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How to use start_cmd method in Airtest
Best Python code snippet using Airtest
test_run.py
Source:test_run.py 
1import asyncio2from datetime import datetime3from time import time4import pytest5from further_link.util.message import create_message, parse_message6from .helpers import receive_data, wait_for_data7@pytest.mark.asyncio8async def test_bad_message(run_ws_client):9 start_cmd = create_message("start", {"runner": "python3", "code": ""})10 await run_ws_client.send_str(start_cmd)11 await wait_for_data(run_ws_client, "error", "message", "Bad message")12@pytest.mark.asyncio13async def test_run_code_script(run_ws_client):14 code = """\15from datetime import datetime16print(datetime.now().strftime("%A"))17"""18 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")19 await run_ws_client.send_str(start_cmd)20 await receive_data(run_ws_client, "started", process="1")21 day = datetime.now().strftime("%A")22 await wait_for_data(run_ws_client, "stdout", "output", day + "\n", 0, "1")23 await wait_for_data(run_ws_client, "stopped", "exitCode", 0, 0, "1")24@pytest.mark.asyncio25async def test_run_shell(run_ws_client):26 code = """\27date +%s # unix time in seconds28"""29 start_cmd = create_message("start", {"runner": "shell"}, "1")30 await run_ws_client.send_str(start_cmd)31 await receive_data(run_ws_client, "started", process="1")32 commands = create_message("stdin", {"input": code}, "1")33 await run_ws_client.send_str(commands)34 seconds = str(int(time()))35 await wait_for_data(run_ws_client, "stdout", "output", seconds + "\n", 0, "1")36 stop_cmd = create_message("stop", None, "1")37 await run_ws_client.send_str(stop_cmd)38 await wait_for_data(run_ws_client, "stopped", "exitCode", -15, 0, "1")39@pytest.mark.asyncio40async def test_run_executable(run_ws_client):41 code = """\42#!/bin/bash43date +%s # unix time in seconds44"""45 start_cmd = create_message("start", {"runner": "exec", "code": code}, "1")46 await run_ws_client.send_str(start_cmd)47 await receive_data(run_ws_client, "started", process="1")48 seconds = str(int(time()))49 await wait_for_data(run_ws_client, "stdout", "output", seconds + "\n", 0, "1")50 await wait_for_data(run_ws_client, "stopped", "exitCode", 0, 0, "1")51@pytest.mark.asyncio52async def test_run_two_scripts(run_ws_client):53 code1 = """\54from time import sleep55sleep(1)56print(1)57"""58 code2 = """\59print(2)60"""61 start_cmd = create_message("start", {"runner": "python3", "code": code1}, "1")62 await run_ws_client.send_str(start_cmd)63 await receive_data(run_ws_client, "started", process="1")64 start_cmd = create_message("start", {"runner": "python3", "code": code2}, "2")65 await run_ws_client.send_str(start_cmd)66 await receive_data(run_ws_client, "started", process="2")67 await wait_for_data(run_ws_client, "stdout", "output", "2\n", 0, "2")68 await wait_for_data(run_ws_client, "stopped", "exitCode", 0, 0, "2")69 await wait_for_data(run_ws_client, "stdout", "output", "1\n", 0, "1")70 await wait_for_data(run_ws_client, "stopped", "exitCode", 0, 0, "1")71@pytest.mark.asyncio72async def test_stop_early(run_ws_client):73 code = "while True: pass"74 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")75 await run_ws_client.send_str(start_cmd)76 await receive_data(run_ws_client, "started", process="1")77 stop_cmd = create_message("stop", None, "1")78 await run_ws_client.send_str(stop_cmd)79 await wait_for_data(run_ws_client, "stopped", "exitCode", -15, 0, "1")80@pytest.mark.asyncio81async def test_bad_code(run_ws_client):82 code = "i'm not valid python"83 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")84 await run_ws_client.send_str(start_cmd)85 await receive_data(run_ws_client, "started", process="1")86 await asyncio.sleep(0.1) # wait for data87 message = await run_ws_client.receive()88 m_type, m_data, m_process = parse_message(message.data)89 assert m_type == "stderr"90 lines = m_data["output"].split("\n")91 assert lines[0].startswith(" File")92 assert lines[1] == " i'm not valid python"93 assert lines[2][-1] == "^"94 assert