def run(self, vm: VM):
key = pop_value(vm)
dict = pop(vm)
if key in dict.value:
push(vm, dict.value[key][1])
else:
push(vm, NullNode(None))
def run(self, vm: VM):
quote_false = pop(vm)
quote_true = pop(vm)
is_true = pop_value(vm)
if is_true:
vm.run_ast(quote_true.ast)
else:
vm.run_ast(quote_false.ast)
def run(self, vm: VM):
key = pop_value(vm)
dict = pop(vm)
value = NullNode(None)
if key in dict.value:
value = dict.value.pop(key)[1]
push(vm, dict)
push(vm, value)
def run(self, vm: VM):
parameters = []
python_function = pop(vm)
count_of_parameters = pop_value(vm)
for _ in range(0,count_of_parameters):
parameters.append(vm.stack.pop().value)
parameters = parameters[::-1]
result = python_function(*parameters)
vm.stack.append(create_node(result))
def run(self, vm: VM):
quote = pop(vm)
sequence = pop(vm)
filtered = ArrayNode()
for entry in sequence:
run_node(vm, entry)
vm.run_ast(quote.ast)
result = pop_value(vm)
if result:
filtered.append(entry)
push(vm, filtered)
def run(self, vm: VM):
value = pop_value(vm)
push(vm, BooleanNode(not value, None))
def run(self, vm: VM): python_code = pop_value(vm) result = create_node(eval(python_code)) push(vm, result)
def run(self, vm: VM): module_name = pop_value(vm) result = import_module(module_name) push(vm, result)
def run(self, vm: VM): key = pop_value(vm) python_module = pop(vm) result = getattr(python_module, key) push(vm, result)
def run(self, vm: VM): value1 = pop_value(vm) value2 = pop_value(vm) value = create_node(value2 / value1) push(vm, value)
def run(self, vm: VM): value = create_node(pop_value(vm) * pop_value(vm)) push(vm, value)
def run(self, vm: VM):
quote = pop(vm)
is_true = pop_value(vm)
if is_true:
vm.run_ast(quote.ast)
def run(self, vm: VM):
quote = pop(vm)
count = pop_value(vm)
for _ in range(0, count):
vm.run_ast(quote.ast)
def run(self, vm: VM):
key = pop_value(vm)
dict = pop(vm)
push(vm, BooleanNode(key in dict.value, None))
def run(self, vm: VM):
push(vm, StringNode(str(pop_value(vm)), None))