def test_function_args(self):
class Foo(int):
pass
def foo(a, b):
return type(a), type(b)
FUNCTIONS.update({"foo": (lambda self: foo, (Foo, int), "")})
try:
sandbox = self.sandbox()
source = 'foo("a", "b")'
with self.assertRaises(SandboxExecutionError) as se:
sandbox.exec_source(source, "foo.mozbuild")
e = se.exception
self.assertIsInstance(e.exc_value, ValueError)
sandbox = self.sandbox()
source = 'foo(1, "b")'
with self.assertRaises(SandboxExecutionError) as se:
sandbox.exec_source(source, "foo.mozbuild")
e = se.exception
self.assertIsInstance(e.exc_value, ValueError)
sandbox = self.sandbox()
source = "a = foo(1, 2)"
sandbox.exec_source(source, "foo.mozbuild")
self.assertEquals(sandbox["a"], (Foo, int))
finally:
del FUNCTIONS["foo"]
def test_documentation_formatting(self):
for typ, inp, doc, tier in VARIABLES.values():
self._verify_doc(doc)
for attr, args, doc in FUNCTIONS.values():
self._verify_doc(doc)
for func, typ, doc in SPECIAL_VARIABLES.values():
self._verify_doc(doc)
def test_documentation_formatting(self):
for typ, inp, doc, tier in VARIABLES.values():
self._verify_doc(doc)
for attr, args, doc in FUNCTIONS.values():
self._verify_doc(doc)
for func, typ, doc in SPECIAL_VARIABLES.values():
self._verify_doc(doc)
def test_symbol_presence(self):
# Ensure no discrepancies between the master symbol table and what's in
# the sandbox.
sandbox = self.sandbox()
sandbox._context.add_source(sandbox.normalize_path("moz.build"))
all_symbols = set()
all_symbols |= set(FUNCTIONS.keys())
all_symbols |= set(SPECIAL_VARIABLES.keys())
for symbol in all_symbols:
self.assertIsNotNone(sandbox[symbol])
def test_symbol_presence(self):
# Ensure no discrepancies between the master symbol table and what's in
# the sandbox.
sandbox = self.sandbox()
sandbox._context.add_source(sandbox.normalize_path('moz.build'))
all_symbols = set()
all_symbols |= set(FUNCTIONS.keys())
all_symbols |= set(SPECIAL_VARIABLES.keys())
for symbol in all_symbols:
self.assertIsNotNone(sandbox[symbol])
def test_function_args(self):
class Foo(int):
pass
def foo(a, b):
return type(a), type(b)
FUNCTIONS.update(
{
"foo": (lambda self: foo, (Foo, int), ""),
}
)
try:
sandbox = self.sandbox()
source = 'foo("a", "b")'
with self.assertRaises(SandboxExecutionError) as se:
sandbox.exec_source(source, "foo.mozbuild")
e = se.exception
self.assertIsInstance(e.exc_value, ValueError)
sandbox = self.sandbox()
source = 'foo(1, "b")'
with self.assertRaises(SandboxExecutionError) as se:
sandbox.exec_source(source, "foo.mozbuild")
e = se.exception
self.assertIsInstance(e.exc_value, ValueError)
sandbox = self.sandbox()
source = "a = foo(1, 2)"
sandbox.exec_source(source, "foo.mozbuild")
self.assertEquals(sandbox["a"], (Foo, int))
finally:
del FUNCTIONS["foo"]
def test_documentation_formatting(self):
for typ, inp, doc in VARIABLES.values():
self._verify_doc(doc)
for attr, args, doc in FUNCTIONS.values():
self._verify_doc(doc)
for func, typ, doc in SPECIAL_VARIABLES.values():
self._verify_doc(doc)
for name, cls in SUBCONTEXTS.items():
self._verify_doc(cls.__doc__)
for name, v in cls.VARIABLES.items():
self._verify_doc(v[2])
def test_documentation_formatting(self):
for typ, inp, doc, tier in VARIABLES.values():
self._verify_doc(doc)
for attr, args, doc in FUNCTIONS.values():
self._verify_doc(doc)
for func, typ, doc in SPECIAL_VARIABLES.values():
self._verify_doc(doc)
for name, cls in SUBCONTEXTS.items():
self._verify_doc(cls.__doc__)
for name, v in cls.VARIABLES.items():
self._verify_doc(v[2])
