使用Python来操作CANoe（一个用于汽车总线系统设计、分析、仿真和测试的强大工具），你可以借助win32com库来实现。这涉及到使用COM接口来控制CANoe。以下是一个示例，演示了如何使用Python通过win32com库来操作CANoe。
一、前提条件
安装Python和win32com库：
确保你已经安装了Python环境。
安装pywin32库，可以通过pip install pywin32来安装。
确保CANoe已安装并配置了COM接口。
示例代码
下面的代码展示了如何启动CANoe，打开一个CANoe工程，并开始仿真。
import win32com.client
def main():
# 创建CANoe应用程序对象
canoe = win32com.client.Dispatch('CANoe.Application')
# 打开一个CANoe工程
project_path = r"C:\Path\To\Your\CANoe\Project\YourProject.cfg"
canoe.Open(project_path)
# 检查工程是否成功打开
if canoe.Configuration is None:
print("Failed to open CANoe project.")
return
# 启动仿真
canoe.Measurement.Start()
# 等待仿真运行
while not canoe.Measurement.Running:
pass
print("Simulation started.")
# 进行一些操作，示例中等待10秒
import time
time.sleep(10)
# 停止仿真
canoe.Measurement.Stop()
# 关闭CANoe应用程序
canoe.Quit()
print("Simulation stopped and CANoe application closed.")
if __name__ == "__main__":
main()
二、详细步骤解释
导入库：
import win32com.client: 导入win32com.client库，用于与COM对象进行交互。
创建CANoe应用程序对象：
canoe = win32com.client.Dispatch(‘CANoe.Application’): 创建CANoe应用程序对象，这相当于启动CANoe。
打开CANoe工程：
canoe.Open(project_path): 打开指定路径的CANoe工程文件。请确保替换project_path为你实际的工程文件路径。
检查工程是否成功打开：
if canoe.Configuration is None: 检查工程是否成功打开，如果未成功打开，输出错误信息并返回。
启动仿真：
canoe.Measurement.Start(): 启动CANoe仿真。
while not canoe.Measurement.Running: 等待仿真开始运行。
执行操作：
在仿真运行期间，可以执行一些操作，例如发送消息、记录数据等。示例代码中只是等待10秒。
停止仿真：
canoe.Measurement.Stop(): 停止CANoe仿真。
关闭CANoe应用程序：
canoe.Quit(): 关闭CANoe应用程序。
三、注意事项
确保CANoe的COM接口已正确配置并可以被外部程序访问。
路径和文件名应根据你的实际项目进行调整。
可以添加更多的功能，例如发送和接收CAN消息、记录日志等，具体取决于你的需求。
通过上述步骤，你可以使用Python脚本来自动化和控制CANoe的操作，极大地提高了测试和仿真的效率。
四、CANoe API Code
# -*- coding:utf8 -*-
import time
import os
import subprocess
import chardet
from win32com.client import *
from win32com.client.connect import *
def DoEvents():
pythoncom.PumpWaitingMessages()
time.sleep(.5)
def DoEventsUntil(cond):
t= time.perf_counter()
while not cond():
DoEvents()
if time.perf_counter() -t > 180:
print(time.perf_counter() -t)
break
def KILL_CANOE():
# command = 'taskkill /F /IM CANoe64.exe'
# os.system(command)
# time.sleep(3)
killcanoeprocess_cmd = "taskkill /F /IM CANoe64.exe"
stdout, stderr = subprocess.Popen(killcanoeprocess_cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE).communicate()
stdout_e = chardet.detect(stdout)["encoding"]
stderr_e = chardet.detect(stderr)["encoding"]
if stdout_e is None:
stdout_s = ""
else:
stdout_s = stdout.decode(stdout_e).strip()
if stderr_e is None:
stderr_s = ""
else:
stderr_s = stderr.decode(stderr_e).strip()
# stderr_s = str(stderr, encoding="UTF-8").strip()
# stdout_s = str(stdout, encoding="UTF-8").strip()
if stderr_s == "" and ("SUCCESS" in stdout_s or "成功" in stdout_s):
return True
else:
return False
class CanoeSync(object):
"""Wrapper class for CANoe Application object"""
AppOpened = False
AppStopped = False
Started = False
Stopped = False
Report_Generate = False
ConfigPath = ""
def __init__(self):
app = DispatchEx('CANoe.Application')
# app.Configuration.Modified = False
ver = app.Version
print('Loaded CANoe version ',
ver.major, '.',
ver.minor, '.',
ver.Build, '...', sep='')
self.App = app
self.Measurement = app.Measurement
self.Running = lambda: self.Measurement.Running
self.WaitForStart = lambda: DoEventsUntil(lambda: CanoeSync.Started)
self.WaitForStop = lambda: DoEventsUntil(lambda: CanoeSync.Stopped)
self.WaitForAppStart = lambda: DoEventsUntil(lambda: CanoeSync.AppOpened)
self.WaitForAppStop = lambda: DoEventsUntil(lambda: CanoeSync.AppStopped)
# self.WaitForGenReport = lambda: DoEventsUntil(lambda: CanoeSync.Report_Generate)
WithEvents(self.App.Measurement, CanoeMeasurementEvents)
WithEvents(self.App, CanoeAppEvents)
