How to use _highlight method in Playwright Python

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docker-swarm.py

Source:docker-swarm.py Github

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...20 'eu-west-1',21 'eu-west-2']),22 default='us-east-2', show_default=True,23 help='The AWS region name where the docker swarm will be deployed.')24def _highlight(x, fg='green'):25 """Write to the console, highlighting the text in green (by default)26 _highlight will also convert any object not a string to a json string27 and write that instead.28 """29 if not isinstance(x, str):30 x = json.dumps(x, sort_keys=True, indent=2)31 click.secho(x, fg=fg)32def _get_stack_manager_instances(stack_name, region):33 """Get the IP addresses of all manager nodes of a docker swarm created by the named cloudformation Stack34 returns a list of manager node instance dicts containing the id and ip of the instance35 """36 try:37 # To get the manager instances, we find the manager autoscaling group and get the38 # instances from it, then look up that instance and get its IP. (The ASG is responsible39 # for creating an new instance if one fails, so that the desired number of managers40 # exist in the swarm, and similarly for the worker nodes)41 cloudformation = boto3.client('cloudformation', region_name=region)42 autoscaling = boto3.client('autoscaling', region_name=region)43 ec2 = boto3.client('ec2', region_name=region)44 # get the Manager ASG ID45 mgr_asg_srd = cloudformation.describe_stack_resource(StackName=stack_name, LogicalResourceId='ManagerAsg')46 mgr_asg_id = mgr_asg_srd['StackResourceDetail']['PhysicalResourceId']47 # get the manager instance IDs48 mgr_instances = autoscaling.describe_auto_scaling_groups(AutoScalingGroupNames=[mgr_asg_id])['AutoScalingGroups'][0]['Instances']49 mgr_instance_ids = [ instance['InstanceId'] for instance in mgr_instances ]50 #click.echo('mgr_instance_ids: {resp}'.format(resp=mgr_instance_ids))51 # get the manager instance IPs52 reservations = ec2.describe_instances(InstanceIds=mgr_instance_ids)['Reservations']53 # extract the instance id and ip from the instances of all returned reservations54 # Note: a reservation in this situation is a request to start a group of instances55 # see https://serverfault.com/questions/749118/aws-ec2-what-is-a-reservation-id-exactly-and-what-does-it-represent56 instances = [{'id': inst['InstanceId'],57 'ip': inst['PublicIpAddress'],58 'dns': inst['PublicDnsName'],59 }60 for res in reservations for inst in res['Instances']]61 except ClientError as e:62 _highlight('{code}: {msg}'.format(code=e.response['Error']['Code'], msg=e.response['Error']['Message']), fg='red')63 instances = []64 return instances65def _get_stack_status(stack_name, region):66 """67 Returns the stack status which will be one of:68 'CREATE_IN_PROGRESS'69 'CREATE_FAILED'70 'CREATE_COMPLETE'71 'ROLLBACK_IN_PROGRESS'72 'ROLLBACK_FAILED'73 'ROLLBACK_COMPLETE'74 'DELETE_IN_PROGRESS'75 'DELETE_FAILED'76 'DELETE_COMPLETE'77 'UPDATE_IN_PROGRESS'78 'UPDATE_COMPLETE_CLEANUP_IN_PROGRESS'79 'UPDATE_COMPLETE'80 'UPDATE_ROLLBACK_IN_PROGRESS'81 'UPDATE_ROLLBACK_FAILED'82 'UPDATE_ROLLBACK_COMPLETE_CLEANUP_IN_PROGRESS'83 'UPDATE_ROLLBACK_COMPLETE'84 'REVIEW_IN_PROGRESS'85 cloudformation exceptions will be raised, in particular ClientError86 when the given stack_name does not exist.87 """88 cloudformation = boto3.client('cloudformation', region_name=region)89 stack = cloudformation.describe_stacks(StackName=stack_name)['Stacks'][0]90 return stack['StackStatus']91def _start_docker_tunnel(ip, user=None, key_name=None):92 """Start an ssh tunnel to a network location (IP) running docker.93 This function exists so that it can be used by the tunnel command which94 tunnels to a manager of a docker swarm running on an AWS Cloudformation stack95 as well as by the start-docker-tunnel command which can tunnel to an arbitrary96 docker machine.97 The given ip may be an alias defined in the ~/.ssh/config file which specifies98 the host user and actual ip address.99 """100 port = 2374101 # check if we have existing ssh tunnel processes102 kill_tunnels, tunnel_cnt = _kill_existing_tunnels(port, prompt='Do you want to kill the existing tunnel(s)\n'103 'and create a new one to {ip}? (y/n)'.format(ip=ip))104 if tunnel_cnt > 0:105 if not kill_tunnels:106 _highlight('Leaving existing tunnels and aborting creating the tunnel to {ip}.'.format(ip=ip))107 if 'DOCKER_HOST' in os.environ:108 _highlight('\nYou have DOCKER_HOST exported in your environment:\n DOCKER_HOST={}'.format(os.environ['DOCKER_HOST']))109 else:110 _highlight('\nYou don\'t have DOCKER_HOST exported in your environment you should:\n'111 ' export DOCKER_HOST=localhost:{}'.format(port))112 return113 # create the tunnel114 remote_ip = ip115 if user is not None:116 remote_ip = '{user}@{ip}'.format(user=user, ip=ip)117 tunnel_cmd = ['ssh', '-f',118 '-NL', 'localhost:{port}:/var/run/docker.sock'.format(port=port),119 '{remote_ip}'.format(remote_ip=remote_ip)]120 # if a key was supplied add it to the command121 if key_name is not None:122 tunnel_cmd[2:2] = ['-i', '{}'.format(key_name)]123 click.echo('Creating the tunnel to {ip} using cmd:\n {cmd}'.format(cmd=click.style(' '.join(tunnel_cmd), fg='green'), ip=ip))124 ps = subprocess.Popen(tunnel_cmd, start_new_session=True,125 stdin=subprocess.DEVNULL,126 stdout=subprocess.DEVNULL,127 stderr=subprocess.DEVNULL)128 # ps.pid won't be the tunnel process's pid because ssh -f forks129 # see