| 1 | # this is a build script that is intended to be run from scons (it will not work in python) |
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| 2 | # it compiles the Fortran files needed to be used as Python packages for GSAS-II |
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| 3 | # |
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| 4 | # if the default options need to be overridden for this to work on your system, please let us |
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| 5 | # know the details of what OS, compiler and python you are using as well as the command-line |
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| 6 | # options you need. |
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| 7 | from __future__ import division, print_function |
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| 8 | import platform |
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| 9 | import sys |
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| 10 | import os |
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| 11 | import glob |
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| 12 | import subprocess |
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| 13 | #========================================================================================== |
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| 14 | def is_exe(fpath): |
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| 15 | return os.path.exists(fpath) and os.access(fpath, os.X_OK) |
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| 16 | def which_path(program): |
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| 17 | "emulates Unix which: finds a program in path, but returns the path" |
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| 18 | import os, sys |
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| 19 | if sys.platform == "win32" and os.path.splitext(program)[1].lower() != '.exe': |
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| 20 | program = program + '.exe' |
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| 21 | fpath, fname = os.path.split(program) |
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| 22 | if fpath: |
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| 23 | if is_exe(program): |
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| 24 | return fpath |
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| 25 | else: |
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| 26 | for path in os.environ["PATH"].split(os.pathsep): |
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| 27 | exe_file = os.path.join(path, program) |
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| 28 | if is_exe(exe_file): |
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| 29 | return path |
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| 30 | return "" |
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| 31 | |
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| 32 | def GetBinaryDir(): |
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| 33 | '''Format current platform, Python & numpy version; |
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| 34 | note that this must match GSASIIpath.GetBinaryPrefix |
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| 35 | ''' |
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| 36 | if sys.platform == "win32": |
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| 37 | prefix = 'win' |
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| 38 | elif sys.platform == "darwin": |
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| 39 | prefix = 'mac' |
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| 40 | elif sys.platform.startswith("linux"): |
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| 41 | prefix = 'linux' |
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| 42 | else: |
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| 43 | print(u'Unknown platform: '+sys.platform) |
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| 44 | raise Exception('Unknown platform') |
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| 45 | if 'arm' in platform.machine() and sys.platform == "darwin": |
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| 46 | bits = 'arm' |
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| 47 | elif 'aarch' in platform.machine() and '64' in platform.architecture()[0]: |
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| 48 | bits = 'arm64' |
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| 49 | elif 'arm' in platform.machine(): |
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| 50 | bits = 'arm32' |
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| 51 | elif '64' in platform.architecture()[0]: |
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| 52 | bits = '64' |
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| 53 | else: |
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| 54 | bits = '32' |
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| 55 | pyver = 'p{}.{}'.format(pyVersions[0].strip(),pyVersions[1].strip()) |
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| 56 | #pyver = 'p{}.{}'.format(*sys.version_info[0:2]) |
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| 57 | npver = 'n' + pyVersions[3][:pyVersions[3].find('.',2)] |
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| 58 | return '_'.join([prefix,bits,pyver,npver]) |
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| 59 | #========================================================================================== |
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| 60 | # misc initializations |
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| 61 | # need command-line options for fortran command and fortran options |
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| 62 | F2PYflags = '' # compiler options for f2py command |
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| 63 | if 'arm' in platform.machine() and sys.platform == "darwin": |
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| 64 | F2PYflags = '-I/Applications/Xcode.app/Contents/Developer/Platforms/MacOSX.platform/Developer/SDKs/MacOSX11.1.sdk/usr/include' # compiler options for f2py command |
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| 65 | F2PYpath = ARGUMENTS.get('F2PYpath', '') |
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| 66 | # find a default f2py relative to the scons location. Should be in the same place as f2py |
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| 67 | spath = os.path.normpath(os.path.split(sys.executable)[0]) |
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| 68 | for pth in [F2PYpath,spath,os.path.normpath(os.path.join(spath,'..')),os.path.join(spath,'Scripts')]: |
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| 69 | if not pth: continue |
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| 70 | # look for f2py3 first |
