def test_positive_08(self):
"MemLogStore: Check error msg - file and line"
mls = MemLogStore()
mls.error(77, "ErrMsg", "EFile", "ELine")
assert(mls == MemLogStore.create_mls(
[ [77, LogLevel.error(), "ErrMsg", "EFile", "ELine"] ]))
def test_positive_07(self):
"MemLogStore: Check error msg - line - easy cmp"
mls = MemLogStore()
mls.error(77, "ErrMsg", None, "ELine")
assert(mls == MemLogStore.create_mls(
[ [77, LogLevel.error(), "ErrMsg", None, "ELine"] ]))
def test_positive_09(self):
"MemLogStore: Check debug msg"
mls = MemLogStore()
mls.debug(77, "DebugMsg", "EFile", "ELine")
assert(mls == MemLogStore.create_mls(
[ [77, LogLevel.debug(), "DebugMsg", "EFile", "ELine"] ]))
def test_positive_14(self):
"MemLogStore: Check to_list - with file and line"
mls = MemLogStore()
mls.info(77, "InfoMsg", "EFile", "ELine")
l = mls.to_list()
assert(mls == MemLogStore.create_mls(l))
def test_positive_10(self):
"MemLogStore: Check info msg"
mls = MemLogStore()
mls.info(77, "InfoMsg", "EFile", "ELine")
assert(mls == MemLogStore.create_mls(
[ [77, LogLevel.info(), "InfoMsg", "EFile", "ELine"] ]))
def test_positive_01(self):
"MemLogStore: Check error msg - only message"
mls = MemLogStore()
mls.error(77, "ErrMsg")
sio = StringIO.StringIO()
mls.write_log(sio)
assert(sio.getvalue() == "+++ Error: 77:ErrMsg\n")
def test_positive_04(self):
"MemLogStore: Check error msg - file and line"
mls = MemLogStore()
mls.error(77, "ErrMsg", "EFile", "ELine")
sio = StringIO.StringIO()
mls.write_log(sio)
assert(sio.getvalue() == "+++ Error: 77:EFile:ELine:ErrMsg\n")
def main(args, mstdout, mstderr):
'''Converts the configuration.
Reads in the given and (pretty) prints the configuration
to mstdout.'''
log_store = MemLogStore()
config = MainHelper.main_setup_config(args, log_store)
log_store.write_log(mstderr)
mstdout.write(json.dumps(config.config, sort_keys=True, indent=4))
mstdout.write("\n")
def main_setup(args, mstdout, mstderr):
log_store = MemLogStore()
config = MainHelper.main_setup_config(args, log_store)
moddirs = config.get_value("global.modules.directories")
if len(moddirs) != 1:
# TODO Handle multiple module directories.
assert(False)
mods = InputModules(moddirs[0], config)
log_store.write_log(mstderr)
return config, mods
def test_simple_05(self):
"Module test with dependend modules"
mods = Modules(os.path.join(mod_base_dir, "modules05"),
{}, [], mods_list("modules05", mod_base_dir))
sio = StringIO.StringIO("Name: t\n")
mls = MemLogStore()
req = Requirement(sio, 77, mls, mods, TestConfig())
sout = StringIO.StringIO()
mls.write_log(sout)
assert(req.state == Requirement.er_error)
assert(sout.getvalue() ==
"+++ Error: 54:77:tag 'SameTag' already defined\n")
def test_simple_06(self):
"Requirement: Module test with exception thrown"
mods = Modules(os.path.join(mod_base_dir, "modules06"),
{}, [], mods_list("modules06", mod_base_dir))
sio = StringIO.StringIO("Name: t\n")
mls = MemLogStore()
req = Requirement(sio, 77, mls, mods, TestConfig())
sout = StringIO.StringIO()
mls.write_log(sout)
assert(req.state == Requirement.er_error)
assert(sout.getvalue() ==
"+++ Error: 55:TCExcept\n"
"+++ Error: 41:77:semantic error occured in module 'Module01'\n")
def __init__(self, config, input_handler, commit, object_cache, input_mods):
'''Constructs a RequirementSet.