def Load(self, cfgPath):
# current dir must point to the script file
cfg = os.path.join(os.curdir, cfgPath)
cfg = os.path.abspath(cfg)
print('Opening: ', cfg)
self.ConfigPath = os.path.dirname(cfg)
self.Configuration = self.App.Configuration
self.App.Open(cfg)
self.WaitForAppStart()
def LoadTestSetup(self, testsetup):
self.TestSetup = self.App.Configuration.TestSetup
path = os.path.join(self.ConfigPath, testsetup)
testenv = self.TestSetup.TestEnvironments.Add(path)
testenv = CastTo(testenv, "ITestEnvironment2")
# TestModules property to access the test modules
self.TestModules = []
self.TraverseTestItem(testenv, lambda tm: self.TestModules.append(CanoeTestModule(tm)))
def LoadTestConfiguration(self, testcfgname, testunits):
""" Adds a test configuration and initialize it with a list of existing test units """
tc = self.App.Configuration.TestConfigurations.Add()
tc.Name = testcfgname
tus = CastTo(tc.TestUnits, "ITestUnits2")
for tu in testunits:
tus.Add(tu)
# TestConfigs property to access the test configuration
self.TestConfigs = [CanoeTestConfiguration(tc)]
def Start_bak(self):
if not self.Running():
self.Measurement.Start()
self.WaitForStart()
# def CANOE_WriteWindows(self,path):
# app = DispatchEx('CANoe.Application')
# # app.UI.Write.Output("Hello world!")
# # path = "D:\System.TXT"
# app.UI.Write.EnableOutputFile(path),0
# # print(1421,app.UI.Write.Copy())
def Start(self):
if not self.Running():
self.Measurement.Start()
self.WaitForStart()
# print(110)
if not self.Running():
# command = 'taskkill /F /IM CANoe64.exe'
# os.system(command)
print(open('CANOE 启动失败，请检查工程和环境配置是否报错'))
# sys.exit(1)
def Stop(self):
if self.Running():
# self.WaitForGenReport()
# self.Measurement.Stop() #Canoe old stop interface
self.Measurement.StopEx()
self.WaitForStop()
# self.App.Configuration.Modified = False
# self.App.Quit()
def savecanoecfg(self):
self.App.Configuration.Save()
def savetestenvironment(self,testenvindex=1):
testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item(testenvindex)
testenvironment = CastTo(testenvironment, "ITestEnvironment")
testenvironment.Save()
def app_quit(self):
# self.App.Configuration.Modified = False
self.App.Quit()
self.WaitForAppStop()
def checkTestModulesorTestConfigs(self):
testmodule_tag = False
testconfig_tag = False
testenvs = self.App.Configuration.TestSetup.TestEnvironments
testenvs_count = testenvs.Count
for c in range(1,testenvs_count+1):
testenvironment = testenvs.Item(c)
if testenvironment.Enabled is True:
print("testenvironment:%s enabled" % testenvironment.Name)
testenvironment = CastTo(testenvironment, "ITestEnvironment2")
testmodules = testenvironment.TestModules
testmodules_count = testmodules.Count
for m in range(1,testmodules_count+1):
testmodule = testmodules.Item(m)
if testmodule.Enabled is True:
print("testmodule:%s enabled" % testmodule.Name)
testmodules_Modules = testmodule.Modules
testmodules_Modules_Count = testmodules_Modules.Count
# print("testmodules_Modules_Count:",testmodules_Modules_Count)
for m in range(1, testmodules_Modules_Count + 1):
testmodules_Modules_item = testmodules_Modules.Item(m)
if testmodules_Modules_item.Enabled is True:
print("testmodules_Modules_item:%s enabled" % testmodules_Modules_item.Name)
testmodule_tag = True
break
if testmodule_tag is True:
break
testmodules_Sequence = testmodule.Sequence
# if testmodules_Sequence:
testmodules_Sequence_Count = testmodules_Sequence.Count
# print("testmodules_Sequence_Count:",testmodules_Sequence_Count)
# if testmodules_Sequence_Count != 0:
for ss in range(1, testmodules_Sequence_Count + 1):