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| 71 | if sys.platform == "win32": |
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| 72 | program = 'f2py3.exe' |
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| 73 | else: |
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| 74 | program = 'f2py3' |
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| 75 | f2pyprogram = os.path.join(pth,program) |
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| 76 | if is_exe(f2pyprogram): |
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| 77 | F2PYpath,F2PYprog = os.path.split(f2pyprogram) |
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| 78 | break |
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| 79 | # not there, try f2py |
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| 80 | if sys.platform == "win32": |
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| 81 | program = 'f2py.exe' |
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| 82 | else: |
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| 83 | program = 'f2py' |
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| 84 | f2pyprogram = os.path.join(pth,program) |
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| 85 | if is_exe(f2pyprogram): |
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| 86 | F2PYpath,F2PYprog = os.path.split(f2pyprogram) |
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| 87 | break |
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| 88 | # none of the above, look for f2py.py (probably obsolete) |
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| 89 | program = 'f2py.py' |
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| 90 | f2pyprogram = os.path.join(pth,program) |
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| 91 | if os.path.exists(f2pyprogram) and os.path.splitext(program)[1] == '.py': |
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| 92 | F2PYpath,F2PYprog = os.path.split(f2pyprogram) |
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| 93 | break |
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| 94 | else: |
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| 95 | print ('Note: Using f2py from path (hope that works!)') |
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| 96 | F2PYpath = which_path('f2py') # default path to f2py |
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| 97 | F2PYprog = 'f2py' |
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| 98 | # check if we have a working path to f2py: |
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| 99 | f2pyprogram = os.path.normpath(os.path.join(F2PYpath,F2PYprog)) |
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| 100 | if os.path.exists(f2pyprogram) and os.path.splitext(program)[1] == '.py': |
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| 101 | pass |
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| 102 | elif is_exe(f2pyprogram): |
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| 103 | pass |
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| 104 | else: |
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| 105 | print (''' |
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| 106 | ERROR: The f2py program was not found. If this program is installed |
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| 107 | but not in your path, you should specify the path on the command line: |
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| 108 | scons -Q F2PYpath=/Library/Frameworks/Python.framework/Versions/6.2/bin/ |
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| 109 | scons -Q F2PYpath=D:/Python27/Scripts |
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| 110 | ''') |
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| 111 | sys.exit() |
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| 112 | |
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| 113 | GFORTpath = which_path('gfortran') # path to compiler |
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| 114 | FCompiler='gfortran' |
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| 115 | G77path = which_path('g77') # path to compiler |
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| 116 | FORTpath = "" |
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| 117 | FORTflags = "" |
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| 118 | LDFLAGS = '' |
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| 119 | SDKROOT = '' |
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| 120 | tmpdir = None |
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| 121 | #========================================================================================== |
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| 122 | EXEsuffix = '' |
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| 123 | # configure platform dependent options here: |
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| 124 | if sys.platform == "win32": |
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| 125 | F2PYsuffix = '.pyd' |
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| 126 | EXEsuffix = '.exe' |
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| 127 | if G77path != "": |
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| 128 | FCompiler='g77' |
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| 129 | elif GFORTpath != "": |
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| 130 | FCompiler='gfortran' |
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| 131 | else: |
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| 132 | print ('No Fortran compiler in path') |
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| 133 | sys.exit() |
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| 134 | elif sys.platform == "darwin": |
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| 135 | if 'arm' in platform.machine(): |
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| 136 | LDFLAGS = '-undefined dynamic_lookup -bundle -rpath ./ -mmacosx-version-min=11.1' |
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| 137 | # I am not sure I completely understand the -rpath & -mmacosx-version-min options, |
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| 138 | # but thet seem to work; this probably needs to be tested more |
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| 139 | else: |
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| 140 | LDFLAGS = '-undefined dynamic_lookup -bundle' |
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| 141 | SDKROOT = os.environ.get('SDKROOT','') |
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| 142 | F2PYsuffix = '.so' |
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| 143 | elif sys.platform.startswith("linux"): |
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| 144 | #LDFLAGS = '-Wall -shared -static-libgfortran -static-libgcc' # does not work with gfortran 4.4.4 20100726 (Red Hat 4.4.4-13) |
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| 145 | F2PYsuffix = '.so' |