This does not read everything in: please
use the appropriate method to do so.'''
tracer.info("called")
Digraph.__init__(self)
MemLogStore.__init__(self)
self.__config = config
self.__object_cache = object_cache
self.__input_mods = input_mods
# TODO: is this the structure that is needed?
self.__requirements = {}
self.__read_requirements(input_handler, commit)
def test_json_init_add_new_cmd_line_params(self):
'''Init Cfg with JSON and adds parameters with command line options'''
log_store = MemLogStore()
# Create two JSON files.
tmpdir = create_tmp_dir()
jsonfile1 = os.path.join(tmpdir, "config1.json")
jsonfd1 = file(jsonfile1, "w")
jsonfd1.write(json.dumps({'k': 2 , 'm': {'n': 5}, 'o': 7}))
jsonfd1.close()
jsonfile2 = os.path.join(tmpdir, "config2.json")
jsonfd2 = file(jsonfile2, "w")
jsonfd2.write(json.dumps({'k': 3 , 'm': {'w': 11}, 'p': 9}))
jsonfd2.close()
config = Cfg.new_by_json_str('{"k": 1, "l": [2, 3], "m": {"n": 4}}');
config.merge_cmd_line_params(['-j', '{"m": {"p": 99}}',
'-j', 'file://' + jsonfile1,
'-j', '{"m": {"q": 100}}',
'-j', 'file://' + jsonfile2])
self.failUnlessEqual(1, config.get_value("k"), "k is not 1")
config.evaluate(log_store)
self.failUnlessEqual(3, config.get_value("k"), "k is not 3")
self.failUnlessEqual(11, config.get_value("m.w"))
self.failUnlessEqual(MemLogStore.create_mls([]), log_store)
def DEPRECATED___init__(self, config, name, config_prefix_str, req_input_dir):
tracer.info("name [%s] config_prefix [%s] req_input_dir [%s]"
% (name, config_prefix_str, req_input_dir))
Digraph.__init__(self)
MemLogStore.__init__(self)
# The name of the TopicSet.
self.name = name
# The directory where all topics are stored.
self.topic_dir = config.get_value(config_prefix_str + '.directory')
# The master (i.e. the initial) topic.
self.master_topic = config.get_value(config_prefix_str + '.name')
self.config = config
self.internal_init_requirements()
# TODO: is this needed????
# if all_reqs != None:
# self.mReqset = self.reqs_limit(all_reqs)
self.output_handlers = []
self.init_output_handler()
def __init__(self, input_mods, config):
'''Sets up a TopicContinuum for use.'''
tracer.info("called")
MemLogStore.__init__(self)
self.__input_mods = input_mods
self.__config = config
# This dictionary holds all the TopicSetCollections
# available in the configured time period.
self.__continuum = {}
# The VCS repository.
# If this is None - there is no repository available.
self.__deprecated_repo = None
# Because the construction / evaluation should continue even in
# error cases, a flag is available to check if the (possible only
# partially) constructed element is usable.
self.__is_usable = True
# Store objects with IDs also in the cache - so that they can be reused.
self.__object_cache = ObjectCache()
self.__init_continuum_set()
self.__object_cache.log_stats()
def test_json_init_add_old_cmd_line_params(self):
'''Init Cfg with old config and adds parameters with command line options'''
log_store = MemLogStore()
config = Cfg.new_by_json_str('{"k": 1, "l": [2, 3], "m": {"n": 4}}');
config.merge_cmd_line_params(['-f', 'tests/unit-test/core-tests/'
'testdata/Config3.py'])
self.failUnlessEqual(1, config.get_value("k"), "k is not 1")
config.evaluate(log_store)
self.failUnlessEqual(['development', 'management', 'users', 'customers'],
config.get_value("requirements.stakeholders"))
print("UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU")
log_store.write_log(sys.stdout)
## TODO:+ + +Warning:100:Old Configuration: Not converted attributes: [['output_specs2']]
print("VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV")
self.failUnlessEqual(MemLogStore.create_mls([[
100, LogLevel.warning(),
"Old Configuration: Not converted attributes: [['output_specs2']]"]]),
log_store)
def test_positive_05(self):
"MemLogStore: Check error msg - only message - easy cmp"
mls = MemLogStore()
mls.error(77, "ErrMsg")
