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rocm-systems/rocclr/compiler/lib/utils/OPTIONS.def
T
Jeremy Newton 65fd4f5f07 SWDEV-1 - Fix typo in compiler utils 
Found by the Debian maintainers:
https://github.com/ROCm-Developer-Tools/ROCclr/issues/28

Signed-off-by: Jeremy Newton <Jeremy.Newton@amd.com>
Change-Id: I8c09913f7b7f4ad02f12a0630f15e66bdd5360a7
2022-09-29 18:14:29 -04:00

1283 строки
44 KiB
Modula-2
Исходник Ответственный История

/* Copyright (c) 2010 - 2021 Advanced Micro Devices, Inc.
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
THE SOFTWARE. */
/*
* Description:
*
* This is the file that contains definitions of all options to clBuildProgram().
* And any changes to option (add/remove/modify) should be done here. This option
* processing is thread-safe, that is, each option is not implemented as a static
* variable that is assessible to all threads but as a local variable that is
* accessible only to its definining thread. For example,
*
* option::Options localOptions;
* option::parseAllOptions(cppstr, localOptions);
*
* where 'localOptions' is an option object that contains all option variables and any
* code that needs to access the option has to do so via 'localOptions'. (That is why
* 'localOptions' has been passed down to many parts that need to access option
* variables.) For instance, the following will be used to check if -g is present:
*
* if (localOptions.oVariables->EnableDebug) {
* <-g is present>;
* }
*
*
* MACROS for making changes to this file:
*
* Two macros : OPTION for runtime options that have option variables and NOPTION for others
* that do Not have option variables. The OPTION are ones that are referenced by the runtime
* via their option variables like the one shown above. The NOPTION are ones that are either
* passed into component option processors directly, or alias runtime options. An alias runtime
* option is one that refers to another option or a group of others and has no corresponding
* option variable in the above option object. For example,
* -D NAME=<sth> is passed into the front end and the runtime has no variable for it in the
* above option object. Another example is -cl-opt-disable, which is a runtime alias option.
* It is equivalent to -O0 and used to set -O0. It has no variable in the option object either.
*
* Here are these two macros:
* OPTION(type, attr, sn, ln, var, ideft, imix, imax, sdeft, desc)
* NOPTION(type, attr, sn, ln, var, ideft, imix, imax, sdeft, desc)
*
* For convenience, FLAG marco is provided as well. FLAG macro is very close to a flag
* used in flags.hpp. It is define as below:
* FLAG(type, vis, sn, var, deft, desc)
*
* type: option type defined as OptionType enum:
* OT_BOOL : bool
* OT_INT32 : int32
* OT_UINT32 : uint32
* OT_CSTRING : char*
* OT_uCHAR : unsigned char
*
* attr: option attributes, divided in several groups:
* OptionValue : value attribute. Use exactly one.
* OVA_OPTIONAL : value is optional
* OVA_REQUIRED : value is required to appear
* OVA_DISALLOWED : value may not be specified
*
* OptionForm : form attribute. Use exactly one.
* OFA_NORMAL : normal form, no prefix
* OFA_PREFIX_F : -f<flag>, machine-independent (-f[no-]<option>)
* OFA_PREFIX_M : -m<flag>, machine-dependent (-m[no-]<option>)
* OFA_PREFIX_W : -W<flag>, warning (TODO (-w[no-]<option>)
*
* OptionGroup: which component this option is for. Use at least 1.
* OA_RUNTIME : runtime option
* OA_CLC : front end (clc) option
* OA_LINK_EXE: program link-time option
* OA_LINK_LIB: library link-time option
*
* OptionValueSeparator : option value separator. Use at least 1.
* OA_SEPARATOR_NONE : no separator, such as -O1, -O2, etc.
* OA_SEPARATOR_EQUAL : '=' as separator
* OA_SEPARATOR_SPACE : ' ' as separator
*
* OptionVisibility : visibility attribute. Use exactly one.
* OVIS_PUBLIC : supported & ducumented option (shown by -h).
* OVIS_SUPPORT : supported (undocumented, tentative) option (unshown by -h)
* OVIS_INTERNAL : internal one and not available in product (unshown by -h).
*
* OptionMisc : misc attributes
* OA_MISC_ALIAS : indicate the option is alias option. It is optional.
*
* All the attributes can be combined together by bit-OR. For example,
* -g : OA_RUNTIME|OVA_DISALLOWED|OFA_NORMAL|OVIS_PUBLIC
* and
* -f[no-]bin-llvmir : OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_PUBLIC
*
* Note that OVIS_PUBLIC is default (0 value enum is default), the above -g is
* equivalent to:
* -g : OA_RUNTIME|OVA_DISALLOWED|OFA_NORMAL
*
* vis: visibility attribute defined as OptionVisibility:
*
* sn : short name (char*). (-sn)
* ln : long name (char*). (--ln)
* var : variable name (literal) for the option.
* This will add a field name 'var' in option::Options.oVariables. So, it can
* can be accessed via localOption.oVariables->var.
* ideft : default value for integer option (OT_BOOL|INT32|UINT32)
*
* imin
* imax : integer option range (imin, imax)
*
* sdeft : default value for OT_CSTRING (char*)
* desc : option description shown by -h (char*)
*
* For example:
*
* -D[]name[=val]
* NOPTION(OT_CSTRING, \
* OA_CLC|OVA_REQUIRED|OA_SEPARATOR_NONE|OA_SEPARATOR_SPACE, \
* "D", NULL, \
* PP_D, \
* 0, 0, 0, NULL, \
* "Predefine name as macro")
*
* where sn = "D", ln = NULL (no long name). PP_D is a variable name. Since this is
* NOPTION, no varialbe in option object for this. But we still need PP_D (as option ID)
* All unused parameters are set to 0.
