def xml_check_children(xml_doc_a, xml_doc_b, xpath):
'''Create a shallow copy of b's children (and remove nodes which
are seen as equal).'''
bcn = copy.copy(xml_doc_b.childNodes)
# Iterate through the child nodes of 'a' ...
for a_children in xml_doc_a.childNodes:
tracer.debug(
LogFormatter.format(
97, "xmlcmp: comparing child node [%s]" % a_children))
# ... check if there is the same one in 'b'
found_ac = False
for b_children in bcn:
result, err_msg = xmlequals(a_children, b_children,
xpath + "/" + xml_doc_a.tagName)
if result:
# a_children and b_children are equal: remove b_children
# from bcn and skip to the next a_children
bcn.remove(b_children)
found_ac = True
tracer.debug(LogFormatter.format(98,
"[%s] xmlcmp: found equal subtrees [%s]" \
% (xpath, a_children)))
tracer.debug(LogFormatter.format(99,
"[%s] xmlcmp: remaining elements [%s]" \
% (xpath, bcn)))
break
if not found_ac:
return False, "Child node [%s] not found at [%s] - " \
"last error was [%s]" % (a_children, xpath, err_msg)
assert (len(bcn) == 0)
return True, None
def handle_modules_tag(self, reqs):
if self.mods == None:
return
for modkey, module in self.mods.get_tagtype(self.tbhtags).items():
try:
tracer.debug("handle modules tag modkey [%s] tagtype [%s]" % (modkey, self.tbhtags))
if self.tbhtags not in module.get_type_set():
logger.error(
LogFormatter.format(
90, "Wrong module type [%s] not in [%s]" % (self.tbhtags, module.get_type_set())
)
)
continue
key, value = module.rewrite(self.id, reqs)
# Check if there is already a key with the current key
# in the map.
if key in self.values:
logger.error(LogFormatter.format(54, "tag [%s] already defined" % (key), self.id))
self._set_not_usable()
# Also continue to get possible further error
# messages.
self.values[key] = value
except RMTException, rmte:
# Some semantic error occurred: do not interpret key or
# value.
logger.error(LogFormatter.rmte(rmte))
logger.error(LogFormatter.format(41, "semantic error occurred in " "module [%s]" % modkey, self.id))
self._set_not_usable()
def _handle_modules(self, input_mods):
'''Handle all modules which are executed on the
requirement set level.
(One '_' only because this is used by the unit tests.'''
tracer.debug("Called.")
# Dependencies can be done, if all requirements are successfully
# read in.
self.__handle_modules_reqdeps(input_mods)
# If there was an error, the state flag is set:
tracer.debug("Check usability.")
if not self.is_usable():
logger.error(LogFormatter.format(
43, "there was a problem handling the "
"requirement set modules"))
return False
# The must no be left
tracer.debug("Check all handled.")
if not self.__all_tags_handled():
logger.error(LogFormatter.format(
56, "There were errors encountered during parsing "
"and checking - can't continue."))
return False
return True
def __resolve_solved_by_one_req_deps(self, req):
content = req.brmo["Solved by"].get_content()
# If available, it must not empty
if not content:
logger.error(LogFormatter.format(
77, "'Solved by' field has length 0", req.get_id()))
return False
# Step through the list
dep_list = content.split()
tracer.debug("dependent list [%s]", dep_list)
for dep in dep_list:
if dep not in self.__requirements:
logger.error(LogFormatter.format(
74, "'Solved by' points to a "
"non-existing requirement '%s'" % dep, req.get_id()))
return False
# It is not allowed to have self-references: it does not
# make any sense, that a requirement references itself.
if dep == req.get_id():
logger.error(LogFormatter.format(
75, "'Solved by' points to the "
"requirement itself", req.get_id()))
