[f2py] Intel Fortran 9.0, .NET 2003, Win XP Problems
Mike Mueller
m.mueller at ibgw-leipzig.de
Tue Jan 24 16:38:37 EET 2006
While setting up f2py on my new machine I encountered some problems:
1.) Checking for the Intel compiler does not work:
c:\Python24\Lib\site-packages\scipy_distutils>intelfcompiler.py
0
1
Could not locate executable ifc
Could not locate executable efort
Could not locate executable efc
Traceback (most recent call last):
File
"c:\Python24\Lib\site-packages\scipy_distutils\intelfcompiler.py", line
9
1, in ?
class IntelVisualFCompiler(FCompiler):
File
"c:\Python24\Lib\site-packages\scipy_distutils\intelfcompiler.py", line
1
01, in IntelVisualFCompiler
ar_exe = MSVCCompiler().lib
AttributeError: MSVCCompiler instance has no attribute 'lib'
Seems like initialize() needs to be called on an instance of
MSVCCompiler:
msvcc = MSVCCompiler()
msvcc.initialize()
ar_exe = msvcc.lib
After replacing ar_exe = MSVCCompiler().lib in intelfcompiler.py with
these 3 lines it works.
2.) Compiling the hello.f from the f2py Website works only with --noopt
otherwise linking fails because it does not recognize the compiled
object file as such. See messages below.
3.) There seem to be several compiler options generated by f2py that are
not in the list of options ifort 9.0 offers. Enclosed a list of "ifort
-h" which shows all the options. Maybe the problem is related to this,
because unknown options will be ignored by the compiler.
Mike
f2py version:
c:\Daten\temp>f2py.py -v
2.45.241_1926
--noopt and it works:
c:\Daten\temp>f2py.py --fcompiler=intelv -c hello.f -m hello --noopt
numpy_info:
FOUND:
define_macros = [('NUMERIC_VERSION', '"\\"24.2\\""')]
include_dirs = ['C:\\Python24\\include']
running build
running config_fc
running build_src
building extension "hello" sources
f2py:> c:\temp\tmp9lntxy\src\hellomodule.c
creating c:\temp\tmp9lntxy
creating c:\temp\tmp9lntxy\src
Reading fortran codes...
Reading file 'hello.f'
Post-processing...
Block: hello
Block: foo
Post-processing (stage 2)...
Building modules...
Building module "hello"...
Constructing wrapper function "foo"...
foo(a)
Wrote C/API module "hello" to file
"c:\temp\tmp9lntxy\src/hellomodule.c"
adding 'c:\temp\tmp9lntxy\src\fortranobject.c' to sources.
adding 'c:\temp\tmp9lntxy\src' to include_dirs.
copying C:\Python24\lib\site-packages\f2py2e\src\fortranobject.c ->
c:\temp\tmp9
lntxy\src
copying C:\Python24\lib\site-packages\f2py2e\src\fortranobject.h ->
c:\temp\tmp9
lntxy\src
running build_ext
No module named msvccompiler in scipy_distutils, trying from distutils..
