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How to use str_to_type method in Ddt

Best Python code snippet using ddt_python

generate_tokens.py

Source:generate_tokens.py

1from typing import List, Dict2from src.token.assignment import Assignment, AssignmentOperator3from src.token.binary_operation import BinaryOperation, BinaryOperator4from src.token.compound import Compound5from src.token.declaration import Declaration6from src.token.for_flow import ForFlow7from src.token.function_call import FunctionCall8from src.token.identifier import Identifier9from src.token.if_flow import IfFlow10from src.token.literal import Literal11from src.token.token import Token, LiteralType12# Delay execution13from src.token.unary_operation import UnaryOperation, UnaryOperator14from src.token.while_flow import WhileFlow15def str_to_cast(value, type_str):16    if type_str == "int":17        return int(value) if value else int()18    if type_str == "string" or type_str == "char":19        res = str(value) if value else str()20        return res.strip("\"")21    raise Exception("Could not cast value")22str_to_type: Dict[str, LiteralType] = {23    "int": LiteralType.INT,24    "string": LiteralType.STR,25    # TODO: Add char support if required26    "char": LiteralType.STR,27    "list": LiteralType.LIST28}29def generate_tokens(ast):30    tokens: List[Token] = []31    # find main32    nodes = get_main_nodes(ast)33    # generate token in main34    for node in nodes:35        token = tokenize_node(node)36        tokens.append(token)37    return tokens38def tokenize_node(node):39    node_type = node["_nodetype"]40    if node_type == "Decl":41        return handle_declaration(node)42    if node_type == "DeclList":43        return Compound([tokenize_node(n) for n in node["decls"]])44    if node_type == "FuncCall":45        return handle_function_call(node)46    if node_type == "Assignment":47        return handle_assignment(node)48    if node_type == "ID":49        # RHS value is in variables50        return handle_id(node)51    if node_type == "Constant":52        # RHS value is literal53        return handle_constant(node)54    if node_type == "InitList":55        exprs = node["exprs"]56        list_vals = []57        for expr in exprs:58            list_vals.append(tokenize_node(expr))59        return Literal(list_vals, LiteralType.LIST)60    if node_type == "UnaryOp":61        op = node["op"]62        return UnaryOperation(tokenize_node(node["expr"]), UnaryOperator(op))63    if node_type == "BinaryOp":64        op = node["op"]65        return BinaryOperation(tokenize_node(node["left"]), tokenize_node(node["right"]), BinaryOperator(op))66    if node_type == "Return":67        return tokenize_node(node["expr"])68    if node_type == "While":69        return WhileFlow(tokenize_node(node["cond"]), tokenize_node(node["stmt"]))70    if node_type == "If":71        return IfFlow(tokenize_node(node["cond"]), tokenize_node(node["iftrue"]), tokenize_node(node["iffalse"]))72    if node_type == "Compound":73        return Compound([tokenize_node(n) for n in node["block_items"]])74    if node_type == "For":75        return ForFlow(tokenize_node(node["init"]),76                       tokenize_node(node["cond"]),77                       tokenize_node(node["next"]),78                       tokenize_node(node["stmt"]))79    raise Exception(f"Could not tokenize {node}")80def handle_assignment(node):81    op = node["op"]82    lvalue = node["lvalue"]83    rvalue = node["rvalue"]84    return Assignment(tokenize_node(lvalue), tokenize_node(rvalue), AssignmentOperator(op))85def handle_function_call(node):86    name = node["name"]["name"]87    args = node["args"]["exprs"] if node["args"] is not None else []88    params = []89    for arg in args:90        param = tokenize_node(arg)91        params.append(param)92    return FunctionCall(name, params)93def handle_declaration(node):94    # returns declaration variable95    init = node["init"]96    name = node["name"]97    identifier_type = get_identifier_type(node)98    if init is None:99        # no RHS value100        return Declaration(name, str_to_type[identifier_type], handle_empty_declaration(node))101    return Declaration(name, str_to_type[identifier_type], tokenize_node(init))102def handle_constant(node):103    identifier_type = node["type"]104    return Literal(str_to_cast(node["value"], identifier_type),105                   str_to_type[identifier_type])106def handle_id(node):107    name = node["name"]108    return Identifier(name, 0, LiteralType.VOID)109def handle_empty_declaration(node):110    identifier_type = get_identifier_type(node)111    return Literal(str_to_cast(None, identifier_type), str_to_type[identifier_type])112def get_main_nodes(ast):113    main_node = ast["ext"][0]114    main_node_items = main_node["body"]["block_items"]115    return main_node_items116def get_identifier_type(node):117    if node is None or "_nodetype" not in node:118        raise Exception("Cannot find identifier_type of node")119    # FIXME: Feels Hacky120    if node["_nodetype"] == "ArrayDecl":121        type = get_identifier_type(node["type"])122        if type == "char":123            return "string"124        return "list"125    if node["_nodetype"] == "IdentifierType":126        return node["names"][0]...

