e69d-42d1-fbdd-08d9e42d98ae x-ms-traffictypediagnostic: HE1P190MB0011:EE_ x-microsoft-antispam: BCL:0; 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boundary="_009_AM8P190MB0945748A2E80DA3CA7427381EB249AM8P190MB0945EURP_" --_009_AM8P190MB0945748A2E80DA3CA7427381EB249AM8P190MB0945EURP_ Content-Type: multipart/related; boundary="_008_AM8P190MB0945748A2E80DA3CA7427381EB249AM8P190MB0945EURP_"; type="multipart/alternative" --_008_AM8P190MB0945748A2E80DA3CA7427381EB249AM8P190MB0945EURP_ Content-Type: multipart/alternative; boundary="_000_AM8P190MB0945748A2E80DA3CA7427381EB249AM8P190MB0945EURP_" --_000_AM8P190MB0945748A2E80DA3CA7427381EB249AM8P190MB0945EURP_ Content-Type: text/plain; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Hi Andrew, hi Mike, hi Gerd, >Very cool idea but =85 The good news: A common solution for the / % << >> C operator issue for all platforms is = in sight for 64Bit integers. I will discuss my findings along the non-Microsoft udivdi3() function, that= is invoked for unsigned long long division Regrettably binary isolation of the required .OBJ/.o during EDKSETUP is not= possible for XCODE. Regrettably these intrinsic functions, are available as C- and Assembler-im= plementations and may consume more flash space for opcode, in case of C-versions. Surprisingly both, the assembler and the C implementation found here uses _= _cdel calling convention. >1) We don=92t always use the systems native compiler and sometimes we use > a cross compiler so making assumptions about system libs is not alway= s valid. You=92re fully right. Maybe the extraction/isolation during startup can not= be used reliable. [cid:image003.png@01D81612.40E10220] >For bonus point i386 has been obsoleted in Xcode. The code generator creates a function call to __udivdi3(). The latest Apple-Clang source code for that particular function can be foun= d here: https://opensource.apple.com/source/clang/clang-600.0.57/src/projects/compi= ler-rt/lib/i386/udivdi3.S.auto.html and here for original LLVM that is still maintained: https://github.com/llvm/llvm-project/blob/main/compiler-rt/lib/builtins/i38= 6/udivdi3.S No significant difference for both. >2) Are these system libs architecturally defined to be free standing? > Can they make assumptions about the runtime? > If so seems like they could do random bad things to make them not work= in > EFI like a system call or make other assumptions like writing to a mag= ic address to generate a trap. > Just inspecting them tells us the implementation, not the architecture= of the lib. You are fully right. Inspecting is necessary in any case. But extracting from the original library or reimplementing and providing as= an * GCCINTRINx86-32.lib * CLANGINTRINx86-32.lib * XCODEINTRINx86-32.lib additionally the same for all the other supported architectures=85 is much easier than again and again remind the pitfalls of the UEFI guideli= nes, get build break, wait for rebuild... for all BIOS developers, world wide for ever. >3) Are the paths to these libs architectural or are they arbitrary impleme= ntation that is > normal abstracted by how the compiler is released? > Could some packaging change break the magic paths to libs? Truly, I am not absolutely sure anymore, but (except for XCODE) a fully ins= talled build machine 32Bit/64Bit must contain such libraries by definition. e.g.: [cid:image002.png@01D815E4.2F8A01D0] When I disassemble the main function of the WSL Ubuntu build of i386.c it l= ooks like [cid:image001.png@01D8160D.A6CFECE0] Since parameters and return value passed in __cdecl calling convention, Ubu= ntu-__udivdi3() would run in XCODE UEFI too, if the .ELF object format is the same. I have = appended the udivdi3.o to test this in XCODE. > This crazy is an example about how assumptions that are not EFI centric c= an leak into the generic libs produced for the compiler. That means I believe GCCINTRINx86-32.lib, CLANGINTRINx86-32.lib and XCODEIN= TRINx86-32.lib could be simply created using these files her: https://opensource.apple.com/source/clang/clang-600.0.57/src/projects/compi= ler-rt/lib/i386/ or https://github.com/llvm/llvm-project/tree/main/compiler-rt/lib/builtins/i38= 6 Than we have the space saving assembler implementation for all GCC derivate= s. BTW: Microsoft source is leaked here: https://github.com/microsoft/Ironclad/blob/main/ironclad-apps/src/Checked/B= ootLoader/SingLdrPc/x86/blcrtasm.asm There is also a library INT64.LIB in the current Windows 10 SDK, and also i= n the old WinDDK 7600. C:\WinDDK\7600.16385.1\lib\wxp\i386\int64.lib C:\Program Files (x86)\Windows Kits\10\Lib\10.0.22000.0\um\x86\int64.lib Best regards, Kilian From: Andrew Fish via groups.io Sent: Friday, January 28, 2022 01:55 AM To: edk2-devel-groups-io; KILIAN_KEGEL@outlook= .com Cc: kraxel@redhat.com; Mike Kinney; Yao, Jiewen; Sean Brogan= ; Bret Barkelew; Wang, Jian J; Jiang, Guomin; Pawel Polawski; Lu, = XiaoyuX; Pedro Falcato Subject: Re: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl s= ubmodule to v3.0 Very cool idea but =85.. 