customize MSVCCompiler
customize MSVCCompiler using build_ext
0
1
Could not locate executable ifc
Could not locate executable efort
Could not locate executable efc
customize IntelVisualFCompiler
customize IntelVisualFCompiler using build_ext
building 'hello' extension
compiling C sources
C:\Programme\Microsoft Visual Studio .NET 2003\Vc7\bin\cl.exe /c /nologo
/Ox /MD
/W3 /GX /DNDEBUG -IC:\Python24\include -Ic:\temp\tmp9lntxy\src
-IC:\Python24\in
clude -IC:\Python24\PC /Tcc:\temp\tmp9lntxy\src\hellomodule.c
/Foc:\temp\tmp9lnt
xy\src\hellomodule.obj
C:\Programme\Microsoft Visual Studio .NET 2003\Vc7\bin\cl.exe /c /nologo
/Ox /MD
/W3 /GX /DNDEBUG -IC:\Python24\include -Ic:\temp\tmp9lntxy\src
-IC:\Python24\in
clude -IC:\Python24\PC /Tcc:\temp\tmp9lntxy\src\fortranobject.c
/Foc:\temp\tmp9l
ntxy\src\fortranobject.obj
compiling Fortran sources
ifl(f77) options: '-FI -w90 -w95 /nologo /MD /nbs /Qlowercase /us'
ifl(f90) options: '-FR /nologo /MD /nbs /Qlowercase /us'
ifl(fix) options: '-FI -4L72 -w /nologo /MD /nbs /Qlowercase /us'
creating c:\temp\tmp9lntxy\Release
compile options: '-IC:\Python24\include -Ic:\temp\tmp9lntxy\src
-IC:\Python24\in
clude -IC:\Python24\PC -c'
ifl:f77: hello.f
C:\Programme\Microsoft Visual Studio .NET 2003\Vc7\bin\link.exe /DLL
/nologo /IN
CREMENTAL:NO /LIBPATH:C:\Python24\libs /LIBPATH:C:\Python24\PCBuild
/LIBPATH:C:\
Python24\libs /LIBPATH:C:\Python24\PCBuild /EXPORT:inithello
c:\temp\tmp9lntxy\s
rc\hellomodule.obj c:\temp\tmp9lntxy\src\fortranobject.obj
c:\temp\tmp9lntxy\Rel
ease\hello.o /OUT:.\hello.pyd /IMPLIB:c:\temp\tmp9lntxy\src\hello.lib
Removing build directory c:\temp\tmp9lntxy
With optimization it fails:
c:\Daten\temp>f2py.py --fcompiler=intelv -c hello.f -m hello
numpy_info:
FOUND:
define_macros = [('NUMERIC_VERSION', '"\\"24.2\\""')]
include_dirs = ['C:\\Python24\\include']
running build
running config_fc
running build_src
building extension "hello" sources
f2py:> c:\temp\tmpyxdno6\src\hellomodule.c
creating c:\temp\tmpyxdno6
creating c:\temp\tmpyxdno6\src
Reading fortran codes...
Reading file 'hello.f'
Post-processing...
Block: hello
Block: foo
Post-processing (stage 2)...
Building modules...
Building module "hello"...
Constructing wrapper function "foo"...
foo(a)
Wrote C/API module "hello" to file
"c:\temp\tmpyxdno6\src/hellomodule.c"
adding 'c:\temp\tmpyxdno6\src\fortranobject.c' to sources.
adding 'c:\temp\tmpyxdno6\src' to include_dirs.
copying C:\Python24\lib\site-packages\f2py2e\src\fortranobject.c ->
c:\temp\tmpy
xdno6\src
copying C:\Python24\lib\site-packages\f2py2e\src\fortranobject.h ->
c:\temp\tmpy
xdno6\src
running build_ext
No module named msvccompiler in scipy_distutils, trying from distutils..