*
* -O[0|1|2|3|4|5|s|g]
* OPTION(OT_UCHAR, \
* OA_RUNTIME|OVIS_INTERNAL|OVA_OPTIONAL|OA_SEPARATOR_NONE, \
* "O", NULL, \
* OptLevel, \
* '3', 0, 's', NULL, \
* "Set optimization level to <number>(0-4, 5(-Os equivalent), g")
*
* where sn = "O", var = "OptLevel", ideft is 3 (Which means -O will mean -O3). And code
* can use the following for checking the option level:
* if (localOptions.oVariables->OptLevel == amd::option::OPT_O0) {
* ...
* }
*
* Examples of using FLAG
* -abc=0|1 (0 default), internal boolean option
* FLAG(OT_BOOL, OVIS_INTERNAL, "abc", FlagABC, 0, "description of -abc..")
*
* -regthreshold=<int> (32 default), public int option
* FLAG(OT_INT32, OVIS_PUBLIC, "regthreshold", RegThreshold, 32, "set register threshold")
*
* -version=<str> (OpenCL2.0 default), public string option
* FLAG(OT_CSTRING, OVIS_PUBLIC, "version", Version, "OpenCL2.0", "set version string")
*
*/
/* Indent for help message if the help message (description) is in multiple lines. */
#define HINDENT "\t "
/*
OpenCL Standard options
*/
// -cl-single-precision-constant
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"cl-single-precision-constant", NULL, \
SinglePrecisionConstant, \
false, 0, 0, NULL, \
"Treat double floating-point constant as single one.")
// -cl-denorms-are-zero
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_EXE|OVA_DISALLOWED, \
"cl-denorms-are-zero", NULL, \
DenormsAreZero, \
false, 0, 0, NULL, \
"Flush denormalized floating numbers to zero.")
// -cl-opt-disable
NOPTION(OT_BOOL, \
OA_RUNTIME|OA_MISC_ALIAS|OVA_DISALLOWED, \
"cl-opt-disable", NULL, \
OptDisable, \
false, 0, 0, NULL, \
"Disable optimization (equivalent to -O0)")
// -cl-strict-aliasing
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"cl-strict-aliasing", NULL, \
StricAliasing, \
false, 0, 0, NULL, \
"Compiler assumes the strict aliasing rule.")
// -cl-mad-enable
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"cl-mad-enable", NULL, \
MadEnable, \
false, 0, 0, NULL, \
"Enable MAD")
// -cl-no-signed-zeros
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_EXE|OVA_DISALLOWED, \
"cl-no-signed-zeros", NULL,
NoSignedZeros, \
false, 0, 0, NULL, \
"Ignore the signedness of zero")
// -cl-unsafe-math-optimizations
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_EXE|OVA_DISALLOWED, \
"cl-unsafe-math-optimizations", NULL, \
UnsafeMathOpt, \
false, 0, 0, NULL, \
"Allow unsafe optimization")
// -cl-finite-math-only
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_EXE|OVA_DISALLOWED, \
"cl-finite-math-only", NULL, \
FiniteMathOnly,
false, 0, 0, NULL, \
"Assume no NaN nor infinite")
// -cl-fast-relaxed-math
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_EXE|OVA_DISALLOWED, \
"cl-fast-relaxed-math", NULL, \
FastRelaxedMath, \
false, 0, 0, NULL, \
"Do aggressive math optimization")
// -cl-fp32-correctly-rounded-divide-sqrt
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"cl-fp32-correctly-rounded-divide-sqrt", NULL, \
FP32RoundDivideSqrt, \
false, 0, 0, NULL, \
"Correctly round single-precision FP divide & sqrt")
// -w
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"w", NULL, \
DisableAllWarnings, \
false, 0, 0, NULL, \
"Disable all warnings")
// -Werror
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"Werror", NULL, \
WarnToError, \
false, 0, 0, NULL, \
"Treat any warn as an error")
// -cl-std
OPTION(OT_CSTRING, \
OA_RUNTIME|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"cl-std", NULL, \
CLStd, \
0, 0, 0, "CL1.2", \
"CL version supported")
// -frontend
OPTION(OT_CSTRING, \
OA_RUNTIME|OVA_OPTIONAL|OA_SEPARATOR_EQUAL, \
"frontend", NULL, \
Frontend, \
0, 0, 0, "", \
"Choose OpenCL frontend (clang|edg)")
// -spir-std
OPTION(OT_CSTRING, \
OA_RUNTIME|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"spir-std", NULL, \
SPIRStd, \
0, 0, 0, "1.2", \
"SPIR version supported")
// -D name and -D name=definition
NOPTION(OT_CSTRING, \
OA_CLC|OVA_REQUIRED|OA_SEPARATOR_NONE|OA_SEPARATOR_SPACE, \
"D", NULL, \
PP_D, \
0, 0, 0, NULL, \
"Predefine name as macro")
// -cl-kernel-arg-info
NOPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"cl-kernel-arg-info", NULL, \
false, \
0, 0, 0, NULL, \
"Kernel argument info")
// -cl-internal-kernel
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OVIS_SUPPORT, \
"cl-internal-kernel", NULL, \
clInternalKernel, \
false, 0, 0, NULL, \
"Internal kernel")
// -I dir
NOPTION(OT_CSTRING, \
OA_CLC|OVA_REQUIRED|OA_SEPARATOR_NONE|OA_SEPARATOR_SPACE, \
"I", NULL, \
PP_I, \
0, 0, 0, NULL, \
"Add directory dir for header file search")
// -create-library
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_LIB|OVA_DISALLOWED, \