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| 146 | else: |
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| 147 | print ("Sorry, parameters for platform "+sys.platform+" are not yet defined") |
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| 148 | sys.exit() |
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| 149 | if ARGUMENTS.get('TMP'): |
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| 150 | tmpdir = ARGUMENTS.get('TMP') |
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| 151 | if FCompiler == 'gfortran': |
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| 152 | if ARGUMENTS.get('LIBGCC', '').upper().startswith('T'): |
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| 153 | LDFLAGS += ' -static-libgcc' |
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| 154 | print('LIBGCC') |
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| 155 | if ARGUMENTS.get('LIBGFORTRAN', '').upper().startswith('T'): |
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| 156 | LDFLAGS += ' -static-libgfortran' |
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| 157 | print('LIBGfortran') |
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| 158 | |
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| 159 | #========================================================================================== |
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| 160 | # help |
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| 161 | if 'help' in COMMAND_LINE_TARGETS: |
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| 162 | print (""" |
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| 163 | ---------------------------------------------- |
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| 164 | Building Fortran routines for use with GSAS-II |
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| 165 | ---------------------------------------------- |
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| 166 | |
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| 167 | To build the compiled modules files needed to run GSAS-II, invoke this script: |
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| 168 | scons [options] |
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| 169 | where the following options are defined (all are optional): |
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| 170 | |
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| 171 | -Q -- produces less output from scons |
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| 172 | |
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| 173 | -n -- causes scons to show but not execute the commands it will perform |
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| 174 | |
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| 175 | -c -- clean: causes scons to delete previously created files (but not from |
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| 176 | install directory) |
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| 177 | |
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| 178 | help -- causes this message to be displayed (no compiling is done) |
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| 179 | |
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| 180 | install=T -- causes the module files to be placed in an installation directory |
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| 181 | (../AllBinaries/<X>_NN_pv.v_nv.v) rather than ../bin, where: |
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| 182 | <X> is mac, win or linux; |
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| 183 | NN is 64 or 32 for Intel; arm64 or arm32 for ARM (aarch or arm) |
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| 184 | pv.v is the Python version (p2.7 or p3.6,...) and |
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| 185 | nv.v is the Numpy version (n1.13,...). |
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| 186 | Normally used only by Brian or Bob for distribution of compiled software. |
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| 187 | |
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| 188 | The following options override defaults set in the scons script: |
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| 189 | |
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| 190 | FCompiler=<name> -- define the name of the fortran compiler, typically g77 |
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| 191 | or gfortran; default is to use g77 on Windows and gfortran elsewhere. If |
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| 192 | you use something other than these, you must also specify F2PYflags. |
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| 193 | |
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| 194 | FORTpath=<path> -- define a path to the fortran program; default is to use |
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| 195 | first gfortran (g77 for Windows) found in path |
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| 196 | |
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| 197 | FORTflags='string' -- string of options to be used for Fortran |
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| 198 | during library build step |
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| 199 | |
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| 200 | F2PYpath=<path> -- define a path to the f2py program; default is to use |
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| 201 | first f2py found in path |
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| 202 | |
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| 203 | F2PYflags='string' -- defines optional flags to be supplied to f2py: |
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| 204 | Typically these option define which fortran compiler to use. |
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| 205 | |
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| 206 | F2PYsuffix='.xxx' -- extension for output module files (default: win: '.pyd', |
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| 207 | mac/linux: '.so') |
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| 208 | |
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| 209 | LIBGCC=T -- adds the option -static-libgcc as an link option with gfortran. This |
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| 210 | prevents use of the dynamic libgcc library, which must be then present on each |
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| 211 | run-time computer. To use this, gfortran must be installed with the static |
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| 212 | libraries. |
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| 213 | |
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| 214 | LIBGFORTRAN=T -- adds the option -static-libgfortran as an link option with |
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| 215 | gfortran. This prevents use of the dynamic libgcc library, which then must be |