return False
# Mark down the depends on...
dep_req = self.__requirements[dep]
# This is exactly the other way as used in the 'Depends on'
tracer.debug("Add edge [%s] -> [%s]",
dep_req.get_id(), req.get_id())
Digraph.create_edge(req, dep_req)
# Delete the original tag
del req.brmo["Solved by"]
return True
def __resolve_depends_on_one_req_impl(self, req):
tag_content = req.brmo["Depends on"]
# If available, it must not empty
if not tag_content.get_content():
print("+++ ERROR %s: 'Depends on' field has len 0" %
(req.get_id()))
return False
# Step through the list
tag_content_split = tag_content.get_content().split()
for split_tag in tag_content_split:
if split_tag not in self.get_all_requirement_ids():
logger.error(LogFormatter.format(
47, "'Depends on' points to a "
"non-existing requirement '%s'" % split_tag, req.get_id()))
return False
# It is not allowed to have self-references: it does not
# make any sense, that a requirement references itself.
if split_tag == req.get_id():
logger.error(LogFormatter.format(
59, "'Depends on' points to the "
"requirement itself", req.get_id()))
return False
# Mark down the depends on...
dep_req = self.__requirements[split_tag]
# This is exactly the other way as used in the 'Depends on'
tracer.debug("Add edge [%s] -> [%s]",
dep_req.get_id(), req.get_id())
Digraph.create_edge(dep_req, req)
# Delete the original tag
del req.brmo["Depends on"]
return True
def xml_check_children(xml_doc_a, xml_doc_b, xpath):
'''Create a shallow copy of b's children (and remove nodes which
are seen as equal).'''
bcn = []
for child in xml_doc_b.childNodes:
bcn.append(copy.copy(child))
# Iterate through the child nodes of 'a' ...
bcn_found_cnt = len(bcn)
for a_children in xml_doc_a.childNodes:
tracer.debug(LogFormatter.format(
97, "xmlcmp: comparing child node [%s]" % a_children))
# ... check if there is the same one in 'b'
found_ac = False
for b_children in bcn:
result, err_msg = xmlequals(a_children, b_children,
xpath + "/" + xml_doc_a.tagName)
if result:
# a_children and b_children are equal: remove b_children
# from bcn and skip to the next a_children
bcn_found_cnt -= 1
found_ac = True
tracer.debug(LogFormatter.format(
98, "[%s] xmlcmp: found equal subtrees [%s]"
% (xpath, a_children)))
tracer.debug(LogFormatter.format(
99, "[%s] xmlcmp: remaining elements [%s]"
% (xpath, bcn)))
break
if not found_ac:
return False, "Child node [%s] not found at [%s] - " \
"last error was [%s]" % (a_children, xpath, err_msg)
assert bcn_found_cnt == 0
return True, None
def _handle_modules(self, input_mods):
'''Handle all modules which are executed on the
requirement set level.
(One '_' only because this is used by the unit tests.'''
tracer.debug("Called.")
# Dependencies can be done, if all requirements are successfully
# read in.
self.__handle_modules_reqdeps(input_mods)
# If there was an error, the state flag is set:
tracer.debug("Check usability.")
if not self.is_usable():
logger.error(LogFormatter.format(
43, "there was a problem handling the "
"requirement set modules"))
return False
# The must no be left
tracer.debug("Check all handled.")
if not self.__all_tags_handled():
logger.error(LogFormatter.format(
56, "There were errors encountered during parsing "
"and checking - can't continue."))
return False
return True
def __resolve_depends_on_one_req(self, req_node, also_solved_by):
tracer.debug("Called.")
req = req_node.get_requirement()
if req.get_value("Type") == Requirement.rt_master_requirement:
# There must no 'Depends on'
if "Depends on" in req.brmo:
print("+++ ERROR %s: initial requirement has "
"Depends on field." % (req.id))
return False
# It self does not have any depends on nodes
req.graph_depends_on = None
# This is the master!
return True
# For all other requirements types there must be a 'Depends on'
if "Depends on" not in req.brmo:
if also_solved_by:
# Skip handling this requirement
return True
print("+++ ERROR %s: non-initial requirement has "
"no 'Depends on' field." % (req.id))
return False
t = req.brmo["Depends on"]
# If available, it must not empty
if len(t.get_content()) == 0:
print("+++ ERROR %s: 'Depends on' field has len 0" % (req.id))
return False
# Step through the list
tl = t.get_content().split()
for ts in tl:
if ts not in self.get_all_requirement_ids():
logger.error(
LogFormatter.format(
47, "'Depends on' points to a "
"non-existing requirement '%s'" % ts, req.id))