1) We don=92t always use the systems native compiler and sometimes we use a= cross compiler so making assumptions about system libs is not always valid= . On a Mac with Xcode clang I=92ve got full SysV ABI libs (not supper helpful= for EFI), but not EFI/MSFT x86_64 ABI. For bonus point i386 has been obsol= eted in Xcode. ~/work/Compiler/Math>cat hello.c #include int main(int argc, char **argv) { unsigned long long ulldiv =3D ((unsigned long long) argc)/3; // prevent the optimizer to calculate result at build time printf("ulldiv %lld\n", ulldiv ); } ~/work/Compiler/Math>clang hello.c Thus I can link Sys V ABI with the wrong calling convention for EFI. But for the EFI ABIs not so much=85. ~/work/Compiler/Math>clang -target x86_64-pc-win32-macho hello.c clang: warning: unable to find a Visual Studio installation; try running Cl= ang from a developer command prompt [-Wmsvc-not-found] hello.c:1:10: fatal error: 'stdio.h' file not found #include ^~~~~~~~~ 1 error generated. ~/work/Compiler/Math>clang -arch i386 hello.c ld: warning: The i386 architecture is deprecated for macOS (remove from the= Xcode build setting: ARCHS) ld: warning: ignoring file /Applications/Xcode.app/Contents/Developer/Platf= orms/MacOSX.platform/Developer/SDKs/MacOSX12.0.sdk/usr/lib/libSystem.tbd, m= issing required architecture i386 in file /Applications/Xcode.app/Contents/= Developer/Platforms/MacOSX.platform/Developer/SDKs/MacOSX12.0.sdk/usr/lib/l= ibSystem.tbd (3 slices) Undefined symbols for architecture i386: "_printf", referenced from: _main in hello-380c0a.o ld: symbol(s) not found for architecture i386 clang: error: linker command failed with exit code 1 (use -v to see invocat= ion) 2) Are these system libs architecturally defined to be free standing? Can t= hey make assumptions about the runtime? If so seems like they could do rand= om bad things to make them not work in EFI like a system call or make other= assumptions like writing to a magic address to generate a trap. Just inspe= cting them tells us the implementation, not the architecture of the lib. 3) Are the paths to these libs architectural or are they arbitrary implemen= tation that is normal abstracted by how the compiler is released? Could som= e packaging change break the magic paths to libs? 4) I asked the Xcode/clang team a long time ago what to do for free standin= g match and they pointed me at some open source implementation of these mat= h libs that had been implemented in C. They did not want us using their lib= s that shipped with macOS. For the GCC/clang tools seems like we are better off just providing the cod= e. We have magic for compiler specific inline assembly https://github.com/tianocore/edk2/blob/master/MdePkg/Library/BaseLib/Ia32/G= ccInline.c We have magic to abstract some compiler intrinsics today: https://github.com/tianocore/edk2/blob/master/MdePkg/Library/BaseIoLibIntri= nsic/IoLibMsc.c https://github.com/tianocore/edk2/blob/master/MdePkg/Library/BaseIoLibIntri= nsic/IoLibGcc.c While we try to avoid it when at all possible the build system does support= doing things differently for different compilers if we have to https://github.com/tianocore/edk2/blob/master/MdePkg/Library/BaseIoLibIntri= nsic/BaseIoLibIntrinsic.inf#L38 [Sources.IA32] IoLibGcc.c | GCC IoLibMsc.c | MSFT IoLib.c Thanks, Andrew Fish PS The compiler still works like you think we just don=92t have the libs yo= u might need. ~/work/Compiler/Math>cat i386.c typedef unsigned long long UINT64; UINT64 main2(int argc, char **argv) { UINT64 ulldiv =3D ((UINT64) argc)/3; // prevent the optimizer to calculate result at build time return ulldiv; } ~/work/Compiler/Math>clang -arch i386 i386.c -S ~/work/Compiler/Math>cat i386.S .section __TEXT,__text,regular,pure_instructions .build_version macos, 12, 0 sdk_version 12, 0 .globl _main2 ## -- Begin function main2 .p2align 4, 0x90 _main2: ## @main2 .cfi_startproc ## %bb.0: pushl %ebp .cfi_def_cfa_offset 8 .cfi_offset %ebp, -8 movl %esp, %ebp .cfi_def_cfa_register %ebp subl $24, %esp movl 12(%ebp), %eax movl 8(%ebp), %eax movl 8(%ebp), %ecx movl %ecx, %edx sarl $31, %edx movl %esp, %eax movl %edx, 4(%eax) movl %ecx, (%eax) movl $0, 12(%eax) movl $3, 8(%eax) calll ___udivdi3 movl %edx, -4(%ebp) movl %eax, -8(%ebp) movl -8(%ebp), %eax movl -4(%ebp), %edx addl $24, %esp popl %ebp retl .cfi_endproc ## -- End function .subsections_via_symbols PPS Fun story about ABI differences as the macOS i386 ABI requires 16-byte = aligned stack accesses and that is more strict than EFI. Luckily it does no= t break EFI, but it means you can NOT call macOS code from EFI code. To mak= e the emulator work on macOS I had to write assembly gaskets to align the s= tacks to make calls between the worlds possible. Not my finest hour but it = works=85. https://github.com/tianocore/edk2/blob/master/EmulatorPkg/Unix/Host/Ia32/Ga= sket.S This crazy is an example about how assumptions that are not EFI centric can= leak into the generic libs produced for the compiler. On Jan 27, 2022, at 2:26 PM, Kilian Kegel > wrote: Hi Gerd, >* On my system the gcc intrinsics are only available as shared library, > so the "just unpack the lib and use the object files" idea is not > going to work. This little C program makes an unsigned 64Bit division on PC compilers. Running a 32Bit code generator, it usually invokes an intrinsic function. * MSFT: __aulldiv() * GCC: __udivdi3() On my 32Bit Ubuntu standard installation I ran 1. cc - Xlinker -Map=3Dstatic.map hello.c -static 2. cc -Xlinker -Map=3Dshared.map hello.c The first .OBJ file mentioned in the .MAP file is in both cases: /usr/lib/gcc/i686-linux-gnu/6/libgcc.a(_udivdi3.o) <377AC53F424C47F794809BA1A5953904.png> Then for each a.out I did: * objdump -d a.out > static.dis * objdump -d a.out > shared.dis In both cases the intrinsic function is fully linked into the .ELF executab= le. >so the "just unpack the lib and use the object files" idea is not >going to work. It seems to me that GNU holds the intrinsic functions in a separate library that can be used without any change, and is always correct by definition. For Microsoft that is only true when a SDK is installed (INT64.LIB). Without SDK the intrinsic functions were included in LIBCMT.LIB and must be isolated manually. Gerd, can you please doublecheck in your GCC build, if that works: 1. add a 64Bit div to an x86 PEI module like: <500D8F2283CD4FAE9B0E45647823894A.png> 1. add libgcc.a as a search