https://stackoverflow.com/questions/4996311/python-subprocess-popen-get-pid-of-the-process-that-forks-a-process130 # which also lets us wait for it to exit so we can check the returncode131 ssh_retcode = ps.wait()132 # if retcode is 0 all is good, otherwise (likely 255) creating the tunnel failed133 if ssh_retcode != 0:134 sys.exit('Creating the tunnel failed (ssh cmd returned {})'.format(ssh_retcode))135 click.echo('\n'.join(136 [137 '\nTo use this tunnel w/ your local docker you will need DOCKER_HOST set',138 'appropriately in your environment. Set it with the command:',139 click.style(' export DOCKER_HOST=localhost:{port}\n'.format(port=port), fg='cyan'),140 ]))141def _get_tunnel_info(port):142 """Get info on any running ssh tunnel processes using the given local port143 Each process gets: { 'pid', 'ip' }144 """145 # [bind_address:]port:remote_socket146 bind_re = re.compile('(?P<bind_address>.*):(?P<port>.*):(?P<remote_socket>.*)')147 # remote_user@remote_ip148 user_ip_re = re.compile('(?:(?P<remote_user>.*)@)?(?P<remote_ip>.*)')149 # This is an example of what the tunnel process(es) info from psutil look like:150 # {'name': 'ssh',151 # 'pid': 26332,152 # 'exe': '/usr/bin/ssh',153 # 'username': 'mjl',154 # 'cmdline': ['ssh', '-f', '-NL', 'localhost:2374:/var/run/docker.sock', 'docker@18.191.218.147']155 # }156 def is_tunnel_proc(pinfo):157 """Test if a process is an ssh tunnel using given port158 """159 if pinfo['name'] != 'ssh':160 return False161 if len(pinfo['cmdline']) < 5:162 return False163 if pinfo['cmdline'][-3] != '-NL':164 return False165 bind = bind_re.fullmatch(pinfo['cmdline'][-2])166 if not (bind and bind.group('port') == str(port)):167 return False168 return True169 tunnel_info = [{'pid': int(p.info['pid']),170 'ip': user_ip_re.fullmatch(p.info['cmdline'][-1]).group('remote_ip'),171 }172 for p in psutil.process_iter(attrs=['pid', 'name', 'cmdline']) if is_tunnel_proc(p.info)]173 return tunnel_info174def _kill(pids):175 """176 """177 for pid in pids:178 _highlight("Killing PID {}".format(pid), fg='green')179 os.kill(pid, signal.SIGKILL)180def _kill_existing_tunnels(port, **kwargs):181 """182 """183 # check if we have existing ssh tunnel processes184 tunnel_info = _get_tunnel_info(port)185 if len(tunnel_info) == 0:186 return True, 0187 tunnel_ref = 'this existing tunnel'188 if len(tunnel_info) > 1:189 _highlight('There are {cnt} existing ssh tunnels! More than one is unexpected!'.format(cnt=len(tunnel_info)))190 tunnel_ref = 'these existing tunnels'191 click.echo('\nFound {} (pid: ip addr):'.format(tunnel_ref))192 _highlight('\n'.join([' {pid}: {ip}'.format(**info) for info in tunnel_info]))193 if 'prompt' in kwargs:194 prompt = kwargs['prompt']195 else:196 prompt = 'Kill {} (y/n)?'.format(tunnel_ref)197 kill_tunnels = click.prompt(prompt, type=bool)198 if kill_tunnels:199 _kill([tinfo['pid'] for tinfo in tunnel_info])200 return kill_tunnels, len(tunnel_info)201@click.command()202@click_region_option203@click.option('--key', 'key_name', required=True)204@click.option('--manager-count', '-m', type=int, default='3', required=True, help='Number of managers to spin up. Recommended (and default) number is 3 (from Docker for AWS) for reliability.')205@click.option('--manager-type', '-I', default='t2.micro', required=True, help='AWS Instance type for managers. Defaults to t2.micro.')206@click.option('--worker-count', '-w', type=int, default='4', required=True, help='Number of workers to spin up. Defaults to 4')207@click.option('--worker_type', '-i', default='t2.micro', required=True, help='AWS Instance type for workers. Defaults to t2.micro.')208@click.argument('stack_name', required=True)209def create(stack_name, region, key_name, manager_count, manager_type, worker_count, worker_type):210 """Create a CloudFormation stack for a docker swarm.211 A cloudformation stack name can contain only alphanumeric characters (case sensitive) and hyphens.212 It must start with an alphabetic character and cannot be longer than 128 characters.213 """214 # Cloudformation stack template to use. This is the Docker for AWS template (community edition, stable)215 template_url = 'https://editions-us-east-1.s3.amazonaws.com/aws/stable/Docker.tmpl'216 cloudformation = boto3.client('cloudformation', region_name=region)217 click.echo('Creating cloudformation stack:\n'218 ' name: {name} ; region: \'{region}\'\n'219 ' key: {key}\n'220 ' managers: {mgr_cnt} {mgr_type} instance(s)\n'221 ' workers: {wkr_cnt} {wkr_type} instance(s)\n'222 .format(name=stack_name, region=region, key=key_name,223 mgr_cnt=manager_count, mgr_type=manager_type,224 wkr_cnt=worker_count, wkr_type=worker_type))225 try:226 response = cloudformation.create_stack(227 StackName=stack_name,228 TemplateURL=template_url,229 Parameters=[230 { 'ParameterKey': 'KeyName', 'ParameterValue': key_name },231 { 'ParameterKey': 'ManagerSize', 'ParameterValue': str(manager_count) },232 { 'ParameterKey': 'ManagerInstanceType', 'ParameterValue': manager_type },233 { 'ParameterKey': 'ClusterSize', 'ParameterValue': str(worker_count) },234 { 'ParameterKey': 'InstanceType', 'ParameterValue': worker_type },235 { 'ParameterKey': 'ManagerDiskSize', 'ParameterValue': '20' },236 { 'ParameterKey': 'ManagerDiskType', 'ParameterValue': 'standard' },237 { 'ParameterKey': 'WorkerDiskSize', 'ParameterValue': '20' },238 { 'ParameterKey': 'WorkerDiskType', 'ParameterValue': 'standard' },239 { 'ParameterKey': 'EnableCloudWatchLogs', 'ParameterValue': 'yes' },240 { 'ParameterKey': 'EnableSystemPrune', 