return False
# It is not allowed to have self-references: it does not
# make any sense, that a requirement references itself.
if ts == req.id:
logger.error(
LogFormatter.format(
59, "'Depends on' points to the "
"requirement itself", req.id))
return False
# Mark down the depends on...
dep_req_node = self._named_nodes[ts]
# This is exactly the other way as used in the 'Depends on'
tracer.debug(
"Add edge [%s] -> [%s]" %
(dep_req_node.get_requirement().get_id(), req.get_id()))
Digraph.create_edge(self, dep_req_node, req_node)
# Copy and delete the original tag
## XXX Not neede any more? req.tags["Depends on"] = t.split()
del req.brmo["Depends on"]
return True
def handle_modules_tag(self, reqs):
if self.mods == None:
return
for modkey, module in self.mods.get_tagtype(self.tbhtags).items():
try:
tracer.debug("handle modules tag modkey [%s] tagtype [%s]"
% (modkey, self.tbhtags))
if self.tbhtags not in module.get_type_set():
logger.error(LogFormatter.format(
90, "Wrong module type [%s] not in [%s]" %
(self.tbhtags, module.get_type_set())))
continue
key, value = module.rewrite(self.id, reqs)
# Check if there is already a key with the current key
# in the map.
if key in self.values:
logger.error(LogFormatter.format(
54, "tag [%s] already defined" %
(key), self.id))
self._set_not_usable()
# Also continue to get possible further error
# messages.
self.values[key] = value
except RMTException, rmte:
# Some semantic error occurred: do not interpret key or
# value.
logger.error(LogFormatter.rmte(rmte))
logger.error(LogFormatter.format(
41, "semantic error occurred in "
"module [%s]" % modkey, self.id))
self._set_not_usable()
def __resolve_depends_on_one_req(self, req_node, also_solved_by):
tracer.debug("Called.")
req = req_node.get_requirement()
if req.get_value("Type") == Requirement.rt_master_requirement:
# There must no 'Depends on'
if "Depends on" in req.brmo:
print("+++ ERROR %s: initial requirement has "
"Depends on field." % (req.id))
return False
# It self does not have any depends on nodes
req.graph_depends_on = None
# This is the master!
return True
# For all other requirements types there must be a 'Depends on'
if "Depends on" not in req.brmo:
if also_solved_by:
# Skip handling this requirement
return True
print("+++ ERROR %s: non-initial requirement has "
"no 'Depends on' field." % (req.id))
return False
t = req.brmo["Depends on"]
# If available, it must not empty
if len(t.get_content()) == 0:
print("+++ ERROR %s: 'Depends on' field has len 0" %
(req.id))
return False
# Step through the list
tl = t.get_content().split()
for ts in tl:
if ts not in self.get_all_requirement_ids():
logger.error(LogFormatter.format(
47, "'Depends on' points to a "
"non-existing requirement '%s'" % ts, req.id))
return False
# It is not allowed to have self-references: it does not
# make any sense, that a requirement references itself.
if ts == req.id:
logger.error(LogFormatter.format(
59, "'Depends on' points to the "
"requirement itself", req.id))
return False
# Mark down the depends on...
dep_req_node = self._named_nodes[ts]
# This is exactly the other way as used in the 'Depends on'
tracer.debug("Add edge [%s] -> [%s]" %
(dep_req_node.get_requirement().get_id(),
req.get_id()))
Digraph.create_edge(self, dep_req_node, req_node)
# Copy and delete the original tag
## XXX Not neede any more? req.tags["Depends on"] = t.split()
del req.brmo["Depends on"]
return True
def __resolve_solved_by_one_req(self, req_node):
'''Resolve the 'Solved by' for one requirement.'''