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| 216 | present on each run-time computer. To use this, gfortran must be installed |
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| 217 | with the static libraries. |
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| 218 | |
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| 219 | LDFLAGS='string' -- string of options to be used for f2py during link step |
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| 220 | |
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| 221 | TMP=<path> --- where <path> is something like /tmp sets builds to be performed |
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| 222 | in that directory. |
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| 223 | |
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| 224 | Note that at present, this has been tested with 32-bit python on windows and |
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| 225 | Mac & 64 bit on linux. 32-bit builds with anaconda/gfortran in 32-bit Python |
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| 226 | is not working, at least not when installed in 64-bits Linux/Windows. |
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| 227 | |
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| 228 | examples: |
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| 229 | scons |
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| 230 | (builds into ../bin for current platform using default options) |
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| 231 | scons -Q install=T |
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| 232 | (builds into ../bin<platform-dir> for module distribution) |
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| 233 | """) |
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| 234 | sys.exit() |
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| 235 | #========================================================================================== |
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| 236 | # get the python version number from the python image in the f2py directory |
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| 237 | # find the python location associated with the f2py in use. Note |
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| 238 | # that on Windows it may be in the parent of the f2py location. |
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| 239 | # then run it to get info about the verision and the number of bits |
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| 240 | pythonpath = '' |
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| 241 | for program in ['python3','../python3','python','../python']: |
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| 242 | if sys.platform == "win32" and os.path.splitext(program)[1].lower() != '.exe': |
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| 243 | program = program + '.exe' |
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| 244 | pythonprogram = os.path.normpath(os.path.join(F2PYpath,program)) |
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| 245 | if is_exe(pythonprogram): |
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| 246 | pythonpath = os.path.split(program)[0] |
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| 247 | break |
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| 248 | else: |
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| 249 | print ('python not found') |
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| 250 | sys.exit() |
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| 251 | p = subprocess.Popen(pythonprogram, stdout=subprocess.PIPE, stdin=subprocess.PIPE, encoding='utf-8') |
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| 252 | p.stdin.write(""" |
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| 253 | import sys,platform; |
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| 254 | print (str(sys.version_info[0])) |
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| 255 | print (str(sys.version_info[1])) |
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| 256 | print (platform.architecture()[0]) |
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| 257 | import numpy as np |
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| 258 | print(np.__version__) |
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| 259 | sys.exit()""") |
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| 260 | p.stdin.close() |
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| 261 | p.wait() |
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| 262 | pyVersions = p.stdout.readlines() |
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| 263 | #pyVersions = platform.python_version_tuple() |
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| 264 | version = str(int(pyVersions[0])) + '.' + str(int(pyVersions[1])) |
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| 265 | PlatformBits = '64bits' |
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| 266 | if 'arm' in platform.machine() and sys.platform == "darwin": |
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| 267 | PlatformBits = 'arm' |
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| 268 | elif 'arm' in platform.machine() and '32' in platform.architecture()[0]: |
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| 269 | PlatformBits = 'arm32' |
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| 270 | elif 'aarch' in platform.machine(): |
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| 271 | PlatformBits = 'arm64' |
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| 272 | elif '32' in platform.architecture()[0]: |
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| 273 | PlatformBits = '32bits' |
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| 274 | #PlatformBits = pyVersions[2][:-1] |
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| 275 | # |
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| 276 | # Set install location |
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| 277 | if ARGUMENTS.get('install', '').upper().startswith('T'): |
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| 278 | InstallLoc = os.path.join('..','AllBinaries', GetBinaryDir()) |
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| 279 | else: |
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| 280 | InstallLoc = os.path.join('..','bin') |
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| 281 | #========================================================================================== |
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| 282 | # use the compiler choice to set compiler options, but don't change anything |
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| 283 | # specified on the command line |
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| 284 | if FCompiler == 'gfortran': |
