def run_test(ctx, rec, name):
ctx.logger.check(' * test\t%s' % name, color='cyan')
test_base = 'tests' / name
test_input = test_base.replaceext('.input.desktop')
test_tweaks = test_base.replaceext('.tweaks.desktop')
test_expected = test_base.replaceext('.expected.desktop')
with fbuild.temp.tempdir(delete=True) as tmp:
env = os.environ.copy()
env['DTWEAKS_PATH'] = Path.getcwd() / 'tests'
tmp_desktop = (tmp / name).replaceext('.tweaks.desktop')
test_input.copy(tmp_desktop)
rec.c.run([rec.dtweaks, tmp_desktop], env=env, quieter=1)
with open(tmp_desktop) as fp:
results = fp.read()
with open(test_expected) as fp:
expected = fp.read()
if results != expected:
ctx.logger.failed()
diff = difflib.unified_diff(expected.splitlines(),
results.splitlines())
printing = False
for line in diff:
if not line.strip():
continue
elif line.startswith('@@'):
printing = True
elif printing:
line = ' %s %s\n' % (line[0], line[1:])
if line.startswith(' +'):
ctx.logger.write(line, color='green')
elif line.startswith(' -'):
ctx.logger.write(line, color='red')
else:
ctx.logger.write(line, color='white')
else:
ctx.logger.passed()
def f(module, include):
# On case-insensitive but case-preserving filesystems, we need to
# be careful on how we deal with finding OCaml dependencies. Since
# OCaml can store a module named List in either list.ml or List.ml,
# we can't just test if the filename exists since fbuild needs to
# deal with the exact filenames. To do that, we'll grab the list
# of filenames in the directory, then search for the right
# spelling in that list.
# Grab the filenames in the directory.
if include is None:
dirs = Path.getcwd().listdir()
else:
include = Path(include)
if not include.exists():
# We can't search for dependencies in a directory that
# doesn't exist, so exit early.
return False
dirs = include.listdir()
found = False
for suffix in '.mli', '.ml':
# Look for the traditional lowercase form.
path = module[0].lower() + module[1:] + suffix
if path not in dirs:
# That didn't work, so lets try the uppercase form.
path = module[0].upper() + module[1:] + suffix
if path not in dirs:
# Couldn't find it, so just skip this module.
continue
# We found it! Add that file to the dependencies.
if include is None:
deps.append(Path(path))
else:
deps.append(include / path)
found = True
return found
def f(module, include):
# On case-insensitive but case-preserving filesystems, we need to
# be careful on how we deal with finding OCaml dependencies. Since
# OCaml can store a module named List in either list.ml or List.ml,
# we can't just test if the filename exists since fbuild needs to
# deal with the exact filenames. To do that, we'll grab the list
# of filenames in the directory, then search for the right
# spelling in that list.
# Grab the filenames in the directory.
if include is None:
dirs = Path.getcwd().listdir()
else:
include = Path(include)
if not include.exists():
# We can't search for dependencies in a directory that
# doesn't exist, so exit early.
return False
dirs = include.listdir()
found = False
for suffix in '.mli', '.ml':
# Look for the traditional lowercase form.
path = module[0].lower() + module[1:] + suffix
if path not in dirs:
# That didn't work, so lets try the uppercase form.
path = module[0].upper() + module[1:] + suffix
if path not in dirs:
# Couldn't find it, so just skip this module.
continue
# We found it! Add that file to the dependencies.
if include is None:
deps.append(Path(path))
else:
deps.append(include / path)
found = True
return found