assert isinstance(req_node, RequirementDNode)
req = req_node.get_requirement()
tracer.debug("Called: requirement id [%s]." % req.get_id())
# It is a 'normal' case when there is no 'Solved by' (until now).
if "Solved by" not in req.brmo:
return True
content = req.brmo["Solved by"].get_content()
# If available, it must not empty
if len(content) == 0:
logger.error(
LogFormatter.format(77, "'Solved by' field has length 0",
req.get_id()))
return False
# Step through the list
dep_list = content.split()
tracer.debug("dependent list [%s]" % dep_list)
for dep in dep_list:
if dep not in self._named_nodes:
logger.error(
LogFormatter.format(
74, "'Solved by' points to a "
"non-existing requirement '%s'" % dep, req.get_id()))
return False
# It is not allowed to have self-references: it does not
# make any sense, that a requirement references itself.
if dep == req.get_id():
logger.error(
LogFormatter.format(
75, "'Solved by' points to the "
"requirement itself", req.id))
return False
# Mark down the depends on...
dep_req_node = self._named_nodes[dep]
assert isinstance(dep_req_node, RequirementDNode)
# This is exactly the other way as used in the 'Depends on'
tracer.debug(
"Add edge [%s] -> [%s]" %
(dep_req_node.get_requirement().get_id(), req.get_id()))
Digraph.create_edge(self, req_node, dep_req_node)
# Delete the original tag
del req.brmo["Solved by"]
return True
def split_entries(split_lines, rid, mls, lineno_offset):
'''This method splits up the given string in seperate entries which
represent a entry record each.
The lineno offset is the line number of the first line given in
the sl array.
'''
doc = []
lineno = lineno_offset
success = True
while split_lines:
try:
next_record \
= TxtParser.split_next_record(
split_lines, rid, lineno, mls)
doc.append(next_record)
lineno += len(next_record[1]) + len(next_record[2])
except RMTException as rmte:
# This is a hint that the tag line could not correctly
# parsed.
logger.error(LogFormatter.rmte(rmte))
# Remove the errornous line
del split_lines[0]
lineno += 1
success = False
return success, doc
def __read_one_testcase(self, fileinfo, input_mods, object_cache):
'''Read in one testcase from the file info.'''
tracer.debug("Called.")
# Check for correct filename
if not fileinfo.get_filename().endswith(".tec"):
tracer.info("skipping file [%s]" % fileinfo.get_filename())
return
# Handle caching.
vcs_id = fileinfo.get_vcs_id()
rid = fileinfo.get_filename_sub_part()[:-4]
testcase = object_cache.get("TestCase", vcs_id)
tracer.info("Reading testcase [%s]" % rid)
if testcase == None:
file_content = fileinfo.get_content()
testcase = TestCase(file_content, rid, fileinfo.get_filename(),
input_mods, self._config)
# Add the requirement to the cache.
object_cache.add(vcs_id, "TestCase", testcase)
self._adapt_usablility(testcase)
if testcase.is_usable():
# Store in the map, so that it is easy to access the
# node by id.
self._add_testcase(testcase)
# Also store it in the digraph's node list for simple
# access to the digraph algorithms.
# self.nodes.append(req)
else:
logger.error(LogFormatter.format(
115, "could not be parsed", testcase.id))
tracer.debug("Finished.")
def __read_one_requirement(self, fileinfo, input_mods, object_cache):
'''Read in one requirement from the file info.'''
tracer.debug("Called.")
# Check for correct filename
if not fileinfo.get_filename().endswith(".req"):
tracer.info("skipping file [%s]" % fileinfo.get_filename())
return
# Handle caching.
vcs_id = fileinfo.get_vcs_id()
rid = fileinfo.get_filename_sub_part()[:-4]
req = object_cache.get("Requirement", vcs_id)
tracer.info("Reading requirement [%s]" % rid)
if req == None:
file_content = fileinfo.get_content()
req = Requirement(file_content, rid, fileinfo.get_filename(),
input_mods, self._config)
# Add the requirement to the cache.
object_cache.add(vcs_id, "Requirement", req)
self._adapt_usablility(req)
if req.is_usable():
dnreq = RequirementDNode(req)
# Store in the map, so that it is easy to access the
# node by id.
### ToDo: needed self._add_requirement(req)
self.add_node(dnreq)
# Also store it in the digraph's node list for simple
# access to the digraph algorithms.
# self.nodes.append(req)
else:
logger.error(LogFormatter.format(
45, "could not be parsed", req.id))
tracer.debug("Finished.")
def __read_one_requirement(self, fileinfo, input_mods, object_cache):
'''Read in one requirement from the file info.'''
tracer.debug("Called.")
