def indent_variables(document):
"""Returns a dictionary with some variables regarding document indenting."""
return variables.update(document, {
'indent-width': 2,
'tab-width': 8,
'indent-tabs': False,
'document-tabs': True,
})
def indent_variables(document=None):
"""Return a dictionary with indentation preferences.
If a document (a Frescobaldi/QTextDocument) is specified, the document
variables are also read.
For the variables and their default variables, see userguide/docvars.md.
"""
s = QSettings()
s.beginGroup("indent")
nspaces = s.value("indent_spaces", 2, int)
tabwidth = s.value("tab_width", 8, int)
dspaces = s.value("document_spaces", 8, int)
prefs = {
'indent-tabs': nspaces == 0,
'indent-width': 2 if nspaces == 0 else nspaces,
'tab-width': tabwidth,
'document-tabs': dspaces == 0,
'document-tab-width': 8 if dspaces == 0 else dspaces,
}
return variables.update(document, prefs) if document else prefs
def indent_variables(document=None):
"""Return a dictionary with indentation preferences.
If a document (a Frescobaldi/QTextDocument) is specified, the document
variables are also read.
For the variables and their default variables, see userguide/docvars.md.
"""
s = QSettings()
s.beginGroup("indent")
nspaces = s.value("indent_spaces", 2, int)
tabwidth = s.value("tab_width", 8, int)
dspaces = s.value("document_spaces", 8, int)
prefs = {
'indent-tabs': nspaces == 0,
'indent-width': 2 if nspaces == 0 else nspaces,
'tab-width': tabwidth,
'document-tabs': dspaces == 0,
'document-tab-width': 8 if dspaces == 0 else dspaces,
}
return variables.update(document, prefs) if document else prefs
def get_base_environment(variables=None, *args, **kw):
"""Create an environment suitable for building IMP modules"""
#import colorizer
# First make a dummy environment in order to evaluate all variables, since
# env['wine'] will tell us which 'real' environment to create:
env = Environment(tools=[], variables=variables)
#variables.Update(env)
newpath = env['ENV']['PATH']
if env.get('path') is not None:
newpath = env['path'] + os.path.pathsep + newpath
envargs={'PATH':newpath}
#If the output is not a terminal, remove the colors
if env['wine']:
env = _WineEnvironment(variables=variables,
ENV = {'PATH':newpath},
*args, **kw)
else:
env = Environment(variables=variables,
ENV = {'PATH':newpath},
*args, **kw)
#env['PYTHON'] = 'python'
data.add(env)
impvariables.update(env, variables)
colors = {}
colors['cyan'] = '\033[96m'
colors['purple'] = '\033[95m'
colors['blue'] = '\033[94m'
colors['green'] = '\033[92m'
colors['yellow'] = '\033[93m'
colors['red'] = '\033[91m'
colors['end'] = '\033[0m'
env['IMP_COLORS']=colors
if not env['color'] or "TERM" not in os.environ.keys()\
or os.environ["TERM"] != "xterm":
for key, value in colors.iteritems():
colors[key] = ''
if env['pretty']:
compile_source_message = '%sCompiling %s$TARGET%s' % \
(colors['blue'], colors['end'], colors['end'])
compile_shared_source_message = '%sCompiling shared %s$TARGET%s' % \
(colors['blue'], colors['end'], colors['end'])
link_program_message = '%sLinking Program %s$TARGET%s' % \
(colors['purple'], colors['end'], colors['end'])
link_library_message = '%sLinking Static Library %s$TARGET%s' % \
(colors['purple'], colors['end'], colors['end'])
ranlib_library_message = '%sRanlib Library %s$TARGET%s' % \
(colors['purple'], colors['end'], colors['end'])
link_shared_library_message = '%sLinking Shared Library %s$TARGET%s' % \
(colors['purple'], colors['end'], colors['end'])
link_module_message = '%sLinking Shared Module %s$TARGET%s' % \
(colors['purple'], colors['end'], colors['end'])
java_library_message = '%sCreating Java Archive %s$TARGET%s' % \
(colors['purple'], colors['end'], colors['end'])
swig_message = '%sRunning swig on %s$TARGET%s' % \
(colors['purple'], colors['end'], colors['end'])