'ParameterValue': 'no' },241 ],242 TimeoutInMinutes=40,243 Capabilities=[ 'CAPABILITY_IAM' ],244 OnFailure='ROLLBACK'245 )246 except ClientError as e:247 _highlight('{code}: {msg}'.format(code=e.response['Error']['Code'], msg=e.response['Error']['Message']), fg='red')248 sys.exit(1)249 # This seems more debugging, not sure what a failure would look like, but I'm guessing250 # there's some exceptions that need catching (this code should be updated when that is251 # discovered)252 #click.echo('create_stack response: {resp}'.format(resp=response))253@click.command()254@click_region_option255@click.argument("stack_name", required=True)256def delete(stack_name, region):257 """Delete the CloudFormation stack(s) with the given name258 """259 cloudformation = boto3.client('cloudformation', region_name=region)260 try:261 stacks = cloudformation.describe_stacks(StackName=stack_name)['Stacks']262 _highlight('Found {cnt} stacks with the name {name}'.format(name=stack_name, cnt=len(stacks)))263 delete_stacks = click.prompt('Are you sure you want to delete these stack(s)? (y/n)', type=bool)264 if delete_stacks:265 for stack in stacks:266 _highlight("Deleting stack {}".format(stack['StackId']))267 cloudformation.delete_stack(StackName=stack['StackId'])268 except ClientError as e:269 _highlight('{code}: {msg}'.format(code=e.response['Error']['Code'], msg=e.response['Error']['Message']), fg='red')270 sys.exit(1)271@click.command()272@click_region_option273@click.argument("stack_name", required=True)274def status(stack_name, region):275 """Get the current status of an existing cloudformation stack276 """277 try:278 status = _get_stack_status(stack_name, region)279 _highlight(status)280 except ClientError as e:281 _highlight('{code}: {msg}'.format(code=e.response['Error']['Code'], msg=e.response['Error']['Message']), fg='red')282 sys.exit(1)283@click.command()284@click_region_option285@click.argument("stack_name", required=True)286def wait_for_complete(stack_name, region):287 """Wait for the stack status to be *_COMPLETE288 Wait for the stack status to become complete (any status289 ending in '_COMPLETE' is considered complete.290 """291 # how long to wait before the next check for complete (seconds)292 period = 60293 try:294 while True:295 status = _get_stack_status(stack_name, region)296 _highlight('{time}: {status}'.format(time=time.strftime('%H:%M:%S'), status=click.style(status, fg='yellow')))297 complete = status.endswith('_COMPLETE')298 if complete:299 break;300 time.sleep(period)301 except ClientError as e:302 # if waiting for delete to complete, then this is expected, but still should be reported specially just in case303 _highlight('{code}: {msg}'.format(code=e.response['Error']['Code'], msg=e.response['Error']['Message']), fg='red')304@click.command()305@click_region_option306@click.argument("stack_name", required=True)307def get_stack_dns(stack_name, region):308 """Gets the public DNS of a stack with the name stack_name309 """310 cloudformation = boto3.client('cloudformation', region_name=region)311 try:312 stack = cloudformation.describe_stacks(StackName=stack_name)['Stacks'][0]313 # The DefaultDNSTarget is one of the outputs from the Docker for AWS template we use to create the stack314 outputs = stack['Outputs']315 for o in outputs:316 if o['OutputKey'] == 'DefaultDNSTarget':317 dns = o['OutputValue']318 click.echo('\n'.join(['The {name} stack\'s public DNS is:'.format(name=stack_name),319 click.style(' {dns}\n'.format(dns=dns), fg='green')]))320 except ClientError as e:321 _highlight('{code}: {msg}'.format(code=e.response['Error']['Code'], msg=e.response['Error']['Message']), fg='red')322@click.command()323@click_region_option324@click.argument("stack_name", required=True)325def get_stack_manager_ips(stack_name, region):326 """Get the IP addresses of all manager nodes of a docker swarm created by the named cloudformation Stack327 Retrieves the IP addresses all manager nodes from a CloudFormation328 docker swarm Stack with the given stack_name329 """330 instances = _get_stack_manager_instances(stack_name, region)331 click.echo('manager instances:')332 _highlight('\n'.join([' {id}: {ip}'.format(**inst) for inst in instances]))333@click.command()334@click_region_option335@click.option('-i', 'index', default=0, help='The index of manager whose ip should be returned. 0 is the index of the 1st manager')336@click.argument("stack_name", required=True)337def get_stack_manager_ip(stack_name, index, region):338 """Get the IP address of the specified manager node of a docker swarm created by the named cloudformation Stack339 Retrieves the IP address of the manager node at the specified index340 from a CloudFormation docker swarm Stack with the given stack_name341 with no extra text, so it can be used in a environment variable.342 """343 try:344 instances = _get_stack_manager_instances(stack_name, region)345 click.echo(instances[index]['ip'])346 except IndexError:347 click.echo('Only {cnt} mananger(s) found, could not get the ip of manager[{i}]'.format(i=index, cnt=len(instances)), err=True)348@click.command()349@click_region_option350@click.argument("stack_name", required=True)351def get_stack_manager_dns(stack_name, region):352 """Get the DNS addresses of all manager nodes of a docker swarm created by the named cloudformation Stack353 Retrieves the DNS addresses all manager nodes from a CloudFormation354 docker swarm Stack with the given stack_name355 """356 instances = _get_stack_manager_instances(stack_name, region)357 