customize MSVCCompiler
customize MSVCCompiler using build_ext
0
1
Could not locate executable ifc
Could not locate executable efort
Could not locate executable efc
customize IntelVisualFCompiler
customize IntelVisualFCompiler using build_ext
building 'hello' extension
compiling C sources
C:\Programme\Microsoft Visual Studio .NET 2003\Vc7\bin\cl.exe /c /nologo
/Ox /MD
/W3 /GX /DNDEBUG -IC:\Python24\include -Ic:\temp\tmpyxdno6\src
-IC:\Python24\in
clude -IC:\Python24\PC /Tcc:\temp\tmpyxdno6\src\hellomodule.c
/Foc:\temp\tmpyxdn
o6\src\hellomodule.obj
C:\Programme\Microsoft Visual Studio .NET 2003\Vc7\bin\cl.exe /c /nologo
/Ox /MD
/W3 /GX /DNDEBUG -IC:\Python24\include -Ic:\temp\tmpyxdno6\src
-IC:\Python24\in
clude -IC:\Python24\PC /Tcc:\temp\tmpyxdno6\src\fortranobject.c
/Foc:\temp\tmpyx
dno6\src\fortranobject.obj
compiling Fortran sources
ifl(f77) options: '-FI -w90 -w95 /nologo /MD /nbs /Qlowercase /us /O3
/Qip /Qipo
/Qipo_obj /G7 /QaxW /QaxM'
ifl(f90) options: '-FR /nologo /MD /nbs /Qlowercase /us /O3 /Qip /Qipo
/Qipo_obj
/G7 /QaxW /QaxM'
ifl(fix) options: '-FI -4L72 -w /nologo /MD /nbs /Qlowercase /us /O3
/Qip /Qipo
/Qipo_obj /G7 /QaxW /QaxM'
creating c:\temp\tmpyxdno6\Release
compile options: '-IC:\Python24\include -Ic:\temp\tmpyxdno6\src
-IC:\Python24\in
clude -IC:\Python24\PC -c'
ifl:f77: hello.f
C:\Programme\Microsoft Visual Studio .NET 2003\Vc7\bin\link.exe /DLL
/nologo /IN
CREMENTAL:NO /LIBPATH:C:\Python24\libs /LIBPATH:C:\Python24\PCBuild
/LIBPATH:C:\
Python24\libs /LIBPATH:C:\Python24\PCBuild /EXPORT:inithello
c:\temp\tmpyxdno6\s
rc\hellomodule.obj c:\temp\tmpyxdno6\src\fortranobject.obj
c:\temp\tmpyxdno6\Rel
ease\hello.o /OUT:.\hello.pyd /IMPLIB:c:\temp\tmpyxdno6\src\hello.lib
hello.o : warning LNK4229: invalid directive '/Intel(R) compiler
non-linkable IL
object file' encountered; ignored
hello.o : warning LNK4229: invalid directive '/Intel(R) compiler
non-linkable IL
object file' encountered; ignored
Creating library c:\temp\tmpyxdno6\src\hello.lib and object
c:\temp\tmpyxdno6
\src\hello.exp
hellomodule.obj : error LNK2001: unresolved external symbol _foo_
.\hello.pyd : fatal error LNK1120: 1 unresolved externals
error: Command ""C:\Programme\Microsoft Visual Studio .NET
2003\Vc7\bin\link.exe
" /DLL /nologo /INCREMENTAL:NO /LIBPATH:C:\Python24\libs
/LIBPATH:C:\Python24\PC
Build /LIBPATH:C:\Python24\libs /LIBPATH:C:\Python24\PCBuild
/EXPORT:inithello c
:\temp\tmpyxdno6\src\hellomodule.obj
c:\temp\tmpyxdno6\src\fortranobject.obj c:\
temp\tmpyxdno6\Release\hello.o /OUT:.\hello.pyd
/IMPLIB:c:\temp\tmpyxdno6\src\he
llo.lib" failed with exit status 1120
ifort 9.0 options
Intel(R) Fortran Compiler for 32-bit applications, Version 9.0 Build
20050430
Z Package ID: W_FC_P_9.0.018
Copyright (C) 1985-2005 Intel Corporation. All rights reserved.
Intel(R) Fortran Compiler Help
==============================
usage: ifort [options] file1 [file2 ...] [/link linker_options]
where options represents zero or more compiler options
fileN is a Fortran source (.f .for .ftn .f90 .fpp .i .i90),
assembly (.asm), object (.obj), static library (.lib), or
other linkable file
linker_options represents zero or more linker options
Notes
-----
1. Many FL32 options are supported; a warning is printed for unsupported
options.
2. Intel Fortran compiler options may be placed in your ifort.cfg file.
Compiler Option List
--------------------
Performance
-----------
[press RETURN to continue]
/O1 optimize for maximum speed, but disable some optimizations which
increase code size for a small speed benefit: /Ob1gysi-
/O2 optimize for maximum speed (same as /Ox)
/O3 enable /O2 plus more aggressive optimizations that may not
improve
performance for all programs
/Ox enable maximum optimizations (DEFAULT): /Ob1gyti
/Od disable optimizations; useful for selective optimizations (i.e.
