def add_dependency(self, name, libs=[], ok=True, variables=[], pkgconfig=False,
includepath=None, libpath=None, version=None,
versioncpp=None, versionheader=None):
if type(libs) != type([]):
utility.report_error(self.env, "lib lists must be stored as a list: "+name)
self.dependencies[name]=self.DependencyData(name, libs=libs, variables=variables,
ok=ok, pkgconfig=pkgconfig,
includepath=includepath,
libpath=libpath,
version=version,
versioncpp=versioncpp,
versionheader=versionheader)
def add_application(self, name, link="",
dependencies=[], unfound_dependencies=[], modules=[],
version=None, ok=True):
if ok and not version:
utility.report_error("Version must be specified for modules")
if not ok:
self.applications[name]=self.ApplicationData(name, ok=ok)
else:
passmodules= self._expand_modules(modules)
passdependencies= self._expand_dependencies(passmodules,
dependencies)
self.applications[name]\
=self.ApplicationData(name, link=link,
dependencies=passdependencies,
unfound_dependencies=unfound_dependencies,
modules=passmodules,
version=version)
def _action_unit_test(target, source, env):
global disabled_modules
#app = "cd %s; %s %s %s -v > /dev/null"
fsource=[]
type= source[-1].get_contents()
for x in source[2:-1]:
if str(x).endswith(".py"):
fsource.append(x.abspath)
if source[-1] == 'example':
# Quote list of modules so that the shell passes an empty parameter
# to the script if there are no disabled modules (rather than the
# script treating the first file as the list of disabled modules)
disab = ' "%s"' % ":".join(disabled_modules)
else:
disab = ''
tmpdir=Dir("#/build/tmp").abspath
tf=target[0].abspath
filename= target[0].abspath
execute = env.Execute
if type.endswith("unit test"):
cmd= File("#/scons_tools/run-all-tests.py").abspath
if env['cppcoverage'] != 'no':
c = cpp_coverage._CoverageTester(env, env['cppcoverage'], type, tf)
execute = c.Execute
if type.startswith('module'):
modname = _get_name(env)
if modname == 'kernel':
modname = 'IMP'
elif modname != 'RMF':
modname = 'IMP.' + modname
cmd += ' --module=%s --pycoverage=%s' % (modname, env['pycoverage'])
if env['pycoverage'] == 'lines':
cmd += ' --output=%s.pycoverage' % tf
data.get(env).env.Append(IMP_TESTS=[(modname, filename)])
elif type.startswith('application'):
cmd += ' --application=%s --pycoverage=%s' % (_get_name(env),
env['pycoverage'])
for pyexe in env.get('IMP_PYTHON_EXECUTABLES', []):
cmd += ' --pyexe=%s' % pyexe
if env['pycoverage'] == 'lines':
cmd += ' --output=%s.pycoverage' % tf
if env.get('html_coverage', 'no') != 'no':
cmd += ' --html_coverage=%s' \
% Dir("#/build/coverage").abspath
cmd+=" --results="+filename
#if len(fsource) > 0:
# env.Append(ENV={'TEST_DIRECTORY':fsource[0][0:fsource[0].find("/test/")+6]})
# #print "test dir", os.environ['TEST_DIRECTORY']
elif type=='example':
cmd= File("#/scons_tools/run-all-examples.py").abspath
dmod=[]
for d in data.get(env).modules.keys():
if not data.get(env).modules[d].ok:
dmod.append(d)
cmd= cmd+ ' --excluded='+":".join(dmod)
cmd+=" --results="+filename
elif type=='system':
cmd= File("#/scons_tools/run-all-system.py").abspath + " " +Dir("#/build/tmp").abspath
else:
utility.report_error(env, "Unknown test type "+type)
print "tempfile", tf, tmpdir, target[0].path+".result"
app = "mkdir -p %s; cd %s; (%s %s %s%s %s >%s) > /dev/null" \
% (tmpdir, tmpdir, source[0].abspath, env['PYTHON'],
cmd, disab,
" ".join(fsource), tf+".out")
print app
if execute(app) == 0:
#file(str(target[0]), 'w').write('PASSED\n')
print "%s %ss succeeded" % (_get_name(env), source[-1])
else:
print "%s %ss FAILED" % (_get_name(env), source[-1])
return 1