click.echo('manager instances:')358 _highlight('\n'.join([' {id}: {dns}'.format(**inst) for inst in instances]))359@click.command()360@click.option('--key', 'key_name',361 help='The full path to the AWS key file for the docker swarm. If unspecified, '362 'the key must be associated with the node\'s IP address in ~/.ssh/config')363@click_region_option364@click.argument("stack_name", required=True)365def tunnel(stack_name, region, key_name):366 """Create a tunnel to a docker swarm manager node of a cloudformation stack367 An ssh tunnel to a selected manager node will be created. If there is more368 than one manager node the user will be prompted to select one of them.369 If there is an existing tunnel, the user will be prompted on whether to370 replace it or abort, leaving the existing tunnel alone.371 The tunnel will always be created at localhost port 2374.372 After creating the tunnel, in order for docker to use it the evironment373 variable DOCKER_HOST must be exported pointing to the tunnel.374 export DOCKER_HOST=localhost:2374375 """376 # how to tunnel to the docker swarm manager is described at377 # https://docs.docker.com/docker-for-aws/deploy/#manager-nodes378 # There's no need at this time to allow the user or tunnel port to be configurable379 # so they are hardcoded here. This makes them easily configurable in the future if desired.380 user = 'docker'381 # Check that the stack exists and that create has completed382 try:383 status = _get_stack_status(stack_name, region)384 if status != 'CREATE_COMPLETE':385 _highlight('Stack not ready. Status: {status}'.format(status=status), fg='red')386 _highlight('You can wait for it to be ready using:\n'387 ' docker-swarm.py wait-for-complete {name} --region={region}\n\n'388 .format(name=stack_name, region=region))389 return390 except ClientError as e:391 _highlight('{code}: {msg}'.format(code=e.response['Error']['Code'], msg=e.response['Error']['Message']), fg='red')392 return393 mgr_instances = _get_stack_manager_instances(stack_name, region)394 if len(mgr_instances) == 1:395 mgr_ip = mgr_instances[0]['ip']396 else:397 # Ask which manager to tunnel to398 _highlight('Select the manager you want to tunnel to:', fg='white')399 selection_str = '\n'.join([' {n}) {id}: {ip}'.format(n=n + 1, id=inst['id'], ip=inst['ip'])400 for n, inst in enumerate(mgr_instances)])401 _highlight(selection_str)402 sel = click.prompt('Your selection', type=int)403 if sel < 1 or sel > len(mgr_instances):404 mgr_ip = mgr_instances[0]['ip']405 else:406 mgr_ip = mgr_instances[sel - 1]['ip']407 # create the tunnel (will check for existing ssh tunnel processes which we want to408 # happen after selecting the mgr so the user can see the mgr IPs)409 _start_docker_tunnel(mgr_ip, user=user, key_name=key_name)410@click.command()411def kill_tunnel():412 """Kill running tunnels to docker swarm manager nodes413 """414 port = 2374415 kill_tunnel, tunnel_cnt = _kill_existing_tunnels(port)416 if kill_tunnel and tunnel_cnt > 0:417 if 'DOCKER_HOST' in os.environ:418 _highlight('\nYou have DOCKER_HOST exported in your environment:\n'419 ' DOCKER_HOST={}\n'420 'You can remove it using:\n'421 ' unset DOCKER_HOST\n'.format(os.environ['DOCKER_HOST']))422 else:423 # did not kill existing tunnel (ie replied no to prompt)424 if tunnel_cnt > 0:425 sys.exit(1)426@click.command()427@click.option('--key', 'key_name',428 help='The full path to the AWS key file for the docker swarm. If unspecified, '429 'the key must be associated with the node\'s IP address in ~/.ssh/config')430@click.option('--user', '-u', help='The username for the shell on the remote IP if different from the ssh default')431@click.argument("ip", required=True)432def start_docker_tunnel(ip, user, key_name):...

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web_element.py

Source:web_element.py Github

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...29 self.sID = identifier_type # identifier type, which should be a "identifier" object method30 self.sIDV = identifier_value # identifier value31 self.sNN = nick_name # identifier nick name32 33 def _highlight(self, driver, index=None):34 locator = driver.find_elements(by=self.sID,35 value=self.sIDV)[index] if index else driver.find_element(by=self.sID,36 value=self.sIDV)37 for i in range(3):38 driver.execute_script("arguments[0].setAttribute('style', arguments[1]);",39 locator,40 "color: red; border: 2px solid red;")41 time.sleep(0.2)42 driver.execute_script("arguments[0].setAttribute('style', arguments[1]);",43 locator,44 "")45 time.sleep(0.2)46 def click(self, driver, elementsClickByIndex_indexNumber = None):47 if elementsClickByIndex_indexNumber == None:48 '''Click a Web Element'''49 if self._if_exist(driver): # Check Existence50 if settings.DEMO:51 self._highlight(driver)52 WebDriverWait(driver,settings.T_SHORT).until(lambda x: x.find_element(by=self.sID, value=self.sIDV).is_displayed())53 driver.find_element(by=self.sID, value=self.sIDV).click()54 time.sleep(settings.T_SHORT)55 prt(3, 'Click %s Button' % self.sNN)56 else:57 prt(3, 'Element %s is NOT found!' % self.sNN)58 else:59 '''Click A Element from Lots of Matching Elements by IndexNumber'''60 if self._if_exist(driver): # Check Existence61 try:62 if settings.DEMO:63 self._highlight(driver, elementsClickByIndex_indexNumber - 1)64 driver.find_elements(by=self.sID, value=self.sIDV)[elementsClickByIndex_indexNumber - 1].click()65 prt(3, 'Click the %s Element from "%s"' % (formatedStrNumber(elementsClickByIndex_indexNumber), self.sNN))66 