/Od /Og)
/optimize:<val>
0 - disable optimization (same as /Od)
1 - optimize for maximum speed, but disable some optimizations
which increase code size for a small speed benefit (same as
/O1)
2 - same as 1, or /O1
3 - optimize for maximum speed (default) (same as /O2)
4 - same as 3, or /O2
5 - enable /optimize:3 plus more aggressive optimizations that
may not improve performance for all programs (same as /O3)
/fast enable /QxP /O3 /Qipo /Qprec-div-
/Ob<n> control inline expansion:
n=0 disable inlining (same as /inline:none)
n=1 no inlining (unless /Qip specified)
n=2 inline any function, at the compiler's discretion
(same as /Qip or /inline:all)
/Og enable global optimizations
[press RETURN to continue]
/Op[-] enable/disable better floating-point precision
/[no]fltconsistency
specify that improved floating-point consistency should be used
/Os enable speed optimizations, but disable some optimizations which
increase code size for small speed benefit (overrides /Ot)
/Ot enable speed optimizations (overrides /Os)
/Oy[-] enable/disable using EBP as general purpose register (no frame
pointer)
/Qax<codes> generate code specialized for processors specified by
<codes>
while also generating generic IA-32 code. <codes> includes
one or more of the following characters:
K Intel Pentium III and compatible Intel processors
W Intel Pentium 4 and compatible Intel processors
N Intel Pentium 4 and compatible Intel processors. Enables new
optimizations in addition to Intel processor-specific
optimizations
P Intel Pentium 4 processors with SSE3 extensions
B Intel Pentium M and compatible Intel processors
/Qx<codes> generate specialized code to run exclusively on processors
indicated by <codes> as described above.
/tune:<keyword>
pn1 - optimize for Pentium(R) processor
pn2 - optimize for Pentium(R) Pro, Pentium(R) II, and
Pentium(R) III processors
pn3 - same as pn2
[press RETURN to continue]
pn4 - optimize for Pentium(R) 4 processor (DEFAULT)
/architecture:<keyword>
pn1 - optimize for Pentium(R) processor
pn2 - optimize for Pentium(R) Pro, Pentium(R) II, and
Pentium(R) III processors
pn3 - same as pn2
pn4 - optimize for Pentium(R) 4 processor (DEFAULT)
SSE - same as QxK
SSE2 same as QxW
Advanced Performance
--------------------
Enable and specify the scope of Interprocedural (IP) Optimizations:
/Qip enable single-file IP optimizations (within files, same as
/Ob2)
/Qipo[n] enable multi-file IP optimizations (between files)
/Qipo-c generate a multi-file object file (ipo_out.obj)
/Qipo-S generate a multi-file assembly file (ipo_out.asm)
Modify the behavior of IP:
/Qip-no-inlining disable full and partial inlining (requires /Qip or
/Qipo)
/Qip-no-pinlining disable partial inlining (requires /Qip or /Qipo)
/Qipo-separate create one object file for every source file
(overrides /Qipo[n])
[press RETURN to continue]
Other Advanced Performance Options:
/reentrancy:<keyword>
specify whether the threaded, reentrant run-time
support
should be used
Keywords: none (same as /noreentrancy), threaded
/noreentrancy don't use reentrant run-time support
/Qpad[-] enable/disable(DEFAULT) changing variable and array
memory
layout
/Qunroll[n] set maximum number of times to unroll loops. Omit n to
use
default heuristics. Use n=0 to disable loop unroller.
/unroll[:n] set maximum number of times to unroll loops. Omit n to
use
default heuristics. Use n=0 to disable loop unroller.