lines[3] == "SyntaxError: EOL while scanning string literal"95 await wait_for_data(run_ws_client, "stopped", "exitCode", 1, 0, "1")96@pytest.mark.asyncio97async def test_input(run_ws_client):98 code = """s = input()99while "BYE" != s:100 print(["HUH?! SPEAK UP, SONNY!","NO, NOT SINCE 1930"][s.isupper()])101 s = input()"""102 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")103 await run_ws_client.send_str(start_cmd)104 await receive_data(run_ws_client, "started", process="1")105 user_input = create_message("stdin", {"input": "hello\n"}, "1")106 await run_ws_client.send_str(user_input)107 await wait_for_data(108 run_ws_client, "stdout", "output", "HUH?! SPEAK UP, SONNY!\n", 0, "1"109 )110 user_input = create_message("stdin", {"input": "HEY GRANDMA\n"}, "1")111 await run_ws_client.send_str(user_input)112 await wait_for_data(113 run_ws_client, "stdout", "output", "NO, NOT SINCE 1930\n", 0, "1"114 )115 user_input = create_message("stdin", {"input": "BYE\n"}, "1")116 await run_ws_client.send_str(user_input)117 await wait_for_data(run_ws_client, "stopped", "exitCode", 0, 0, "1")118@pytest.mark.asyncio119async def test_two_clients(run_ws_client, run_ws_client2):120 code = "while True: pass"121 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")122 await run_ws_client.send_str(start_cmd)123 await receive_data(run_ws_client, "started", process="1")124 await run_ws_client2.send_str(start_cmd)125 await receive_data(run_ws_client2, "started", process="1")126 stop_cmd = create_message("stop", None, "1")127 await run_ws_client.send_str(stop_cmd)128 await wait_for_data(run_ws_client, "stopped", "exitCode", -15, 100, "1")129 stop_cmd = create_message("stop", None, "1")130 await run_ws_client2.send_str(stop_cmd)131 await wait_for_data(run_ws_client2, "stopped", "exitCode", -15, 100, "1")132@pytest.mark.asyncio133async def test_out_of_order_commands(run_ws_client):134 # send input135 user_input = create_message("stdin", {"input": "hello\n"}, "1")136 await run_ws_client.send_str(user_input)137 # bad message138 await receive_data(run_ws_client, "error", "message", "Bad message")139 # send stop140 stop_cmd = create_message("stop", None, "1")141 await run_ws_client.send_str(stop_cmd)142 # bad message143 await receive_data(run_ws_client, "error", "message", "Bad message")144 # send start145 code = "while True: pass"146 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")147 await run_ws_client.send_str(start_cmd)148 # started149 await receive_data(run_ws_client, "started", process="1")150 # send start151 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")152 await run_ws_client.send_str(start_cmd)153 # bad message154 await receive_data(run_ws_client, "error", "message", "Bad message")155 # send stop156 stop_cmd = create_message("stop", None, "1")157 await run_ws_client.send_str(stop_cmd)158 # stopped159 await wait_for_data(run_ws_client, "stopped", "exitCode", -15, 0, "1")160 # send stop161 stop_cmd = create_message("stop", None, "1")162 await run_ws_client.send_str(stop_cmd)163 # bad message164 await receive_data(run_ws_client, "error", "message", "Bad message")165@pytest.mark.asyncio166async def test_discard_old_input(run_ws_client):167 code = 'print("hello world")'168 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")169 await run_ws_client.send_str(start_cmd)170 await receive_data(run_ws_client, "started", process="1")171 unterminated_input = create_message("stdin", {"input": "unterminated input"}, "1")172 await run_ws_client.send_str(unterminated_input)173 await wait_for_data(run_ws_client, "stdout", "output", "hello world\n", 100, "1")174 await wait_for_data(run_ws_client, "stopped", "exitCode", 0, 0, "1")175 code = "print(input())"176 start_cmd = create_message("start", {"runner": "python3", "code": code}, "1")177 await run_ws_client.send_str(start_cmd)178 await receive_data(run_ws_client, "started", process="1")179 user_input = create_message("stdin", {"input": "hello\n"}, "1")180 await run_ws_client.send_str(user_input)181 await wait_for_data(run_ws_client, "stdout", "output", "hello\n", 0, "1")...
