interface mixin MixinCanNotIncludeSetlike {
readonly setlike<DOMString>;
};
"""
# idl = idl.replace(' ', ' ')
print("IDL >>>\n" + idl + "\n<<<")
parser.parse(idl)
print(repr(parser))
test_difference(idl, unicode(parser))
assert (unicode(parser) == idl)
print("MARKED UP:")
marker = NullMarker()
test_difference(idl, parser.markup(marker))
assert (marker.text == idl)
print(parser.markup(Marker()))
print("Complexity: " + unicode(parser.complexityFactor))
for construct in parser.constructs:
print(
unicode(construct.idlType) + u': ' + unicode(construct.normalName))
for member in construct:
print(' ' + member.idlType + ': ' + unicode(member.normalName) +
' (' + unicode(member.name) + ')')
print("FIND:")
print(parser.find('round').fullName)
print(parser.find('Foo/method/y').fullName)
long methodWithOptionalDict(long one, MyDictionary optionalDict, optional long three); // should error
long methodWithRequiredDict(long one, FooDict requiredDict);
long methodWithRequiredDict(long one, FooDict requiredDict, long three);
};
"""
# idl = idl.replace(' ', ' ')
print "IDL >>>\n" + idl + "\n<<<"
parser.parse(idl)
print repr(parser)
testDifference(idl, unicode(parser))
assert (unicode(parser) == idl)
print "MARKED UP:"
marker = NullMarker()
testDifference(idl, parser.markup(marker))
assert (marker.text == idl)
print parser.markup(Marker())
print "Complexity: " + unicode(parser.complexityFactor)
for construct in parser.constructs:
print unicode(construct.idlType) + u': ' + unicode(
construct.normalName)
for member in construct:
print ' ' + member.idlType + ': ' + unicode(
member.normalName) + ' (' + unicode(member.name) + ')'
print "FIND:"
print parser.find('round').fullName
print parser.find('Foo/method/y').fullName
interface mixin MixinCanNotIncludeSetlike {
readonly setlike<DOMString>;
};
"""
# idl = idl.replace(' ', ' ')
print("IDL >>>\n" + idl + "\n<<<")
parser.parse(idl)
print(repr(parser))
test_difference(idl, unicode(parser))
assert(unicode(parser) == idl)
print("MARKED UP:")
marker = NullMarker()
test_difference(idl, parser.markup(marker))
assert(marker.text == idl)
print(parser.markup(Marker()))
print("Complexity: " + unicode(parser.complexityFactor))
for construct in parser.constructs:
print(unicode(construct.idlType) + u': ' + unicode(construct.normalName))
for member in construct:
print(' ' + member.idlType + ': ' + unicode(member.normalName) + ' (' + unicode(member.name) + ')')
print("FIND:")
print(parser.find('round').fullName)
print(parser.find('Foo/method/y').fullName)
print(parser.find('Foo.method').fullName)
any[] value = null;
any [] value = null;
};
"""
# idl = idl.replace(' ', ' ')
print "IDL >>>\n" + idl + "\n<<<"
parser.parse(idl)
print repr(parser)
testDifference(idl, unicode(parser))
assert(unicode(parser) == idl)
print "MARKED UP:"
marker = NullMarker()
testDifference(idl, parser.markup(marker))
assert(marker.text == idl)
print parser.markup(Marker())
print "Complexity: " + unicode(parser.complexityFactor)
for construct in parser.constructs:
print unicode(construct.idlType) + u': ' + unicode(construct.normalName)
for member in construct:
print ' ' + member.idlType + ': ' + unicode(member.normalName) + ' (' + unicode(member.name) + ')'
print "FIND:"
print parser.find('round').fullName
print parser.find('Foo/method/y').fullName
print parser.find('Foo.method').fullName