library, adjust the conf\tools_def.txt like: DEBUG_GCCxx_IA32_DLINK_FLAGS =3D =85predefined parameter =85 /usr/lib/gcc= /i686-linux-gnu/6/libgcc.a to match your build system 1. build the BIOS 2. if the build gets ready, check the .MAP file whether it contains __u= divdi3() or not >* I have my doubts that compiler's builtin libraries are optimized for > size, so I'd suspect we would see a noticeable size grow from that. Please check the size of __udivdi3() and whether the tianocore reimplementa= tion is smaller or not If this works for all build platforms, independently of using the tianocore= reimplementation or using the original compiler intrinsics, this is correct location to place t= he address of the intrinsic library. For all optimization modes, operation modes (64Bit/32Bit) the intrinsic lib= rary is available for the compiler. GNU lists the intrinsics: https://gcc.gnu.org/onlinedocs/gccint/Libgcc.html#Libgcc The intrinsic library belongs to the compiler not to the build system. If the build system changes from EDK2 to VS2022/MSBUILD, the compiler expects the same intrinsic library. Leave the intrinsic restrictions behind and just provide all required intri= nsics the compiler needs to fulfil the C-Standard! Thanks a lot, Kilian https://github.com/tianocore/edk2-staging/tree/CdePkg#cdepkgblog From: kraxel@redhat.com Sent: Wednesday, January 26, 2022 12:02 PM To: Pedro Falcato Cc: edk2-devel-groups-io; Kinney, Michael D; Kilian Kegel; Yao, Jiewen; Sean Brogan; Bret Barkelew; Wang= , Jian J; Jiang, Guomin; Pawel Polawski; Lu, XiaoyuX Subject: Re: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl s= ubmodule to v3.0 Hi, > I think adding intrinsic libraries is a mixed bag, for the following > reasons: > > 1) The intrinsic libraries are completely internal to the compilers. > Breaking down that toolchain/code barrier is not a good idea if we want t= he > project to compile using a good variety of compilers. The API is unstable > (as it's internal to the compiler + version) and sometimes undocumented; > while in reality the ABI doesn't really change (at least in the LLVM/GCC > world, not sure about the other compilers), it's something to consider. Yes. But apparently there is no way around them. We have them for arm. We have them for openssl. IntelUndiPkg in edk2-staging has some too (see IntelUndiPkg/LibC). And I wouldn't be surprised if there are more cases ... Having a policy to outlaw Intrinsics, but then hand out exceptions left and right doesn't look like a good idea to me. I think we should revisit that and accept that there simply is no way around Intrinsics in some cases. I think it makes sense to consolidate all the Intrinsics we have, i.e. move them over to MdePkg, make everybody use that, so we have only a single version to maintain. I think it also makes sense to restrict Intrinsics to the cases where we have no other option, to keep them as small as possible and also make it as easy as possible to maintain them. > 2) Linking the compiler's builtin libraries would fix our issues, except > that it doesn't work in cases where object files are tagged with ABI (suc= h > as hard FP vs soft FP). Also: * On my system the gcc intrinsics are only available as shared library, so the "just unpack the lib and use the object files" idea is not going to work. * I have my doubts that compiler's builtin libraries are optimized for size, so I'd suspect we would see a noticeable size grow from that. * I'd very much prefer to continue with the current approach to have source code for the Intrinsics we need. In case we run into trouble things tend to be much easier to fix when you have the source code at hand. That's actually part of the open source success story. take care, Gerd Sent from Mail for Window= s From: Kilian Kegel Sent: Tuesday, January 25, 2022 09:06 PM To: Kinney, Michael D; devel@edk2.groups= .io; kraxel@redhat.com; Yao, Jiewen; Sean Brogan; Bret Barkelew Cc: devel@edk2.groups.io; Wang, Jian J; Jiang, Guomin; Pawel= Polawski; Lu, XiaoyuX Subject: Re: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl s= ubmodule to v3.0 Hi Mike, thank you for your explanation. I understand all the technical aspects. But let me go into the details of my approach, that skips step 2) to 5) and adds step 1.5) >I think in practice, the intrinsic APIs we are seeing from use >of C code from submodules is a very limited set that do not >change across compiler releases, I totally agree. E.g INT64.LIB is the same since 2004 (WinXP DDK). But my perspective is different anyway: 1. an intrinsic library belongs to a particular compiler/linker couple 2. an intrinsic library does not belong to a UEFI tianocore or commercia= l BIOS feature set and should be managed outside from any EDK2 specific build description (.INF, .DSC) Let=92s assume there is a C build environment fully installed, e.g. Micros= oft VS2022, on an EDK2 build machine and all legal aspects were fulfilled. In that case the advanced developer is able to locate the library, that hol= ds the intrinsic functions (intrinsic .OBJ modules) we needed to extract. (simply by checking the .MAP= of a 32bit executable that pulls in the particular intrinsics) This is step 1) >One of the challenges is that compilers are allowed to add/remove/modify i= ntrinsic APIs >across compiler releases. We would need to define a solution that will wo= rk if there are >these types of changes, which would potentially mean a different instance = of the intrinsic >library for each tool chain tag. Here comes step 1.5): In case of Microsoft build it is LIBCMT.LIB that can be found when walking = through the LIB environment string. It is easy to extend EDKSETUP.BAT to generate MSFTINTRINx86-32.LIB each tim= e: 1. locate