/Qprof-dir <d> specify directory for profiling output files (*.dyn and
*.dpi)
/Qprof-file <f> specify file name for profiling summary file
/Qprof-gen instrument program for profiling
/Qprof-use enable use of profiling information during optimization
/Qprof-gen-sampling
prepare code for use with profrun sample gathering tool
/Qfnsplit[-] enable/disable function splitting (enabled with
/Qprof-use)
/Qpc32 set internal FPU precision to 24 bit significand
/Qpc64 set internal FPU precision to 53 bit significand
(DEFAULT)
/Qpc80 set internal FPU precision to 64 bit significand
[press RETURN to continue]
/QIfist[-] enable/disable(DEFAULT) fast float-to-int conversions
/Qrcd same as /QIfist
/Qrct set internal FPU rounding control to truncate
/rounding-mode:chopped
set internal FPU rounding control to truncate
/Qprec improve floating-point precision (speed impact less
than /Op)
/Qfp-port round fp results at assignments & casts (some speed
impact)
/Qfpstkchk enable fp stack checking after every function/procedure
call
/Qprec-div[-] improve precision of FP divides (some speed impact)
/Qprec-sqrt[-]
determine if certain square root optimizations are
enabled
/Qscalar-rep[-] enable(DEFAULT)/disable scalar replacement (requires
/O3)
/Qvec-report[n] control amount of vectorizer diagnostic information:
n=0 no diagnostic information
n=1 indicate vectorized loops (DEFAULT)
n=2 indicate vectorized/non-vectorized loops
n=3 indicate vectorized/non-vectorized loops and
prohibiting
data dependence information
n=4 indicate non-vectorized loops
n=5 indicate non-vectorized loops and prohibiting data
dependence information
/Qprefetch[-] enable(DEFAULT)/disable prefetch insertion
[press RETURN to continue]
/Qsafe-cray-ptr Cray pointers do not alias with other
variables
/Qopt-report generate an optimization report to stderr
/Qopt-report-file<file> specify the filename for the generated report
/Qopt-report-level[level] specify the level of report verbosity
(min|med|max)
/Qopt-report-phase<name> specify the phase that reports are generated
against
/Qopt-report-routine<name> reports on routines containing the given name
/Qopt-report-help display the optimization phases available for
reporting
/Qtcheck generate instrumentation to detect
multi-threading bugs
(requires Intel(R) Threading Tools; cannot be
used with
compiler alone)
/Qopenmp enable the compiler to generate multi-threaded
code
based on the OpenMP directives
/Qopenmp-profile link with instrumented OpenMP runtime library to
generate OpenMP profiling information for use
with the
OpenMP component of the VTune(TM) Performance
Analyzer
/Qopenmp-stubs enables the user to compile OpenMP programs in
sequential mode. The openmp directives are
ignored and
a stub OpenMP library is linked (sequential)
/Qopenmp-report{0|1|2} control the OpenMP parallelizer diagnostic level
/fpe:{0|1|3} specifies behavior on floating point exceptions
/Qparallel enable the auto-parallelizer to generate
multi-threaded
[press RETURN to continue]
code for loops that can be safely executed in
parallel
/Qpar-report{0|1|2|3} control the auto-parallelizer diagnostic level
/Qpar-threshold[n] set threshold for the auto-parallelization of
loops
where n is an integer from 0 to 100
/Qansi-alias[-] enable(DEFAULT)/disable use of ANSI aliasing
rules in
optimizations; user asserts that the program
adheres to
these rules
/Qcomplex-limited-range[-]
enable/disable(DEFAULT) the use of the basic
algebraic expansions of some complex arithmetic
operations. This can allow for some performance
improvement in programs which use a lot of
complex
arithmetic at the loss of some exponent range.
/Qftz[-] enable/disable flush denormal results to zero
/[no]recursive compile all procedures for possible recursive
execution
/Qssp enable software-based speculative pre-computation
Output, Debug
-------------
/c, /nolink, /compile-only
compile to object (.obj) only, do not link
/S compile to assembly (.asm) only, do not link
/FA[cs] produce assembly file with optional code or source
annotations
[press RETURN to continue]
/asmattr:<keyword>
specify the information to generate in the
assembleable
listing file
keywords: [no]source, [no]machine
/noasmattr generate default information in the assembleable
listing
/Fa[file] name assembly file (or directory for multiple files;
i.e.