"create-library", NULL, \
clCreateLibrary, \
false, 0, 0, NULL, \
"Create library")
// -enable-link-options
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_LIB|OVA_DISALLOWED, \
"enable-link-options", NULL, \
clEnableLinkOptions, \
false, 0, 0, NULL, \
"Enable Link Options")
// -cl-uniform-work-group-size
OPTION(OT_BOOL, \
OA_RUNTIME|OA_LINK_EXE|OVA_DISALLOWED, \
"cl-uniform-work-group-size", NULL, \
UniformWorkGroupSize, \
false, 0, 0, NULL, \
"Allow only uniform workgroup size")
/*****************************************************************/
/*
AMD options
*/
// -h --help
OPTION(OT_CSTRING, \
OA_RUNTIME|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL, \
"h", "help", \
ShowHelp, \
0, 0, 0, NULL, \
"Show a description of options")
// -g
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED, \
"g", NULL, \
EnableDebug, \
false, 0, 0, NULL, \
"Produce debugging information")
// -legacy
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OA_SEPARATOR_NONE|OFA_NORMAL, \
"legacy", NULL, \
Legacy, \
false, 0, 0, NULL, \
"Forces compilation via legacy (AMDIL)")
// -binary_is_spirv
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OA_SEPARATOR_NONE|OFA_NORMAL, \
"binary_is_spirv", NULL, \
BinaryIsSpirv, \
false, 0, 0, NULL, \
"Program is created from SPIRV binary")
// -falias, -fno-alias
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"alias", NULL, \
AssumeAlias, \
false, 0, 0, NULL, \
"Assume pointers do [not] alias. This option is no longer in use.")
// -m64
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"m64", NULL, \
GPU64BitIsa, \
false, 0, 0, NULL, \
"To enable the generation of 64-bit gpu isa code (default is 32-bit)")
// -m32 (alias to -m64)
NOPTION(OT_BOOL, \
OA_RUNTIME|OA_MISC_ALIAS|OVIS_SUPPORT|OVA_DISALLOWED, \
"m32", NULL, \
GPU32BitIsa, \
true, 0, 0, NULL, \
"To enable the generation of 32-bit gpu isa code (default)")
// -fper-pointer-uav, -fno-per-pointer-uav
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F, \
"per-pointer-uav", NULL, \
PerPointerUAV, \
false, 0, 0, NULL, \
"Specify that UAVs per pointer should be used(HD5XXX and HD6XXX series GPU\'s only).")
// -fbin-source -fno-bin-source
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_SUPPORT, \
"bin-source", NULL, \
BinSOURCE, \
false, 0, 0, NULL, \
"Allow OpenCL binary to [not] have SOURCE")
// -fonly-bin-source
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_SUPPORT, \
"only-bin-source", NULL, \
OnlyBinSOURCE, \
false, 0, 0, NULL, \
"Allow OpenCL binary to [not] have SOURCE")
// -fbin-llvmir -fno-bin-llvmir
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_SUPPORT, \
"bin-llvmir", NULL, \
BinLLVMIR, \
true, 0, 0, NULL, \
"Allow OpenCL binary to [not] have LLVMIR")
// -fbin-spir -fno-bin-spir
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_SUPPORT, \
"bin-spir", NULL, \
BinSPIR, \
true, 0, 0, NULL, \
"Allow OpenCL binary to [not] have SPIR")
// -fbin-cg, -fno-bin-cg
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_SUPPORT, \
"bin-cg", NULL, \
BinCG, \
true, 0, 0, NULL, \
"Allow OpenCL binary to [not] have output from code generator")
// -fbin-amdil -fno-bin-amdil
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_SUPPORT, \
"bin-amdil", NULL, \
BinAMDIL, \
false, 0, 0, NULL, \
"Allow OpenCL binary to [not] have AMDIL")
// -fbin-hsail -fno-bin-hsail
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED|OFA_PREFIX_F, \
"bin-hsail", NULL, \
BinHSAIL, \
false, 0, 0, NULL, \
"Allow OpenCL binary to [not] have HSAIL")
// -fbin-exe -fno-bin-exe
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F|OVIS_SUPPORT, \
"bin-exe", NULL, \
BinEXE, \
true, 0, 0, NULL, \
"Allow OpenCL binary to [not] have Executable")
// -fbin-bif30
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F, \
"bin-bif30", NULL, \
BinBIF30, \
false, 0, 0, NULL, \
"Allow OpenCL binary to be BIF3.0 format")
// -fbin-as -fno-bin-as
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"bin-as", NULL, \
BinAS, \
false, 0, 0, NULL, \
"Allow OpenCL binary to [not] have X86 assembly text")
// -fbin-disasm -fno-bin-disasm
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"bin-disasm", NULL, \
BinDISASM, \
false, 0, 0, NULL, \
"Allow OpenCL binary to [not] have X86 assembly text")
// -fbin-encrypt -fno-bin-encrypt
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F, \
"bin-encrypt", NULL, \
BinEncrypt, \
false, 0, 0, NULL, \
"Generate an encrypted OpenCL binary (not by default)")
// -fbin-gpu64 -fno-bin-gpu64 (default)
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED|OFA_PREFIX_F, \
"bin-gpu64", NULL, \
EnableGpuElf64, \
false, 0, 0, NULL, \
"Generate 64-bit ELF binary for GPU (default: 32-bit)")
