print("<" + input_line)
print(">" + output_line)
print()
if __name__ == "__main__": # called from the command line
sys.excepthook = debugHook
parser = parser.Parser(ui=ui())
if (1 < len(sys.argv)):
for fileName in sys.argv[1:]:
print("Parsing: " + fileName)
file = open(fileName)
parser.reset()
text = file.read()
parser.parse(text)
assert (text == unicode(parser))
quit()
idl = u"""dictionary CSSFontFaceLoadEventInit : EventInit { sequence<CSSFontFaceRule> fontfaces = [ ]; };
interface Simple{
serializer;
serializer = { foo };
serializer cereal(short one);
iterable<Foo>;
iterable<Foo, Bar>;
readonly maplike<Foo, Bar>;
setlike<Uint8ClampedArray>;
attribute boolean required;
static attribute Foo foo;
print(">" + output_line)
print()
if __name__ == "__main__": # called from the command line
sys.excepthook = debugHook
sys.stdout = codecs.getwriter('utf8')(sys.stdout)
parser = parser.Parser(ui=ui())
if (1 < len(sys.argv)):
for fileName in sys.argv[1:]:
print("Parsing: " + fileName)
file = open(fileName)
parser.reset()
text = file.read()
parser.parse(text)
assert (text == unicode(parser))
quit()
idl = u"""dictionary CSSFontFaceLoadEventInit : EventInit { sequence<CSSFontFaceRule> fontfaces = [ ]; };
interface Simple{
serializer;
serializer = { foo };
serializer cereal(short one);
iterable<Foo>;
iterable<Foo, Bar>;
async iterable<Foo, Bar>;
readonly maplike<Foo, Bar>;
setlike<Uint8ClampedArray>;
attribute boolean required;
static attribute Foo foo;
callback callFoo = short();
callback callFoo2 = unsigned long long(unrestricted double one, DOMString two, Fubar ... three);
callback interface callMe {
attribute short round setraises (for the heck of it);
};
exception foo:bar {
short round;
const long one = 2;
Foo foo;
unsigned long long longest;
};
"""
# idl = idl.replace(' ', ' ')
print "IDL >>>\n" + idl + "\n<<<"
parser.parse(idl)
testDifference(idl, unicode(parser))
print "MARKED UP:"
marker = NullMarker()
testDifference(idl, parser.markup(marker))
assert(marker.text == idl)
print parser.markup(Marker())
print repr(parser)
print "Complexity: " + unicode(parser.complexityFactor)
for construct in parser.constructs:
print unicode(construct.idlType) + u': ' + unicode(construct.normalName)
for member in construct:
