def test_documentation_formatting(self):
for typ, inp, default, doc in VARIABLES.values():
self._verify_doc(doc)
for attr, args, doc in FUNCTIONS.values():
self._verify_doc(doc)
for 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 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()
all_symbols = set()
all_symbols |= set(FUNCTIONS.keys())
all_symbols |= set(SPECIAL_VARIABLES.keys())
for symbol in sandbox:
self.assertIn(symbol, all_symbols)
all_symbols.remove(symbol)
self.assertEqual(len(all_symbols), 0)
def test_symbol_presence(self):
# Ensure no discrepancies between the master symbol table and what's in
# the sandbox.
sandbox = self.sandbox()
all_symbols = set()
all_symbols |= set(FUNCTIONS.keys())
all_symbols |= set(SPECIAL_VARIABLES.keys())
for symbol in sandbox:
self.assertIn(symbol, all_symbols)
all_symbols.remove(symbol)
self.assertEqual(len(all_symbols), 0)
def reference(self, symbol, name_only=False):
if name_only:
for s in sorted(VARIABLES.keys()):
print(s)
for s in sorted(FUNCTIONS.keys()):
print(s)
for s in sorted(SPECIAL_VARIABLES.keys()):
print(s)
return 0
if len(symbol):
for s in symbol:
if s in VARIABLES:
self.variable_reference(s)
continue
elif s in FUNCTIONS:
self.function_reference(s)
continue
elif s in SPECIAL_VARIABLES:
self.special_reference(s)
continue
print('Could not find symbol: %s' % s)
return 1
return 0
print('=========')
print('VARIABLES')
print('=========')
print('')
print('This section lists all the variables that may be set ')
print('in moz.build files.')
print('')
for v in sorted(VARIABLES.keys()):
self.variable_reference(v)
print('=========')
print('FUNCTIONS')
print('=========')
print('')
print('This section lists all the functions that may be called ')
print('in moz.build files.')
print('')
for f in sorted(FUNCTIONS.keys()):
self.function_reference(f)
print('=================')
print('SPECIAL VARIABLES')
print('=================')
print('')
for v in sorted(SPECIAL_VARIABLES.keys()):
self.special_reference(v)
return 0
def reference(self, symbol, name_only=False):
if name_only:
for s in sorted(VARIABLES.keys()):
print(s)
for s in sorted(FUNCTIONS.keys()):
print(s)
for s in sorted(SPECIAL_VARIABLES.keys()):
print(s)
return 0
if len(symbol):
for s in symbol:
if s in VARIABLES:
self.variable_reference(s)
continue
elif s in FUNCTIONS:
self.function_reference(s)
continue
elif s in SPECIAL_VARIABLES:
self.special_reference(s)
continue
print('Could not find symbol: %s' % s)
return 1
return 0
print('=========')
print('VARIABLES')
print('=========')
print('')
print('This section lists all the variables that may be set ')
print('in moz.build files.')
print('')
for v in sorted(VARIABLES.keys()):
self.variable_reference(v)
print('=========')
print('FUNCTIONS')
print('=========')
print('')
print('This section lists all the functions that may be called ')
print('in moz.build files.')
print('')
for f in sorted(FUNCTIONS.keys()):
self.function_reference(f)
print('=================')
print('SPECIAL VARIABLES')
print('=================')
print('')
for v in sorted(SPECIAL_VARIABLES.keys()):
self.special_reference(v)
return 0