def add_formatted_flags(flags_name, format):
"""Print CMake flags using macros_printer.
Arguments:
flags_name - Name to search for in config_compilers.
format - Function that takes a build type and flag match, and
returns the string to print out.
"""
paths = ["compiler/"+flags_name, "compiler/ADD_"+flags_name]
# This creates an iterable over elements in config_compilers
# that match in non-debug mode.
normal_matches = chain.from_iterable(
all_matches(self.compiler_xml_tree, path, normal_dict)
for path in paths
)
for match in normal_matches:
macros_printer.print(format(model, match.text))
# Now the same for debug mode.
debug_matches = chain.from_iterable(
all_matches(self.compiler_xml_tree, path, debug_dict)
for path in paths
)
for match in debug_matches:
macros_printer.print(format(model+"_DEBUG", match.text))
def add_formatted_flags(flags_name, format):
"""Print CMake flags using macros_printer.
Arguments:
flags_name - Name to search for in config_compilers.
format - Function that takes a build type and flag match, and
returns the string to print out.
"""
paths = ["compiler/" + flags_name, "compiler/ADD_" + flags_name]
# This creates an iterable over elements in config_compilers
# that match in non-debug mode.
normal_matches = chain.from_iterable(
all_matches(self.compiler_xml_tree, path, normal_dict)
for path in paths)
for match in normal_matches:
macros_printer.print(format("CESM", match.text))
# Now the same for debug mode.
debug_matches = chain.from_iterable(
all_matches(self.compiler_xml_tree, path, debug_dict)
for path in paths)
for match in debug_matches:
macros_printer.print(format("CESM_DEBUG", match.text))
def test_no_attr_matches(self):
"""all_matches returns no elements if none match attributes."""
self.assertEqual(
[e.text for e in all_matches(self.xml_tree, "test4/data",
{"valid": "true"})],
[],
)
def test_ignore_attribute(self):
"""all_matches can ignore "extra" attributes."""
self.assertEqual(
[e.text for e in
all_matches(self.xml_tree, "test6/data",
ignore=["ignore"])],
["the_text"]
)
def test_attr_matches(self):
"""all_matches returns elements that match attributes."""
self.assertEqual(
[e.text for e in
all_matches(self.xml_tree, "test5/data",
{"valid": "true", "invalid": "false"})],
["first_text", "second_text", "third_text", "fourth_text"],
)
def test_multiple_matches(self):
"""all_matches returns many elements successfully.
Elements must be returned in the right order as well.
"""
self.assertEqual(
[e.text for e in all_matches(self.xml_tree, "test2/data")],
["first_text", "second_text"],
)
def test_no_attr_matches(self):
"""all_matches returns no elements if none match attributes."""
self.assertEqual(
[
e.text for e in all_matches(self.xml_tree, "test4/data",
{"valid": "true"})
],
[],
)
def test_multiple_matches(self):
"""all_matches returns many elements successfully.
Elements must be returned in the right order as well.
"""
self.assertEqual(
[e.text for e in all_matches(self.xml_tree, "test2/data")],
["first_text", "second_text"],
)
def test_attr_matches(self):
"""all_matches returns elements that match attributes."""
self.assertEqual(
[
e.text for e in all_matches(self.xml_tree, "test5/data", {
"valid": "true",
"invalid": "false"
})
],
["first_text", "second_text", "third_text", "fourth_text"],
)
def string_to_elements(xml_str, ignore="key"):
"""Converts an XML string to a list of its "ENV" elements."""
return all_matches(ElementTree(XML(xml_str)), "ENV",
ignore=ignore)
def test_no_matches(self):
"""all_matches returns no elements if none are found."""
self.assertEqual(
[e.text for e in all_matches(self.xml_tree, "test3/data")],
[],
)
def test_one_match(self):
"""all_matches returns one element successfully."""
self.assertEqual(
[e.text for e in all_matches(self.xml_tree, "test1/data")],
["the_text"],
)
def string_to_elements(xml_str, ignore="key"):
"""Converts an XML string to a list of its "ENV" elements."""
return all_matches(ElementTree(XML(xml_str)), "ENV", ignore=ignore)
def test_ignore_attribute(self):
"""all_matches can ignore "extra" attributes."""
self.assertEqual([
e.text for e in all_matches(
self.xml_tree, "test6/data", ignore=["ignore"])
], ["the_text"])
def test_no_matches(self):
"""all_matches returns no elements if none are found."""
self.assertEqual(
[e.text for e in all_matches(self.xml_tree, "test3/data")],
[],
)
def test_one_match(self):
"""all_matches returns one element successfully."""
self.assertEqual(
[e.text for e in all_matches(self.xml_tree, "test1/data")],
["the_text"],
)
