def ProcessOutputText(self):
""" Process the result of the compilation steps. """
self.project.hasBeenCompiled = True
if self.compiler != "py2exe":
# This is available only for py2exe
return
# Look for what py2exe thinks are the missing modules
indx = self.fullText.rfind("The following modules")
moduleText = self.fullText[indx:]
# They are usually put inside square braces
indx1, indx2 = moduleText.find("["), moduleText.find("]")
if indx1 < 0 or indx2 < 0:
missingModules = []
else:
missingModules = eval(moduleText[indx1:indx2+1])
missingModules = [tuple(miss.split(".")) for miss in missingModules]
# Look for what py2exe thinks are the binary dependencies
binaryDependencies = []
text = self.fullText
indx = text.find("*** binary dependencies ***")
text = text[indx:].split("\n")
text = text[7:]
# Here it's bit tricky, but it works
for line in text:
line = line.strip().split("-")
dll, path = line[0], "".join(line[1:])
if not dll:
break
binaryDependencies.append([dll.strip(), opj(path.strip())])
self.project.SetCompilationData(missingModules, binaryDependencies)
def ProcessOutputText(self):
""" Process the result of the compilation steps. """
self.project.hasBeenCompiled = True
if self.compiler != "py2exe":
# This is available only for py2exe
return
# Look for what py2exe thinks are the missing modules
indx = self.fullText.rfind("The following modules")
moduleText = self.fullText[indx:]
# They are usually put inside square braces
indx1, indx2 = moduleText.find("["), moduleText.find("]")
if indx1 < 0 or indx2 < 0:
missingModules = []
else:
missingModules = eval(moduleText[indx1:indx2+1])
missingModules = [tuple(miss.split(".")) for miss in missingModules]
# Look for what py2exe thinks are the binary dependencies
binaryDependencies = []
text = self.fullText
indx = text.find("*** binary dependencies ***")
text = text[indx:].split("\n")
text = text[7:]
# Here it's bit tricky, but it works
for line in text:
line = line.strip().split("-")
dll, path = line[0], "".join(line[1:])
if not dll:
break
binaryDependencies.append([dll.strip(), opj(path.strip())])
self.project.SetCompilationData(missingModules, binaryDependencies)
def Destroy(self):
""" Destroy the process. """
# Ok, this line is commented because if I leave it as it is Python
# bombs with the classical Windows error dialog
self.process.Destroy()
self.MainFrame.process = None
if self.compiler != "vendorid":
# Close the temporary file
os.close(self.tmpFileName[0])
# Remove the temporary file from the compilation directory
if os.path.isfile(opj(self.tmpFileName[1])):
try:
os.remove(opj(self.tmpFileName[1]))
except:
# Something is keeping it open... skip for now
pass
# Returns to the installation directory
os.chdir(self.MainFrame.installDir)
def Destroy(self):
""" Destroy the process. """
# Ok, this line is commented because if I leave it as it is Python
# bombs with the classical Windows error dialog
self.process.Destroy()
self.MainFrame.process = None
if self.compiler != "vendorid":
# Close the temporary file
os.close(self.tmpFileName[0])
# Remove the temporary file from the compilation directory
if os.path.isfile(opj(self.tmpFileName[1])):
try:
os.remove(opj(self.tmpFileName[1]))
except:
# Something is keeping it open... skip for now
pass
# Returns to the installation directory
os.chdir(self.MainFrame.installDir)
def Start(self):
""" Starts the compilation process. """
# Change the directory to the compilation folder
os.chdir(opj(self.buildDir))
# Verify if it is a dry-run or a real compilation
dryRun = (self.run and [""] or ["--dry-run"])[0]
# Create a temporary file that we will delete later
if self.compiler == "PyInstaller":
suffix = ".spec"
elif self.compiler == "vendorid":
if wx.Platform == "__WXMSW__":
suffix = ".bat"
else:
suffix = ".sh"
else:
suffix = ".py"
# Run the setup.py optimized, if the user chose to
configuration = self.project[self.compiler]
optimize = ""
if "optimize" in configuration:
value = int(configuration["optimize"])
if value > 0:
optimize = "-" + "O"*value
setupScript = self.setupScript
fd, tmpFileName = tempfile.mkstemp(suffix=suffix, dir=self.buildDir)
if wx.Platform == "__WXMSW__":
separator = "&"
else:
separator = ";"
# Build the compilation command
if self.compiler == "py2exe":
cmd = '%s %s -u "%s" %s %s'%(self.pythonVersion, optimize, tmpFileName, self.compiler, dryRun)
