It is another example showing the difference of generator references (g,
self.g, and (g,)).
#file name: test_generator.py
import pyjd # this is dummy in pyjs.
class GUI():
def onModuleLoad(self):
g=test_generator()
self.g=g
self.g_tuple=(g,)
print 'g=%s, type(g)=%s' % (g, type(g))
print 'self.g=%s, type(self.g)=%s' % (self.g, type(self.g))
print 'self.g_tuple[0]=%s, type(self.g_tuple[0])=%s' %
(self.g_tuple[0], type(self.g_tuple[0]))
def test_generator():
yield 'the first yield in func_async1'
pyjd.setup('public/GUI.html')
gui = GUI()
gui.onModuleLoad()
pyjd.run()
result:
g=function () {}, type(g)=class pyjslib.FunctionType
self.g=class g, type(self.g)=class test_generator.GUI
self.g_tuple[0]=function () {}, type(self.g_tuple[0])=class
pyjslib.FunctionType
As you can see, direct reference(g) and tuple element(g_tuple[0]) are
equal, but the object member reference (self.g) is different. They are all
the same in Pyjd. They are different only in Pyjs.
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