pretty={'CXXCOMSTR': compile_source_message,
'CCCOMSTR': compile_source_message,
'SHCCCOMSTR': compile_shared_source_message,
'SHCXXCOMSTR': compile_shared_source_message,
'ARCOMSTR': link_library_message,
'RANLIBCOMSTR': ranlib_library_message,
'SHLINKCOMSTR': link_shared_library_message,
'LDMODCOMSTR': link_module_message,
'LINKCOMSTR': link_program_message,
'JARCOMSTR': java_library_message,
'JAVACCOMSTR': compile_source_message,
'SWIGCOMSTR': swig_message,}
for p in pretty.keys():
env[p]=pretty[p]
if env['IMP_USE_PLATFORM_FLAGS']:
_fix_include_path(env)
_add_platform_flags(env)
#col = colorizer.colorizer()
#col.colorize(env)
env['PYTHONPATH'] = '#/build/lib'
if env.get('pythonpath', None):
env['PYTHONPATH'] = os.path.pathsep.join(['#/build/lib']+[env['PYTHONPATH']])
env['all_modules']=[]
#env.Decider('MD5-timestamp')
dependency.boost.configure_env_for_auto_link(env)
# Make Modeller exetype variable available:
if os.environ.has_key('EXECUTABLE_TYPESVN'):
env['ENV']['EXECUTABLE_TYPESVN'] = os.environ['EXECUTABLE_TYPESVN']
# Set empty variables in case the Modeller check fails:
for mod in ('MODPY', 'EXETYPE'):
env['MODELLER_' + mod] = ''
for mod in ('CPPPATH', 'LIBPATH', 'LIBS'):
env['MODELLER_' + mod] = []
dependency.compilation.configure_check(env)
dependency.nullptr.configure_check(env)
if platform == 'aix':
# Make sure compilers are in the PATH, so that Python's script for
# building AIX extension modules can find them:
e['ENV']['PATH'] += ':/usr/vac/bin'
#print "cxx", env['CXXFLAGS']
env.Prepend(CPPPATH=[Dir('#/build/include').abspath])
env.Prepend(LIBPATH=[Dir('#/build/lib').abspath])
env.Append(BUILDERS={'IMPRun': run.Run})
# these should be in application, but...
env.AddMethod(application.IMPApplication)
env.AddMethod(application.IMPCPPExecutable)
env.AddMethod(application.IMPCPPExecutables)
env.AddMethod(application.IMPApplicationTest)
env.AddMethod(application.IMPPythonExecutable)
# these should be in systems
env.AddMethod(biology.IMPSystem)
# these should be in the module, but this seems to speed things up
env.AddMethod(module.IMPModuleBuild)
env.AddMethod(module.IMPModuleLib)
env.AddMethod(module.IMPModuleInclude)
env.AddMethod(module.IMPModuleData)
env.AddMethod(module.IMPModulePython)
env.AddMethod(module.IMPModuleTest)
env.AddMethod(module.IMPModuleBuild)
env.AddMethod(module.IMPModuleGetHeaders)
env.AddMethod(module.IMPModuleGetExamples)
env.AddMethod(module.IMPModuleGetExampleData)
env.AddMethod(module.IMPModuleGetPythonTests)
env.AddMethod(module.IMPModuleGetExpensivePythonTests)
env.AddMethod(module.IMPModuleGetCPPTests)
env.AddMethod(module.IMPModuleGetData)
env.AddMethod(module.IMPModuleGetSources)
env.AddMethod(module.IMPModuleGetPython)
env.AddMethod(module.IMPModuleGetSwigFiles)
env.AddMethod(module.IMPModuleGetBins)
env.AddMethod(module.IMPModuleGetBenchmarks)
env.AddMethod(module.IMPModuleBin)
env.AddMethod(module.IMPModuleBenchmark)
env.AddMethod(module.IMPModuleDoc)
env.AddMethod(module.IMPModuleExamples)
env.AddMethod(module.IMPModuleGetDocs)
env.AddMethod(doc.IMPPublication)
env.AddMethod(doc.IMPWebsite)
env.AddMethod(doc.IMPStandardPublications)
env.AddMethod(doc.IMPStandardLicense)
env.Append(BUILDERS={'IMPModuleCPPTest': test.CPPTestHarness})
env.Append(BUILDERS={'IMPModuleSWIG': module._swig.get_swig_action(env)})
env.Append(BUILDERS={'IMPModulePatchSWIG': module._swig.PatchSwig})
env.Append(BUILDERS={'IMPModuleSWIGPreface': module._swig.SwigPreface})
env.Append(BUILDERS = {'IMPModuleVersionH': module._version_h.VersionH,
'IMPModuleConfigH': module._config_h.ConfigH,
'IMPModuleConfigCPP': module._config_h.ConfigCPP,
'IMPModuleLinkTest': module._link_test.LinkTest})
if env.get('linkflags', None):
env.Append(LINKFLAGS=env['linkflags'])
return env