// -fdebug-linker -fno-debug-linker
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED|OFA_PREFIX_F, \
"debug-linker", NULL, \
EnableDebugLinker, \
false, 0, 0, NULL, \
"Enable debug output for linker")
// -fc99-inline -fno-c99-inline (default)
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED|OFA_PREFIX_F, \
"c99-inline", NULL, \
EnableC99Inline, \
false, 0, 0, NULL, \
"Enable c99 style inlining mode")
// -Wf,<options> : pass comma-separated <options> to the frontend (clc)
OPTION(OT_CSTRING, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_NONE, \
"Wf,", NULL, \
WFComma, \
0, 0, 0, NULL, \
"Pass comma-separated <options> to the frontend")
// -x <lang> : lang should be clc, clc++ or spir
OPTION(OT_CSTRING, \
OA_RUNTIME|OVA_REQUIRED|OA_SEPARATOR_SPACE, \
"x", NULL, \
XLang, \
0, 0, 0, NULL, \
"-x clc|clc++|spir")
// -Wb,<options> : pass comma-separated <options> to the backend (llvm)
OPTION(OT_CSTRING, \
OA_RUNTIME|OA_LINK_EXE|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_NONE, \
"Wb,", NULL, \
WBComma, \
0, 0, 0, NULL, \
"Pass comma-separated <options> to the backend (llvm)")
// -Wh,<options> : pass comma-separated <options> to the finalizer (sc)
OPTION(OT_CSTRING, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_NONE, \
"Wh,", NULL, \
WHComma, \
0, 0, 0, NULL, \
"Pass comma-separated <options> to the finalizer (sc)")
// -O[0|1|2|3|4|5|s|g]
OPTION(OT_UCHAR, \
OA_RUNTIME|OVA_OPTIONAL|OA_SEPARATOR_NONE, \
"O", NULL, \
OptLevel, \
'3', 0, 's', NULL, \
"Set optimization level to <number>(0|1|2|3|4|5(-Os equivalent)|g)")
// -srt/--sr-threshold=<positive integer> : Scalar Replacement threshold
OPTION(OT_UINT32, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"srt", "sr-threshold", \
SRThreshold, \
128, 0, 0x3FFFFFFF, NULL, \
"Set scalar replacement threshold to <number>")
// -apt/--ap-threshold=<positive integer> : Argument Promotion threshold
OPTION(OT_UINT32, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"apt", "ap-threshold", \
APThreshold, \
1024, 0, 0x3FFFFFFF, NULL, \
"Set argument promotion threshold to <number>")
// -unroll-count=<positive integer> : loop unroll count
// default is 0, meaning auto-unrolling
OPTION(OT_UINT32, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"unroll-count", NULL, \
LUCount, \
0, 0, 0x3FFFFFFF, NULL, \
"Set loop unroll count to <number> for all loops")
// -unroll-threshold=<positive integer> : loop unroll threshold
// default is 150.
OPTION(OT_UINT32, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"unroll-threshold", NULL, \
LUThreshold, \
150, 0, 0x3FFFFFFF, NULL, \
"Set loop unroll threshold to <number> for all loops")
// -unroll-allow-partial : allow partial unroll
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"unroll-allow-partial", NULL, \
LUAllowPartial, \
true, 0, 0, NULL, \
"Allow unrolling loops partially")
// -licm=0|1 (deafault is 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "licm", OptLICM, 1, "Enable/disable LLVM Optimization LICM")
// -mem2reg=0|1 (default is 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "mem2reg", OptMem2reg, 1, "Enable/disable mem2reg (for -O0 only)")
// -aa=0|1 (default 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "aa", OptAA, 1, "Enable/disable Module AA pass")
// -ebb=0|1 (default 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "ebb", CGEBB, 1, "Enable/disable Codegen EBB")
// -bfo=0|1 (default 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "bfo", CGBFO, 1, "Enable/disable Codegen BitField Optim")
// -mimage-support -mno-image-support (default yes)
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_M, \
"image-support", NULL, \
ImageSupport, \
true, 0, 0, NULL, \
"Define __IMAGE_SUPPORT__ indicating device support for images")
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_M, \
"fast-fma", NULL, \
FastFMA, \
false, 0, 0, NULL, \
"Define FP_FAST_FMA indicating fma function is faster than multiply and add for double")
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_M, \
"fast-fmaf", NULL, \
FastFMAF, \
false, 0, 0, NULL, \
"Define FP_FAST_FMA indicating fma function is faster than multiply and add for float")
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_M, \
"small-global-objects", NULL, \
SmallGlobalObjects, \
false, 0, 0, NULL, \
"Assume no global allocation is > 4G and does not span the 4G boundary")
// -memcombine-max-vec-gen=<value> (default 16)
FLAG(OT_UINT32, OVIS_SUPPORT, "memcombine-max-vec-gen", OptMemCombineMaxVecGen, 16, \
"Maximum width (#bytes) of vector loads/stores generated by memory\n"
HINDENT "access combining. Set it to 1 to disable memory access combining.")