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| 285 | if FORTpath == "": FORTpath = GFORTpath |
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| 286 | if sys.platform.startswith("linux") and "64" in PlatformBits: |
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| 287 | if 'aarch' in platform.machine(): |
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| 288 | if FORTflags == "": FORTflags = ' -w -O2 -fPIC' |
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| 289 | if F2PYflags == "": F2PYflags = '--fcompiler=gnu95 --f77exec=gfortran --f77flags="-fno-range-check"' |
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| 290 | else: |
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| 291 | if FORTflags == "": FORTflags = ' -w -O2 -fPIC -m64' |
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| 292 | if F2PYflags == "": F2PYflags = '--fcompiler=gnu95 --f77exec=gfortran --f77flags="-fno-range-check -m64"' # --arch="-arch x86_64"' |
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| 293 | elif sys.platform.startswith("linux") and 'arm' in platform.machine(): |
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| 294 | if FORTflags == "": FORTflags = ' -w -O2 -fPIC' |
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| 295 | if F2PYflags == "": F2PYflags = '--fcompiler=gnu95 --f77exec=gfortran --f77flags="-fno-range-check"' |
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| 296 | elif sys.platform.startswith("linux"): |
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| 297 | if FORTflags == "": FORTflags = ' -w -O2 -fPIC -m32' |
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| 298 | if F2PYflags == "": F2PYflags = '--fcompiler=gnu95 --f77exec=gfortran --f77flags="-fno-range-check -m32"' |
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| 299 | elif sys.platform == "darwin": # now 64 bit only |
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| 300 | if 'arm' in PlatformBits: |
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| 301 | #LDFLAGS += " -arch x86_64 -m64" |
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| 302 | if FORTflags == "": FORTflags = ' -w -O2' |
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| 303 | if F2PYflags == "": F2PYflags = '--fcompiler=gnu95 --f77exec=gfortran --f77flags="-fno-range-check"' |
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| 304 | else: |
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| 305 | LDFLAGS += " -arch x86_64 -m64" |
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| 306 | if FORTflags == "": FORTflags = ' -w -O2 -m64' |
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| 307 | if F2PYflags == "": F2PYflags = '--fcompiler=gnu95 --f77exec=gfortran --f77flags="-fno-range-check -m64"' |
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| 308 | elif sys.platform == "win32" and "64" in PlatformBits: |
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| 309 | if FORTflags == "": FORTflags = ' -w -O2 -m64' |
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| 310 | if F2PYflags == "": |
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| 311 | F2PYflags = '--compiler=mingw32 --fcompiler=gfortran --f77flags="-fno-range-check -m64"' |
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| 312 | elif sys.platform == "win32": |
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| 313 | # the next line may need to be removed. When compiling with a 32-bit machine? |
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| 314 | #if FORTflags == "": FORTflags = ' -w -O2 -m32' |
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| 315 | if F2PYflags == "": |
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| 316 | F2PYflags = '--compiler=mingw32 --fcompiler=gfortran --f77flags="-fno-range-check"' |
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| 317 | elif FCompiler == 'g77': |
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| 318 | if FORTpath == "": FORTpath = G77path |
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| 319 | if sys.platform == "win32": |
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| 320 | if F2PYflags == "": F2PYflags = '--compiler=mingw32 --fcompiler=g77' |
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| 321 | if FORTflags == "": FORTflags = ' -w -O2 -fno-automatic -finit-local-zero -malign-double -mwindows' |
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| 322 | else: |
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| 323 | if F2PYflags == "": F2PYflags = '--fcompiler=gnu --f77exec=g77 --f77flags="-fno-range-check"' |
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| 324 | |
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| 325 | else: |
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| 326 | if FORTpath == "": print ('Likely error, FORTpath is not specified') |
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| 327 | if F2PYflags == "": |
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| 328 | print ('Error: specify a F2PYflags value') |
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| 329 | sys.exit() |
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| 330 | if tmpdir: |
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| 331 | F2PYflags += " --build-dir " + tmpdir |
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| 332 | #========================================================================================== |
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| 333 | # Setup build Environment |
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| 334 | if sys.platform == "win32": |
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| 335 | env = Environment(ENV = os.environ) |
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| 336 | else: |
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| 337 | env = Environment() |
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| 338 | # Define a builder to run f2py |
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| 339 | def generate_f2py(source, target, env, for_signature): |
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| 340 | module = os.path.splitext(str(source[0]))[0] |
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| 341 | if len(liblist) > 0: |
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| 342 | for lib in liblist: |
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| 343 | module = module + ' ' + str(lib) |
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| 344 | f2pyprogram = os.path.normpath(os.path.join(F2PYpath,F2PYprog)) |
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| 345 | if os.path.splitext(F2PYprog)[1] == '.py': # use f2py.py if no f2py[.exe] |
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| 346 | f2pycmd = pythonprogram + ' ' + f2pyprogram + ' -c $SOURCE ' + ' -m ' + module + ' ' + F2PYflags |
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| 347 | else: |
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| 348 | f2pycmd = f2pyprogram + ' -c $SOURCE' + ' -m ' + module + ' ' + F2PYflags |