testmodules_Sequence_item = testmodules_Sequence.Item(ss)
if testmodules_Sequence_item.Enabled is True:
print("testmodules_Sequence_item:%s enabled" % testmodules_Sequence_item.Name)
testmodule_tag = True
break
if testmodule_tag is True:
break
testmodule = CastTo(testmodule, "ITSTestModule7")
testmodules_SequenceEx = testmodule.SequenceEx
testmodules_SequenceEx_Count = testmodules_SequenceEx.Count
# print("testmodules_SequenceEx_Count:",testmodules_SequenceEx_Count)
for s in range(1, testmodules_SequenceEx_Count + 1):
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(s)
if testmodules_SequenceEx_item.Enabled is True:
print("testmodules_SequenceEx_item:%s enabled" % testmodules_SequenceEx_item.Name)
testmodules_SequenceEx_item_sequence_count = testmodules_SequenceEx_item.SequenceEx.Count
if testmodules_SequenceEx_item_sequence_count != 0:
testmodule_tag = True
break
if testmodule_tag is True:
break
tstconfigurations = self.App.Configuration.TestConfigurations
tstconfigurations_count = tstconfigurations.Count
for c in range(1,tstconfigurations_count+1):
tstconfiguration = tstconfigurations.Item(c)
if tstconfiguration.Enabled is True:
print("%s enabled" % tstconfiguration.Name)
tstunits = tstconfiguration.TestUnits
tstunits_count = tstunits.Count
for t in range(1,tstunits_count+1):
tstunit = tstunits.Item(t)
if tstunit.Enabled is True:
print("%s enabled" % tstunit.Name)
testconfig_tag = True
break
if testconfig_tag is True:
break
return [testmodule_tag,testconfig_tag]
def EnableTestModuleTestcasebak(self, testcases, testsequencename, testmoduleindex=1, testenvindex=1):
testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item(testenvindex)
testenvironment = CastTo(testenvironment, "ITestEnvironment2")
testmodule = testenvironment.TestModules.Item(testmoduleindex)
testmodule = CastTo(testmodule, "ITSTestModule7")
testmodules_SequenceEx = testmodule.SequenceEx
if testsequencename is None:
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(1)
else:
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(testsequencename)
testmodules_SequenceEx_item.Enabled = False
print("testmodules_SequenceEx_item enable:", testmodules_SequenceEx_item.Enabled)
testmodules_SequenceEx_item_sequence = testmodules_SequenceEx_item.SequenceEx
testcase_except = []
for i in testcases:
try:
testcaseinfos = testmodules_SequenceEx_item_sequence.Item(i)
testcaseinfos.Enabled = True
print("Name:%s,Ident:%s,Type:%s,Enabled:%s,Verdict:%s" % (
testcaseinfos.Name, testcaseinfos.Ident,
testcaseinfos.Type, testcaseinfos.Enabled,
testcaseinfos.Verdict))
except:
testcase_except.append(i)
return testcase_except
def EnableTestModuleTestcase(self, testcases, testsequencename, testmoduleindex=1, testenvindex=1):
testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item(testenvindex)
testenvironment = CastTo(testenvironment, "ITestEnvironment2")
testmodule = testenvironment.TestModules.Item(testmoduleindex)
# testmodules_Sequence = testmodule.Sequence
testmodule = CastTo(testmodule, "ITSTestModule7")
testmodules_SequenceEx = testmodule.SequenceEx
testmodules_SequenceEx_Count = testmodules_SequenceEx.Count
for i in range(1, testmodules_SequenceEx_Count + 1):
testmodules_SequenceEx.Item(i).Enabled = False
if testsequencename is None:
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(1)
else:
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(testsequencename)
print("testmodules_SequenceEx_item enable:", testmodules_SequenceEx_item.Enabled)
testmodules_SequenceEx_item_sequence = testmodules_SequenceEx_item.SequenceEx
testcase_except = []
for i in testcases:
try:
testcaseinfos = testmodules_SequenceEx_item_sequence.Item(i)