# Check for correct filename
if not fileinfo.get_filename().endswith(".req"):
tracer.info("skipping file [%s]", fileinfo.get_filename())
return
# Handle caching.
vcs_id = fileinfo.get_vcs_id()
rid = fileinfo.get_filename_sub_part()[:-4]
req = object_cache.get("Requirement", vcs_id)
tracer.info("Reading requirement [%s]", rid)
if req is None:
file_content = fileinfo.get_content()
req = Requirement(file_content, rid, fileinfo.get_filename(),
input_mods, self._config)
# Add the requirement to the cache.
object_cache.add(vcs_id, "Requirement", req)
self._adapt_usablility(req)
if req.is_usable():
# Store in the map, so that it is easy to access the
# node by id.
self.add_requirement(req)
# Also store it in the digraph's node list for simple
# access to the digraph algorithms.
# self.nodes.append(req)
else:
logger.error(LogFormatter.format(
45, "could not be parsed", req.get_id()))
tracer.debug("Finished.")
def split_entries(split_lines, rid, mls, lineno_offset):
'''This method splits up the given string in seperate entries which
represent a entry record each.
The lineno offset is the line number of the first line given in
the sl array.
'''
doc = []
lineno = lineno_offset
success = True
while split_lines:
try:
next_record \
= TxtParser.split_next_record(
split_lines, rid, lineno, mls)
doc.append(next_record)
lineno += len(next_record[1]) + len(next_record[2])
except RMTException as rmte:
# This is a hint that the tag line could not correctly
# parsed.
logger.error(LogFormatter.rmte(rmte))
# Remove the errornous line
del split_lines[0]
lineno += 1
success = False
return success, doc
def __resolve_solved_by_one_req(self, req_node):
'''Resolve the 'Solved by' for one requirement.'''
assert isinstance(req_node, RequirementDNode)
req = req_node.get_requirement()
tracer.debug("Called: requirement id [%s]." % req.get_id())
# It is a 'normal' case when there is no 'Solved by' (until now).
if "Solved by" not in req.brmo:
return True
content = req.brmo["Solved by"].get_content()
# If available, it must not empty
if len(content) == 0:
logger.error(LogFormatter.format(
77, "'Solved by' field has length 0", req.get_id()))
return False
# Step through the list
dep_list = content.split()
tracer.debug("dependent list [%s]" % dep_list)
for dep in dep_list:
if dep not in self._named_nodes:
logger.error(LogFormatter.format(
74, "'Solved by' points to a "
"non-existing requirement '%s'" % dep, req.get_id()))
return False
# It is not allowed to have self-references: it does not
# make any sense, that a requirement references itself.
if dep == req.get_id():
logger.error(LogFormatter.format(
75, "'Solved by' points to the "
"requirement itself", req.id))
return False
# Mark down the depends on...
dep_req_node = self._named_nodes[dep]
assert isinstance(dep_req_node, RequirementDNode)
# This is exactly the other way as used in the 'Depends on'
tracer.debug("Add edge [%s] -> [%s]" %
(dep_req_node.get_requirement().get_id(),
req.get_id()))
Digraph.create_edge(self, req_node, dep_req_node)
# Delete the original tag
del req.brmo["Solved by"]
return True
def __all_tags_handled(self):
'''Returns true iff all the different tags are handled.'''
all_handled = True
for req in self.nodes:
if req.brmo:
logger.error(LogFormatter.format(
57, "No tag handler found for tag(s) '%s' "
"- Hint: typo in tag(s)?"