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| 349 | if sys.platform == "win32": |
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| 350 | installcmd = "copy " + os.path.splitext(str(source[0]))[0] + '*' + F2PYsuffix + ' ' + InstallLoc |
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| 351 | else: |
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| 352 | installcmd = "cp " + os.path.splitext(str(source[0]))[0] + '*' + F2PYsuffix + ' ' + InstallLoc |
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| 353 | return [f2pycmd, installcmd] |
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| 354 | f2py = Builder(generator = generate_f2py) |
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| 355 | env.Append(BUILDERS = {'f2py' : f2py},) |
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| 356 | # create a builder for the fortran compiler for library compilation so we can control how it is done |
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| 357 | def generate_obj(source, target, env, for_signature): |
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| 358 | dir = os.path.split(str(source[0]))[0] |
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| 359 | obj = os.path.splitext(str(source[0]))[0]+'.o' |
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| 360 | return os.path.join(FORTpath,FCompiler) + ' -c $SOURCE ' + FORTflags + ' -I' + dir + ' -o' + obj |
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| 361 | fort = Builder(generator = generate_obj, suffix = '.o', src_suffix = '.for') |
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| 362 | # create a library builder so we can control how it is done on windows |
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| 363 | def generate_lib(source, target, env, for_signature): |
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| 364 | srclst = "" |
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| 365 | for s in source: |
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| 366 | srclst += str(s) + " " |
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| 367 | return os.path.join(FORTpath,'ar.exe') + ' -rs $TARGET ' + srclst |
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| 368 | lib = Builder(generator = generate_lib, suffix = '.a', |
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| 369 | src_suffix = '.o') |
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| 370 | env.Append(BUILDERS = {'fort' : fort, 'lib' : lib},) |
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| 371 | |
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| 372 | # Define a builder to compile and copy NIST*LATTICE programs |
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| 373 | def generate_nist(source, target, env, for_signature): |
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| 374 | #exe = os.path.splitext(str(source[0]))[0] + EXEsuffix |
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| 375 | exe = target |
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| 376 | # cmd = FCompiler + ' $SOURCE ' + NISTlib[0] + ' -o ' + exe |
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| 377 | cmd = FCompiler + ' $SOURCE ' + NISTlib[0] + ' -o $TARGET' |
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| 378 | if sys.platform == "win32": |
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| 379 | installcmd = "copy $TARGET " + InstallLoc |
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| 380 | else: |
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| 381 | installcmd = "mv $TARGET " + InstallLoc |
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| 382 | return [cmd, installcmd] |
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| 383 | env.Append(BUILDERS = {'nist' : Builder(generator = generate_nist)},) |
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| 384 | |
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| 385 | #========================================================================================== |
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| 386 | # override from command-line options |
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| 387 | for var in ['F2PYflags','F2PYpath','F2PYsuffix','FCompiler','FORTpath','FORTflags','LDFLAGS']: |
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| 388 | if ARGUMENTS.get(var, None) is not None: |
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| 389 | print ('Setting',var,'to "'+ARGUMENTS.get(var)+'" based on command line') |
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| 390 | exec(var + "= ARGUMENTS.get('" + var +"')") |
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| 391 | #========================================================================================== |
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| 392 | # locate libraries to be built (in subdirectories named *subs) |
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| 393 | liblist = [] |
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| 394 | NISTlib = [] |
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| 395 | for sub in glob.glob('*subs'): |
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| 396 | filelist = [] |
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| 397 | for file in glob.glob(os.path.join(sub,'*.for'))+glob.glob(os.path.join(sub,'*.f')): |
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| 398 | #target = os.path.splitext(file)[0]+'.o' |
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| 399 | target = env.fort(file) # connect .o files to .for files |
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| 400 | #print ('Compile: ',file, target) |
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| 401 | filelist.append(target) |
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| 402 | for file in glob.glob(os.path.join(sub,'*.f90')): |
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| 403 | target = env.fort(file) # connect .o files to .f90 files |
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| 404 | filelist.append(target) |
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| 405 | #lib = Library(sub, Glob(os.path.join(sub,'*.for'))) # register library to be created |
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| 406 | if sys.platform == "win32": |
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| 407 | lib = env.lib(sub, filelist) |
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| 408 | else: |
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| 409 | lib = Library(sub, filelist) # register library to be created |
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| 410 | if 'NIST' in lib[0].name: |
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| 411 | NISTlib = [lib[0].name] |
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| 412 | else: |
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| 413 | liblist.append(lib[0].name) |