time.sleep(settings.T_SHORT)67 except Exception as e:68 prt(3, str(e))69 else:70 prt(3, 'Element %s is NOT found!' % self.sNN)71 72 def db_click(self, driver):73 '''Double Click a Web Element'''74 if self._if_exist(driver): # Check Existence75 if settings.DEMO:76 self._highlight(driver)77 driver.find_element(by=self.sID, value=self.sIDV).double_click()78 prt(3, 'Double Click %s Button' % self.sNN)79 else:80 prt(3, 'Element %s is NOT found!' % self.sNN)81 82 def if_exist(self, driver, elementsExistByText_textValue = None, waitTime = settings.T_LONG):83 ''' Check the Existence of a Web Element / Lots of Matching Web Elements'''84 if elementsExistByText_textValue == None:85 '''Check the Existence of a Web Element'''86 try:87 WebDriverWait(driver,waitTime).until(lambda x: x.find_element(by=self.sID, value=self.sIDV))88 if settings.DEMO:89 self._highlight(driver)90 prt(3, 'Check Existence of %s: Existed!' % self.sNN)91 return True92 except:93 prt(3, 'Check Existence of %s: NOT Existed!' % self.sNN)94 return False95 else:96 '''Find if an Element is Existed in Lots of Matching Elemets'''97 prt(3, 'Check Existence of Text Value "%s" in Elemets "%s"' % (elementsExistByText_textValue, self.sNN))98 if self._if_exist(driver): # Check Existence99 index = 1 # initiate looping value100 for locator in driver.find_elements(self.sID, value=self.sIDV):101 if locator.text == elementsExistByText_textValue:102 if settings.DEMO:103 self._highlight(driver, index - 1)104 return index105 else:106 index += 1107 return 0108 else:109 return 0110 111 112 def _if_exist(self, driver):113 '''Check Web Element Existence, Private Use Only! '''114 try:115 WebDriverWait(driver, settings.T_LONG).until(lambda x: x.find_element(by=self.sID, value=self.sIDV))116 return True117 except:118 return False119 120 def is_enabled(self, driver):121 '''Click if the Web Element is enabled'''122 if self._if_exist(driver): # Check Existence123 if settings.DEMO:124 self._highlight(driver)125 prt(3, 'Check if Element %s is enabled' % self.sNN)126 if self.__is_visible(driver):127 return driver.find_element(by=self.sID, value=self.sIDV).is_enabled()128 else:129 return False 130 else:131 prt(3, 'Element %s is NOT found!' % self.sNN)132 return False133 134 def is_visible(self, driver):135 '''Click if a Web Element is visible'''136 if self._if_exist(driver): # Check Existence137 if settings.DEMO:138 self._highlight(driver)139 prt(3, 'Check if Element %s is visible' % self.sNN)140 return driver.find_element(by=self.sID, value=self.sIDV).is_displayed()141 else:142 prt(3, 'Element %s is NOT found!' % self.sNN)143 return False144 145 def __is_visible(self, driver):146 '''Click if a Web Element is visible'''147 if self._if_exist(driver): # Check Existence148 if settings.DEMO:149 self._highlight(driver)150 return driver.find_element(by=self.sID, value=self.sIDV).is_displayed()151 else:152 return False153 154 def get_text(self, driver, elementsGetTextByIndex_IndexNumber = None):155 import datetime156 if not elementsGetTextByIndex_IndexNumber:157 '''Get the Text Value From a Web Element'''158 if self._if_exist(driver) == True: # Check Existence159 if settings.DEMO:160 self._highlight(driver)161 prt(3, 'Get Text Value from Element: %s @ %s' % (self.sNN, datetime.datetime.now().strftime("%m-%d %H:%M:%S.%f")))162 return driver.find_element(by=self.sID, value=self.sIDV).text163 else:164 prt(3, 'Element %s is NOT found!' % self.sNN)165 return ''166 else:167 '''Get the Text Value FromFrom Matching Elements'''168 if self._if_exist(driver): # Check Existence169 if settings.DEMO:170 self._highlight(driver, elementsGetTextByIndex_IndexNumber - 1)171 prt(3, 'Get the %s Text Value from: %s' % (formatedStrNumber(elementsGetTextByIndex_IndexNumber), self.sNN))172 return driver.find_elements(self.sID, value=self.sIDV)[elementsGetTextByIndex_IndexNumber + 1].text173 else:174 prt(3, 'Element %s is NOT found!' % self.sNN)175 return ''176 177 def _get_text(self, driver, elementsGetTextByIndex_IndexNumber=None):178 if not elementsGetTextByIndex_IndexNumber:179 '''Get the Text Value From a Web Element'''180 if self._if_exist(driver): # Check Existence181 if settings.DEMO:182 self._highlight(driver)183 return driver.find_element(by=self.sID, value=self.sIDV).text184 else:185 return ''186 else:187 '''Get the Text Value FromFrom Matching Elements'''188 if self._if_exist(driver): # Check Existence189 if settings.DEMO:190 self._highlight(driver, elementsGetTextByIndex_IndexNumber - 1)191 return driver.find_elements(self.sID, value=self.sIDV)[elementsGetTextByIndex_IndexNumber + 1].text192 else:193 return ''194 195 def get_texts(self, driver):196 '''197 Note: This is only used for elemets not for single element198 '''199 if self._if_exist(driver): # Check Existence200 if settings.DEMO:201 self._highlight(driver)202 prt(3, 'Get All Texts From %s' % self.sNN)203 ret = []204 for element in driver.find_elements(self.sID, value=self.sIDV):205 ret.append(element.text)206 return ret207 else:208 prt(3, 'Element %s is NOT found!' % self.sNN)209 return ''210 211 def get_value(self, driver, attribute, elementsGetTextByIndex_IndexNumber = None):212 if not elementsGetTextByIndex_IndexNumber:213 '''Get the Text Value From a Web Element'''214 if self._if_exist(driver): # Check Existence215 if settings.DEMO:216 self._highlight(driver)217 prt(3, "Get Text's %s from Element: %s" % (attribute, self.sNN))218 return driver.find_element(by=self.sID, value=self.sIDV).get_attribute(attribute)219 