def runner():
# Run in JS
code = js_rename(HasSignalsJS.JSCODE, 'HasSignalsJS', 'HasSignals')
for c in cls.mro()[1:]:
if c is HasSignals:
break
code += create_js_signals_class(c, c.__name__, c.__bases__[0].__name__+'.prototype')
for c in extra_classes:
code += create_js_signals_class(c, c.__name__)
code += create_js_signals_class(cls, cls.__name__, cls.__bases__[0].__name__+'.prototype')
code += py2js(func, 'test', inline_stdlib=False)
code += 'test(%s);' % cls.__name__
nargs, function_deps, method_deps = get_std_info(code)
code = get_partial_std_lib(function_deps, method_deps, []) + code
jsresult = evaljs(code)
jsresult = jsresult.replace('[ ', '[').replace(' ]', ']')
jsresult = jsresult.replace('"', "'")
print('js:', jsresult)
# Run in Python
pyresult = str(func(cls))
pyresult = pyresult.replace('"', "'")
print('py:', pyresult)
#
assert pyresult.lower() == reference
assert jsresult.lower() == reference
def runner():
# Run in JS
code = js_rename(HasSignalsJS.JSCODE, 'HasSignalsJS', 'HasSignals')
for c in cls.mro()[1:]:
if c is HasSignals:
break
code += create_js_signals_class(c, c.__name__, c.__bases__[0].__name__+'.prototype')
for c in extra_classes:
code += create_js_signals_class(c, c.__name__)
code += create_js_signals_class(cls, cls.__name__, cls.__bases__[0].__name__+'.prototype')
code += py2js(func, 'test', inline_stdlib=False)
code += 'test(%s);' % cls.__name__
nargs, function_deps, method_deps = get_std_info(code)
code = get_partial_std_lib(function_deps, method_deps, []) + code
jsresult = evaljs(code)
jsresult = jsresult.replace('[ ', '[').replace(' ]', ']')
jsresult = jsresult.replace('"', "'")
print('js:', jsresult)
# Run in Python
pyresult = str(func(cls))
pyresult = pyresult.replace('"', "'")
print('py:', pyresult)
#
assert pyresult.lower() == reference
assert jsresult.lower() == reference
def runner():
# Run in JS
code = HasEventsJS.JSCODE
for c in extra_classes:
code += create_js_hasevents_class(c, c.__name__)
this_classes = []
for c in cls.mro():
if c is event.HasEvents:
break
this_classes.append(c)
for c in reversed(this_classes):
code += create_js_hasevents_class(
c, c.__name__, c.__bases__[0].__name__ + '.prototype')
code += py2js(func, 'test', inline_stdlib=False, docstrings=False)
code += 'console.log(test(%s));' % cls.__name__
nargs, function_deps, method_deps = get_std_info(code)
code = get_partial_std_lib(function_deps, method_deps, []) + code
jsresult = evaljs(code, print_result=False) # allow using file
jsresult = jsresult.replace('[ ',
'[').replace(' ]',
']').replace('\n ', ' ')
jsresult = jsresult.replace('"', "'").split('!!!!')[-1]
print('js:', jsresult)
# Run in Python
pyresult = reprs(func(cls))
pyresult = pyresult.replace('"',
"'").replace("\\'",
"'").split('!!!!')[-1]
print('py:', pyresult)
#
assert pyresult.lower() == reference
assert jsresult.lower() == reference
def runner():
# Run in JS
code = HasEventsJS.JSCODE
for c in cls.mro()[1:]:
if c is event.HasEvents:
break
code += create_js_hasevents_class(
c, c.__name__, c.__bases__[0].__name__ + '.prototype')
for c in extra_classes:
code += create_js_hasevents_class(c, c.__name__)
code += create_js_hasevents_class(
cls, cls.__name__, cls.__bases__[0].__name__ + '.prototype')
code += py2js(func, 'test', inline_stdlib=False)
code += 'test(%s);' % cls.__name__
nargs, function_deps, method_deps = get_std_info(code)
code = get_partial_std_lib(function_deps, method_deps, []) + code
code = reduce_code(code)
jsresult = evaljs(code)
jsresult = jsresult.replace('[ ',
'[').replace(' ]',
']').replace('\n ', ' ')
jsresult = jsresult.replace('"', "'").split('!!!!')[-1]
print('js:', jsresult)
# Run in Python
pyresult = reprs(func(cls))
pyresult = pyresult.replace('"',
"'").replace("\\'",
"'").split('!!!!')[-1]
print('py:', pyresult)
#
assert pyresult.lower() == reference
assert jsresult.lower() == reference
def runner():
# Run in JS
code = HasEventsJS.JSCODE
for c in extra_classes:
code += create_js_hasevents_class(c, c.__name__)
this_classes = []
for c in cls.mro():
if c is event.HasEvents:
break
this_classes.append(c)
for c in reversed(this_classes):
code += create_js_hasevents_class(c, c.__name__, c.__bases__[0].__name__+'.prototype')
code += py2js(func, 'test', inline_stdlib=False)
code += 'test(%s);' % cls.__name__
nargs, function_deps, method_deps = get_std_info(code)
code = get_partial_std_lib(function_deps, method_deps, []) + code
code = reduce_code(code)
jsresult = evaljs(code)
jsresult = jsresult.replace('[ ', '[').replace(' ]', ']').replace('\n ', ' ')
jsresult = jsresult.replace('"', "'").split('!!!!')[-1]
print('js:', jsresult)
# Run in Python
pyresult = reprs(func(cls))
pyresult = pyresult.replace('"', "'").replace("\\'", "'").split('!!!!')[-1]
print('py:', pyresult)
#
assert pyresult.lower() == reference
assert jsresult.lower() == reference
def test_stdlib_full_and_partial():
code = stdlib.get_full_std_lib()
assert isinstance(code, str)
assert 'var %shasattr =' % stdlib.FUNCTION_PREFIX in code
assert 'var %slist =' % stdlib.FUNCTION_PREFIX in code
assert code.count('var') > 10
code = stdlib.get_partial_std_lib(['hasattr'], [], [])
assert isinstance(code, str)
assert 'var %shasattr =' % stdlib.FUNCTION_PREFIX in code
assert 'var %slist =' % stdlib.FUNCTION_PREFIX not in code
assert code.count('var') == 1
assert '_hasattr = function' in py2js('hasattr(x, "foo")')
assert '_hasattr = function' not in py2js('hasattr(x, "foo")', inline_stdlib=False)
def test_stdlib_full_and_partial():
code = stdlib.get_full_std_lib()
assert isinstance(code, str)
assert 'var %shasattr =' % stdlib.FUNCTION_PREFIX in code
assert 'var %slist =' % stdlib.FUNCTION_PREFIX in code
assert code.count('var') > 10
code = stdlib.get_partial_std_lib(['hasattr'], [], [])
assert isinstance(code, str)
assert 'var %shasattr =' % stdlib.FUNCTION_PREFIX in code
assert 'var %slist =' % stdlib.FUNCTION_PREFIX not in code
assert code.count('var') == 1
assert '_hasattr = function' in py2js('hasattr(x, "foo")')
assert '_hasattr = function' not in py2js('hasattr(x, "foo")', inline_stdlib=False)