// -SRAE-threshold=<value> (default 1024)
FLAG(OT_UINT32, OVIS_SUPPORT, "SRAE-threshold", OptSRAEThreshold, 1024, \
"Maximum size of the local array element aggregrates that\n"
HINDENT " will be scalar replaced.")
// -liveness=0|1 (default 0)
FLAG(OT_BOOL, OVIS_SUPPORT, "liveness", OptLiveness, 0, "Enable/disable Liveness Analysis")
// -prt-opt-liveness=0|1 (default 0)
FLAG(OT_BOOL, OVIS_SUPPORT, "prt-opt-liveness", OptPrintLiveness, 0, \
"Print liveness information at the end of Opt.")
// -wgs=<x,y,z> (default NULL : use default work group size 256,1,1)
FLAG(OT_CSTRING, OVIS_SUPPORT, "wgs", WorkGrpSize, 0, "Work group size (ie 256,1,1).")
// -buildlog=<0|stdout|stderr|<filename>> : output build log into the given output.
FLAG(OT_CSTRING, OVIS_SUPPORT, "buildlog", BuildLog, 0, "Redirect log of clBuildProgram.")
// -fdiv2fmul=0|1 (default 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "fdiv2fmul", EnableFDiv2FMul, 1, \
"Enable/disable float f/c ==> f * (1.0f/c) for GPU (default : on)")
// -stack-alignment=<n>
FLAG(OT_UINT32, OVIS_SUPPORT, "stack-alignment", CPUStackAlignment, 64, \
"Override CPU stack alignment (64 bytes by default).")
// -slc=0|1 or --simplifylibcall (default 1)
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"slc", "simplifylibcall", \
OptSimplifyLibCall, \
1, 0, 0, NULL, \
"Enable/disable optimization to simplify lib calls (on by default)")
// -finline -fno-inline
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED|OFA_PREFIX_F, \
"inline", NULL, \
Inline, \
true, 0, 0, NULL, \
"Disabling (-fno-inline) GPU inlining for testing")
// -fsc-keep-calls -fno-sc-keep-calls
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-keep-calls", NULL, \
SCKeepCalls, \
false, 0, 0, NULL, \
"SC does not inline function calls in AMDIL")
// -fsc-selective-inline -fno-sc-selective-inline
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-selective-inline", NULL, \
SCSelectiveInline, \
true, 0, 0, NULL, \
"SC inlines functions that are called only once and keep other functions")
// -fsc-use-mubuf -fno-sc-use-mubuf
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-use-mubuf", NULL, \
SCUseMUBuf, \
false, 0, 0, NULL, \
"SC uses MUBUF whenever possible")
// -fsc-disable-loop-unroll
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-disable-loop-unroll", NULL, \
SCDisableLoopUnroll, \
false, 0, 0, NULL, \
"SC does not unroll loops")
// -fsc-disable-merge-memory
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-disable-merge-memory", NULL, \
SCDisableMergeMemory, \
false, 0, 0, NULL, \
"SC does not merge memory loads and stores")
// -fsc-bias-schedule-to-minimize-regs
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-bias-schedule-to-minimize-regs", NULL, \
SCBiasScheduleToMinimizeRegs, \
false, 0, 0, NULL, \
"Scheduler heuristic bias: force minimize register stategy")
// -fsc-bias-schedule-to-minimize-insts
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-bias-schedule-to-minimize-insts", NULL, \
SCBiasScheduleToMinimizeInsts, \
false, 0, 0, NULL, \
"Scheduler heuristic bias: force minimize instructions stategy")
// -fsc-min-reg-schedule
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-min-reg-schedule", NULL, \
SCMinRegSchedule, \
false, 0, 0, NULL, \
"Scheduler: schedule to minimize register usage")
// -fsc-schedule-no-reorder
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-schedule-no-reorder", NULL, \
SCScheduleNoReorder, \
false, 0, 0, NULL, \
"Scheduler: turn off instruction reordering")
// -fsc-use-buffer-for-hsa-global
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-use-buffer-for-hsa-global", NULL, \
SCUseBufferForHsaGlobal, \
false, 0, 0, NULL, \
"HSA: use buffer instructions instead of flat for global memory")
// -fsc-live-sched -fno-sc-live-sched
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-live-sched", NULL, \
SCLiveSched, \
false, 0, 0, NULL, \
"SC turn on/off liveness based instruction scheduling (default off)")
// -fsc-post-ra-sched (default false)
OPTION(OT_BOOL, \
OA_RUNTIME|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"sc-post-ra-sched", NULL, \
SCPostRASched, \
false, 0, 0, NULL, \
"Run instruction scheduling after register allocation (default off)")
// -scras=int or --sc-si-opt-reg-alloc-strategy (default 4)
// 4 let OCL compiler choose SC reg alloc strategy by heuristic
// keep this updated with SCShaderSi.h
OPTION(OT_UINT32, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"scras", "sc-si-opt-reg-alloc-strategy", \
SCSIOptRegAllocStrategy, \
4, 0, 4, NULL, \
"Set SI+ shader compiler register allocation strategy 0-SC default, "
"1-balanced, 2-minimize GPRs, 3-minimize moves, 4-heuristic(default 4).")
