Provided by: llvm-3.3_3.3-16ubuntu1_amd64 bug

NAME

       llvm-mcmarkup - manual page for llvm-mcmarkup 3.3

DESCRIPTION

       OVERVIEW: llvm MC markup parser

       USAGE: llvm-mcmarkup [options] <input files>

   OPTIONS:
       -asm-verbose                                 - Add comments to directives.

       -bounds-checking-single-trap                 - Use one trap block per function

       -cppfname=<function name>                    - Specify the name of the generated function

       -cppfor=<string>                             - Specify the name of the thing to generate

       -cppgen                                      - Choose what kind of output to generate

       =program
              -   Generate a complete program

       =module
              -   Generate a module definition

       =contents
              -   Generate contents of a module

       =function
              -   Generate a function definition

       =functions
              -   Generate all function definitions

       =inline
              -   Generate an inline function

       =variable
              -   Generate a variable definition

       =type  -   Generate a type definition

       -disable-spill-fusing                          -   Disable   fusing  of  spill  code  into
              instructions

              Choose driver interface:

       -drvnvcl                                   - Nvidia OpenCL driver

       -drvcuda                                   - Nvidia CUDA driver

       -drvtest                                   - Plain Test

       -dump-tags                                   - List all tags encountered in input

       -enable-correct-eh-support                    -  Make   the   -lowerinvoke   pass   insert
              expensive, but correct, EH code

       -enable-load-pre                             -

       -enable-objc-arc-opts                        - enable/disable all ARC Optimizations

       -enable-tbaa                                 -

       -fatal-assembler-warnings                    - Consider warnings as error

       -fdata-sections                              - Emit data into separate sections

       -ffunction-sections                          - Emit functions into separate sections

       -help                                        - Display available options (-help-hidden for
              more)

       -internalize-public-api-file=<filename>      - A file containing list of symbol  names  to
              preserve

       -internalize-public-api-list=<list>          - A list of symbol names to preserve

       -join-liveintervals                          - Coalesce copies (default=true)

       -limit-float-precision=<uint>                - Generate low-precision inline sequences for
              some float libcalls

       -mc-x86-disable-arith-relaxation               -   Disable   relaxation   of    arithmetic
              instruction for X86

       -mips16-hard-float                           - MIPS: mips16 hard float enable.

       -msp430-hwmult-mode                          - Hardware multiplier use mode

       =no    -   Do not use hardware multiplier

       =interrupts
              -   Assume hardware multiplier can be used inside interrupts

       =use   -   Assume hardware multiplier cannot be used inside interrupts

       -nvptx-emit-line-numbers                      -  NVPTX  Specific:  Emit  Line numbers even
              without -G

       -nvptx-emit-src                              - NVPTX Specific: Emit  source  line  in  ptx
              file

       -nvptx-fma-level=<int>                        -  NVPTX Specific: FMA contraction (0: don't
       do it 1: do it
              2: do it aggressively

       -nvptx-mad-enable                            -  NVPTX  Specific:  Enable  generating  FMAD
              instructions

       -nvptx-prec-divf32=<int>                      -  NVPTX  Specifies: 0 use div.approx, 1 use
              div.full, 2 use IEEE Compliant F32 div.rnd if avaiable.

       -nvptx-prec-sqrtf32                          - NVPTX Specific: 0 use  sqrt.approx,  1  use
              sqrt.rn.

       -nvptx-sched4reg                              -  NVPTX  Specific:  schedule  for  register
              pressue

       -nvvm-reflect-enable                         - NVVM reflection, enabled by default

       -nvvm-reflect-list=<name=<int>>              - A list of string=num assignments

       -pre-RA-sched                                - Instruction  schedulers  available  (before
              register allocation):

       =vliw-td
              -   VLIW scheduler

       =list-ilp
              -    Bottom-up  register  pressure aware list scheduling which tries to balance ILP
              and register pressure

       =list-hybrid
              -   Bottom-up register pressure  aware  list  scheduling  which  tries  to  balance
              latency and register pressure

       =source
              -   Similar to list-burr but schedules in source order when possible

       =list-burr
              -   Bottom-up register reduction list scheduling

       =linearize
              -   Linearize DAG, no scheduling

       =fast  -   Fast suboptimal list scheduling

       =default
              -   Best scheduler for the target

       -print-after-all                             - Print IR after each pass

       -print-before-all                            - Print IR before each pass

       -print-machineinstrs=<pass-name>             - Print machine instrs

       -profile-estimator-loop-weight=<loop-weight>   -   Number  of  loop  executions  used  for
              profile-estimator

       -profile-file=<filename>                         -     Profile     file     loaded      by
              -profile-metadata-loader

       -profile-info-file=<filename>                - Profile file loaded by -profile-loader

       -profile-verifier-noassert                   - Disable assertions

       -regalloc                                    - Register allocator to use

       =default
              -   pick register allocator based on -O option

       =basic -   basic register allocator

       =fast  -   fast register allocator

       =greedy
              -   greedy register allocator

       =pbqp  -   PBQP register allocator

       -shrink-wrap                                   -   Shrink   wrap   callee-saved   register
              spills/restores

       -spiller                                     - Spiller to use: (default: standard)

       =trivial
              -   trivial spiller

       =inline
              -   inline spiller

       -stats                                        -  Enable  statistics  output  from  program
              (available with Asserts)

       -struct-path-tbaa                            -

       -time-passes                                  -  Time each pass, printing elapsed time for
              each on exit

       -vectorize-loops                             - Run the Loop vectorization passes

       -vectorize-slp                               - Run the SLP vectorization passes

       -vectorize-slp-aggressive                    - Run the BB vectorization passes

       -verify-dom-info                             - Verify dominator info (time consuming)

       -verify-loop-info                            - Verify loop info (time consuming)

       -verify-regalloc                             - Verify during register allocation

       -verify-region-info                          - Verify region info (time consuming)

       -verify-scev                                 -  Verify  ScalarEvolution's  backedge  taken
              counts (slow)

       -version                                     - Display the version of this program

       -x86-asm-syntax                               -  Choose  style  of  code  to emit from X86
              backend:

       =att   -   Emit AT&T-style assembly

       =intel -   Emit Intel-style assembly

       -x86-early-ifcvt                             - Enable early if-conversion on X86

       -x86-use-vzeroupper                          - Minimize AVX to SSE transition penalty

SEE ALSO

       The full documentation for llvm-mcmarkup is maintained as a Texinfo manual.  If  the  info
       and llvm-mcmarkup programs are properly installed at your site, the command

              info llvm-mcmarkup

       should give you access to the complete manual.