testcaseinfos.Enabled = True
print("Name:%s,Ident:%s,Type:%s,Enabled:%s,Verdict:%s" % (
testcaseinfos.Name, testcaseinfos.Ident,
testcaseinfos.Type, testcaseinfos.Enabled,
testcaseinfos.Verdict))
except:
testcase_except.append(i)
return testcase_except
def EnableTestModuleTestcase_test(self, testcases, testsequencename, testmoduleindex=1, testenvindex=1):
#testenvironment_name = self.App.Configuration.TestSetup.TestEnvironments.Name error:no Name attribute
# testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item(testenvindex)
testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item("Test Environment")
testenvironment = CastTo(testenvironment, "ITestEnvironment2")
# testmodule_name = testenvironment.TestModules.Name error:no Name attribute
# print("testmodule_name:",testmodule_name)
testmodule = testenvironment.TestModules.Item("Test 24")
# testmodule = testenvironment.TestModules.Item(testmoduleindex)
# testmodules_Sequence = testmodule.Sequence
testmodule = CastTo(testmodule, "ITSTestModule7")
testmodules_SequenceEx = testmodule.SequenceEx
testmodules_SequenceEx_Count = testmodules_SequenceEx.Count
print("testmodules_SequenceEx_Count:",testmodules_SequenceEx_Count)
for i in range(1, testmodules_SequenceEx_Count + 1):
testmodules_SequenceEx.Item(i).Enabled = False
print("name:",testmodules_SequenceEx.Item(i).Name)
print("count:",testmodules_SequenceEx.Item(i).SequenceEx.Count)
# if testsequencename is None:
# testmodules_SequenceEx_item = testmodules_SequenceEx.Item(1)
# else:
# testmodules_SequenceEx_item = testmodules_SequenceEx.Item(testsequencename)
# print("testmodules_SequenceEx_item enable:", testmodules_SequenceEx_item.Enabled)
# testmodules_SequenceEx_item_sequence = testmodules_SequenceEx_item.SequenceEx
# testcase_except = []
# for i in testcases:
# try:
# testcaseinfos = testmodules_SequenceEx_item_sequence.Item(i)
# testcaseinfos.Enabled = True
# print("Name:%s,Ident:%s,Type:%s,Enabled:%s,Verdict:%s" % (
# testcaseinfos.Name, testcaseinfos.Ident,
# testcaseinfos.Type, testcaseinfos.Enabled,
# testcaseinfos.Verdict))
# except:
# testcase_except.append(i)
# return testcase_except
def EnableTestModuleTestcaseV2(self, testcases, testsequencename, testmodulename, testenvname):
try:
testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item(testenvname)
testenvironment = CastTo(testenvironment, "ITestEnvironment2")
testmodule = testenvironment.TestModules.Item(testmodulename)
if (testsequencename is None) or (testcases is None):
testmodule.Enabled = True
return True
else:
# testmodules_Sequence = testmodule.Sequence
testmodule = CastTo(testmodule, "ITSTestModule7")
testmodules_SequenceEx = testmodule.SequenceEx
testmodules_SequenceEx_Count = testmodules_SequenceEx.Count
for i in range(1, testmodules_SequenceEx_Count + 1):
testmodules_SequenceEx.Item(i).Enabled = False
if testsequencename is None:
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(1)
else:
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(testsequencename)
print("testmodules_SequenceEx_item enable:", testmodules_SequenceEx_item.Enabled)
if testcases == "*":
testmodules_SequenceEx_item.Enabled = True
return True
elif isinstance(testcases,list):
testmodules_SequenceEx_item_sequence = testmodules_SequenceEx_item.SequenceEx
testcase_except = []
for i in testcases:
try:
testcaseinfos = testmodules_SequenceEx_item_sequence.Item(i)
testcaseinfos.Enabled = True
print("Name:%s,Ident:%s,Type:%s,Enabled:%s,Verdict:%s" % (
testcaseinfos.Name, testcaseinfos.Ident,
testcaseinfos.Type, testcaseinfos.Enabled,
testcaseinfos.Verdict))
except:
testcase_except.append(i)
return testcase_except
else:
return False
except:
return False
def GetTestModuleTestcase(self, testcases, testenvindex=1, testmoduleindex=1, testsequenceindex=1):
testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item(testenvindex)
testenvironment = CastTo(testenvironment, "ITestEnvironment2")
testmodule = testenvironment.TestModules.Item(testmoduleindex)
testmodule = CastTo(testmodule, "ITSTestModule7")
testmodules_SequenceEx = testmodule.SequenceEx
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(testsequenceindex)
print("testmodules_SequenceEx_item enable:", testmodules_SequenceEx_item.Enabled)
testmodules_SequenceEx_item_sequence = testmodules_SequenceEx_item.SequenceEx
for i in testcases:
testcaseinfos = testmodules_SequenceEx_item_sequence.Item(i)
testcaseinfos.Enabled = True
print("Name:%s,Ident:%s,Type:%s,Enabled:%s,Verdict:%s" % (
testcaseinfos.Name, testcaseinfos.Ident,
testcaseinfos.Type, testcaseinfos.Enabled,
testcaseinfos.Verdict))
def GetTestModuleTestcaseV2(self, testcases, testsequencename, testmodulename, testenvname):
testenvironment = self.App.Configuration.TestSetup.TestEnvironments.Item(testenvname)
testenvironment = CastTo(testenvironment, "ITestEnvironment2")
testmodule = testenvironment.TestModules.Item(testmodulename)
testmodule = CastTo(testmodule, "ITSTestModule7")
testmodules_SequenceEx = testmodule.SequenceEx
testmodules_SequenceEx_item = testmodules_SequenceEx.Item(testsequencename)
print("testmodules_SequenceEx_item enable:", testmodules_SequenceEx_item.Enabled)
testmodules_SequenceEx_item_sequence = testmodules_SequenceEx_item.SequenceEx
for i in testcases:
testcaseinfos = testmodules_SequenceEx_item_sequence.Item(i)
testcaseinfos.Enabled = True
print("Name:%s,Ident:%s,Type:%s,Enabled:%s,Verdict:%s" % (
testcaseinfos.Name, testcaseinfos.Ident,
testcaseinfos.Type, testcaseinfos.Enabled,
testcaseinfos.Verdict))
def RunTestModules(self):
testenvs = self.App.Configuration.TestSetup.TestEnvironments
self.TestModules = []
for c in range(1, testenvs.Count + 1):
testenv = CastTo(testenvs.Item(c), "ITestEnvironment2")
self.TraverseTestItem(testenv, lambda tm: self.TestModules.append(CanoeTestModule(tm)))
""" starts all test modules and waits for all of them to finish"""
# start all test modules
for tm in self.TestModules:
tm.Start()
# wait for test modules to stop
# while not any([not tm.Enabled or tm.IsDone() or tm.ReportGenerate() for tm in self.TestModules]):
# DoEvents()
# wait for test modules to stop and report generated succeed
while not any([not tm.Enabled or tm.IsDone() and tm.ReportGenerate() for tm in self.TestModules]):
DoEvents()
for tm in self.TestModules:
tm.Report_Generate()
def RunTestModules_test(self):
self.TestSetup = self.App.Configuration.TestSetup
testenv_count = self.TestSetup.TestEnvironments.Count
print("testenv_count:",testenv_count)
testenv = self.TestSetup.TestEnvironments.Item(1)
testenv = CastTo(testenv, "ITestEnvironment2")
testmodules = testenv.TestModules
testmodules_count = testmodules.Count
print("testmodules_count:",testmodules_count)
ts_testmodule = testmodules.Item(1)
print("fullname:",ts_testmodule.FullName)
print("name:",ts_testmodule.Name)
print("path:",ts_testmodule.Path)
'''
testenv = self.TestSetup.TestEnvironments.Item(1)
testenv = CastTo(testenv, "ITestEnvironment2")
# TestModules property to access the test modules
self.TestModules = []
self.TraverseTestItem(testenv, lambda tm: self.TestModules.append(CanoeTestModule(tm)))
""" starts all test modules and waits for all of them to finish"""
# start all test modules
for tm in self.TestModules:
tm.Start()
# wait for test modules to stop
while not any([not tm.Enabled or tm.IsDone() for tm in self.TestModules]):
DoEvents()
'''
def RunTestConfigs(self):
""" starts all test configurations and waits for all of them to finish"""
# start all test configurations
for tc in self.TestConfigs:
tc.Start()
# wait for test modules to stop
while not all([not tc.Enabled or tc.IsDone() for tc in self.TestConfigs]):
DoEvents()
def RunTestConfigs_SaveLast(self):
tstconfigurations = self.App.Configuration.TestConfigurations
self.TestConfigs = []
for c in range(1, tstconfigurations.Count + 1):
self.TestConfigs.append(CanoeTestConfiguration(tstconfigurations.Item(c)))
""" starts all test configurations and waits for all of them to finish"""
tcs = list(filter(lambda i: i.Enabled == True, self.TestConfigs))
""" starts all test configurations and waits for all of them to finish"""
# start all test configurations
for tc in tcs:
tc.Start()
# wait for test modules to stop
# while not all([not tc.Enabled or tc.IsDone() for tc in tcs]):
# DoEvents()
# wait for test modules to stop and report generated succeed
while not all([not tc.Enabled or tc.IsDone() and tc.ReportGenerate() for tc in tcs]):
DoEvents()
for tc in tcs:
tc.Report_Generate()
def RunTestConfigs_CheckCANoeStop(self):
tc = self.App.Configuration.TestConfigurations.Item(1)
# tc.Name = testcfgname
# TestConfigs property to access the test configuration
self.TestConfigs = [CanoeTestConfiguration(tc)]
for tc in self.TestConfigs:
tc.Start()
# wait for test modules to stop
while self.Running():
DoEvents()
def TraverseTestItem(self, parent, testf):
for test in parent.TestModules:
testf(test)
for folder in parent.Folders:
found = self.TraverseTestItem(folder, testf)
def VTSystem(self, vtcfg):
self.vts = self.App.Configuration.VTSystem
# Get the VT System configuration instance
# Export and import a configuration
# self.vts.ExportConfiguration("D:\MyConfiguration.vtcfg")
self.vts.ImportConfiguration(vtcfg, 0) # Appends to the current config
# self.vts.ImportConfiguration("D:\MyConfiguration.vtcfg", 1) # Replace current config
# Create a new configuration based on the connected hardware
# self.vts.NewConfigurationFromHardware()
# Adapt the existing configuration to the connected hardware
self.vts.AdaptToHardware()
# Import a module description into CANoe
# vts.ImportModuleDescription("D:\MyModuleDescription.xml")
# Switch all modules offline/online
self.vts.SetAllModulesOffline()
self.vts.SetAllModulesOnline()
# Access a module or channel by its name
# myModule = vts.GetModuleByName("M1_VT1004")
# myChannel = vts.GetChannelByName("M1_Ch1")
self.App.Configuration.Save()
class CanoeAppEvents(object):
"""Handler for CANoe Application events"""
def OnOpen(self,fullname):
CanoeSync.AppOpened = True
print("*** < CANoe Application CFG:%s Opened > ***" % fullname)
def OnQuit(self):
CanoeSync.AppStopped = True
print("*** < CANoe Application closed > ***")
class CanoeMeasurementEventsbak(object):
"""Handler for CANoe measurement events"""
def OnStart(self):
CanoeSync.Started = True
CanoeSync.Stopped = False
print("< measurement started >")
def OnStop(self):
CanoeSync.Started = False
CanoeSync.Stopped = True
print("< measurement stopped >")
class CanoeMeasurementEvents(object):
"""Handler for CANoe measurement events"""
def OnStart(self):
CanoeSync.Started = True
CanoeSync.Stopped = False
print("< measurement started >")
def OnStop(self):
CanoeSync.Started = False
CanoeSync.Stopped = True
print("< measurement stopped >")
class CanoeTestModule:
"""Wrapper class for CANoe TestModule object"""
def __init__(self, tm):