% json.dumps(list(req.brmo.keys())),
req.get_id()))
all_handled = False
return all_handled
def __all_tags_handled(self):
'''Returns true iff all the different tags are handled.'''
all_handled = True
for req_node in self.get_iter_nodes_values():
req = req_node.get_requirement()
if len(req.brmo) > 0:
logger.error(LogFormatter.format(
57, "No tag handler found for tag(s) '%s' "
"- Hint: typo in tag(s)?" % req.brmo.keys(),
req.get_id()))
all_handled = False
return all_handled
def check_line_length(self, sl, rid):
max_line_length = self.tioconfig.get_max_line_length()
lineno = 0
for l in sl:
lineno += 1
if len(l) > max_line_length:
logger.error(
LogFormatter.format(
80, "line too long: is [%d], "
"max allowed [%d]" % (len(l), max_line_length), rid,
lineno))
self._set_not_usable()
def __all_tags_handled(self):
'''Returns true iff all the different tags are handled.'''
all_handled = True
for req_node in self.get_iter_nodes_values():
req = req_node.get_requirement()
if len(req.brmo) > 0:
logger.error(
LogFormatter.format(
57, "No tag handler found for tag(s) '%s' "
"- Hint: typo in tag(s)?" % req.brmo.keys(),
req.get_id()))
all_handled = False
return all_handled
def check_line_length(self, split_lines, rid):
"""Check if the given lines are too long (or not)"""
max_line_length = self.tioconfig.get_max_line_length()
lineno = 0
for line in split_lines:
lineno += 1
if len(line) > max_line_length:
logger.error(
LogFormatter.format(
80, "line too long: is [%d], "
"max allowed [%d]" % (len(line), max_line_length), rid,
lineno))
self._set_not_usable()
def __read_one_constraint(self, fileinfo, input_mods, object_cache):
'''Read in one constraints from the file info.'''
result = self.__read_one_element(fileinfo, input_mods, object_cache,
".ctr", "Constraint")
if result is None:
return
if result.is_usable():
# Store in the map, so that it is easy to access the
# node by id.
self.add_constraint(result)
# Also store it in the digraph's node list for simple
# access to the digraph algorithms.
# self.nodes.append(req)
else:
logger.error(LogFormatter.format(87, "could not be parsed",
result.get_id()))
def split_next_record(split_lines, rid, lineno, _mls):
'''Splits off the first record from the given string list.
The record is returned and the string list is shortened.
Precondition: it can be assumed that len(sl)>0
'''
i = 0
sl_len = len(split_lines)
# The first line must contain the tag.
retl = TxtParser.re_tag_line.match(split_lines[i])
if not retl:
raise RMTException(79, "Expected tag line not found",
rid, lineno)
content = []
comment = []
# Split first line: the Tag is everyting including the ':'
# The content starts directly after this ':'
tag = retl.group(1)
content.append(retl.group(2))
i += 1
# This is what is needed - to be compatible with the old
# specification.
while i < sl_len:
if TxtParser.re_tag_line.match(split_lines[i]):
break
elif split_lines[i] and split_lines[i][0] == " ":
content.append(split_lines[i])
if comment:
# This is the possible problematic case where
# continuation lines are intermixed with comments.
logger.info(LogFormatter.format(
80, TxtParser.comment_in_req,
rid, lineno+i))
elif TxtParser.is_comment_or_empty(split_lines[i]):
comment.append(split_lines[i])
i += 1
rec = [tag, content, comment]
del split_lines[0:i]
return rec
def split_next_record(split_lines, rid, lineno, _mls):
'''Splits off the first record from the given string list.
The record is returned and the string list is shortened.
