/
make_distributions.py
executable file
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/
make_distributions.py
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#!/usr/bin/env python3
# script for generating distribution tarballs
import sys, os, shutil, optparse, tarfile, subprocess, copy
import markdown
sys.path.append(os.getcwd())
import distribution_manifest as dm
# where to copy binary (or source) tarballs when completed (specialized for
# Linux virtual machines on MacBook Pro and local web-site directory for Mac
# versions)
# LINUX_DEST = local folder within Linux VM
LINUX_DEST = "/vagrant/transfer/"
MAC_DEST = "/Users/erwin/Documents/Working/web_site_new/resources/imfit/"
MAC_DEST_BIN = "/Users/erwin/Documents/Working/web_site_new/resources/imfit/binaries/"
MAC_CHANGELOG_MD = "CHANGELOG.md"
MAC_CHANGELOG_DEST = "/Users/erwin/Documents/Working/web_site_new/resources/imfit/CHANGELOG.html"
VERSION_STRING = "1.9.0"
os_type = os.uname()[0] # "Darwin", "Linux", etc.
os_machine_type = os.uname()[4] # "x86-64", etc.
# basic scons command (specifies static linking, etc.)
scons_string = "scons --static"
scons_string_mac = "scons --mac-distribution"
SOURCE_TARFILE = "imfit-%s-source.tar.gz" % VERSION_STRING
if (os_type == "Darwin"): # OK, we're compiling on Mac OS X
BINARY_TARFILE = "imfit-%s-macintel.tar.gz" % VERSION_STRING
BINARY_TARFILE_OLDMAC = "imfit-%s-macintel_10.6-10.7.tar.gz" % VERSION_STRING
scons_string += " --clang-openmp"
scons_string_oldmac = scons_string + " --old-mac"
SOURCE_COPY_DEST_DIR = MAC_DEST
BINARY_COPY_DEST_DIR = MAC_DEST_BIN
else:
# assume it's Linux
if os_machine_type == "x86_64":
BINARY_TARFILE = "imfit-%s-linux-64.tar.gz" % VERSION_STRING
else:
BINARY_TARFILE = "imfit-%s-linux-32.tar.gz" % VERSION_STRING
BINARY_COPY_DEST_DIR = LINUX_DEST
SOURCE_COPY_DEST_DIR = LINUX_DEST
# Create dictionaries holding subdirectory names and lists of associated files
documentationFileDict = {"dir": "docs", "file_list": dm.documentation_files.split()}
extrasFileDict = {"dir": "extras", "file_list": dm.extras_files.split()}
coreFileDict = {"dir": "core", "file_list": dm.source_files_core.split()}
solversFileDict = {"dir": "solvers", "file_list": dm.source_files_solvers.split()}
mcmcFileDict = {"dir": "cdream", "file_list": dm.source_files_mcmc.split()}
funcObjFileDict = {"dir": "function_objects", "file_list": dm.source_files_funcobj.split()}
exampleFileDict = {"dir": "examples", "file_list": dm.example_files.split()}
pythonFileDict = {"dir": "python", "file_list": dm.python_files.split()}
testFileDict_imfit = {"dir": "tests/imfit_reference", "file_list": dm.test_files_imfit.split()}
testFileDict_mcmc = {"dir": "tests/imfit-mcmc_reference", "file_list": dm.test_files_mcmc.split()}
testFileDict_makeimage = {"dir": "tests/makeimage_reference", "file_list": dm.test_files_makeimage.split()}
testFileDict = {"dir": "tests", "file_list": dm.test_files.split()}
# Lists of files:
binary_only_file_list = dm.binary_only_files.split()
misc_required_files_list = dm.misc_required_files.split()
testing_scripts_list = dm.testing_scripts.split()
python_files_for_binary_dist_list = dm.python_files_for_binary_dist.split()
documentation_file_list = [ documentationFileDict["dir"] + "/" + fname for fname in documentationFileDict["file_list"] ]
extras_file_list = [ extrasFileDict["dir"] + "/" + fname for fname in extrasFileDict["file_list"] ]
example_file_list = [ exampleFileDict["dir"] + "/" + fname for fname in exampleFileDict["file_list"] ]