elif self.compiler == "cx_Freeze":
distDir = configuration["dist_dir"]
distChoice = configuration["dist_dir_choice"]
if not distDir.strip() or not distChoice:
distDir = "dist"
cmd = '%s %s -u "%s" %s%s'%(self.pythonVersion, optimize, tmpFileName, "build --build-exe=", distDir)
elif self.compiler == "bbfreeze":
cmd = '%s %s -u "%s"'%(self.pythonVersion, optimize, tmpFileName)
elif self.compiler == "PyInstaller":
pyInstallerPath = self.MainFrame.GetPyInstallerPath()
build = os.path.normpath(pyInstallerPath + "/Build.py")
cmd = '%s %s -u "%s" "%s"'%(self.pythonVersion, optimize, build, tmpFileName)
elif self.compiler == "py2app":
cmd = '%s %s -u "%s" %s'%(self.pythonVersion, optimize, tmpFileName, self.compiler)
elif self.compiler == "vendorid":
sibPath, makeOrNmake = self.MainFrame.GetVendorIDPath()
sibString = self.setupScript.split(separator)
setupScript = '%s %s -u %s %s\n'%(self.pythonVersion, optimize, sibPath, sibString[0])
for strs in sibString[1:]:
setupScript += strs + "\n"
if wx.Platform == "__WXMSW__":
cmd = '%s'%tmpFileName
else:
cmd = 'chmod +x %s; ./%s'%(tmpFileName, tmpFileName)
# Write the setup script string in the temporary file
fid = open(tmpFileName, "wt")
fid.write(setupScript)
fid.close()
# Store the temporary file data
self.tmpFileName = (fd, tmpFileName)
if self.compiler == "vendorid":
os.close(fd)
# Monitor the elapsed time
self.startTime = time.time()
# Start the process, redirecting the output to catch stdio
self.process = wx.Process(self.MainFrame)
self.process.Redirect()
# We want the process to be asynchronous
self.pid = wx.Execute(cmd, wx.EXEC_ASYNC, self.process)
def Start(self):
""" Starts the compilation process. """
# Change the directory to the compilation folder
os.chdir(opj(self.buildDir))
# Verify if it is a dry-run or a real compilation
dryRun = (self.run and [""] or ["--dry-run"])[0]
# Create a temporary file that we will delete later
if self.compiler == "PyInstaller":
suffix = ".spec"
elif self.compiler == "vendorid":
if wx.Platform == "__WXMSW__":
suffix = ".bat"
else:
suffix = ".sh"
else:
suffix = ".py"
# Run the setup.py optimized, if the user chose to
configuration = self.project[self.compiler]
optimize = ""
if "optimize" in configuration:
value = int(configuration["optimize"])
if value > 0:
optimize = "-" + "O"*value
setupScript = self.setupScript
fd, tmpFileName = tempfile.mkstemp(suffix=suffix, dir=self.buildDir)
if wx.Platform == "__WXMSW__":
separator = "&"
else:
separator = ";"
# Build the compilation command
if self.compiler == "py2exe":
cmd = '%s %s -u "%s" %s %s'%(self.pythonVersion, optimize, tmpFileName, self.compiler, dryRun)
elif self.compiler == "cx_Freeze":
distDir = configuration["dist_dir"]
distChoice = configuration["dist_dir_choice"]
if not distDir.strip() or not distChoice:
distDir = "dist"
cmd = '%s %s -u "%s" %s%s'%(self.pythonVersion, optimize, tmpFileName, "build --build-exe=", distDir)
elif self.compiler == "bbfreeze":
cmd = '%s %s -u "%s"'%(self.pythonVersion, optimize, tmpFileName)
elif self.compiler == "PyInstaller":
pyInstallerPath = self.MainFrame.GetPyInstallerPath()
build = os.path.normpath(pyInstallerPath + "/Build.py")
cmd = '%s %s -u "%s" "%s"'%(self.pythonVersion, optimize, build, tmpFileName)
elif self.compiler == "py2app":
cmd = '%s %s -u "%s" %s'%(self.pythonVersion, optimize, tmpFileName, self.compiler)
elif self.compiler == "vendorid":
sibPath, makeOrNmake = self.MainFrame.GetVendorIDPath()
sibString = self.setupScript.split(separator)
setupScript = '%s %s -u %s %s\n'%(self.pythonVersion, optimize, sibPath, sibString[0])
for strs in sibString[1:]:
setupScript += strs + "\n"
if wx.Platform == "__WXMSW__":
cmd = '%s'%tmpFileName
else:
cmd = 'chmod +x %s; ./%s'%(tmpFileName, tmpFileName)
# Write the setup script string in the temporary file
fid = open(tmpFileName, "wt")
fid.write(setupScript)
fid.close()
# Store the temporary file data
self.tmpFileName = (fd, tmpFileName)
if self.compiler == "vendorid":
os.close(fd)
# Monitor the elapsed time
self.startTime = time.time()
# Start the process, redirecting the output to catch stdio
self.process = wx.Process(self.MainFrame)
self.process.Redirect()
# We want the process to be asynchronous
self.pid = wx.Execute(cmd, wx.EXEC_ASYNC, self.process)