else:220 prt(3, 'Element %s is NOT found!' % self.sNN)221 return ''222 else:223 '''Get the Text Value FromFrom Matching Elements'''224 if self._if_exist(driver): # Check Existence225 if settings.DEMO:226 self._highlight(driver, elementsGetTextByIndex_IndexNumber - 1)227 prt(3, "Get the %s Text's %s from: %s" % (formatedStrNumber(elementsGetTextByIndex_IndexNumber), attribute, self.sNN))228 return driver.find_element(by=self.sID, value=self.sIDV)[elementsGetTextByIndex_IndexNumber + 1].get_attribute(attribute)229 else:230 prt(3, 'Element %s is NOT found!' % self.sNN)231 return ''232 233 def get_values(self, driver, attribute):234 '''Get the Text Value From a Web Element'''235 if self._if_exist(driver): # Check Existence236 if settings.DEMO:237 self._highlight(driver)238 ret = []239 for elem in driver.find_elements(by=self.sID,value=self.sIDV):240 ret.append(elem.get_attribute(attribute))241 prt(3, "Get All Value from: %s" % (self.sNN))242 return ret243 else:244 prt(3, 'Element %s is NOT found!' % self.sNN)245 return ''246 def get_elements(self, driver):247 if self._if_exist(driver): # Check Existence248 if settings.DEMO:249 self._highlight(driver)250 return driver.find_elements(by=self.sID,value=self.sIDV)251 else:252 prt(3, 'Element %s is NOT found!' % self.sNN)253 return ''254 255 def wait_until_text_present(self, driver, textWait, waitTime=settings.T_LONG):256 if self._if_exist(driver): # Check Existence257 if settings.DEMO:258 self._highlight(driver)259 prt(3, 'Wait for Text "%s" to be Present in %s' % (textWait, self.sNN))260 261 for i in range(waitTime):262 if self._get_text(driver).find(textWait) >= 0:263 return True264 else:265 time.sleep(1)266 return False267 else:268 prt(3, 'Element %s is NOT found!' % self.sNN)269 return False270 def wait_until_value_present(self, driver, attribute, textWait, waitTime=settings.T_LONG):271 if self._if_exist(driver): # Check Existence272 if settings.DEMO:273 self._highlight(driver)274 prt(3, 'Wait for Text "%s" to be Present in %s' % (textWait, self.sNN))275 276 for i in range(waitTime / 4):277 if self.get_value(driver, attribute).find(textWait) >= 0:278 return True279 else:280 time.sleep(15)281 282 return False283 else:284 prt(3, 'Element %s is NOT found!' % self.sNN)285 return False286 287 def mouse_over(self, driver):288 if self._if_exist(driver): # Check Existence289 if settings.DEMO:290 self._highlight(driver)291 prt(3, 'Mouse over on: %s' % (self.sNN))292 293 elemToHover = driver.find_element(by=self.sID, value=self.sIDV)294 hover = ActionChains(driver).move_to_element(elemToHover)295 hover.perform()296 297 else:298 prt(3, 'Element %s is NOT found!' % self.sNN)299 return False300 301 def send_ESC_key(self, driver):302 if self._if_exist(driver): # Check Existence303 if settings.DEMO:304 self._highlight(driver)305 prt(3, 'Send Keys to: %s' % (self.sNN))306 307 elemToSend = driver.find_element(by=self.sID, value=self.sIDV)308 key = ActionChains(driver).send_keys_to_element(elemToSend, u'\ue00c')309 key.perform()310 311 else:312 prt(3, 'Element %s is NOT found!' % self.sNN)313 return False314 315 def send_key(self, driver, key):316 317 if self._if_exist(driver): # Check Existence318 if settings.DEMO:319 self._highlight(driver)320 prt(3, 'Send Keys to: %s' % (self.sNN))321 322 elemToSend = driver.find_element(by=self.sID, value=self.sIDV)323 key = ActionChains(driver).send_keys_to_element(elemToSend, key)324 key.perform()325 326 else:327 prt(3, 'Element %s is NOT found!' % self.sNN)328 return False329class WebCheckbox(_BaseElement):330 def __init__(self, identityMethod, identityValue, nickName):331 _BaseElement.__init__(self, identityMethod, identityValue, nickName)332 333 def is_checked(self, driver):334 '''Check if the Checkbox is checked'''335 if self._if_exist(driver) == True: # Check Existence336 if settings.DEMO:337 self._highlight(driver)338 prt(3, 'Check if Element %s is checked' % self.sNN)339 return driver.find_element(by=self.sID, value=self.sIDV).is_selected()340 else:341 prt(3, 'Element %s is NOT found!' % self.sNN)342 return False343 344 def check(self, driver):345 '''Set "ON" to a Checkbox'''346 if self._if_exist(driver) == True: # Check Existence347 if settings.DEMO:348 self._highlight(driver)349 if driver.find_element(by=self.sID, value=self.sIDV).is_selected() == True:350 pass351 else:352 driver.find_element(by=self.sID, value=self.sIDV).click()353 prt(3, 'Set Checkbox %s to "ON" (checked)' % self.sNN)354 else:355 prt(3, 'Element %s is NOT found!' % self.sNN)356 357 def check_all(self,driver):358 '''Set "ON" to a Checkbox'''359 if self._if_exist(driver) == True: # Check Existence360 if settings.DEMO:361 self._highlight(driver)362 matchItems = driver.find_elements(by=self.sID, value=self.sIDV)363 if len(matchItems) > 0:364 for item in matchItems:365 if item.is_selected() == True:366 pass367 else:368 item.click()369 prt(3, 'Set Checkbox %s to "ON" (checked)' % self.sNN)370 else:371 prt(3, 'Element %s is NOT found!' % self.sNN) 372 373 def uncheck(self, driver):374 '''Set "OFF" to a Checkbox'''375 if self._if_exist(driver) == True: # Check Existence376 if settings.DEMO:377 self._highlight(driver)378 if driver.find_element(by=self.sID, value=self.sIDV).is_selected() == True:379 driver.find_element(by=self.sID, value=self.sIDV).click()380 else:381 pass382 prt(3, 'Set Checkbox %s to "OFF" (unchecked)' % self.sNN)383 else:384 prt(3, 'Element %s is NOT found!' % self.sNN)385 386 def uncheck_all(self, driver):387 '''Set "OFF" to a Checkbox'''388 if self._if_exist(driver) == True: # Check Existence389 if settings.DEMO:390 self._highlight(driver)391 392 matchItems = driver.find_elements(by=self.sID, value=self.sIDV)393 if len(matchItems) > 0:394 for item in matchItems:395 if item.is_selected() == True:396 item.click()397 else:398 pass399 prt(3, 'Set Checkbox %s to "OFF" (unchecked)' % self.sNN)400 else:401 prt(3, 'Element %s is NOT found!' % self.sNN)402 403class WebEdit(_BaseElement):404 def __init__(self, identityMethod, identityValue, nickName):405 _BaseElement.