python_file_list = [ pythonFileDict["dir"] + "/" + fname for fname in pythonFileDict["file_list"] ]
test_file_imfit_list = [ testFileDict_imfit["dir"] + "/" + fname for fname in testFileDict_imfit["file_list"] ]
test_file_mcmc_list = [ testFileDict_mcmc["dir"] + "/" + fname for fname in testFileDict_mcmc["file_list"] ]
test_file_makeimage_list = [ testFileDict_makeimage["dir"] + "/" + fname for fname in testFileDict_makeimage["file_list"] ]
test_file_list = [ testFileDict["dir"] + "/" + fname for fname in testFileDict["file_list"] ]
solvers_file_list_cpp = [ solversFileDict["dir"] + "/" + fname + ".cpp" for fname in solversFileDict["file_list"] ]
solvers_file_list_h = [ solversFileDict["dir"] + "/" + fname + ".h" for fname in solversFileDict["file_list"] ]
solvers_file_list = solvers_file_list_h + solvers_file_list_cpp
mcmc_file_list_cpp = [ mcmcFileDict["dir"] + "/" + fname + ".cpp" for fname in mcmcFileDict["file_list"] ]
mcmc_file_list_h = [ mcmcFileDict["dir"] + "/" + fname + ".h" for fname in dm.source_header_files_mcmc.split() ]
mcmc_file_list = mcmc_file_list_h + mcmc_file_list_cpp
core_file_list_cpp = [ coreFileDict["dir"] + "/" + fname + ".cpp" for fname in coreFileDict["file_list"] ]
core_file_list_h = [ coreFileDict["dir"] + "/" + fname + ".h" for fname in dm.source_header_files_core.split() ]
core_file_list = core_file_list_h + core_file_list_cpp
funcobj_file_list_cpp = [ funcObjFileDict["dir"] + "/" + fname + ".cpp" for fname in funcObjFileDict["file_list"] ]
funcobj_file_list_h = [ funcObjFileDict["dir"] + "/" + fname + ".h" for fname in funcObjFileDict["file_list"] ]
funcobj_file_list = funcobj_file_list_h + funcobj_file_list_cpp
allFileLists = [binary_only_file_list, misc_required_files_list, documentation_file_list, extras_file_list,
example_file_list, python_file_list, testing_scripts_list, test_file_imfit_list,
test_file_mcmc_list, test_file_makeimage_list, test_file_list, solvers_file_list,
mcmc_file_list, core_file_list, funcobj_file_list]
allFileLists_source = [misc_required_files_list, documentation_file_list, extras_file_list,
example_file_list, python_file_list, testing_scripts_list, test_file_imfit_list,
test_file_mcmc_list, test_file_makeimage_list, test_file_list, solvers_file_list,
mcmc_file_list, core_file_list, funcobj_file_list]
subdirs_list = ["docs", "extras", "examples", "python", "tests", "tests/osx", "tests/linux",
"tests/imfit_reference", "tests/imfit-mcmc_reference", "tests/makeimage_reference",
"tests/mcmc_data", "function_objects", "solvers", "cdream", "cdream/include",
"cdream/include/rng", "core"]
def TrimSConstruct( ):
lines = open("SConstruct").readlines()
nLines = len(lines)
for i in range(nLines):
if lines[i].startswith("# *** Other programs"):
lastLineNumber = i
outf = open("SConstruct_export", 'w')
for line in lines[0:lastLineNumber]:
outf.write(line)
outf.close()
def MakeDistributionDir( mode="binary" ):
distDir = "imfit-%s/" % VERSION_STRING
# create distribution subdirectories, if needed
if not os.path.exists(distDir):
os.mkdir(distDir)
for subdir in subdirs_list:
if not os.path.exists(distDir + subdir):
os.mkdir(distDir + subdir)
# copy files to distribution subdirectory
if (mode == "binary"):
fileLists = allFileLists
else:
fileLists = allFileLists_source
for fileList in fileLists:
print(fileList)
for fname in fileList:
print("%s -> %s" % (fname, distDir + fname))
shutil.copy(fname, distDir + fname)
# copy misc. files requring renaming
# copy trimmed version of SConstruct
TrimSConstruct()
shutil.copy("SConstruct_export", distDir + "SConstruct")