// -fuser-no-inline -fno-user-no-inline
OPTION(OT_BOOL, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"user-no-inline", NULL, \
AddUserNoInline, \
true, 0, 0, NULL, \
"Adding (-fuser-no-inline) noinline attribute to user functions")
// -flib-no-inline -fno-lib-no-inline
OPTION(OT_BOOL, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"lib-no-inline", NULL, \
AddLibNoInline, \
true, 0, 0, NULL, \
"Adding (-flib-no-inline) noinline attribute to opencl library functions")
// -scopt=int or --sc-opt-level (default -1)
// -1 let shader compiler choose optimization level
OPTION(OT_INT32, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"scopt", "sc-opt-level", \
SCOptLvl, \
-1, -1, 4, NULL, \
"Set AMDIL shader compiler optimization level -1,0,1,2,3,4 (default -1 "
"auto).")
// -ilcth=int or --inline-cost-threshold (default 14000)
OPTION(OT_UINT32, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"ilcth", "inline-cost-threshold", \
InlineCostThreshold, \
14000, 0, 0xFFFFFFFF, NULL, \
"Set cost threshold for inliner (default 14000).")
// -ilsth=int or --inline-size-threshold (default 50)
OPTION(OT_UINT32, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"ilsth", "inline-size-threshold", \
InlineSizeThreshold, \
50, 0, 0xFFFFFFFF, NULL, \
"Set size threshold for inliner (default 50).")
// -ilkth=int or --inline-kernel-size-threshold (default 100000)
OPTION(OT_UINT32, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"ilkth", "inline-kernel-size-threshold", \
InlineKernelSizeThreshold, \
100000, 0, 0xFFFFFFFF, NULL, \
"Set kernel size threshold for inliner (default 100000).")
// -wokth=int or --waves-opt-kernel-threshold (default 0)
OPTION(OT_UINT32, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"wokth", "waves-opt-kernel-threshold", \
WavesOptKernelThreshold, \
0xFFFFFFFF, 0, 0xFFFFFFFF, NULL, \
"Enable waves optimization when kernel size is greater than this threshold.")
// -fdef-res-id -fno-def-res-id
OPTION(OT_BOOL, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"def-res-id", NULL, \
DefaultResourceId, \
false, 0, 0, NULL, \
"Use default resource id when AMDIL contains non-kernel functions.")
// -fstack-uav -fno-stack-uav
OPTION(OT_BOOL, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"stack-uav", NULL, \
UseStackUAV, \
false, 0, 0, NULL, \
"Use stack uav instead of private uav for stack variables.")
// -fmacro-call -fno-macro-call
OPTION(OT_BOOL, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"macro-call", NULL, \
UseMacroForCall, \
true, 0, 0, NULL, \
"Use outline macro for function call in AMDIL.")
// -fdebug-call -fno-debug-call
OPTION(OT_BOOL, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"debug-call", NULL, \
DebugCall, \
false, 0, 0, NULL, \
"Allow function call for debug options in AMDIL.")
// -fmulti-level-call -fno-multi-level-call
OPTION(OT_BOOL, \
OA_LINK_EXE|OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"multi-level-call", NULL, \
AllowMultiLevelCall, \
true, 0, 0, NULL, \
"Allow multi-level function call in AMDIL.")
// -use-debugil
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"use-debugil", NULL, \
UseDebugIL, \
false, 0, 0, NULL, \
"Enable recompilation from DebugIL.")
// -kernel=<kernel-name>
OPTION(OT_CSTRING, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"kernel", NULL, \
Kernel, \
0, 0, 0, NULL, \
"Specify the kernel to compile for.")
// -just-kernel=<kernel-name>
OPTION(OT_CSTRING, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"just-kernel", NULL, \
JustKernel, \
0, 0, 0, NULL, \
"Recompilation for <kernel-name> only (for -use-debugil)")
// -fenable-dump/-fno-enable-dump
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"enable-dump", NULL, \
EnableDumpKernel, \
true, 0, 0, NULL, \
"Enable dumpping kernel intermediates")
// -dump-prefix=<prefix> : set the prefix of any dump file to "prefix"
OPTION(OT_CSTRING, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"dump-prefix", NULL, \
DumpPrefix, \
0, 0, 0, "_temp",\
"Set prefix of temporary files used for dumpping")
// -dump-flags=<value> : set which intermediates will be dumpped out under the current directory.
OPTION(OT_UINT32, \
OA_RUNTIME|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_EQUAL, \
"dump-flags", NULL, \
DumpFlags, \
0, 0, 0xFFFFFFFF, NULL, \
"Select which intermediates will be dumpped out")
// -save-temps[=prefix] : store the usually temporary intermediate files permanently
// under the current directory. The "prefix" is used as a prefix to all temporary files.
// "_temp_" is used if prefix is not given.
NOPTION(OT_CSTRING, \
OA_RUNTIME|OA_MISC_ALIAS|OVA_OPTIONAL|OA_SEPARATOR_EQUAL, \
"save-temps", NULL, \
SaveTemps, \
0, 0, 0, NULL, \
"Store temporary files in the current directory")
// -save-temps-all[=prefix] : store all the temporary intermediate files such as .cl, .i, .bc,
// .il, and .isa, exe. The "prefix" is used as a prefix to all temporary files.
NOPTION(OT_CSTRING, \
OA_RUNTIME|OA_LINK_EXE|OA_MISC_ALIAS|OVA_OPTIONAL|OA_SEPARATOR_EQUAL, \
"save-temps-all", NULL, \
SaveTempsAll, \
0, 0, 0, NULL, \
"Store all temporary files in the current directory")
// -o <prefix> : store the binary into a file with 'prefix'. And the "prefix" is used as
// a prefix to all temporary files and the binary (BIF) file.