/FaMYDIR\)
/asmfile[:filename]
specifies that an assembleable listing file should be
generated
/Fo[file] name object file (or directory for multiple files;
i.e.
/FoMYDIR2\)
/object:<filename>
specify the name of the object file
/Fe<file> name executable file or directory
/exe:<filename> specifies the name to be used for the built program
(.EXE)
or dynamic-link (.DLL) library
/map:<filename> specify that a link map file should be generated
/pdbfile[:filename]
specify that debug related information should be
generated
to a program database file
/nopdbfile do not generate debug related information to a program
database file
/RTCu report use of variable that was not initialized
[press RETURN to continue]
/Zi, /Z7 produce symbolic debug information in object file
/debug[:keyword]
enable debug information and control output of
enhanced
debug information.
keywords: all, full, minimal, none (same as /nodebug)
inline-debug-info, variable-locations,
semantic-stepping, extended
/nodebug do not enable debug information
/debug-parameters[:keyword]
control output of debug information for PARAMETERS
keywords: all, used, none (same as
/nodebug-parameters)
/nodebug-parameters
do not output debug information for PARAMETERS
/Quse-vcdebug emit debug information compatible with Visual C++
debugger;
this disables emission of extended information used by
Fortran debuggers
/Qinline-debug-info
preserve the source position of inlined code instead
of
assigning the call-site source position to inlined
code
/Qtrapuv trap uninitialized variables
/Qmap-opts enable option mapping tool
Fortran Preprocessor
--------------------
[press RETURN to continue]
/D<name>[{=|#}<text>], /define:symbol[=value]
Defines the symbol specified for use with conditional
compilation metacommands. Optionally, the symbol can
be defined to be an integer or string value
/nodefines specifies that any /D macros go to the preprocessor only, and
not
to the compiler too
/allow:[no]fpp-comments
If a Fortran end-of-line comment is seen within a #define,
treat it as part of the definition. Default is
nofpp-comments
/E preprocess to stdout
/EP preprocess to stdout, omitting #line directives
/EP /P preprocess to file, omitting #line directives
/P, /preprocess-only
preprocess to file
/Qfpp[n], /[no]fpp
run Fortran preprocessor on source files prior to compilation
n=0 disable running the preprocessor, equivalent to nofpp
n=1,2,3 run preprocessor
/Qcpp[n] same as /Qfpp[n]
/I<dir>, /[no]include:<dir>
define the directories in which the compiler searches for
INCLUDE
and mod files
/module[:path]
specify path where mod files should be placed and
[press RETURN to continue]
first location to look for mod files
/U<name>, /undefine:<name>
remove predefined macro
/u remove all predefined macros
/X remove standard directories from include file search path
Language
--------
/4I{2|4|8} set default KIND of integer and logical variables to 2,
4,
or 8
/integer-size:<size>
specifies the default size of integer and logical
variables
size: 16, 32, 64
/4R{8|16} set default size of REAL to 8 or 16 bytes
/real-size:<size>
specify the size of REAL and COMPLEX declarations,
constants,
functions, and intrinsics
size: 32, 64, 128
/Qautodouble same as /4R8
/double-size:<size>
defines the size of DOUBLE PRECISION and DOUBLE COMPLEX
declarations, constants, functions, and intrinsics
size: 64, 128
/[no]fpconstant extends the precision of single precision constants
assigned
[press RETURN to continue]
to double precision variables to double precision
/[no]intconstant use Compaq Fortran 77 semantics, rather than Compaq
Fortran
90, to determine kind of integer constants
/Qd-lines, /[no]d-lines
compile debug statements (indicated by D in column 1)
/4{Y|N}f enable/disable free format source
/[no]fixed, /FI specifies source files are in fixed format
