def test_repr(self):
plantuml = self._get_auto_plantuml()
assert repr(
plantuml
) == '<LocalPlantuml java: {java}, plantuml: {plantuml}>'.format(
java=repr(where.first('java')),
plantuml=repr(path),
)
{%- endfor %}
# clang 3.9
{%- for c in builders %}
- env: DOCKER_TAG=clang-3.9 TESTS={{c}}
{%- endfor %}
# THIS FILE IS AUTOGENERATED -- DO NOT EDIT #
'''
import os
import jinja2
import sys
import where
import subprocess
tpl = jinja2.Template(tpl)
builder_count = int(sys.argv[1])
ymlfn = os.path.join(os.path.dirname(__file__), '.travis.yml')
with open(ymlfn, 'wt') as yml:
yml.write(tpl.render(builders=range(0, builder_count)))
travis = where.first('travis')
if travis:
try:
subprocess.check_call([str(travis), 'lint', ymlfn])
except subprocess.CalledProcessError as err:
print('Linting {} failed'.format(ymlfn))
print(err)
sys.exit(-1)
else:
print('Travis linter missing. Try:\ngem install travis')
def get_py_prefix():
py = where.first("python") or where.first("python3")
if not py:
raise EnvironmentError(
"No python3 or python executive files were found.")
return py
def test_where_first_executes():
import where
where.first("python")
def test_where_first_executes():
where.first("python")
def test_local_plantuml(self):
plantuml = self._get_local_plantuml_by_try_plantuml(
plantuml=PRIMARY_JAR_PATH)
assert isinstance(plantuml, LocalPlantuml)
assert plantuml.java == where.first('java')
assert plantuml.plantuml == PRIMARY_JAR_PATH
for modname in modnames:
del sys.modules[modname]
# Build dependencies if needed
if not os.environ.get("NO_CONTENTS_BUILD"):
_env = dict(os.environ)
_env.update(
dict(
SOURCEDIR=_DOC_PATH,
BUILDDIR=os.path.abspath(os.path.join(_DOC_PATH, '..', 'build')),
PYTHONPATH=':'.join([_PROJ_PATH, _LIBS_PATH]),
PATH=':'.join([_SHIMS_PATH,
os.environ.get('PATH', '')]),
))
pip_cmd = (where.first('pip'), 'install', '-r',
os.path.join(_PROJ_PATH, 'requirements.txt'))
print("Install pip requirements {cmd}...".format(cmd=repr(pip_cmd)))
pip = Popen(pip_cmd,
stdout=sys.stdout,
stderr=sys.stderr,
env=_env,
cwd=_DOC_PATH)
if pip.wait() != 0:
raise ChildProcessError("Pip install failed with %d." %
(pip.returncode, ))
pip_docs_cmd = (where.first('pip'), 'install', '-r',
os.path.join(_PROJ_PATH, 'requirements-doc.txt'))
print("Install pip docs requirements {cmd}...".format(
cmd=repr(pip_docs_cmd)))
{%- endfor %}
# clang 3.9
{%- for c in builders %}
- env: DOCKER_TAG=clang TESTS={{c}}
{%- endfor %}
# THIS FILE IS AUTOGENERATED -- DO NOT EDIT #
'''
import os
import jinja2
import sys
import where
import subprocess
tpl = jinja2.Template(tpl)
builder_count = int(sys.argv[1])
ymlfn = os.path.join(os.path.dirname(__file__), '.travis.yml')
with open(ymlfn, 'wt') as yml:
yml.write(tpl.render(builders=range(0, builder_count)))
travis = where.first('travis')
if travis:
try:
subprocess.check_call([str(travis), 'lint', ymlfn])
except subprocess.CalledProcessError as err:
print('Linting {} failed'.format(ymlfn))
print(err)
sys.exit(-1)
else:
print('Travis linter missing. Try:\ngem install travis')
def find_java_from_env() -> Optional[str]:
return where.first('java')
def test_java(self):
plantuml = self._get_auto_plantuml()
assert plantuml.java == where.first('java')
def _get_plantuml(cls,
plantuml: str,
java: Optional[str] = None) -> LocalPlantuml:
return LocalPlantuml(
