def test_parse_django():
parser = PegParser()
f = parser.parse_django("include alpha.html")
assert f.__class__.__name__ == 'Django'
assert f.name == 'include'
assert f.restline == 'alpha.html'
f = parser.parse_django(
"include alpha.html bravo charlie.html delta=object.pk")
assert f.__class__.__name__ == 'Django'
assert f.name == 'include'
assert f.restline == 'alpha.html bravo charlie.html delta=object.pk'
def test_parse_tag():
parser = PegParser()
f = parser.parse_tag("tag")
assert str(f) == '''tag'''
assert not hasattr(f, 'args')
f = parser.parse_tag("tag()")
assert str(f) == '''tag'''
assert len(f.args) == 0
f = parser.parse_tag("tag(a=alpha, b=2, c='charlie')")
assert str(f) == '''tag'''
assert len(f.args) == 3
arg1 = f.args[0]
assert arg1.key == 'a'
assert arg1.value == 'alpha'
arg1 = f.args[1]
assert arg1.key == 'b'
assert arg1.value == '2'
arg1 = f.args[2]
assert arg1.key == 'c'
assert arg1.value == "'charlie'"
f = parser.parse_tag("tag.cls1()")
assert str(f) == '''tag.cls1'''
assert f.classes == ['cls1']
assert f.id is None
assert len(f.args) == 0
f = parser.parse_tag("tag.cls1.cls2()")
assert str(f) == '''tag.cls1.cls2'''
assert f.classes == ['cls1', 'cls2']
assert f.id is None
assert len(f.args) == 0
f = parser.parse_tag("tag#id1()")
assert str(f) == '''tag#id1'''
assert f.classes == []
assert f.id == 'id1'
assert len(f.args) == 0
f = parser.parse_tag("tag.cls1.cls2#id1()")
assert str(f) == '''tag.cls1.cls2#id1'''
assert f.classes == ['cls1', 'cls2']
assert f.id == 'id1'
assert len(f.args) == 0
f = parser.parse_tag("tag 'content'")
assert str(f) == '''tag ...'''
assert not hasattr(f, 'args')
def test_parse_call():
parser = PegParser()
f = parser.parse_call("function(alpha, bravo, charlie)")
assert f.__class__.__name__ == 'Call'
assert f.name == 'function'
assert f.arguments == ['alpha', 'bravo', 'charlie']
f = parser.parse_call("function('Alpha', 1)")
assert f.__class__.__name__ == 'Call'
assert f.name == 'function'
assert f.arguments == ["'Alpha'", '1']
f = parser.parse_call("function(1, bravo=2, charlie=3)")
assert f.__class__.__name__ == 'Call'
assert f.name == 'function'
assert f.arguments == ['1', ('bravo', '2'), ('charlie', '3')]
def __init__(self, include_paths):
self.HANDLERS = {
LineToken.LINE_TYPE_ROOT: self.handle_root,
LineToken.LINE_TYPE_COMMENT: self.handle_comment,
LineToken.LINE_TYPE_CODE: self.handle_code,
LineToken.LINE_TYPE_DJANGO: self.handle_django,
LineToken.LINE_TYPE_TAG: self.handle_tag,
LineToken.LINE_TYPE_CALL: self.handle_call,
}
# Code variables (for now, later it will be more complex... with IFs
# and FORs and expand_vars...
self.functions = {}
self.variables = {}
self.include_paths = include_paths
from pypugly.peg_parser import PegParser
self.__parser = PegParser()
def test_parse_code():
parser = PegParser()
f = parser.parse_code("var alpha = 'bravo'")
assert f.__class__.__name__ == 'Assignment'
assert f.left == 'alpha'
assert f.right == '\'bravo\''
assert str(f) == '''assign(alpha, 'bravo')'''
f = parser.parse_code("for i in 10:")
assert f.__class__.__name__ == 'ForLoop'
assert f.var == 'i'
assert f.iterator == '10'
assert str(f) == '''forloop(i, 10)'''
f = parser.parse_code("def alpha(bravo, charlie)")
assert f.__class__.__name__ == 'Def'
assert f.name == 'alpha'
assert f.parameters == [('bravo', None), ('charlie', None)]