LIBCMT.LIB 2. extract the identified .OBJ modules from step 1: =93LIB.EXE /extract:= full_path_name.obj /out:name.obj LIBCMT.LIB=94 3. bind extracted .OBJ to the MSFTINTRINx86-32.LIB: =93LIB.EXE *.obj /ou= t:%CONF_PATH%\MSFTINTRINx86-32.lib=94 Now MSFTINTRINx86-32.LIB is located in the conf directory. Adjust the DLINK_FLAGS in tools_def.txt to hold MSFTINTRINx86-32.LIB as a s= earch library: DEBUG_VS2015_IA32_DLINK_FLAGS =3D /NOLOGO /NODEFAULTLIB /IGNORE:4001 /O= PT:REF /OPT:ICF=3D10 /MAP /ALIGN:32 /SECTION:.xdata,D /SECTION:.pdata,D /MA= CHINE:X86 /LTCG /DLL /ENTRY:$(IMAGE_ENTRY_POINT) /SUBSYSTEM:EFI_BOOT_SERVIC= E_DRIVER /SAFESEH:NO /BASE:0 /DRIVER /DEBUG %CONF_PATH%\MSFTINTRINx86-32.LI= B RELEASE_VS2015_IA32_DLINK_FLAGS =3D /NOLOGO /NODEFAULTLIB /IGNORE:4001 /I= GNORE:4254 /OPT:REF /OPT:ICF=3D10 /MAP /ALIGN:32 /SECTION:.xdata,D /SECTION= :.pdata,D /MACHINE:X86 /LTCG /DLL /ENTRY:$(IMAGE_ENTRY_POINT) /SUBSYSTEM:EF= I_BOOT_SERVICE_DRIVER /SAFESEH:NO /BASE:0 /DRIVER /MERGE:.rdata=3D.data %CO= NF_PATH%\MSFTINTRINx86-32.LIB >>From now on the intrinsics are available for all 32Bit components. With that procedure it is guaranteed by design, that the intrinsics are alw= ays available and match a particular compiler/linker release. * it saves storage space since source code or binary modules don=92t ne= ed to be kept * because they are not kept, they don=92t need maintainance * no one needs to understand and document (in math details) the interna= ls and the interface * no one needs to test for the math functions, as it is necessary for t= ianocore re-implementations * the compiler vendor itself is in charge in a court case The script below is a demonstration of the above arguments. It additionally= adds memcpy() and memcmp() to MSFTINTRINx86-32.LIB, that the compiler sometimes needs, depending on optimization style, array s= ize, instruction set, whatsoever =85 I have checked some more .OBJ from LIBCMT.LIB and some of them (ftol3.obj t= o get __ltod3() long to double needed for difftime()) seem not to be space optimized for BIOS usage, because the ftol3.obj holds = multiple functions (and so violates the ODR one definition rule). But also such cases could be handled automatically by a script (I wrote a C= program < 200 lines) that disassembles (using Microsoft DUMPBIN.EXE) the .OBJ, splits by simple = text processing into single-function-.ASM-files that could be assembled back to multiple .OBJ of= smaller code size. For this approach compiler, library manager, disassembler (DUMPBIN, OBJDUMP= ) were needed, that are available on all build machines by definition. Best regards Kilian From: Kinney, Michael D Sent: Monday, January 24, 2022 06:28 PM To: Kilian Kegel; devel@edk2.groups.io; kraxel@redhat.com; Yao= , Jiewen; Sean Brogan; Bret Barkelew; Kinney, Micha= el D Cc: devel@edk2.groups.io; Wang, Jian J; Jiang, Guomin; Pawel= Polawski; Lu, XiaoyuX Subject: RE: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl s= ubmodule to v3.0 Hi Kilian, I am in favor of an intrinsic lib to improve the EDK II development environ= ment. This has already been done for ARM compilers. The solution should mirror t= hat approach. It would be best if we had source code (either in the edk2 repo or through = a submodule) for the required intrinsic APIs. If source code is not possible and we have to= use a binary, then that must be accessed through a submodule. The edk2 repo does not host bin= aries. We use repos such as edk2-non-osi for binaries. We also have to provide a solution that works with supported compilers (VS,= GCC, CLANG, XCODE). One of the challenges is that compilers are allowed to add/remove/modify in= trinsic APIs across compiler releases. We would need to define a solution that will wor= k if there are these types of changes, which would potentially mean a different instance o= f the intrinsic library for each tool chain tag. I think in practice, the intrinsic APIs w= e are seeing from use of C code from submodules is a very limited set that do not change across c= ompiler releases, so the maintenance of these intrinsic libs would be manageable. If we go down the source code path, we can break it up into the following t= asks: 1. Identify the specific subset of intrinsic APIs from each compiler tha= t is required for the edk2 use cases. 2. Obtain the function prototype and full documentation for each intrins= ic API to support implementation and unit tests. 3. Implement the APIs for all compilers. 4. Implement unit tests for all APIs for all compilers using UnitTestFra= meworkPkg unit tests. 5. Update MdeLibs.dsc.inc with the NULL instances for the intrinsic libs 6. Remove intrinsic APIs from EDK II modules that currently maintain the= ir own implementations of intrinsic APIs. Best regards, Mike From: Kilian Kegel > Sent: Monday, January 24, 2022 8:25 AM To: devel@edk2.groups.io; Kinney, Michael D >; kraxel@redha= t.com; Yao, Jiewen >; Sean Brogan >; Bret Barkelew > Cc: devel@edk2.groups.io; Wang, Jian J >; Jiang, Guomin >; Pawel Polawski >; Lu, XiaoyuX > Subject: RE: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl s= ubmodule to v3.0 The 64-bit integer math intrinsics and other intrinsic problems could be solved easily for ever: 1. Putting all .OBJ files together from LIBCMT.H or INT64.LIB (for ll*.o= bj and ull*.obj only) ltod3.obj ftol2.obj lldiv.obj lldvrm.obj llmul.obj llrem.obj llshl.obj llshr.obj ulldiv.obj ulldvrm.obj ullrem.obj ullshr.obj memcmp.obj memcpycpy.obj and adjust for usability in EDK2 (remove / solve further in= ternal dependencies or rewrite =93*cpy=94 and =93*cmp=94 functions) This is already done in IntrinsicLib.lib for some of the above functions, j= ust complete this task! 1. Put all the .OBJ into a e.g. edk2\Conf \=93MSFTINTRINx86-32.lib=94 2. Update the MSFT_DEF.txt tool chain definition path DEBUG_*_IA32_DLINK_FLAGS =3D %CONF_PATH%\ MSFTINTRINx86-32.lib RELEASE_*_IA32_DLINK_FLAGS =3D %CONF_PATH%\ MSFTINTRINx86-32.lib 1. Resolve build conflicts with other existing intrinsic libraries from = CryptoPkg, RedfishPkg=85 =96 remove these libraries >>From now on all existing 32Bit components have access to their own compiler= intrinsics without touching any .INF file and the problem is instantly gone. Please do the same for * GCCINTRINx86-32.lib Leave the intrinsic restrictions behind and just provide all required intri= nsics the compiler needs to fulfil the C-Standard! UEFI shall conform the execution environment described in the C Specificati= on http://www.open-std.org/jtc1/sc22/wg14/www/docs/n1256.pdf#page=3D23 and shall not try to create a new restricted =93UEFI execution environment= =94 that currently prohibits some =93expressions=94 (shift << >> , divide / % )= on some =93data types=94 (64bit =93long long=94) but maybe in the future will prohibit some more =93expressions=94 (logical = AND &&, relational-expression < >) on still speculative =93data types=94 (e.g. a 128bit =93extended long=94) or j= ust because a new compiler (version) with some new optimization(ultra slow)/security(specdown/meltre) = capabilities introduces some new intrinsic functions. Who knows=85 In contrast to: =93I think we shouldn't add any intrinsics unless we are absolutely forced to. I do agree however that, for those intrinsics that we cannot at all avoid reimplementing, we should at least collect them in a common library. (In theory, I can also imagine reimplementing all possible intrinsics *if* the edk2 coding style spec / requirements are updated in parallel, permitting all new code to universally rely on the intrinsics, rather than the BaseLib / BaseMemoryLib functions.)=94 https://bugzilla.tianocore.org/show_bug.cgi?id=3D1516#c2 This mindset violates edk2 coding style spec too: https://edk2-docs.gitbook.io/edk-ii-c-coding-standards-specification/2_guid= ing_principles * Maintainability * Extensibility * Intellectual manageability * Portability * Reusability * Standard techniques Have fun, Kilian From: Michael D Kinney Sent: Friday, January 21, 2022 05:39 PM To: kraxel@redhat.com; Yao, Jiewen; Sean Brogan; Bret Barkele= w; Kinney, Michael D Cc: devel@edk2.groups.io; Wang, Jian J; Jiang, Guomin; Pawel= Polawski; Lu, XiaoyuX Subject: Re: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl s= ubmodule to v3.0 Comments below. Mike > -----Original Message----- > From: kraxel@redhat.com > > Sent: Friday, January 21, 2022 12:31 AM > To: Yao, Jiewen > > Cc: devel@edk2.groups.io; Kinney, Michael D = >; Wang, Jian= J >; Jiang, Guomin > >; Pawel Polawski <= ppolawsk@redhat.com>; Lu, XiaoyuX > > Subject: Re: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update openssl= submodule to v3.0 > > > > No changes in SEC and PEI. > > [Jiewen] Do you mean the Crypto consumer in PEI has no size difference?= Such as > > https://github.com/tianocore/edk2/tree/master/SecurityPkg/Tcg/Tcg2Pei , > > https://github.com/tianocore/edk2/tree/master/SecurityPkg/FvReportPei , > > https://github.com/tianocore/edk2/tree/master/SignedCapsulePkg/Universa= l/RecoveryModuleLoadPei linking > https://github.com/tianocore/edk2/tree/master/SecurityPkg/Library/FmpAuth= enticationLibRsa2048Sha256. > > PEI has this (OvmfIa32X64Pkg build): > > 7062 TpmMmioSevDecryptPei > 7830 StatusCodeHandlerPei > 7902 ReportStatusCodeRouterPei > 8470 FaultTolerantWritePei > 9734 SmmAccessPei > 11206 Tcg2ConfigPei > 11842 PeiVariable > 14730 Tcg2PlatformPei > 17274 TcgPei > 18438 S3Resume2Pei > 18682 DxeIpl > 18938 PcdPeim > 38014 CpuMpPei > 39554 PlatformPei > 45050 PeiCore > 49274 Tcg2Pei > > No size change for Tcg2Pei. > > The other modules are not there. Seems they are related to firmware > updates. We don't have that on ovmf as we can simply update the > firmware image files on the host machine ... > > Is there some target I could use to test-build those modules? > > > > INFO - OpensslLibCrypto.lib(rsa_lib.obj) : error LNK2001: unresolved = external > > > symbol __allmul > > > INFO - OpensslLibCrypto.lib(rsa_lib.obj) : error LNK2001: unresolved = external > > > symbol __aulldiv > > > INFO - OpensslLibCrypto.lib(bio_print.obj) : error LNK2001: unresolve= d external > > > symbol __aulldvrm > > > INFO - OpensslLibCrypto.lib(bio_print.obj) : error LNK2001: unresolve= d external > > > symbol __ftol2_sse > > > > > > Those symbols look like they reference helper functions to do 64bit m= ath > > > on 32bit architecture. Any hints how to fix that? > > [Jiewen] Please add them to https://github.com/tianocore/edk2/tree/mast= er/CryptoPkg/Library/IntrinsicLib > > Any hints where I could get them? Given this happens on windows builds > it's probably somewhere in the microsoft standard C library? Is that > available as open source somewhere? Sean and Bret may be able to help with these. There is also a BZ on this topic. https://bugzilla.tianocore.org/show_bug.cgi?id=3D1516 > > > > (3) Some NOOPT builds are failing due to the size growing ... > > [Jiewen] Size becomes big challenge... > > Have you tried to use https://github.com/tianocore/edk2/tree/master/Cry= ptoPkg/Driver solution? > > Seems the idea is to have only one openssl copy in the dxe image by > calling a protocol instead of linking a lib. Makes sense. > > Is this documented somewhere? Is there some easy way to use that as > drop-in replacement? Or do we have to change all crypto users to call > the driver instead of linking the lib? > > take care, > Gerd --_000_AM8P190MB0945748A2E80DA3CA7427381EB249AM8P190MB0945EURP_ Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable

Hi Andrew, hi Mike, hi Gerd,

 

>Very cool idea but =85

The good news:

A common solution for the / % << >> = ; C operator issue for all platforms is in sight for 64Bit integers.

 

I will discuss my findings along the non-Microsoft <= b>udivdi3() function, that is invoked for unsigned long long division

 

Regrettably binary isolation of the required .OBJ/.o= during EDKSETUP is not possible for XCODE.

Regrettably these intrinsic functions, are available= as C- and Assembler-implementations

and may consume more flash space for opcode, in case= of C-versions.

 

Surprisingly both, the assembler and the C implement= ation found here uses __cdel calling convention.

 

>1) We don=92t always use the systems native comp= iler and sometimes we use

>     a cross compiler so mak= ing assumptions about system libs is not always valid.

You=92re fully right. Maybe the extraction/isolation= during startup can not be used reliable.

 

 

>For bonus point i386 has been obsoleted in Xcode= .

The code generator creates a function call to __u= divdi3().

The latest Apple-Clang source code for that particul= ar function can be found here:

http= s://opensource.apple.com/source/clang/clang-600.0.57/src/projects/compiler-= rt/lib/i386/udivdi3.S.auto.html

and here for original LLVM that is still maintained:=

https://github.com/llvm/llvm= -project/blob/main/compiler-rt/lib/builtins/i386/udivdi3.S

No significant difference for both.

 

>2) Are these system libs architecturally defined= to be free standing?

>    Can they make assumptions abo= ut the runtime?

>    If so seems like they could d= o random bad things to make them not work in

>    EFI like a system call or mak= e other assumptions like writing to a magic address to generate a trap.

>    Just inspecting them tells us= the implementation, not the architecture of the lib.

You are fully right.

Inspecting is necessary in any case.

But extracting from the original library or reimplem= enting and providing as an

  • GCCINTR= INx86-32.lib
  • CLANGINTRINx86-32.lib
  • XCODEINTRINx86-3= 2.lib

additionally the same for all the other supported ar= chitectures=85

is much easier than again and again remind the pitfa= lls of the UEFI guidelines, get build break, wait for rebuild...=

for all BIOS developers, world wide for ever.

 

>3) Are the paths to these libs architectural or = are they arbitrary implementation that is

>    normal abstracted by how the = compiler is released?

>    Could some packaging change b= reak the magic paths to libs?

Truly, I am not absolutely sure anymore, but (except= for XCODE) a fully installed build machine 32Bit/64Bit

must contain such libraries by definition.

e.g.:

 

 

When I disassemble the main function of the WSL Ubun= tu build of i386.c it looks like

Since parameters and return value passed in __cdecl = calling convention, Ubuntu-__udivdi3()

would run in XCODE UEFI too, if the .ELF object form= at is the same. I have appended the udivdi3.o to test this in XCODE.

 

> This crazy is an example about how assumptions = that are not EFI centric can leak into the generic libs produced for the co= mpiler.

 

That means I believe GCCINTRINx86-32.lib, = CLANGINTRINx86-32.lib and XCODEINTRINx86-32.lib could be simply created

using these files her:

https://opensource.appl= e.com/source/clang/clang-600.0.57/src/projects/compiler-rt/lib/i386/

or

https://github.com/llvm/llvm-project/t= ree/main/compiler-rt/lib/builtins/i386

Than we have the space saving assembler implementati= on for all GCC derivates.

 

BTW: Microsoft source is leaked here:

htt= ps://github.com/microsoft/Ironclad/blob/main/ironclad-apps/src/Checked/Boot= Loader/SingLdrPc/x86/blcrtasm.asm

 

There is also a library INT64.LIB in the curr= ent Windows 10 SDK, and also in the old WinDDK 7600.

C:\WinDDK\7600.16385.1\lib\wxp\i386\int64.lib

C:\Program Files (x86)\Windows Kits\10\Lib\10.0.2200= 0.0\um\x86\int64.lib

 

Best regards,

Kilian

 

From: Andrew Fish via groups.io
Sent: Friday, January 28, 2022 01:55 AM
To: edk2-devel-groups-io= ; KILIAN_KEGEL@outlook.com
Cc: kraxel@redhat.com; Mike Kinney; Yao, Jiewen; <= a href=3D"mailto:sean.brogan@microsoft.com"> Sean Brogan; Bret Barkel= ew; Wang, Jian J; Jiang, Guomin; Pawel Polawski; Lu, XiaoyuX= ; Pedro Falcato
Subject: Re: [edk2-devel] [PATCH 00/24] CryptoPkg/openssl: update op= enssl submodule to v3.0

 

Very cool idea but =85..

 

1) We don=92t always use the systems native compiler= and sometimes we use a cross compiler so making assumptions about system l= ibs is not always valid.

 

On a Mac with Xcode clang I=92ve got full SysV ABI l= ibs (not supper helpful for EFI), but not EFI/MSFT x86_64 ABI. For bonus po= int i386 has been obsoleted in Xcode.

 

~/work/Compiler/Math>= cat hello.c                   &nb= sp;            

#include <stdio.h>

 

int main(int argc, char **argv)

{

  unsigned long long ulldiv =3D ((unsigned long long) = argc)/3;

 

  // prevent the optimizer to calculate result at buil= d time

  printf("ulldiv %lld\n", ulldiv );

}

~/work/Compiler/Math>= clang hello.c

Thus I can link Sys V ABI with the wrong calling c= onvention for EFI.



=

But for the EFI ABIs not so much=85.

~/work/Compiler/Math>= clang -target x86_64-pc-win32-macho hello.c

clang: warning: unable to find a Visual St= udio installation; try running Clang from a developer command prompt [-Wmsv= c-not-found]

hello.c:1:10: fatal error: 'stdio.h' file not found<= /span>

#include <stdio.h>

         ^~~~~~~~= ~

1 error generated.

~/work/Compiler/Math>= clang -arch i386 hello.c                =    

ld: warning: The i386 architecture is deprecated for macOS = (remove from the Xcode build setting: ARCHS)

ld: warning: ignoring file /Applications/Xcode.app/Contents= /Developer/Platforms/MacOSX.platform/Developer/SDKs/MacOSX12.0.sdk/usr/lib/= libSystem.tbd, missing required architecture i386 in file /Applications/Xcode.app/Contents/Developer/Platforms/MacOSX.platfo= rm/Developer/SDKs/MacOSX12.0.sdk/usr/lib/libSystem.tbd (3 slices)

Undefined symbols for architecture i386:<= /p>

  "_printf", referenced from:

      _main in hello-380c0a.o

ld: symbol(s) not found for architecture i386

clang: error: linker command failed with e= xit code 1 (use -v to see invocation)



 

2) Are these system libs architecturally defined to = be free standing? Can they make assumptions about the runtime? If so seems = like they could do random bad things to make them not work in EFI like a sy= stem call or make other assumptions like writing to a magic address to generate a trap. Just inspecting them t= ells us the implementation, not the architecture of the lib.

 

3) Are the paths to these libs architectural or are = they arbitrary implementation that is normal abstracted by how the compiler= is released? Could some packaging change break the magic paths to libs?