Precondition: it can be assumed that len(sl)>0
'''
i = 0
sl_len = len(split_lines)
# The first line must contain the tag.
retl = TxtParser.re_tag_line.match(split_lines[i])
if not retl:
raise RMTException(79, "Expected tag line not found", rid, lineno)
content = []
comment = []
# Split first line: the Tag is everyting including the ':'
# The content starts directly after this ':'
tag = retl.group(1)
content.append(retl.group(2))
i += 1
# This is what is needed - to be compatible with the old
# specification.
while i < sl_len:
if TxtParser.re_tag_line.match(split_lines[i]):
break
elif split_lines[i] and split_lines[i][0] == " ":
content.append(split_lines[i])
if comment:
# This is the possible problematic case where
# continuation lines are intermixed with comments.
logger.info(
LogFormatter.format(80, TxtParser.comment_in_req, rid,
lineno + i))
elif TxtParser.is_comment_or_empty(split_lines[i]):
comment.append(split_lines[i])
i += 1
rec = [tag, content, comment]
del split_lines[0:i]
return rec
def internal_convert_to_new(cfg, old_config):
'''Converts the old given old_config object to the new configuration
using a dictionary.'''
cfg.set_value('requirements', {})
# This is done only for housekeeping
old_config_dir = dir(old_config)
# Remove the system specific from the list
old_config_dir.remove('__doc__')
old_config_dir.remove('__module__')
if hasattr(old_config, 'stakeholders'):
cfg.set_value('requirements.stakeholders', old_config.stakeholders)
old_config_dir.remove('stakeholders')
if hasattr(old_config, 'inventors'):
cfg.set_value('requirements.inventors', old_config.inventors)
old_config_dir.remove('inventors')
# Topic specs must be done before the output_spec, because the
# output specs will be inserted into the topic specs.
if hasattr(old_config, 'topic_specs'):
Old.internal_convert_topics(cfg, old_config.topic_specs)
old_config_dir.remove('topic_specs')
if hasattr(old_config, 'output_specs'):
Old.internal_convert_output(cfg, old_config.output_specs)
old_config_dir.remove('output_specs')
if hasattr(old_config, 'reqs_spec'):
Old.internal_convert_reqs(cfg, old_config.reqs_spec)
old_config_dir.remove('reqs_spec')
if hasattr(old_config, 'analytics_specs'):
Old.internal_convert_analytics(cfg, old_config.analytics_specs)
old_config_dir.remove('analytics_specs')
if hasattr(old_config, 'constraints_specs'):
Old.internal_convert_constraints(cfg, old_config.constraints_specs)
old_config_dir.remove('constraints_specs')
if len(old_config_dir) > 0:
logger.warning(
LogFormatter.format(
100, "Old Configuration: "
"Not converted attributes: [%s]" % old_config_dir))
def internal_convert_to_new(cfg, old_config):
'''Converts the old given old_config object to the new configuration
using a dictionary.'''
cfg.set_value('requirements', {})
# This is done only for housekeeping
old_config_dir = dir(old_config)
# Remove the system specific from the list
old_config_dir.remove('__doc__')
old_config_dir.remove('__module__')
if hasattr(old_config, 'stakeholders'):
cfg.set_value('requirements.stakeholders', old_config.stakeholders)
old_config_dir.remove('stakeholders')
if hasattr(old_config, 'inventors'):
cfg.set_value('requirements.inventors', old_config.inventors)
old_config_dir.remove('inventors')
# Topic specs must be done before the output_spec, because the
# output specs will be inserted into the topic specs.
if hasattr(old_config, 'topic_specs'):
Old.internal_convert_topics(cfg, old_config.topic_specs)
old_config_dir.remove('topic_specs')
if hasattr(old_config, 'output_specs'):
Old.internal_convert_output(cfg, old_config.output_specs)
old_config_dir.remove('output_specs')
if hasattr(old_config, 'reqs_spec'):
Old.internal_convert_reqs(cfg, old_config.reqs_spec)
old_config_dir.remove('reqs_spec')
if hasattr(old_config, 'analytics_specs'):
Old.internal_convert_analytics(cfg, old_config.analytics_specs)
old_config_dir.remove('analytics_specs')
if hasattr(old_config, 'constraints_specs'):
Old.internal_convert_constraints(cfg, old_config.constraints_specs)
old_config_dir.remove('constraints_specs')
if len(old_config_dir) > 0:
logger.warning(LogFormatter.format(
100, "Old Configuration: "
"Not converted attributes: [%s]" % old_config_dir))