# def MakeFatFile( file1, file2, outputName ):
# cmdText = "lipo -create {0} {1} -output {2}".format(file1, file2, outputName)
# subprocess.check_output(cmdText, shell=True)
#
# def MakeFatBinaries( ):
# """We need this because we now default to using GCC 5.1, which cannot make
# "fat" binaries by default.
# We only do this for the "oldmac" case (Mac OS X 10.6 and 10.7), since
# no one is trying to run 32-bit programs on 10.8 or later.
# """
#
# print(" Calling SCons to generate 32-bit imfit binary for Mac OS 10.6/10.7...")
# subprocess.check_output(scons_string_oldmac + " --32bit" + " imfit", shell=True)
# shutil.move("imfit", "imfit32")
# print(" Calling SCons to generate 64-bit imfit binary for Mac OS 10.6/10.7...")
# subprocess.check_output(scons_string_oldmac + " imfit", shell=True)
# shutil.move("imfit", "imfit64")
# print("Merging into combined 32-bit/64-bit binary...")
# MakeFatFile("imfit32", "imfit64", "imfit")
#
# print(" Calling SCons to generate 32-bit makeimage binary for Mac OS 10.6/10.7...")
# subprocess.check_output(scons_string_oldmac + " --32bit" + " makeimage", shell=True)
# shutil.move("makeimage", "makeimage32")
# print(" Calling SCons to generate 64-bit makeimage binary for Mac OS 10.6/10.7...")
# subprocess.check_output(scons_string_oldmac + " makeimage", shell=True)
# shutil.move("makeimage", "makeimage64")
# print("Merging into combined 32-bit/64-bit binary...")
# MakeFatFile("makeimage32", "makeimage64", "makeimage")
def MakeOldMacBinaries( ):
"""This is for making 64-bit binaries for Mac OS X 10.6 or 10.7.
"""
print(" Calling SCons to generate 64-bit imfit binary for Mac OS 10.6/10.7...")
subprocess.check_output("scons -c", shell=True)
subprocess.check_output(scons_string_oldmac + " imfit", shell=True)
print(" Calling SCons to generate 64-bit makeimage binary for Mac OS 10.6/10.7...")
subprocess.check_output(scons_string_oldmac + " makeimage", shell=True)
# def MakeBinaries( mode=None ):
# # Generate appropriate binaries
# print("MakeBinaries: mode = %s" % mode)
# if (mode == "Darwin") or (mode == "Linux"):
# # Mac OS 10.8 or newer, or Linux
# if (mode is "Darwin"):
# # use "--allstatic" to force static linking of GCC libraries (esp. libgomp)
# scons_string_final = scons_string_mac
# else:
# scons_string_final = scons_string
# print(" Calling SCons to generate imfit binary...")
# subprocess.check_output(scons_string_final + " imfit", shell=True)
# print(" Calling SCons to generate makeimage binary...")
# subprocess.check_output(scons_string_final + " makeimage", shell=True)
# print(" Calling SCons to generate imfit-mcmc binary...")
# subprocess.check_output(scons_string_final + " imfit-mcmc", shell=True)
# else: # mode = "oldmac"
# # Mac OS 10.6 or 10.7
# MakeOldMacBinaries()
def MakeBinaries( target="mac" ):
if target == "mac":
scons_string_final = scons_string_mac
else: # Linux
scons_string_final = scons_string
print(" Calling SCons to generate imfit binary...")
