def call(interpreter, args):
if self.notEmpty():
if args[0].value in self.value:
return _boolean.Bool().call(self, [True])
else:
return _boolean.Bool().call(self, [False])
else:
raise _RuntimeError('String', "IndexError: cannot index from an empty string")
def call(interpreter, args):
if self.notEmpty():
endlen = len(args[0].value)
index = -(endlen)
if args[0] == self.value[index:]:
return _boolean.Bool().call(self, [True])
else:
return _boolean.Bool().call(self, [False])
else:
raise _RuntimeError('String', "IndexError: cannot index from an empty string")
def call(interpreter, args):
if self.notEmpty():
for i in range(len(self.elements)):
if args[0].value == self.elements[i].value:
return _boolean.Bool().call(self, [True])
return _boolean.Bool().call(self, [False])
else:
raise _RuntimeError('List', "IndexError: cannot index from an empty list")
def visitLiteralExpr(self, expr: _Literal):
if type(expr.value) == int:
return _rocketNumber.Int().call(self, [expr.value])
if type(expr.value) == float:
return _rocketNumber.Float().call(self, [expr.value])
if type(expr.value) == str:
return _rocketString.String().call(self, [expr.value])
if type(expr.value) == bool:
return _rocketBoolean.Bool().call(self, [expr.value])
return expr.value
def __init__(self, KSL: list):
self.globals = _Environment() # For the native functions
self.environment = _Environment() # Functions / classes
self.locals = {}
self.errors = []
self.KSL = KSL
self.stackCount = 0 # tracks stmt repetitions, 'stackoverflow' errs
self.fnCallee = None # Tracks current fn callee
# Statically define 'native' functions
# random n between '0-1' {insecure}
self.globals.define(_random.Random().callee, _random.Random)
# print (escaped) output. i.e print("hello\tmr.Jim") -> "Hello mr.Jim"
self.globals.define(_output.Print().callee, _output.Print)
# grab user input
self.globals.define(_input.Input().callee, _input.Input)
# 'locals' return all globally defined 'vars' and 'consts'
self.globals.define(_locals.Locals().callee, _locals.Locals)
# 'clock'
self.globals.define(_clock.Clock().callee, _clock.Clock)
# 'copyright'
self.globals.define(_copyright.Copyright().callee,
_copyright.Copyright)
# 'natives' -> names of nativr functions
self.globals.define(_natives.Natives().callee, _natives.Natives)
# 'type' -> check datatype
self.globals.define(_kind.Type().callee, _kind.Type)
# Datatypes
self.globals.define(_rocketList.List().callee, _rocketList.List)
self.globals.define(_rocketArray.Array().callee, _rocketArray.Array)
self.globals.define(_rocketString.String().callee,
_rocketString.String)
self.globals.define(_rocketNumber.Int().callee, _rocketNumber.Int)
self.globals.define(_rocketNumber.Float().callee, _rocketNumber.Float)
self.globals.define(_rocketBoolean.Bool().callee, _rocketBoolean.Bool)
def call(interpreter, args):
if self.notEmpty():
return _boolean.Bool().call(self, [self.value.isdecimal()])
else:
raise _RuntimeError('String', "IndexError: cannot index from an empty string")