/[no]free , /FR specifies source files are in free format
/4L{72|80|132} specify 72, 80, or 132 column lines for fixed form
sources
/Qextend-source same as /4L132
/extend-source[:size]
determines the column that ends the statement field of
each
source line in a fixed-format file. /extend-source
default
size is 132
size: 72 (same as /noextend-source), 80, 132
/noextend-source source lines are expected to be 72 characters
/ccdefault:<keyword>
specify default carriage control for units 6 and *
keywords: default, fortran, list, or none
/stand:<keyword> specifies level of conformance with ANSI standard to
check
for
keywords: f90, f95, none
[press RETURN to continue]
/Qpad-source, /[no]pad-source
make compiler acknowledge blanks at the end of a line
/Qdps[-], /[no]altparam
specify if alternate form of parameter constant
declarations
(without parenthesis) is recognized
/1, /Qonetrip execute any DO loop at least once
/f66 allow extensions that enhance FORTRAN-66 compatibility
/[no]f77rtl specify that the Fortran 77 specific run-time support
should
be used
/4{Y|N}a enable/disable putting local variables on the run-time
stack
/Qauto same as /4Ya or /automatic
/Qauto-scalar make scalar local variables AUTOMATIC
/Qsave save all variables (static allocation)
(same as /noautomatic or /4Na, opposite of /Qauto)
/4{Y|N}d enable/disable default IMPLICIT NONE
/Qcommon-args assume "by reference" subprogram arguments may alias one
another
(same as /assume:dummy_aliases)
/[Q]vms enable VMS I/O statement extensions
/assume:<keyword>
specify assumptions made by the optimizer and code
generator
keywords: none, [no]accuracy_sensitive, [no]byterecl,
[no]buffered_io, [no]dummy_aliases, [no]minus0,
[no]protect_constants, [no]source_include,
[press RETURN to continue]
[no]underscore
/Qzero[-] enable/disable(DEFAULT) implicitly initialize all data to
zero
/Qdyncom"blk1,blk2,..." make given common blocks dynamically-allocated
/4{Y|N}b enable/disable extensive runtime error checking
/CB runtime checks for out-of-bounds array subscript/substring refs
Same as /check:bounds
/CU runtime check for uninitialized variables
same as /check:uninit
/check:<keyword>
check run-time conditions
keywords: all (same as /4Yb), none (same as /nocheck, /4Nb),
[no]arg_temp_created, [no]bounds,[no]format,
[no]overflow,
[no]output_conversion, [no]power, [no]uninit,
[no]args
/nocheck perform no extra run-time checks
/nbs treat backslash as a normal character, not an escape
character
/us append an underscore to external subroutine names
/Qlowercase change routine names to all lowercase (same as
/names:lowercase)
/Quppercase change routine names to all uppercase (DEFAULT)
(same as /names:uppercase)
/names:<keyword>
specify how source code identifiers and external names are
[press RETURN to continue]
interpreted
keywords: as_is, lowercase, uppercase
/Gm enable CVF and Powerstation calling convention
compatibility
(same as /iface:cvf)
/Gz make STDCALL the default calling convention
(same as /iface:stdcall)
/iface:<keyword>
specify the calling conventions to be used
keywords: [no]mixed_str_len_arg, cref, cvf,
default, stdcall, stdref
/align[-] analyze and reorder memory layout for variables and arrays
/Zp[n] specify alignment constraint for structures (n=1,2,4,8,16)
/align:<keyword>
specify how data items are aligned
keywords: [no]commons, dcommons, [no]records, rec1byte,
rec2byte, rec4byte, rec8byte, rec16byte,
sequence
/Zs, /syntax-only
perform syntax check only
Compiler Diagnostics
--------------------
/cm same as /warn:nousage
/w disable all warnings
/Wn disable warnings (n=0) or show warnings
[press RETURN to continue]
(n=1, DEFAULT, same as /warn:general)
/w90, /w95 suppress messages about use of non-standard Fortran-90/95
/4{Y|N}s enable/disable issuing of errors for non-standard Fortran-90
/warn:<keyword>
specifies the level of warning messages issued.