ConmmunicationInterface.py
Source:ConmmunicationInterface.py
1from serial import Serial2import _thread3import serial4import time5class CommunicationInterface:6 def __init__(self,com):7 self.ser = None8 self.com_name = ''9 self.id_mapping = {10 # æ ¼å¼ä¸º[Screen id, component id]11 "minute":[0x00,0x01],12 'second':[0x00,0x02],13 'Tw':[0x00,0x07],14 'Tc':[0x00,0x15],15 "voltage_max":[0x00,0x26],16 'width1_us_0':[0x01,0x4],17 'width1_us_1':[0x01,0x7],18 'width1_us_2':[0x01,0x3B],19 'width2_us_0':[0x01,0x05],20 'width2_us_1':[0x01,0x08],21 'width2_us_2':[0x01,0x0B],22 'phase_us_0':[0x01,0x06],23 'phase_us_1':[0x01,0x09],24 'phase_us_2':[0x01,0x0C],25 'D1':[0x01,0x16],26 'D2':[0x01,0x17],27 'phase2':[0x01,0x18],28 'M':[0x01,0x1E],29 'index':[0x01,0x0D],30 'pulse_source_index':[0x00,0x12],31 'frequency_0':[0x01,0x1A],32 'frequency_1':[0x01,0x1B],33 'frequency_2':[0x01,0x1C],34 'internal':[0x00,0x7A],35 'external':[0x00,0x7B],36 'preset0':[0x01,0x7C],37 'preset1':[0x01,0x7D],38 'preset2':[0x01,0x7E]39 }40 def set_com(self,com_name):41 self.com_name = com_name42 print(f"[INFO] Change to {com_name}")43 def start_com(self):44 try:45 self.ser.close()46 except:47 pass48 if(self.ser is None):49 self.ser=Serial(self.com_name,115200,timeout=0.5)50 else:51 self.ser.open()52 # self.ser.open()53 print("[INFO] serial connected")54 def com_valid(self):55 return self.ser is not None56 def stop_com(self):57 start_cmd = bytes()58 start_cmd += bytes([0xEE,0xB1,0x11])59 start_cmd += bytes([0x00,0x00])60 start_cmd += bytes([0x00,0x69])61 start_cmd += bytes([0x00,0xFF,0xFC,0xFF,0xFF])62 start_cmd += '\n'.encode()63 self.ser.write(start_cmd)64 time.sleep(1)65 self.ser.close()66 print("[INFO] serial disconnected")67 68 def format_data(self,name,value):69 # 转æ¢æ°æ®çæ ¼å¼ï¼çææ°æ®å¸§70 format_result = bytes()71 format_result += bytes([0xEE,0xB1,0x11])72 try:73 format_result += bytes([0x00,self.id_mapping[name][0]])74 format_result += bytes([0x00,self.id_mapping[name][1],0x11])75 format_result += str(value).encode()76 except KeyError:77 print('[ERROR] Variable does not exist, please check it!')78 format_result += bytes([0x00,0xFF,0xFC,0xFF,0xFF])79 format_result += '\n'.encode()80 return format_result81 def start_pwm(self):82 start_cmd = bytes()83 start_cmd += bytes([0xEE,0xB1,0x11])84 start_cmd += bytes([0x00,0x00])85 start_cmd += bytes([0x00,0x08])86 start_cmd += bytes([0x00,0xFF,0xFC,0xFF,0xFF])87 start_cmd += '\n'.encode()88 try:89 self.ser.write(start_cmd)90 print("[INFO] PWM has started")91 except serial.serialutil.PortNotOpenError:92 print("[ERROR] Port has been closed")93 raise AttributeError94 def stop_pwm(self):95 start_cmd = bytes()96 start_cmd += bytes([0xEE,0xB1,0x11])97 start_cmd += bytes([0x00,0x00])98 start_cmd += bytes([0x00,0x09])99 start_cmd += bytes([0x00,0xFF,0xFC,0xFF,0xFF])100 start_cmd += '\n'.encode()101 try:102 self.ser.write(start_cmd)103 print("[INFO] PWM has stopped")104 except serial.serialutil.PortNotOpenError:105 print("[ERROR] Port has been closed")106 raise AttributeError107 def send_data(self,name,value):108 # å°æ°æ®æ ¼å¼è½¬å109 try:110 formatted_data = self.format_data(name, value)111 # # 转æ¢ä¸ºå¯ä»¥äººè½ççåå