where.first('java') if java is None else java, plantuml)
def _get_test_class(version: str, path: str):
_common_condition = all_func(exist_func(version), is_file_func(path),
lambda: where.first('java'))
_dead_file_condition = all_func(_common_condition,
is_file_func(DEAD_FILE_PATH))
_broken_jar_condition = all_func(_common_condition,
is_file_func(BROKEN_JAR_PATH))
_invalid_jar_condition = all_func(_common_condition,
is_file_func(INVALID_JAR_PATH))
_helloworld_condition = all_func(_common_condition,
is_file_func(DEMO_HELLOWORLD_PUML))
# noinspection DuplicatedCode
class _TestModelsLocal:
@classmethod
def _get_plantuml(cls,
plantuml: str,
java: Optional[str] = None) -> LocalPlantuml:
return LocalPlantuml(
where.first('java') if java is None else java, plantuml)
@classmethod
def _get_auto_plantuml(cls) -> LocalPlantuml:
return LocalPlantuml.autoload(plantuml=path)
@mark_select(_common_condition)
def test_init_error(self):
with pytest.raises(ValueError):
_ = self._get_plantuml(java='', plantuml=path)
with pytest.raises(FileNotFoundError):
_ = self._get_plantuml(java='path_not_exist', plantuml=path)
with pytest.raises(IsADirectoryError):
_ = self._get_plantuml(java=os.path.dirname(path),
plantuml=path)
with pytest.raises(ValueError):
_ = self._get_plantuml(plantuml='')
with pytest.raises(FileNotFoundError):
_ = self._get_plantuml(plantuml='path_not_exist')
with pytest.raises(IsADirectoryError):
_ = self._get_plantuml(plantuml=os.path.dirname(path))
@mark_select(_dead_file_condition)
def test_init_error_dead(self):
with pytest.raises(PermissionError):
_ = self._get_plantuml(java=DEAD_FILE_PATH, plantuml=path)
with pytest.raises(PermissionError):
_ = self._get_plantuml(plantuml=DEAD_FILE_PATH)
@mark_select(_common_condition)
def test_version(self):
plantuml = self._get_auto_plantuml()
assert version in plantuml.version
assert 'plantuml' in plantuml.version.lower()
@mark_select(_broken_jar_condition)
def test_version_broken(self):
plantuml = self._get_plantuml(plantuml=BROKEN_JAR_PATH)
with pytest.raises(LocalPlantumlExecuteError) as e:
_ = plantuml.version
err = e.value
assert err.exitcode == 1
assert "invalid or corrupt jarfile" in err.stderr.lower()
@mark_select(_invalid_jar_condition)
def test_version_invalid(self):
plantuml = self._get_plantuml(plantuml=INVALID_JAR_PATH)
with pytest.raises(ValueError):
_ = plantuml.version
@mark_select(_common_condition)
def test_java(self):
plantuml = self._get_auto_plantuml()
assert plantuml.java == where.first('java')
@mark_select(_common_condition)
def test_plantuml(self):
plantuml = self._get_auto_plantuml()
assert plantuml.plantuml == path
@mark_select(_common_condition)
def test_repr(self):
plantuml = self._get_auto_plantuml()
assert repr(
plantuml
) == '<LocalPlantuml java: {java}, plantuml: {plantuml}>'.format(
java=repr(where.first('java')),
plantuml=repr(path),
)
@mark_select(_common_condition)
def test_check_and_test(self):
plantuml = self._get_auto_plantuml()
plantuml.check()
assert plantuml.test()
_EXPECTED_TXT_LENGTH_FOR_HELLOWORLD = 224
_EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_1 = 2211
_EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_2 = 3020
_EXPECTED_SVG_LENGTH_FOR_HELLOWORLD = 2771
_EXPECTED_EPS_LENGTH_FOR_HELLOWORLD = 11926
@mark_select(_helloworld_condition)
def test_dump_txt(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