subprocess.check_output(scons_string_final + " imfit", shell=True)
print(" Calling SCons to generate makeimage binary...")
subprocess.check_output(scons_string_final + " makeimage", shell=True)
print(" Calling SCons to generate imfit-mcmc binary...")
subprocess.check_output(scons_string_final + " imfit-mcmc", shell=True)
def MakeBinaryDist( mode=None ):
distDir = "imfit-%s/" % VERSION_STRING
final_file_list = binary_only_file_list + misc_required_files_list + \
python_files_for_binary_dist_list + documentation_file_list + \
extras_file_list + example_file_list
if (mode is None):
# Mac OS 10.8 or newer, or Linux
binaryTarfile = BINARY_TARFILE
else:
# Mac OS 10.6 or 10.7
binaryTarfile = BINARY_TARFILE_OLDMAC
print("Generating tar file %s..." % binaryTarfile)
tar = tarfile.open(binaryTarfile, 'w|gz')
for fname in final_file_list:
tar.add(distDir + fname)
tar.close()
print("Copying gzipped tar file %s to %s..." % (binaryTarfile, BINARY_COPY_DEST_DIR))
shutil.copy(binaryTarfile, BINARY_COPY_DEST_DIR)
def MakeSourceDist( ):
distDir = "imfit-%s/" % VERSION_STRING
final_file_list = example_file_list + misc_required_files_list + documentation_file_list
final_file_list += extras_file_list
final_file_list += funcobj_file_list
final_file_list += solvers_file_list
final_file_list += mcmc_file_list
final_file_list += core_file_list
final_file_list += python_file_list
final_file_list += testing_scripts_list
final_file_list += test_file_imfit_list
final_file_list += test_file_mcmc_list
final_file_list += test_file_makeimage_list
final_file_list += test_file_list
final_file_list.append("SConstruct")
tar = tarfile.open(SOURCE_TARFILE, 'w|gz')
for fname in final_file_list:
tar.add(distDir + fname)
tar.close()
print("Copying gzipped tar file %s to %s..." % (SOURCE_TARFILE, SOURCE_COPY_DEST_DIR))
shutil.copy(SOURCE_TARFILE, SOURCE_COPY_DEST_DIR)
print("Generating HTML version of CHANGELOG.md and copying to %s..." % (MAC_CHANGELOG_DEST))
markdown.markdownFromFile(input=MAC_CHANGELOG_MD, output=MAC_CHANGELOG_DEST)
def main(argv):
usageString = "%prog [options]\n"
parser = optparse.OptionParser(usage=usageString, version="%prog ")
parser.add_option("--source-only", action="store_false", dest="binaryDist", default=True,
help="generate *only* the source distribution tarball")
parser.add_option("--binary-only", action="store_false", dest="sourceDist", default=True,
help="generate *only* the binary-only distribution tarball")
(options, args) = parser.parse_args(argv)
print("\nMaking distribution directory and copying files into it...")
if options.binaryDist is True:
if (os_type == "Darwin"):
print("\nGenerating binary-only Mac distribution (%s)..." % BINARY_TARFILE)
MakeBinaries("mac")
MakeDistributionDir(mode="binary")
MakeBinaryDist()
# print("Generating binary-only Mac distribution for 10.6/10.7 (%s)..." % BINARY_TARFILE_OLDMAC)
# MakeBinaries(mode="oldmac")
# #MakeDistributionDir()
# MakeBinaryDist(mode="oldmac")
else:
print("\nGenerating binary-only Linux distribution (%s)..." % BINARY_TARFILE)
MakeBinaries("Linux")
MakeDistributionDir(mode="binary")
MakeBinaryDist()
if options.sourceDist is True:
print("\nGenerating source distribution (%s)..." % SOURCE_TARFILE)
MakeDistributionDir(mode="source")
MakeSourceDist()
print("Done!\n")
if __name__ == "__main__":
main(sys.argv)