class Session(object):
filetype = ('.dot',)
def __init__(self,filename,app):
self.app = app
self.filename = filename
self.dot = Dot()
self.L = self.dot.read(filename)
self.scene = None
def info(self):
for s in self.L:
print s
def test_lexer():
dot = Dot()
dot.lexer.build()
dot.lexer.test('''
strict diGRAPH "test" {
NODE [color="red"]
a b "c" ;
a -> b [label="e1"];
a -> "c";
// subgraph for node b:
subgraph b {
d -> e [label=x, color="blue" type=spline] -> f [type="polylines"];
}
}
grAPh dg {
"x" - "y" - "z"
/* edge attributes
for all digraph dg */
Edge [type=6 zone="x"];
}
''')
def test_utf8():
print Dot().read('samples/utf8.dot')
grAPh dg {
"x" - "y" - "z"
/* edge attributes
for all digraph dg */
Edge [type=6 zone="x"];
}
''')
def test_utf8():
print Dot().read('samples/utf8.dot')
if __name__ == '__main__':
L = Dot().read('samples/dg10.dot')
G = []
for ast in L:
print "testing graph %s :" % ast.name,
V = {}
E = []
for k, x in ast.nodes.iteritems():
try:
v = Vertex(x.attr['label'])
except (KeyError, AttributeError):
v = Vertex(x.name)
v.view = VertexViewer(10, 10)
V[x.name] = v
print len(V)
def __init__(self,filename,app):
self.app = app
self.filename = filename
self.dot = Dot()
self.L = self.dot.read(filename)
self.scene = None