NOPTION(OT_CSTRING, \
OA_RUNTIME|OA_MISC_ALIAS|OVIS_SUPPORT|OVA_REQUIRED|OA_SEPARATOR_SPACE, \
"o", NULL, \
Output, \
0, 0, 0, NULL, \
"Store the binary into file with prefix 'prefix'")
// -cl[=<filename>], --load-cl-dll[=<filename>]
// The name of the frontend DLL that is to be opened. By default it is 'amdcl'
OPTION(OT_CSTRING, \
OA_LINK_LIB|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL|OFA_NORMAL, \
"cl", "--load-cl-dll", \
UseCL, \
0, 0, 0, NULL, \
"Specify the CL library(without extension) to load and run compiler library from.")
// -fe[=<filename>], --load-fe-dll[=<filename>]
// The name of the frontend DLL that is to be opened. By default it is 'amdfe'
OPTION(OT_CSTRING, \
OA_LINK_LIB|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL|OFA_NORMAL, \
"fe", "--load-fe-dll", \
UseFE, \
0, 0, 0, NULL, \
"Specify the FE library(without extension) to load and run frontend from.")
// -opt[=<filename>], --load-opt-dll[=<filename>]
// The name of the opt DLL that is to be opened. By default it is 'amdopt'
OPTION(OT_CSTRING, \
OA_LINK_EXE|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL|OFA_NORMAL, \
"use-opt", "--load-opt-dll", \
UseLLVM, \
0, 0, 0, NULL, \
"Specify the OPT library(without extension) to load and run optimizations from.")
// -link[=<filename>], --load-link-dll[=<filename>]
// The name of the link DLL that is to be opened. By default it is 'amdlink'
OPTION(OT_CSTRING, \
OA_LINK_EXE|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL|OFA_NORMAL, \
"use-link", "--load-link-dll", \
UseLINK, \
0, 0, 0, NULL, \
"Specify the link library(without extension) to load and run linking from.")
// -cg[=<filename>], --load-cg-dll[=<filename>]
// The name of the code generator DLL that is to be opened. By default it is 'amdcg'
OPTION(OT_CSTRING, \
OA_LINK_LIB|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL|OFA_NORMAL, \
"cg", "--load-cg-dll", \
UseCG, \
0, 0, 0, NULL, \
"Specify the CG library(without extension) to load and run code generator from.")
// -be[=<filename>], --load-be-dll[=<filename>]
// The name of the frontend DLL that is to be opened. By default it is 'amdbe'
OPTION(OT_CSTRING, \
OA_LINK_LIB|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL|OFA_NORMAL, \
"be", "--load-be-dll", \
UseBE, \
0, 0, 0, NULL, \
"Specify the BE library(without extension) to load and run backend from.")
// -sc[=<filename>], --load-sc-dll[=<filename>]
// The name of the sc DLL that is to be opened. By default it is 'amdsc'
OPTION(OT_CSTRING, \
OA_CLC|OVIS_SUPPORT|OVA_OPTIONAL|OA_SEPARATOR_EQUAL|OFA_NORMAL, \
"-sc", "--load-sc-dll", \
UseSC, \
0, 0, 0, NULL, \
"Specify the SC library(without extension) to load and run SC from.")
// -fuse-jit, -fno-use-jit
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F, \
"use-jit", NULL, \
UseJIT, \
true, 0, 0, NULL, \
"Use JIT for CPU target, disabled if debugging is enabled")
// -fforce-jit, -fno-force-jit
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F, \
"force-jit", NULL, \
ForceJIT, \
false, 0, 0, NULL, \
"Force use JIT for CPU target, even if debugging is enabled")
// -time
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"time", NULL, \
EnableBuildTiming, \
false, 0, 0, NULL, \
"Enable timing for Kernel build.")
// -kernel-cache
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"kernel-cache", NULL, \
EnableKernelCaching, \
true, 0, 0, NULL, \
"Enable kernel caching functionality.")
// -kernel-cache-wipe
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"kernel-cache-wipe", NULL, \
WipeKernelCache, \
false, 0, 0, NULL, \
"Wipe out kernel cache storage.")
// -kernel-cache-enforce-miss
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"kernel-cache-enforce-miss", NULL, \
EnforceKernelCacheMiss, \
false, 0, 0, NULL, \
"Enforce kernel cache miss (actual compilation).")
// -print-compile-phases
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"print-compile-phases", NULL, \
PrintCompilePhases, \
false, 0, 0, NULL, \
"Print compile phases info.")
// -fforce-llvm, -fno-force-llvm
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"force-llvm", NULL, \
ForceLLVM, \
false, 0, 0, NULL, \
"Forces LLVM recompilation from binaries")
// -fdisable-avx, -fno-disable-avx
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F, \
"disable-avx", NULL, \
DisableAVX, \
false, 0, 0, NULL, \
"Disable AVX code generation.")
// -fmad-enable, -fno-mad-enable (when -cl-mad-enable is turned on,
// this option is no longer needed.)
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_PREFIX_F, \
"mad-enable", NULL, \
EnableMAD, \
false, 0, 0, NULL, \
"Enable mad for a*b+c.")
// -ffma-enable, -fno-fma-enable
OPTION(OT_BOOL, \
OA_RUNTIME|OVA_DISALLOWED|OFA_PREFIX_F, \
"fma-enable", NULL, \
EnableFMA, \
false, 0, 0, NULL, \
"Enable fma for a*b+c.")
// -fuse-native=[all|<func1>,<func2>,…]
OPTION(OT_CSTRING, \
OA_RUNTIME|OVA_OPTIONAL|OA_SEPARATOR_EQUAL, \
"fuse-native", NULL, \
OptUseNative, \
0, 0, 0, NULL, \
"Replace math function calls with that native version.")
// -verify-hwspir
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"verify-hwspir", NULL, \
verifyHWSpir, \
false, 0, 0, NULL, \
"Enable the heavy weight spir verification pass.")
// -verify-lwspir
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"verify-lwspir", NULL, \
verifyLWSpir, \
false, 0, 0, NULL, \
"Enable the light weight spir verification pass.")
// -sc-dev-format
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED, \
"sc-dev-format", NULL, \
SCDevFormat, \
false, 0, 0, NULL, \
"Emit the IL in a format compatible with SC\'s dev.exe.")
// -faa-for-barrier -fno-a-for-barrier
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_INTERNAL|OVA_DISALLOWED|OFA_PREFIX_F, \
"aa-for-barrier", NULL, \
AAForBarrier, \
true, 0, 0, NULL, \
"Use AMDAliasAnalysis for correct barrier behavior. If disabled, remove noalias to ensure correct barrier behavior.")
// -sc-xnack-iommu
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_NORMAL, \
"sc-xnack-iommu", NULL, \
SCXnackIommu, \
false, 0, 0, NULL, \
"Enable SC XNACK workaround if IOMMUv2 is being used")
// -limit-vector-registers=<value> (default 0 = hardware specific)
FLAG(OT_UINT32, OVIS_SUPPORT|OVIS_INTERNAL|OVA_REQUIRED, \
"limit-vector-registers", OptLimitVecRegisters, 0, \
"Maximum number of vector registers that are available to the compiler.")
// -limit-scalar-registers=<value> (default 0 = hardware specific, GCN and later only)
FLAG(OT_UINT32, OVIS_SUPPORT|OVIS_INTERNAL|OVA_REQUIRED, \
"limit-scalar-registers", OptLimitScalarRegisters, 0, \
"Maximum number of scalar registers that are available to the compiler.")
// -set-vector-registers=<value> (default 0 = no change)
FLAG(OT_UINT32, OVIS_SUPPORT|OVIS_INTERNAL|OVA_REQUIRED, \
"set-vector-registers", OptSetVecRegisters, 0, \
"Set the number of vector registers used in ISA (no effect if less than actual value).")
// -set-scalar-registers=<value> (default 0 = no change)
FLAG(OT_UINT32, OVIS_SUPPORT|OVIS_INTERNAL|OVA_REQUIRED, \
"set-scalar-registers", OptSetScalarRegisters, 0, \
"Set the number of scalar registers used in ISA (no effect if less than actual value).")
// -set-lds=<value> (default 0 = no change)
FLAG(OT_UINT32, OVIS_SUPPORT|OVIS_INTERNAL|OVA_REQUIRED, \
"set-lds", OptSetLDS, 0, \
"Set LDS usage in bytes in ISA (no effect if less than actual value).")
// -lower-atomics=0|1 (default is 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "lower-atomics", LowerAtomics, 1,\
"Enable/disable pass lowering OCL atomics to LLVM intrinsics (only for x86/x64)")
// -lower-pipe-builtins=0|1 (default is 1)
FLAG(OT_BOOL, OVIS_SUPPORT, "lower-pipe-builtins", LowerPipeBuiltins, 1,\
"Enable/disable pass lowering OCL pipe builtin functions to internal library functions ")
// -fe-gen-spirv
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"fe-gen-spirv", NULL, \
FEGenSPIRV, \
false, 0, 0, NULL, \
"Let frontend generate SPIR-V.")
// -round-trip-spirv
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED, \
"round-trip-spirv", NULL, \
RoundTripSPIRV, \
false, 0, 0, NULL, \
"Do round-trip translation of SPIR-V in pre-linking for testing purpose.")
// -force-wave-size-32
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_NORMAL, \
"force-wave-size-32", NULL, \
SCForceWaveSize32, \
false, 0, 0, NULL, \
"Force wave size 32 for compute shader compilation")
// -force-wgp-mode
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_NORMAL, \
"force-wgp-mode", NULL, \
SCForceWgpMode, \
false, 0, 0, NULL, \
"Force wgp mode for compute shader compilation")
// -xnack
OPTION(OT_BOOL, \
OA_RUNTIME|OVIS_SUPPORT|OVA_DISALLOWED|OFA_NORMAL, \
"xnack", NULL, \
SCXnack, \
false, 0, 0, NULL, \
"Enable the xnack feature for Finalizer/SC")
// -code-object-version=<num> : code object version
OPTION(OT_UINT32, \
OA_RUNTIME|OVA_OPTIONAL|OA_SEPARATOR_EQUAL, \
"code-object-version", NULL, \
LCCodeObjectVersion, \
4, 4, 5, NULL, \
"Specify code object ABI version. Allowed values are 4, and 5. Defaults to 4. (COMGR only)")
/*
Do not remove the following line. Any option should be
added above this line.
*/
#undef HINDENT
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