 

4) I asked the Xcode/clang team a long time ago what= to do for free standing match and they pointed me at some open source impl= ementation of these math libs that had been implemented in C. They did not = want us using their libs that shipped with macOS. 

 

 

For the GCC/clang tools seems like we are better off= just providing the code. 

 

We have magic for compiler specific inline assembly&= nbsp;

 

We have magic to abstract some compiler intrinsics t= oday:

 

While we try to avoid it when at all possible the bu= ild system does support doing things differently for different compilers if= we have to

[Sources.IA32]

IoLibGcc.c | GCC

IoLibMsc.c | MSF= T

IoLib.c

 

 

Thanks,

 

Andrew Fish

 

PS The compiler still works like you think we just d= on=92t have the libs you might need. 

 

~/work/Compiler/Math>= cat i386.c             

typedef unsigned long long UINT64;

 

UINT64

main2(int argc, char **argv)

{

  UINT64 ulldiv =3D ((UINT64) argc)/3;

 

  // prevent the optimizer to calculate result at buil= d time

  return  ulldiv;

}

~/work/Compiler/Math>= clang -arch i386 i386.c -S

~/work/Compiler/Math>= cat i386.S                <= /span>

.section __TEXT,__text,regular,pure_instructions

.build_version macos, 12, 0 sdk_version 12, 0

.globl _main2                 =         ## -- Begin function main2

.p2align 4, 0x90

_main2:               &n= bsp;                 ## @main2=

.cfi_startproc

## %bb.0:

pushl %ebp

.cfi_def_cfa_offset 8

.cfi_offset %ebp, -8

movl %esp, %ebp

.cfi_def_cfa_register %ebp

subl $24, %esp

movl 12(%ebp), %eax

movl 8(%ebp), %eax

movl 8(%ebp), %ecx

movl %ecx, %edx

sarl $31, %edx

movl %esp, %eax

movl %edx, 4(%eax)

movl %ecx, (%eax)

movl $0, 12(%eax)

movl $3, 8(%eax)

calll ___udivdi3

movl %edx, -4(%ebp)

movl %eax, -8(%ebp)

movl -8(%ebp), %eax

movl -4(%ebp), %edx

addl $24, %esp

popl %ebp

retl

.cfi_endproc

                &nb= sp;                     &= nbsp; ## -- End function

.subsections_via_symbols



PPS Fun story about ABI differences as the macOS i38= 6 ABI requires 16-byte aligned stack accesses and that is more strict than = EFI. Luckily it does not break EFI, but it means you can NOT call macOS cod= e from EFI code. To make the emulator work on macOS I had to write assembly gaskets to align the stacks to make = calls between the worlds possible. Not my finest hour but it works=85.=

 

This crazy is an example about how assumptions that = are not EFI centric can leak into the generic libs produced for the compile= r.

 

On Jan 27, 2022, at 2:26 PM, Kilian Kegel <KILIAN_KEGEL@OUTLOOK.COM> wrot= e:

 

Hi Gerd,

 

>* On my system the gcc intrinsics are only avail= able as shared library,
>   so the "just unpack the lib and use the object files&= quot; idea is not
>   going to work.

<D175366159184B98AC9B192EC485505B.png>

 

This little C program makes an unsigned 64Bit divisi= on on PC compilers.

Running a 32Bit code generator, it usually invokes a= n intrinsic function.

  • MSFT: __aulldiv()
  • GCC: __udivdi3()

 

On my 32Bit Ubuntu standard installation I ran<= /o:p>

  1. cc - Xlinker -Map=3Dstatic.map hello.c -static
  2. cc  -Xlinker -Map=3Dshared.map hello.c

 

The first .OBJ file mentioned in the .MAP file is in= both cases:

/usr/lib/gcc/i686-linux-gnu/6/libgcc.a(_udivdi3.o= )

<DC03DFFFFFF14308B3A615804A1BF474.png>

 

<377AC53F424C47F794809BA1A5953904.png>

 

Then for each a.out I did:

  • objdump -d a.out > static.dis
  • objdump -d a.out > shared.dis

 

In both cases the intrinsic function is fully linked= into the .ELF executable.

<B5A273DA2C3A4898BAEB0A354C667FE5.png>

 

>so the "just unpack the lib and use the obj= ect files" idea is not
>going to work.

It seems to me that GNU holds the intrinsic function= s in a separate library

that can be used without any change, and is always c= orrect by definition.

 

For Microsoft that is only true when a SDK is instal= led (INT64.LIB).

Without SDK the intrinsic functions were included in= LIBCMT.LIB and

must be isolated manually.

 

Gerd, can you please doublecheck in your GCC build, = if that works:

  1. add a 64Bit div to an x86 PEI module like:

<500D8F2283CD4FAE9B0E45647823894A.png>

 

  1. add libgcc.a as a search library, adjust th= e conf\tools_def.txt like:
    2. <= /ol>

    DEBUG_GCCxx_IA32_DLINK_FLAGS   =3D =85predefined parameter =85 /usr/lib/gcc/i686-linux-gnu/6/libgcc.a

    to match your build system

    1. build the BIOS 
    2. if the build gets ready, check the .MAP file whether it contains  __udivdi3() or not

     

    >* I have my doubts that compiler's builtin libra= ries are optimized for
    >   size, so I'd suspect we would see a noticeable size grow f= rom that.

    Please check the size of __udivdi3()&nb= sp;and whether the tianocore reimplementation is smaller or not=

     

    If this works for all build platforms, independently= of using the tianocore reimplementation or

    using the original compiler intrinsics, this is corr= ect location to place the address of the intrinsic library.

    For all optimization modes, operation modes (64Bit/3= 2Bit) the intrinsic library is available for the compiler.

     

    GNU lists the intrinsics:

     

    The intrinsic library belongs to the compiler = not to the build system.

    If the build system changes from EDK2 to VS202= 2/MSBUILD, the compiler

    expects the same intrinsic library.

     

    Leave the intrinsic restrictions behind and just = provide all require= d intrinsics the = compiler needs

    to fulfil the C-Standard!