ActionKeyboard.py

Source:ActionKeyboard.py

1import pyautogui2class ActionKeyboard:3    """é®çæä½4    """5    @staticmethod6    def hotkey(*keys):7        """8        åéçé®9        Examples:10            ```python11            action: hotkey("ctrl","c")12            ```13            ```python14            action: hotkey("alt","tab")15            ```16        Args:17            *keys: çé®ç»åï¼å¤é®ç»åç¨å¤ä¸ªåæ°è¡¨ç¤º18        Returns:19            None20        """21        pyautogui.hotkey(*keys)22    @staticmethod23    def type(str_to_type, interval=0):24        """25        ææå®åç¬¦ä¸²ä»¥é®çæ²å»çå½¢å¼è¾å¥26        Args:27            str_to_type (str): è¦è¾å¥çåç¬¦ä¸²28            interval (float): æ¯ä¸ªè¾å¥åç¬¦ä¹é´çæ¶é´é´éï¼åä½æ¯ç§29        Returns:30            None31        """32        if interval == 0:33            pyautogui.write(str_to_type)34        else:35            pyautogui.write(str_to_type, interval)36    @staticmethod37    def press(key_or_keys, interval=0):38        """39        ç¹å»ç¹å®çé®40        Args:41            key_or_keys (str,List[str]): è¡¨ç¤ºé®çåç¬¦ä¸²æèåç¬¦ä¸²æ°ç»42            interval (float): ç¬¬ä¸ä¸ªåæ°æ¯æ°ç»ï¼é£ä¹è¿éè¡¨ç¤ºå¤ä¸ªæ²å»ä¹é´çæ¶é´é´éï¼åä½æ¯ç§43        Returns:44        """45        if interval == 0:46            pyautogui.press(key_or_keys)47        else:...

typing bot.py

Source:typing bot.py

1from pynput.mouse import Button2from selenium import webdriver3import selenium4from selenium.webdriver.common.action_chains import ActionChains5from selenium.webdriver.common.keys import Keys6from selenium.webdriver.common.by import By7from selenium.webdriver.support import expected_conditions as EC8from selenium.webdriver.support.ui import WebDriverWait9import pynput, time1011PATH = "C:\Program Files (x86)\chromedriver.exe"12driver = webdriver.Chrome(PATH)13driver.get("https://humanbenchmark.com/tests/typing")1415str_to_type = ""16# actions = ActionChains(driver)17keyboard = pynput.keyboard.Controller()1819time.sleep(5)2021text_to_type = driver.find_elements(By.CLASS_NAME, "incomplete")22total_length = len(text_to_type)23for i in range(total_length):24    if text_to_type[i].text:25        str_to_type += text_to_type[i].text26    else:27        str_to_type += " "28    print(i + 1, "/", total_length)2930# actions.send_keys(str_to_type)31# actions.perform()32keyboard.type(str_to_type)3334# while True:35#     try:36#         target = driver.find_element(By.CLASS_NAME, "incomplete")37#         if target.text:38#             actions.send_keys(target.text)39#         else:40#             actions.send_keys(Keys.SPACE)41#         actions.perform()42#     except:43#         break4445time.sleep(30)46
...

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