def test_list_entries(self):
for test_idx, (input_str, output_ref_str) in \
enumerate(fix_test_list_def(test_list_link)):
obj_d = hpp2plantuml.Diagram()
# Not very unittest-y
obj_d.create_from_string(input_str)
if len(obj_d._inheritance_list) > 0:
obj_l = obj_d._inheritance_list[0]
elif len(obj_d._aggregation_list) > 0:
obj_l = obj_d._aggregation_list[0]
nt.assert_equal(
output_ref_str, obj_l.render(),
'Test {0} failed [input: {1}]'.format(test_idx, input_str))
def _test_full_files_helper(self, flag_dep=False):
# Create first version
file_list_ref = list(
set(
hpp2plantuml.hpp2plantuml.expand_file_list(
[os.path.join(test_fold, f) for f in self._input_files])))
diag_ref = hpp2plantuml.Diagram(flag_dep=flag_dep)
diag_ref.create_from_file_list(file_list_ref)
diag_render_ref = diag_ref.render()
# Compare to saved reference
if flag_dep:
saved_ref = self._diag_saved_ref
else:
saved_ref = self._diag_saved_ref_nodep
nt.assert_equal(saved_ref, diag_render_ref)
# # Validate equivalent inputs
# File expansion
for file_list in [self._input_files, self._input_files_w]:
file_list_c = list(
set(
hpp2plantuml.hpp2plantuml.expand_file_list(
[os.path.join(test_fold, f) for f in file_list])))
# Create from file list
diag_c = hpp2plantuml.Diagram(flag_dep=flag_dep)
diag_c.create_from_file_list(file_list_c)
nt.assert_equal(diag_render_ref, diag_c.render())
# Add from file list
diag_c_add = hpp2plantuml.Diagram(flag_dep=flag_dep)
diag_c_add.add_from_file_list(file_list_c)
diag_c_add.build_relationship_lists()
diag_c_add.sort_elements()
nt.assert_equal(diag_render_ref, diag_c_add.render())
# Create from first file, add from rest of the list
diag_c_file = hpp2plantuml.Diagram(flag_dep=flag_dep)
diag_c_file.create_from_file(file_list_c[0])
for file_c in file_list_c[1:]:
diag_c_file.add_from_file(file_c)
diag_c_file.build_relationship_lists()
diag_c_file.sort_elements()
nt.assert_equal(diag_render_ref, diag_c_file.render())
# String inputs
input_str_list = []
for file_c in file_list_ref:
with open(file_c, 'rt') as fid:
input_str_list.append(fid.read())
# Create from string list
diag_str_list = hpp2plantuml.Diagram(flag_dep=flag_dep)
diag_str_list.create_from_string_list(input_str_list)
nt.assert_equal(diag_render_ref, diag_str_list.render())
# Add from string list
diag_str_list_add = hpp2plantuml.Diagram(flag_dep=flag_dep)
diag_str_list_add.add_from_string_list(input_str_list)
diag_str_list_add.build_relationship_lists()
diag_str_list_add.sort_elements()
nt.assert_equal(diag_render_ref, diag_str_list_add.render())
# Create from string
diag_str = hpp2plantuml.Diagram(flag_dep=flag_dep)
diag_str.create_from_string('\n'.join(input_str_list))
nt.assert_equal(diag_render_ref, diag_str.render())
# Reset and parse
diag_str.clear()
diag_str.create_from_string('\n'.join(input_str_list))
nt.assert_equal(diag_render_ref, diag_str.render())
# Manually build object
diag_manual_add = hpp2plantuml.Diagram(flag_dep=flag_dep)
for idx, (file_c,
string_c) in enumerate(zip(file_list_ref, input_str_list)):
if idx == 0:
diag_manual_add.add_from_file(file_c)
else:
diag_manual_add.add_from_string(string_c)
diag_manual_add.build_relationship_lists()
diag_manual_add.sort_elements()
nt.assert_equal(diag_render_ref, diag_manual_add.render())