__init__(self, identityMethod, identityValue, nickName)406 407 def set_txt(self, driver, text):408 ''' Set Text to a Editbox '''409 if self._if_exist(driver) == True: # Check Existence410 if settings.DEMO:411 self._highlight(driver)412 driver.find_element(by=self.sID, value=self.sIDV).clear()413 driver.find_element(by=self.sID, value=self.sIDV).send_keys(text)414# if self.sID == 'id':415# driver.find_element_by_id(self.sIDV).clear()416# driver.find_element_by_id(self.sIDV).send_keys(text)417# elif self.sID == 'name':418# driver.find_element_by_name(self.sIDV).clear()419# driver.find_element_by_name(self.sIDV).send_keys(text)420 prt(3, 'Set %s as: %s' % (self.sNN, text))421 else:422 prt(3, 'Element %s is NOT found!' % self.sNN) 423class WebButton(_BaseElement):424 def __init__(self, identityMethod, identityValue, nickName):425 _BaseElement.__init__(self, identityMethod, identityValue, nickName)426 427 def submit(self, driver):428 ''' Submit a Web Form'''429 if self._if_exist(driver) == True: # Check Existence430 if settings.DEMO:431 self._highlight(driver)432 driver.find_element(by=self.sID, value=self.sIDV).submit()433 prt(3, 'Click %s Button' % self.sNN)434 else:435 prt(3, 'Element %s is NOT found!' % self.sNN)436class WebList(_BaseElement):437 438 def __init__(self, identityMethod, identityValue, nickName):439 _BaseElement.__init__(self, identityMethod, identityValue, nickName)440 441 def select_by_index(self, driver, indexNumber):442 '''Select an Item from List by Index Number'''443 if self._if_exist(driver) == True: # Check Existence444 if settings.DEMO:445 self._highlight(driver)446 selectObj = Select(driver.find_element(by=self.sID, value=self.sIDV))447 selectorSize = selectObj.size()448 if indexNumber > selectorSize:449 pass450 else:451 selectObj.select_by_index(self, indexNumber)452 prt(3, 'Select %s to by index number: %d' % self.sNN, indexNumber)453 else:454 prt(3, 'Element %s is NOT found!' % self.sNN)455 456 def select_by_text(self, driver, text):457 '''Select an Item from List by Text'''458 if self._if_exist(driver) == True: # Check Existence459 if settings.DEMO:460 self._highlight(driver)461 selectObj = Select(driver.find_element(by=self.sID, value=self.sIDV))462 selectObj.select_by_visible_text(text)463 prt(3, 'Select %s to by visible text: %s' % (self.sNN, text))464 else:465 prt(3, 'Element %s is NOT found!' % self.sNN)466 467 def get_current_selection(self, driver):468 '''Get Current Selection from a List'''469 if self._if_exist(driver) == True: # Check Existence470 try:471 selectObj = Select(driver.find_element(by=self.sID, value=self.sIDV))472 prt(3, "Get Selector %s's Current Selected Option" % self.sNN)473 if settings.DEMO:474 self._highlight(driver)475 return selectObj.first_selected_option().getText()476 except:477 prt(3, "Get Selector %s's Current Selected Option, But No Item Seleted" % self.sNN)478 return ''479 else:480 prt(3, 'Element %s is NOT found!' % self.sNN)481 482 def get_all_options(self, driver):483 '''Get all options from a List, return value is a Python List'''484 if self._if_exist(driver) == True: # Check Existence485 prt(3, "Get Selector %s's Current Selected Option" % self.sNN)486 selectObj = Select(driver.find_element(by=self.sID, value=self.sIDV))487 if settings.DEMO:488 self._highlight(driver)489 return selectObj.options()490 491 else:492 prt(3, 'Element %s is NOT found!' % self.sNN)493 return []494 495class WebLabel(_BaseElement):496 def __init__(self, identityMethod, identityValue, nickName):497 _BaseElement.__init__(self, identityMethod, identityValue, nickName)498class WebLink(_BaseElement):499 def __init__(self, identityMethod, identityValue, nickName):500 _BaseElement.__init__(self, identityMethod, identityValue, nickName)501class WebTable(_BaseElement):502 '''503 To By Done!!!504 '''505 def __init__(self, identityMethod, identityValue, nickName):506 _BaseElement.__init__(self, identityMethod, identityValue, nickName) 507 508class WebItem(_BaseElement):509 def __init__(self, identityMethod, identityValue, nickName):510 _BaseElement.__init__(self, identityMethod, identityValue, nickName)511 512class WebGeneral(_BaseElement):513 def __init__(self, identityMethod, identityValue, nickName):514 _BaseElement.__init__(self, identityMethod, identityValue, nickName)515 516class WebIframe(_BaseElement):517 def __init__(self, identityMethod, identityValue, nickName):518 _BaseElement.__init__(self, identityMethod, identityValue, nickName)519 520class WebPicture(_BaseElement):521 def __init__(self, identityMethod, identityValue, nickName):522 _BaseElement.__init__(self, identityMethod, identityValue, nickName)523 524 def get_pic_url(self, driver):525 if self._if_exist(driver) == True: # Check Existence526 prt(3, "Get URL of Picture: %s" % self.sNN)527 try:528 if settings.DEMO:529 self._highlight(driver)530 selectObj = driver.find_element(by=self.sID, value=self.sIDV).get_attribute('src')531 return selectObj532 except:533 return ''534 else:...

