def loadTree(self, name=None):
'''
Loads tests into a tree from the given directory of the specified name.
'''
tree = {}
errors = []
loaded = False
location.clear()
for mdl in sorted(location.getSuites(), reverse=True):
if name:
if (name != mdl and not name.startswith(mdl + '.')
and not mdl.startswith(name + '.')):
continue
loaded = True
parts = mdl.split('.')
branch = tree
for nm in parts:
if nm not in branch:
branch[nm] = {}
branch = branch[nm]
nm = name[len(mdl) + 1:] if name and len(name) > len(mdl) else None
branch[None], merrs = self.loadFromModule(mdl, nm and [nm])
errors.extend(merrs)
if name and len(name) >= len(mdl):
break
if name and not loaded:
errors = self.loadFromModule(name)[1]
return tree, errors
def loadTree(self, name=None):
'''
Loads tests into a tree from the given directory of the specified name.
'''
tree = {}
errors = []
loaded = False
location.clear()
for mdl in sorted(location.getSuites(), reverse=True):
if name:
if (name != mdl and not name.startswith(mdl + '.')
and not mdl.startswith(name + '.')):
continue
loaded = True
parts = mdl.split('.')
branch = tree
for nm in parts:
if nm not in branch:
branch[nm] = {}
branch = branch[nm]
nm = name[len(mdl)+1:] if name and len(name) > len(mdl) else None
branch[None], merrs = self.loadFromModule(mdl, nm and [nm])
errors.extend(merrs)
if name and len(name) >= len(mdl):
break
if name and not loaded:
errors = self.loadFromModule(name)[1]
return tree, errors
def loadFromNames(self, *names):
'''
Loads tests of the given names.
'''
location.clear()
# Make sure that all names are not related
tests = []
errors = []
names = names or None
if names:
nms = []
for name in names:
name = name.strip().strip('.')
if not name:
continue
ok = True
for nm in nms[:]:
if name == nm or name.startswith(nm + '.'):
ok = False
break
if nm.startswith(name + '.'):
nms.remove(nm)
if ok:
nms.append(name)
names = nms
# Load tests from given names
modules = {}
for mdl in sorted(location.getSuites(), reverse=True):
if names is None:
modules[mdl] = None
else:
for name in names[:]:
if mdl == name or mdl.startswith(name + '.'):
modules[mdl] = None
if mdl == name:
names.remove(name)
elif name.startswith(mdl + '.'):
if mdl not in modules:
modules[mdl] = []
modules[mdl].append(name[len(mdl) + 1:])
names.remove(name)
if names:
for name in names:
modules[name] = None
for mdl, nms in modules.iteritems():
mtests, merrs = self.loadFromModule(mdl, nms)
tests.extend(mtests)
errors.extend(merrs)
return tests, errors
def loadFromNames(self, *names):
'''
Loads tests of the given names.
'''
location.clear()
# Make sure that all names are not related
tests = []
errors = []
names = names or None
if names:
nms = []
for name in names:
name = name.strip().strip('.')
if not name:
continue
ok = True
for nm in nms[:]:
if name == nm or name.startswith(nm + '.'):
ok = False
break
if nm.startswith(name + '.'):
nms.remove(nm)
if ok:
nms.append(name)
names = nms
# Load tests from given names
modules = {}
for mdl in sorted(location.getSuites(), reverse=True):
if names is None:
modules[mdl] = None
else:
for name in names[:]:
if mdl == name or mdl.startswith(name + '.'):
modules[mdl] = None
if mdl == name:
names.remove(name)
elif name.startswith(mdl + '.'):
if mdl not in modules:
modules[mdl] = []
modules[mdl].append(name[len(mdl)+1:])
names.remove(name)
if names:
for name in names:
modules[name] = None
for mdl, nms in modules.iteritems():
mtests, merrs = self.loadFromModule(mdl, nms)
tests.extend(mtests)
errors.extend(merrs)
return tests, errors