     

    Thanks a lot,

    Kilian

     

    From: = kraxel@redhat.com
    Sent: Wednesday, J= anuary 26, 2022 12:02 PM
    To: Pedro Falcato
    Cc: edk2-devel-groups-io; Ki= nney, Michael D; Kilian Kegel; Yao, Jiewen; Sean Brogan= ; Bret Barkelew; Wang, Jian J; Jiang, Gu= omin; Pawel Polawski; Lu, XiaoyuX
    Subject: Re: [edk2= -devel] [PATCH 00/24] CryptoPkg/openssl: update openssl submodule to v3.0

     

      Hi,

    > I think adding intrinsic libraries is a mixed bag, for the following > reasons:
    > 
    > 1) The intrinsic libraries are completely internal to the compilers. > Breaking down that toolchain/code barrier is not a good idea if we wan= t the
    > project to compile using a good variety of compilers. The API is unsta= ble
    > (as it's internal to the compiler + version) and sometimes undocumente= d;
    > while in reality the ABI doesn't really change (at least in the LLVM/G= CC
    > world, not sure about the other compilers), it's something to consider= .

    Yes.  But apparently there is no way around them.  We have them f= or arm.
    We have them for openssl.  IntelUndiPkg in edk2-staging has some too (see IntelUndiPkg/LibC).  And I wouldn't be surprised if there are mor= e
    cases ...

    Having a policy to outlaw Intrinsics, but then hand out exceptions left
    and right doesn't look like a good idea to me.  I think we should revi= sit
    that and accept that there simply is no way around Intrinsics in some
    cases.

    I think it makes sense to consolidate all the Intrinsics we have, i.e.
    move them over to MdePkg, make everybody use that, so we have only a
    single version to maintain.

    I think it also makes sense to restrict Intrinsics to the cases where we have no other option, to keep them as small as possible and also make it as easy as possible to maintain them.

    > 2) Linking the compiler's builtin libraries would fix our issues, exce= pt
    > that it doesn't work in cases where object files are tagged with ABI (= such
    > as hard FP vs soft FP).

    Also:

     * On my system the gcc intrinsics are only available as shared librar= y,
       so the "just unpack the lib and use the object files"= ; idea is not
       going to work.

     * I have my doubts that compiler's builtin libraries are optimized fo= r
       size, so I'd suspect we would see a noticeable size grow from = that.

     * I'd very much prefer to continue with the current approach to have<= br>    source code for the Intrinsics we need.  In case we run i= nto trouble
       things tend to be much easier to fix when you have the source = code at
       hand.  That's actually part of the open source success st= ory.

    take care,
      Gerd

     

    Sent from = ;Mail for Windows=

     

     

    Hi Mike,

     

    thank you for your explanation. I understand all the= technical aspects.

    But let me go into the details of my approach, that = skips step 2) to 5)

    and adds step 1.5)

     

    >I think in practice, the intrinsic APIs we are s= eeing from use

    >of C code from submodules is a very limited set = that do not

    >change across compiler releases,

    I totally agree. E.g INT64.LIB is the same since 200= 4 (WinXP DDK).

     

    But my perspective is different anyway:

    1. an intrinsic library <= i>belongs to a pa= rticular compiler/link= er couple       
    2. an intrinsic library <= b>does not belong to a UEFI tianocore or commercial BIOS feature set<= /b> and should be managed=

    outside from any EDK2 specific build description = (.INF, .DSC)

     

    Let=92s assume there is a C  build environment = fully installed, e.g. Microsoft VS2022, on an EDK2 build machine=

    and all legal aspects were fulfilled.

     

    In that case the advanced developer is able to locat= e the library, that holds the intrinsic functions

    (intrinsic .OBJ modules) we needed to extract. (simp= ly by checking the .MAP of a 32bit executable

    that pulls in the particular intrinsics) 

    This is step 1)

     

    >One of the challenges is that compilers are allo= wed to add/remove/modify intrinsic APIs

    >across compiler releases.  We would need to= define a solution that will work if there are

    >these types of changes, which would potentially = mean a different instance of the intrinsic

    >library for each tool chain tag.  

     

    Here comes step 1.5):

    In case of Microsoft build it is LIBCMT.LIB that can= be found when walking through the

    LIB environment string.

     

    It is easy to extend EDKSETUP.BAT to generate MSFTINTRINx86-32.LIB = each time:

    1. locate LIBCMT.LIB
    2. extract the identified .OBJ modules from step 1: =93LIB.EXE /extract:ful= l_path_name.obj /out:name.obj LIBCMT.LIB=94
    3. bind extracted .OBJ to the MSFTINTRINx86-32.LIB: =93LIB.EXE *.obj /out:%CONF_PATH%\MSFTINTRINx86-3= 2.lib=94

     

    Now MSFTINTRINx86-32.LIB is located in  the conf directory.

     

    Adjust the&nbs= p;DLINK_FLAGS in tools_def.txt to hold MSFTINTRINx86-32.LIB as a search library:

     

      DEBUG_VS2015_IA32_DLINK_FLAGS   =3D /NOLOGO /NODEFAULTLIB= /IGNORE:4001 /OPT:REF /OPT:ICF=3D10 /MAP /ALIGN:32 /SECTION:.xdata,D /SECT= ION:.pdata,D /MACHINE:X86 /LTCG /DLL /ENTRY:$(IMAGE_ENTRY_POINT) /SUBSYSTEM:EFI_BOOT_SERVICE_DRIVER /SAFESEH:NO /BASE:0 /DRIVER /DEBUG = %CONF_PATH%\MSFTINTRINx86-32.LIB

     

    RELEASE_VS2015_IA32_DLINK_FLAGS   =3D /NOLOGO /NODEFAULTLIB /IGN= ORE:4001 /IGNORE:4254 /OPT:REF /OPT:ICF=3D10 /MAP /ALIGN:32 /SECTION:.xdata= ,D /SECTION:.pdata,D /MACHINE:X86 /LTCG /DLL /ENTRY:$(IMAGE_ENTRY_POINT) /SUBSYSTEM:EFI_BOOT_SERVICE_DRIVER /SAFESEH:NO /BASE:0 /DRIVER /MERGE:.rda= ta=3D.data %CONF_PATH%\MSFTINTRINx86-32.LIB

     

    From now on the intrinsics are available for all 32B= it components.

     

    With that procedure it is guaranteed by design, that the intrin= sics are always ava= ilable and match a particular compiler/linker release.

 

 

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