print("1111 [%s]" % mls.to_list())
print("2222 [%s]" % MemLogStore.create_mls(
[ [77, LogLevel.error(), "ErrMsg"] ]).to_list())
assert(mls == MemLogStore.create_mls(
[ [77, LogLevel.error(), "ErrMsg"] ]))
def test_negative_05(self):
"Set without any master requirement"
config, reqset = create_parameters()
reqset.reqs = {
"A": TestReq("A",
{"Type": Requirement.rt_requirement},
{"Solved by": RecordEntry("Solved by", "B")}),
"B": TestReq("B",
{"Type": Requirement.rt_requirement},
{"Solved by": RecordEntry("Solved by", "A")})}
config.set_solved_by()
rdep = RDepSolvedBy(config)
status = rdep.rewrite(reqset)
assert(status == False)
assert(reqset.mls() == MemLogStore.create_mls(
[[78, LogLevel.error(), "no master requirement found"], ]))
def test_negative_01(self):
"Two nodes as master requirement"
config, reqset = create_parameters()
reqset.reqs = {
"A": TestReq("A",
{"Type": Requirement.rt_master_requirement},
{}),
"B": TestReq("B",
{"Type": Requirement.rt_master_requirement},
{})}
config.set_solved_by()
rdep = RDepSolvedBy(config)
status = rdep.rewrite(reqset)
assert(status == False)
assert(reqset.mls() == MemLogStore.create_mls(
[ [76, LogLevel.error(), "Another master is already there. "
"There can only be one.", "B"] ]))
def test_negative_02(self):
"Normal requirement has empty 'Solved by'"
config, reqset = create_parameters()
reqset.reqs = {
"A": TestReq("A",
{"Type": Requirement.rt_master_requirement},
{}),
"B": TestReq("B",
{"Type": Requirement.rt_requirement},
{"Solved by": RecordEntry("Solved by", "")})}
config.set_solved_by()
rdep = RDepSolvedBy(config)
status = rdep.rewrite(reqset)
assert(status == False)
assert(reqset.mls() == MemLogStore.create_mls(
[ [77, LogLevel.error(), "'Solved by' field has len 0", "B"] ]))
def test_positive_01(self):
"Requirement contains a tag where no handler exists"
mods = Modules(os.path.join(mod_base_dir, "modules08"),
{}, [], mods_list("modules08", mod_base_dir))
sio = StringIO.StringIO("Hubbel: bubbel")
req = Requirement(sio, "hubbel", None, mods, TestConfig())
reqs = RequirementSet(mods, None)
reqs.add_req(req)
reqs.handle_modules()
assert(reqs.mls() == MemLogStore.create_mls(
[[57, LogLevel.error(), "No tag handler found for tag(s) "
"'['Hubbel']' - Hint: typo in tag(s)?", 'hubbel'],
[56, LogLevel.error(), "There were errors encountered during "
"parsing and checking - can't continue"] ]))
def test_negative_04(self):
"'Solved by' points to same requirement"
config, reqset = create_parameters()
reqset.reqs = {
"A": TestReq("A",
{"Type": Requirement.rt_master_requirement},
{}),
"B": TestReq("B",
{"Type": Requirement.rt_requirement},
{"Solved by": RecordEntry("Solved by", "B")})}
config.set_solved_by()
rdep = RDepSolvedBy(config)
status = rdep.rewrite(reqset)
assert(status == False)
assert(reqset.mls() == MemLogStore.create_mls(
[[75, LogLevel.error(), "'Solved by' points to the requirement "
"itself", "B" ], ]))
def test_positive_02(self):
"Requirement contains a tag where no handler exists - multiple tags"
mods = Modules(os.path.join(mod_base_dir, "modules08"),
{}, [], mods_list("modules08", mod_base_dir))
sio = StringIO.StringIO("Hubbel: bubbel\nSiebel: do")
req = Requirement(sio, "InvalidTagReq", None, mods, TestConfig())
reqs = RequirementSet(mods, None)
reqs.add_req(req)
reqs.handle_modules()
#o = StringIO.StringIO()
#reqs.write_log(o)
#print("HHHHHHHHHHH %s" % o.getvalue())
assert(reqs.mls() == MemLogStore.create_mls(
[[57, LogLevel.error(), "No tag handler found for tag(s) "
"'['Siebel', 'Hubbel']' - Hint: typo in tag(s)?",
'InvalidTagReq'],
[56, LogLevel.error(), "There were errors encountered during "
"parsing and checking - can't continue"]]))
def __init__(self):
MemLogStore.__init__(self)
list.__init__(self)
self.ldict = None
self.lis_usable = True
def __init__(self, d=None):
Digraph.__init__(self, d,
lambda nname: Requirement(None, nname, None,
None, None))
MemLogStore.__init__(self)