self.tm = tm
self.Events = DispatchWithEvents(tm, CanoeTestEvents)
self.Name = tm.Name
self.IsDone = lambda: self.Events.stopped
self.ReportGenerate = lambda: self.Events.Report_Generate
self.Enabled = tm.Enabled
def Start(self):
if self.tm.Enabled:
self.tm.Start()
self.Events.WaitForStart()
def Report_Generate(self):
if self.IsDone():
self.Events.WaitForReportGenerate()
class CanoeTestConfiguration:
"""Wrapper class for a CANoe Test Configuration object"""
def __init__(self, tc):
self.tc = tc
self.Name = tc.Name
self.Events = DispatchWithEvents(tc, CanoeTestEvents)
self.TestConfigureportGeneratEvents = DispatchWithEvents(tc.Report,CanoeTestConfigureportEvents)
self.IsDone = lambda: self.Events.stopped
self.ReportGenerate = lambda: self.TestConfigureportGeneratEvents.Report_Generate
self.Enabled = tc.Enabled
def Start(self):
if self.tc.Enabled:
self.tc.Start()
self.Events.WaitForStart()
def Report_Generate(self):
if self.IsDone():
self.TestConfigureportGeneratEvents.WaitForReportGenerate()
class CanoeTestEvents:
"""Utility class to handle the test events"""
def __init__(self):
self.started = False
self.stopped = False
self.Report_Generate = False
self.WaitForStart = lambda: DoEventsUntil(lambda: self.started)
self.WaitForStop = lambda: DoEventsUntil(lambda: self.stopped)
self.WaitForReportGenerate = lambda: DoEventsUntil(lambda: self.Report_Generate)
def OnStart(self):
self.started = True
self.stopped = False
print("<", self.Name, " started >")
def OnStop(self, reason):
self.started = False
self.stopped = True
print("<", self.Name, " stopped >")
def OnReportGenerated(self, success, sourceFullName, generatedFullName):
if success:
self.Report_Generate = True
print("<", self.Name, " report Generated succeed. >")
print("sourceFullName:", sourceFullName)
print("generatedFullName:", generatedFullName)
else:
print("<", self.Name, " report Generated Failed. >")
class CanoeTestConfigureportEvents:
"""Utility class to handle the test configure report generate event"""
def __init__(self):
self.Report_Generate = False
self.WaitForReportGenerate = lambda: DoEventsUntil(lambda: self.Report_Generate)
def OnGenerated(self, success, sourceFullName, generatedFullName):
if success:
self.Report_Generate = True
print("[INFO]<", self.FullPath, " report Generated succeed. >")
print("sourceFullName:", sourceFullName)
print("generatedFullName:", generatedFullName)
else:
print("[ERROR]<", self.FullPath, " report Generated Failed. >")
if __name__ == "__main__":
app = CanoeSync()
app.Stop()
cfg_path = r"D:\jenkins_home\workspace\ZEEKR\ZEEKR_718BE028_ZECU_1_SMOKE_Level2\LIN_Interface\LIN_Interface\CANoeConfig\LIN_Interface.cfg"
# cfg_path = r"D:\test\test01.cfg"
app.Load(cfg_path)
# app.LoadTestSetup(r"D:\test\b1.tse")
# app.Start()
# testcase_except = app.EnableTestModuleTestcase_test(["test091911"],None)
# testcase_except = app.EnableTestModuleTestcaseV2(["LIN1_0x1C_sig_tx_CcvmCmdVlvCalibReq_ZCL_LIN1_ZCL_LIN1_startvalue"],"LIN1_TX_Sig_startvalue","Test 24","Test Environment")
# print(testcase_except)
testcase_except = app.EnableTestModuleTestcaseV2("*", "LIN1_TX_Sig_startvalue", "Test 24", "Test Environment")
# app.GetTestModuleTestcaseV2(["LIN1_0x1C_sig_tx_CcvmCmdVlvCalibReq_ZCL_LIN1_ZCL_LIN1_startvalue"],"LIN1_TX_Sig_startvalue","Test 24","Test Environment")
# app.RunTestModules()
# app.Stop()
# app.GetTestModuleTestcase(["test0919"])
# app.savetestenvironment()
# app.savecanoecfg()
# app.app_quit()
print("finished")
希望对大家有帮助！！！！！！！！！！！
标签：CANoe,python,self,testmodule,item,testmodules,print,COM,SequenceEx From： https://blog.csdn.net/qq_42746084/article/details/139625550