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How to use signal_on method in avocado

Best Python code snippet using avocado_python

rx.py

Source:rx.py

1import socket2import argparse3from pynput.keyboard import Key, Controller45keyboard = Controller()67s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)8s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)9s.setsockopt(socket.SOL_SOCKET, socket.SO_BROADCAST, 1)1011def control(signals):12    for signal in signals["signal_release"]:13        keyboard.release(signal)1415    keyboard.press(signals["signal_on"])1617def main(host, port):18    print(f"host: {host}, port: {port}")1920    s.bind((host, int(port)))2122    while True:23        try:24            BYTE = 819225            message, address = s.recvfrom(BYTE)26            LIST_DATA = str(message).split(",")27            rcvd_length = len(LIST_DATA)28            EXPECTED_LEN = 1729            if rcvd_length == EXPECTED_LEN:30                gravity_data = LIST_DATA[-3:]31                for idx, gravity in enumerate(gravity_data):32                    gravity_data[idx] = float(gravity.strip()[:-1])33                g_x, g_y, g_z = gravity_data3435                print(f"current state: {g_x}, {g_y}, {g_z}")36                # halt 37                if (-3 < g_x < 3) and (-3 < g_y < 3):38                    print("HALT")39                    signals = {"signal_release": [Key.up, Key.down, Key.left, Key.right], 40                    "signal_on": Key.space}41                    control(signals)4243                # forward44                elif (-3 > g_x) and (-3 < g_y < 3):45                    print("FORWARD")46                    signals = {"signal_release": [Key.space, Key.down, Key.left, Key.right], 47                    "signal_on": Key.up}48                    control(signals)4950                # retreat51                elif (3 < g_x) and (-3 < g_y < 3):52                    print("RETREAT")53                    signals = {"signal_release": [Key.up, Key.space, Key.left, Key.right], 54                    "signal_on": Key.down}55                    control(signals)5657                # left58                elif (-3 < g_x < 3) and (-3 > g_y):59                    print("LEFT TURN")60                    signals = {"signal_release": [Key.up, Key.down, Key.space, Key.right], 61                    "signal_on": Key.left}62                    control(signals)6364                # right65                elif (-3 < g_x < 3) and (3 < g_y):66                    print("RIGHT TURN")67                    signals = {"signal_release": [Key.up, Key.down, Key.left, Key.space], 68                    "signal_on": Key.right}69                    control(signals)707172        except (KeyboardInterrupt, SystemExit):73            raise74        except Exception as e:75            print(e)767778if __name__ == '__main__':79    args = argparse.ArgumentParser()80    args.add_argument('--port',  default=5555)81    args.add_argument('--host', default="192.168.43.217")82    parsed_args = args.parse_args()
...

connector.py

Source:connector.py

1from pycomm.ab_comm.slc import Driver as SlcDriver2from datetime import datetime, timedelta3import sqlite34conn = sqlite3.connect('signal.sqlite',5                       detect_types=sqlite3.PARSE_DECLTYPES)6cursor = conn.cursor()7def table_create(cursor, table):8    try:9        cursor.execute("CREATE TABLE {0}(ID INT PRIMARY KEY NOT NULL, "10                       "signal_diff REAL, "11                       "sig_datetime timestamp)".format(table))12    except sqlite3.OperationalError:13        pass14def initialize_signal(signal):15    c = conn.cursor()16    c.execute("select * FROM conveyor_signal WHERE ID={}".format(signal))17    signal_check = c.fetchall()18    print(signal_check)19    if signal_check == []:20        now = datetime.now()21        c = conn.cursor()22        print c.execute("INSERT INTO conveyor_signal (ID, signal_diff, "23                        "sig_datetime) "24                        "VALUES (?, 0, ?)", (signal, now))25def update_signal(cursor, table, values):26    cursor.execute("UPDATE {} SET ID=?, signal_diff=?, sig_datetime=? "27                   "WHERE ID=?".format(table), values)28    conn.commit()29table_create(cursor, 'conveyor_signal')30initialize_signal(0)31initialize_signal(1)32c = SlcDriver()33if c.open('128.1.0.123'):34    signal_on = None35    signal_off = None36    now = None37    signal_on_time = None38    signal_off_time = None39    conveyor_time = timedelta(0, 0, 0)40    cycle_time = timedelta(0, 0, 0)41    while True:42        start_time = datetime.now()43        tag = c.read_tag('B3:0/2')44        if tag and signal_off:45            signal_off = False46            if signal_on_time is None:47                signal_on_time = datetime.now()48            else:49                signal_on_time = datetime.now()50                conveyor_time = signal_on_time - signal_off_time51            update_signal(cursor, 'conveyor_signal',52                          (1, conveyor_time.total_seconds(),53                           signal_on_time, 1))54        elif not tag and signal_on:55            signal_on = False56            if signal_on_time is None:57                signal_off_time = datetime.now()58            else:59                signal_off_time = datetime.now()60                cycle_time = signal_off_time - signal_on_time61            update_signal(cursor, 'conveyor_signal',62                          (0, cycle_time.total_seconds(),63                           signal_off_time, 0))64        elif tag:65            signal_on = True66        elif not tag:...

day07.py

Source:day07.py

...3class HashableDict(dict):4    def __hash__(self):5        return hash(tuple(sorted(self.items())))6@cache7def signal_on(wire, wires):8    if wire.isnumeric():9        return int(wire)10    val = wires[wire]11    if val.isnumeric():12        return int(val)13    if val.isalpha():14        return signal_on(val, wires)15    if "NOT" in val:16        return ~signal_on(val.lstrip("NOT "), wires) & 0xFFFF17    lhs, op, rhs = val.split()18    return {"LSHIFT": lshift, "RSHIFT": rshift, "AND": and_, "OR": or_,}[19        op20    ](signal_on(lhs, wires), signal_on(rhs, wires))21def parse_wires(txt):22    return dict(reversed(line.split(" -> ")) for line in txt.splitlines())23def parta(txt: str):24    wires = HashableDict(parse_wires(txt))25    return signal_on("a", wires)26def partb(txt: str):27    wires = HashableDict(parse_wires(txt))28    wires["b"] = str(signal_on("a", wires))29    return signal_on("a", wires)30def main(txt: str):31    print(f"parta: {parta(txt)}")32    print(f"partb: {partb(txt)}")33if __name__ == "__main__":34    from aocd import data...

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