txt_result = plantuml.dump_txt(code)
assert 'Bob' in txt_result
assert 'Alice' in txt_result
assert 'hello' in txt_result
assert self._EXPECTED_TXT_LENGTH_FOR_HELLOWORLD * 0.8 < len(
txt_result) < self._EXPECTED_TXT_LENGTH_FOR_HELLOWORLD * 1.2
@mark_select(_helloworld_condition)
def test_dump_binary_txt(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
_data = plantuml.dump_binary('txt', code)
assert isinstance(_data, bytes)
assert self._EXPECTED_TXT_LENGTH_FOR_HELLOWORLD * 0.8 < len(
_data) < self._EXPECTED_TXT_LENGTH_FOR_HELLOWORLD * 1.2
@mark_select(_helloworld_condition)
def test_dump_binary_png(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
_data = plantuml.dump_binary('png', code)
assert isinstance(_data, bytes)
assert (self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_1 * 0.8 < len(_data) <
self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_1 * 1.2) or \
(self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_2 * 0.8 < len(_data) <
self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_2 * 1.2)
@mark_select(_helloworld_condition)
def test_dump_binary_svg(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
_data = plantuml.dump_binary('svg', code)
assert isinstance(_data, bytes)
assert self._EXPECTED_SVG_LENGTH_FOR_HELLOWORLD * 0.8 < len(
_data) < self._EXPECTED_SVG_LENGTH_FOR_HELLOWORLD * 1.2
@mark_select(_helloworld_condition)
def test_dump_binary_eps(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
_data = plantuml.dump_binary('eps', code)
assert isinstance(_data, bytes)
assert self._EXPECTED_EPS_LENGTH_FOR_HELLOWORLD * 0.8 < len(
_data) < self._EXPECTED_EPS_LENGTH_FOR_HELLOWORLD * 1.2
@mark_select(_helloworld_condition)
def test_dump_file_txt(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
with NamedTemporaryFile() as file:
plantuml.dump(file.name, 'txt', code)
assert os.path.exists(file.name)
assert self._EXPECTED_TXT_LENGTH_FOR_HELLOWORLD * 0.8 < os.path.getsize(
file.name) < self._EXPECTED_TXT_LENGTH_FOR_HELLOWORLD * 1.2
@mark_select(_helloworld_condition)
def test_dump_file_png(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
with NamedTemporaryFile() as file:
plantuml.dump(file.name, 'png', code)
assert os.path.exists(file.name)
assert (self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_1 * 0.8 < os.path.getsize(file.name) <
self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_1 * 1.2) or \
(self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_2 * 0.8 < os.path.getsize(file.name) <
self._EXPECTED_PNG_LENGTH_FOR_HELLOWORLD_2 * 1.2)
@mark_select(_helloworld_condition)
def test_dump_file_svg(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
with NamedTemporaryFile() as file:
plantuml.dump(file.name, 'svg', code)
assert os.path.exists(file.name)
assert self._EXPECTED_SVG_LENGTH_FOR_HELLOWORLD * 0.8 < os.path.getsize(
file.name) < self._EXPECTED_SVG_LENGTH_FOR_HELLOWORLD * 1.2
@mark_select(_helloworld_condition)
def test_dump_file_eps(self):
plantuml = self._get_auto_plantuml()
code = Path(DEMO_HELLOWORLD_PUML).read_text()
with NamedTemporaryFile() as file:
plantuml.dump(file.name, 'eps', code)
assert os.path.exists(file.name)
assert self._EXPECTED_EPS_LENGTH_FOR_HELLOWORLD * 0.8 < os.path.getsize(
file.name) < self._EXPECTED_EPS_LENGTH_FOR_HELLOWORLD * 1.2
return _TestModelsLocal