keywords: all, none (same as /nowarn),
[no]alignments, [no]argument_checking,
[no]declarations,
[no]errors, [no]general, [no]ignore_loc,
[no]interfaces, [no]stderrors,
[no]truncated_source,
[no]uncalled, [no]uninitialized, [no]unused,
[no]usage
/nowarn suppress all warning messages
/WB turn a compile-time bounds check into a warning
/[no]gen-interfaces
create interface blocks for all routines in the file. Can
then be
checked with warn:interfaces
/[no]traceback
specify whether the compiler generates PC correlation data
used
to display a symbolic traceback rather than a hexidecimal
traceback
at runtime failure
/error-limit:<size>
specify the maximum number of error-level or fatal-level
compiler
errors allowed
/noerror-limit
set no maximum number on error-level or fatal-level error
messages
[press RETURN to continue]
Miscellaneous
-------------
/?, /help print this help message
/[no]logo [do not] display compiler version information
/watch:<keyword>
show driver tool commands but do not execute tools
/Tf<file> compile file as Fortran source
/source:<filename>
specify that the file indicated should be processed as a
Fortran
source file
/extfor:<ext> specify extension of file to be recognized as a Fortran
file
/extfpp:<ext> specify extension of file to be recognized as a
preprocessor
file
/convert:<keyword>
specify the format of unformatted files containing numeric
data
keywords: big_endian, cray, ibm, little_endian, native,
vaxd,
vaxg
/fpscomp[:keyword]
specify the level of compatibility to adhere to with
Fortran
PowerStation
keywords: all, none (same as /nofpscomp),
[no]filesfromcmd, [no]general, [no]ioformat,
[no]ldio_spacing, [no]libs, [no]logicals
[press RETURN to continue]
/nofpscomp no specific level of compatibility with Fortran
Powerstation
/libdir[:keyword]
control the library names that should be emitted into the
object
file
Keywords: all, none (same as /nolibdir), [no]automatic,
[no]user
/nolibdir no library names should be emitted into the object file
/inline[:keyword]
Specifies the level of inline function expansion.
keywords: all (same as /Ob2 /Ot), size (same as /Ob2 /Os)
speed (same as /Ob2 /Ot), none or manual (same
as /Ob0)
/Qoption,<str>,<opts>
pass options <opts> to tool specified by <str>
/Qlocation,<str>,<dir>
set <dir> as the location of tool specified by <str>
/bintext:<string>
place the string specified into the object file and
executable
/Qsox[-] enable/disable(DEFAULT) saving of compiler options and
version
in the executable
/Qnobss-init disable placement of zero-initialized vars in BSS (use
DATA)
Linking/Linker
--------------
/link specify that all following options are for the linker
/extlnk:<ext> specify extension of file to be passed directly to
linker
[press RETURN to continue]
/F<n> set the stack reserve amount specified to the linker
/Qvc6 use Visual C++ 6.0 linker and debug format (DEFAULT)
/Qvc7 enable Visual Studio .NET 2002 linker and debug format
/Qvc7.1 enable Visual Studio .NET 2003 linker and debug format
/LD[d], /dll produce a DLL instead of an EXE ('LDd' = debug version)
/dbglibs use the debug version of runtime libraries, when
appropriate
/MD use dynamically-loaded, multithread runtime
/MDs use dynamically-loaded, single thread runtime
/MG, /winapp use Windows API runtime libraries
/ML use statically-loaded, single thread runtime (/ML is
DEFAULT)
/MT use statically-loaded, multithread runtime
/MW use statically-loaded, multidocument QuickWin runtime
/MWs use statically-loaded, single document QuickWin runtime
/libs:<keyword> determine the default libraries to be linked against
dll - use dynamically-loaded, multithread runtime
qwin - use statically-loaded, multidocument QuickWin
runtime
qwins - use statically-loaded, single document QuickWin
runtime
static - use statically-loaded, single thread runtime
(DEFAULT)
/static synonym to /libs:static
/4{Y|N}portlib enable/disable linking with portability library
/Zl omit library names from object file (same as /nolibdir)
/[no]threads specify whether or not multi-threaded libraries should
be
linked against
[press RETURN to continue]
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* Other brands and names are the property of their respective owners.
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