def test_build_with_select():
# type: () -> None
"""Ensures that we can parse BUILD files with select() clauses,
and that they are appropriately preserved in rules."""
bp = build_parser.parse(BUILD_WITH_SELECT)
rule = bp.get_rule("a")
assert rule.attr_map["name"] == "a"
expanded_srcs = build_parser.maybe_expand_attribute(rule.attr_map["srcs"])
expected_srcs = set(
["common1", "common2", "windows1", "windows2", "osx1", "osx2", "linux1"]
)
assert len(expanded_srcs) == 7
assert set(expanded_srcs) == expected_srcs
raw_srcs = rule.attr_map["srcs"]
assert len(raw_srcs) == 3
select_item = None
for val in raw_srcs:
if isinstance(val, build_parser.Select):
select_item = val
assert select_item
assert len(select_item.select_map) == 3
assert select_item.select_map["//conditions:windows"] == ["windows1", "windows2"]
assert select_item.select_map["//conditions:osx"] == ["osx1", "osx2"]
assert select_item.select_map["//conditions:linux"] == ["linux1"]
def test_build_with_structs():
# type: () -> None
"""Ensures that build_parser doesn't choke on BUILD files that load
structs."""
bp = build_parser.parse(BUILD_WITH_STRUCT)
rule = bp.get_rule("perfect-day")
assert rule.rule_type == "selects.config_setting_group"
assert rule.attr_map["match_all"] == [":warm", ":sunny"]
def test_build_with_exports_files():
# type: () -> None
"""Ensures that build_parser can handle rules with position arguments."""
bp = build_parser.parse(BUILD_WITH_ARGS)
assert len(bp.get_all_rules()) == 2
rule = bp.get_all_rules()[0]
assert rule.rule_type == "exports_files"
assert rule.args == (["test.json"],)
assert bp.get_rule("rule1").args == ()
def test_select_aware_repr():
# type: () -> None
"""Ensures that we can get a Starlark-valid string representation of a select()
clause."""
bp = build_parser.parse(BUILD_WITH_SELECT)
rule = bp.get_rule("a")
raw_srcs = rule.attr_map["srcs"]
# To check the repr func, we re-parse the repr and see if the data is all the same.
rewritten_build = "rule1(name='a', srcs={})".format(
build_parser.get_select_aware_attribute_repr(raw_srcs)
)
bp2 = build_parser.parse(rewritten_build)
new_rule = bp2.get_rule("a")
expanded_srcs = build_parser.maybe_expand_attribute(new_rule.attr_map["srcs"])
expected_srcs = set(
["common1", "common2", "windows1", "windows2", "osx1", "osx2", "linux1"]
)
assert len(expanded_srcs) == 7
assert set(expanded_srcs) == expected_srcs
new_raw_srcs = new_rule.attr_map["srcs"]
assert len(new_raw_srcs) == 3
new_select_item = None
for val in new_raw_srcs:
if isinstance(val, build_parser.Select):
new_select_item = val
assert new_select_item
assert len(new_select_item.select_map) == 3
assert new_select_item.select_map["//conditions:windows"] == [
"windows1",
"windows2",
]
assert new_select_item.select_map["//conditions:osx"] == ["osx1", "osx2"]
assert new_select_item.select_map["//conditions:linux"] == ["linux1"]
def test_parse_basic_build_file():
# type: () -> None
"""Ensures that we can parse simple BUILD files."""
bp = build_parser.parse(BUILD_WITHOUT_SELECT)
assert bp.default_visibility() == ["//visibility:private"]
rule1 = bp.get_rule("a")
assert rule1.attr_map["name"] == "a"
assert rule1.attr_map["srcs"] == ["e", "f"]
assert rule1.attr_map["main"] == "g"
assert rule1.attr_map["testonly"] is True
rule2_rules = bp.get_rules_by_types(["rule2"])
assert len(rule2_rules) == 1
assert rule2_rules[0].attr_map["name"] == "b"
assert rule2_rules[0].attr_map["srcs"] == ["y", "z"]
