def test_write_depends_skip_programs(self, datadir):
expected_contents = [
DEPFILE_HEADER,
"moduleA.o :",
"moduleB.o : moduleA.o",
"moduleC.o : moduleA.o moduleB.o",
"moduleD.o : moduleC.o",
"moduleE.o :",
"multiple_modules.o :",
"programTest.o : moduleC.o moduleD.o",
]
testproject = FortranProject()
testproject.write_depends(skip_programs=True)
with open(str(datadir.join("makefile.dep")), 'r') as f:
contents = f.read()
# A little manipulation to remove extraneous whitespace is
# required in order for a clean comparison
contents = contents.replace('\\\n\t', ' ')
contents = re.sub(r' +', ' ', contents)
contents = [line.lstrip().rstrip(" \t\n") for line in contents.splitlines() if line != '']
assert sorted(expected_contents) == sorted(contents)
def test_write_depends_no_overwrite(self, datadir):
expected_contents = [
DEPFILE_HEADER,
"moduleA.o :",
"moduleB.o : moduleA.o",
"moduleC.o : moduleA.o moduleB.o",
"moduleD.o : moduleC.o",
"moduleE.o :",
"multiple_modules.o :",
"programTest.o : moduleC.o moduleD.o",
"progA : multiple_modules.o",
"test : moduleA.o moduleB.o moduleC.o moduleD.o programTest.o",
]
FortranProject().write_depends()
testproject = FortranProject(exclude_files="multiple_modules.f90")
with mock.patch.object(builtins, 'input', lambda x: 'N'):
testproject.write_depends(overwrite=False)
with open(str(datadir.join("makefile.dep")), 'r') as f:
contents = f.read()
# A little manipulation to remove extraneous whitespace is
# required in order for a clean comparison
contents = contents.replace('\\\n\t', ' ')
contents = re.sub(r' +', ' ', contents)
contents = [line.lstrip().rstrip(" \t\n") for line in contents.splitlines() if line != '']
assert sorted(expected_contents) == sorted(contents)
def test_write_depends_skip_programs(self, datadir):
expected_contents = [
DEPFILE_HEADER,
"moduleA.o :",
"moduleB.o : moduleA.o",
"moduleC.o : moduleA.o moduleB.o",
"moduleD.o : moduleC.o",
"moduleE.o :",
"multiple_modules.o :",
"programTest.o : moduleC.o moduleD.o",
]
testproject = FortranProject()
testproject.write_depends(skip_programs=True)
with open(str(datadir.join("makefile.dep")), 'r') as f:
contents = f.read()
# A little manipulation to remove extraneous whitespace is
# required in order for a clean comparison
contents = contents.replace('\\\n\t', ' ')
contents = re.sub(r' +', ' ', contents)
contents = [
line.lstrip().rstrip(" \t\n") for line in contents.splitlines()
if line != ''
]
assert sorted(expected_contents) == sorted(contents)
def test_write_depends_no_overwrite(self, datadir):
expected_contents = [
DEPFILE_HEADER,
"moduleA.o :",
"moduleB.o : moduleA.o",
"moduleC.o : moduleA.o moduleB.o",
"moduleD.o : moduleC.o",
"moduleE.o :",
"multiple_modules.o :",
"programTest.o : moduleC.o moduleD.o",
"progA : multiple_modules.o",
"test : moduleA.o moduleB.o moduleC.o moduleD.o programTest.o",
]
FortranProject().write_depends()
testproject = FortranProject(exclude_files="multiple_modules.f90")
with mock.patch.object(builtins, 'input', lambda x: 'N'):
testproject.write_depends(overwrite=False)
with open(str(datadir.join("makefile.dep")), 'r') as f:
contents = f.read()
# A little manipulation to remove extraneous whitespace is
# required in order for a clean comparison
contents = contents.replace('\\\n\t', ' ')
contents = re.sub(r' +', ' ', contents)
contents = [
line.lstrip().rstrip(" \t\n") for line in contents.splitlines()
if line != ''
]
assert sorted(expected_contents) == sorted(contents)
def main(args=None):
"""Run the module as a script
"""
parser = create_argument_parser()
# Parse the command line arguments
args = parser.parse_args()
# Assemble a dictionary out of the macro definitions
macros = {}
if args.D:
for arg in args.D:
for var in arg:
if '=' not in var:
macros[var] = ''
else:
temp = var.split('=')
macros[temp[0]] = temp[1]
output = args.output[0] if args.output else None
build = args.build[0] if args.build else ''
# Sorts out the terminal colours on Windows
strip_colours = not args.colour
colorama.init(strip=strip_colours)
project = FortranProject(files=args.files,
exclude_files=args.exclude_files,
ignore_modules=args.ignore_modules,
macros=macros,
cpp_includes=args.I,
verbose=args.verbose,
use_preprocessor=not args.no_preprocessor)
if output is not None:
project.write_depends(filename=output,
overwrite=args.overwrite,
build=build,
skip_programs=args.skip_programs)
if args.graph:
project.make_graph()
def main(args=None):
"""Run the module as a script
"""
parser = create_argument_parser()
# Parse the command line arguments
args = parser.parse_args()
# Assemble a dictionary out of the macro definitions
macros = {}
if args.D:
for arg in args.D:
for var in arg:
if '=' not in var:
macros[var] = ''
else:
temp = var.split('=')
macros[temp[0]] = temp[1]
output = args.output[0] if args.output else None
build = args.build[0] if args.build else ''
# Sorts out the terminal colours on Windows
strip_colours = not args.colour
colorama.init(strip=strip_colours)
project = FortranProject(files=args.files, exclude_files=args.exclude_files,
ignore_modules=args.ignore_modules,
macros=macros, cpp_includes=args.I,
verbose=args.verbose,
use_preprocessor=not args.no_preprocessor)
if output is not None:
project.write_depends(filename=output, overwrite=args.overwrite, build=build,
skip_programs=args.skip_programs)
if args.graph:
project.make_graph()