è¿å¶çæ°æ®112 # str_hex = ":".join("{:02x}".format(ord(c)) for c in formatted_data)113 # æå°114 # print(f"Send data {str_hex}")115 # è¾åºå°ä¸²å£116 self.ser.write(formatted_data)117 print("[INFO] %s has been changed to %s"%(name.capitalize(),value))118 except serial.serialutil.PortNotOpenError:119 print("[ERROR] Port has been closed")120 # raise AttributeError121 def send_number(self,name,value):122 format_result = bytes()123 format_result += bytes([0xEE,0xB1,0x11])124 try:125 format_result += bytes([0x00,self.id_mapping[name][0]])126 format_result += bytes([0x00,self.id_mapping[name][1],0x11])127 format_result += bytes([value])128 except KeyError:129 print('[ERROR] Variable does not exist, please check it!')130 format_result += bytes([0x00,0xFF,0xFC,0xFF,0xFF])131 format_result += '\n'.encode()132 print(format_result)133 self.ser.write(format_result)134 # change trigger mode index135 def change_pulse_index(self,trigger_mode):136 """ä¿®æ¹PWMç触å模å¼137 Args:138 trigger_mode (str): internalæè
external139 """140 if(trigger_mode == 'internal'):141 self.send_number("pulse_source_index",0x00)142 print("[INFO] Index change to internal")143 else:144 self.send_number("pulse_source_index",0x01)145 print("[INFO] Index change to external")146 # change preset index147 def change_index(self,index):148 self.send_number("index",0x00+index)149 print(f"[INFO] Pulse Index: {index}")150 @DeprecationWarning151 def change_port(self,value):152 com_name = value.split(' ')[0]153 print(com_name)154 self.set_com(com_name)155 # _thread.start_new_thread(self.get_data_from_serial, (com,))...
test_pihole_scripts.py
Source:test_pihole_scripts.py
1import pytest2@pytest.fixture3def start_cmd():4 ''' broken by default, required override '''5 return None6@pytest.fixture7def RunningPiHole(DockerPersist, Slow, persist_webserver, persist_tag, start_cmd):8 ''' Override the RunningPiHole to run and check for success of a9 dnsmasq start based `pihole` script command '''10 #print DockerPersist.run('ps -ef').stdout11 Slow(lambda: DockerPersist.run('pgrep dnsmasq').rc == 0)12 Slow(lambda: DockerPersist.run('pgrep {}'.format(persist_webserver)).rc == 0)13 oldpid = DockerPersist.run('pidof dnsmasq')14 for service in [ 'dnsmasq', 'nginx', ]:15 print DockerPersist.run('service {} status'.format(service))16 cmd = DockerPersist.run('pihole {}'.format(start_cmd))17 Slow(lambda: DockerPersist.run('pgrep dnsmasq').rc == 0)18 newpid = DockerPersist.run('pidof dnsmasq')19 for pid in [oldpid, newpid]:20 assert pid != ''21 # ensure a new pid for dnsmasq appeared due to service restart22 assert oldpid != newpid23 assert cmd.rc == 024 # Save out cmd result to check different stdout of start/enable/disable25 DockerPersist.cmd = cmd26 return DockerPersist27@pytest.mark.parametrize('start_cmd', ['start_cmd'])28def test_pihole_start_cmd(RunningPiHole, start_cmd, persist_tag):29 ''' the start_cmd tests are all built into the RunningPiHole fixture in this file '''30 assert RunningPiHole.cmd.stdout == START_DNS_STDOUT[persist_tag]31@pytest.mark.parametrize('start_cmd,hostname,expected_ip', [32 ('enable', 'pi.hole', '127.0.0.1'),33 ('disable', 'pi.hole', '127.0.0.1'),34])35def test_pihole_start_cmd(RunningPiHole, Dig, persist_tag, start_cmd, hostname, expected_ip):36 ''' the start_cmd tests are all built into the RunningPiHole fixture in this file '''37 dig_cmd = "dig +time=1 +noall +answer {} @test_pihole | awk '{{ print $5 }}'".format(hostname)38 lookup = RunningPiHole.dig.run(dig_cmd).stdout.rstrip('\n')39 assert lookup == expected_ip40 stdout = "::: Blocking has been {}d!\n".format(start_cmd)...
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