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| 414 | filename = str(lib[0]) |
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| 415 | |
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| 416 | # find modules that need to be built |
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| 417 | modlist = [] |
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| 418 | for src in glob.glob('*.for'): |
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| 419 | #break # bail out early for testing |
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| 420 | target = os.path.splitext(src)[0] + F2PYsuffix # xxx.pyd or xxx.so |
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| 421 | out = env.f2py(target,src) |
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| 422 | Clean(out, Glob(os.path.splitext(src)[0] + "*" + F2PYsuffix)) # this picks up old- & new-style .pyd/.so names |
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| 423 | Depends(target, liblist) # make sure libraries are rebuilt if old |
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| 424 | modlist.append(out[0].name) |
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| 425 | |
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| 426 | exelist = [] |
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| 427 | # NIST*LATTICE programs |
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| 428 | for src in 'LATTIC.f','convcell.f': |
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| 429 | target = os.path.splitext(src)[0] + EXEsuffix |
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| 430 | out = env.nist(target,src) |
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| 431 | Clean(out, target) |
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| 432 | Depends(target, NISTlib) # make sure library is rebuilt if old |
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| 433 | exelist.append(out[0].name) |
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| 434 | #========================================================================================== |
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| 435 | # all done with setup, finally ready to build something! but 1st show the |
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| 436 | # user the final options and save in build notes; then let scons do the work |
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| 437 | print ('Note: Use "scons help" to see build options') |
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| 438 | print (80*'=') |
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| 439 | for var in ['FCompiler','FORTpath','FORTflags','F2PYflags','F2PYpath','F2PYsuffix','LDFLAGS']: |
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| 440 | print ('Variable',var,'is','"'+eval(var)+'"') |
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| 441 | print ('Using python at', pythonprogram ) |
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| 442 | print ('Python/f2py version =',version,PlatformBits) |
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| 443 | print ('Install directory is',InstallLoc) |
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| 444 | print ('Will build object libraries:',) |
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| 445 | for lib in liblist: print (" " + lib,) |
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| 446 | print ("") |
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| 447 | print ('f2py will build these modules:',) |
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| 448 | for mod in modlist: print (" " + mod,) |
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| 449 | print ("") |
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| 450 | print ('Will compile these executables:',) |
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| 451 | for mod in exelist: print (" " + mod,) |
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| 452 | print ("") |
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| 453 | print (80*'=') |
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| 454 | print("Setting environment variables:") |
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| 455 | # Setup build Environment |
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| 456 | # add compiler, f2py & python to path |
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| 457 | if FORTpath != "": env.PrependENVPath('PATH', FORTpath) |
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| 458 | if F2PYpath != "": env.PrependENVPath('PATH', F2PYpath) |
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| 459 | if pythonpath != "" and pythonpath != F2PYpath: env.PrependENVPath('PATH', pythonpath) |
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| 460 | # add other needed environment variables |
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| 461 | for var in ('LDFLAGS','SDKROOT'): |
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| 462 | if eval(var) != "": |
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| 463 | env['ENV'][var] = eval(var) |
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| 464 | print("\t{} = {}".format(var,eval(var))) |
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| 465 | if 'WINDIR' in os.environ: |
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| 466 | env['ENV']['WINDIR'] = os.environ['WINDIR'] |
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| 467 | print("\t {} = {}".format(WINDIR,eval(os.environ['WINDIR']))) |
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| 468 | print (80*'=') |
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| 469 | #print (env.Dump()) |
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| 470 | if 'help' in COMMAND_LINE_TARGETS: sys.exit() |
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| 471 | import datetime |
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| 472 | if not os.path.exists(InstallLoc) and not GetOption('no_exec'): |
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| 473 | print('Creating '+InstallLoc) |
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| 474 | os.makedirs(InstallLoc) |
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| 475 | if not GetOption('no_exec'): |
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| 476 | fp = open(os.path.join(InstallLoc,'Build.notes.txt'),'w') |
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| 477 | fp.write('Created {} on {}\n'.format(datetime.datetime.isoformat(datetime.datetime.now()), |
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| 478 | platform.node())) |
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| 479 | for var in ['FCompiler','FORTpath','FORTflags','F2PYflags','F2PYpath','F2PYsuffix','LDFLAGS']: |
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| 480 | fp.write('\tVariable '+var+' = "'+eval(var)+'"\n') |
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| 481 | fp.close() |
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