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highlight.py

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1# This file was automatically generated by SWIG (http://www.swig.org).2# Version 1.3.333#4# Don't modify this file, modify the SWIG interface instead.5# This file is compatible with both classic and new-style classes.6import _highlight7import new8new_instancemethod = new.instancemethod9try:10 _swig_property = property11except NameError:12 pass # Python < 2.2 doesn't have 'property'.13def _swig_setattr_nondynamic(self,class_type,name,value,static=1):14 if (name == "thisown"): return self.this.own(value)15 if (name == "this"):16 if type(value).__name__ == 'PySwigObject':17 self.__dict__[name] = value18 return19 method = class_type.__swig_setmethods__.get(name,None)20 if method: return method(self,value)21 if (not static) or hasattr(self,name):22 self.__dict__[name] = value23 else:24 raise AttributeError("You cannot add attributes to %s" % self)25def _swig_setattr(self,class_type,name,value):26 return _swig_setattr_nondynamic(self,class_type,name,value,0)27def _swig_getattr(self,class_type,name):28 if (name == "thisown"): return self.this.own()29 method = class_type.__swig_getmethods__.get(name,None)30 if method: return method(self)31 raise AttributeError,name32def _swig_repr(self):33 try: strthis = "proxy of " + self.this.__repr__()34 except: strthis = ""35 return "<%s.%s; %s >" % (self.__class__.__module__, self.__class__.__name__, strthis,)36import types37try:38 _object = types.ObjectType39 _newclass = 140except AttributeError:41 class _object : pass42 _newclass = 043del types44STANDARD = _highlight.STANDARD45STRING = _highlight.STRING46NUMBER = _highlight.NUMBER47SL_COMMENT = _highlight.SL_COMMENT48ML_COMMENT = _highlight.ML_COMMENT49ESC_CHAR = _highlight.ESC_CHAR50DIRECTIVE = _highlight.DIRECTIVE51DIRECTIVE_STRING = _highlight.DIRECTIVE_STRING52LINENUMBER = _highlight.LINENUMBER53SYMBOL = _highlight.SYMBOL54KEYWORD = _highlight.KEYWORD55STRING_END = _highlight.STRING_END56NUMBER_END = _highlight.NUMBER_END57SL_COMMENT_END = _highlight.SL_COMMENT_END58ML_COMMENT_END = _highlight.ML_COMMENT_END59ESC_CHAR_END = _highlight.ESC_CHAR_END60DIRECTIVE_END = _highlight.DIRECTIVE_END61SYMBOL_END = _highlight.SYMBOL_END62KEYWORD_END = _highlight.KEYWORD_END63IDENTIFIER_BEGIN = _highlight.IDENTIFIER_BEGIN64IDENTIFIER_END = _highlight.IDENTIFIER_END65_UNKNOWN = _highlight._UNKNOWN66_EOL = _highlight._EOL67_EOF = _highlight._EOF68_WS = _highlight._WS69PARSE_OK = _highlight.PARSE_OK70BAD_INPUT = _highlight.BAD_INPUT71BAD_OUTPUT = _highlight.BAD_OUTPUT72BAD_STYLE = _highlight.BAD_STYLE73BAD_BINARY = _highlight.BAD_BINARY74WRAP_DISABLED = _highlight.WRAP_DISABLED75WRAP_SIMPLE = _highlight.WRAP_SIMPLE76WRAP_DEFAULT = _highlight.WRAP_DEFAULT77LOAD_FAILED = _highlight.LOAD_FAILED78LOAD_NEW = _highlight.LOAD_NEW79LOAD_NONE = _highlight.LOAD_NONE80HTML = _highlight.HTML81XHTML = _highlight.XHTML82TEX = _highlight.TEX83LATEX = _highlight.LATEX84RTF = _highlight.RTF85XML = _highlight.XML86ANSI = _highlight.ANSI87XTERM256 = _highlight.XTERM25688HTML32 = _highlight.HTML3289CASE_UNCHANGED = _highlight.CASE_UNCHANGED90CASE_LOWER = _highlight.CASE_LOWER91CASE_UPPER = _highlight.CASE_UPPER92CASE_CAPITALIZE = _highlight.CASE_CAPITALIZE93class LanguageDefinition(_object):94 __swig_setmethods__ = {}95 __setattr__ = lambda self, name, value: _swig_setattr(self, LanguageDefinition, name, value)96 __swig_getmethods__ = {}97 __getattr__ = lambda self, name: _swig_getattr(self, LanguageDefinition, name)98 __repr__ = _swig_repr99 def __init__(self, *args): 100 this = _highlight.new_LanguageDefinition(*args)101 try: self.this.append(this)102 except: self.this = this103 __swig_destroy__ = _highlight.delete_LanguageDefinition104 __del__ = lambda self : None;105 def getSymbolString(*args): return _highlight.LanguageDefinition_getSymbolString(*args)106 def getRawStringPrefix(*args): return _highlight.LanguageDefinition_getRawStringPrefix(*args)107 def getContinuationChar(*args): return _highlight.LanguageDefinition_getContinuationChar(*args)108 def getSyntaxHighlight(*args): return _highlight.LanguageDefinition_getSyntaxHighlight(*args)109 def isIgnoreCase(*args): return _highlight.LanguageDefinition_isIgnoreCase(*args)110 def isKeyword(*args): return _highlight.LanguageDefinition_isKeyword(*args)111 def load(*args): return _highlight.LanguageDefinition_load(*args)112 def isVHDL(*args): return _highlight.LanguageDefinition_isVHDL(*args)113 def allowNestedMLComments(*args): return _highlight.LanguageDefinition_allowNestedMLComments(*args)114 def highlightingDisabled(*args): return _highlight.LanguageDefinition_highlightingDisabled(*args)115 def needsReload(*args): return _highlight.LanguageDefinition_needsReload(*args)116 def enableReformatting(*args): return _highlight.LanguageDefinition_enableReformatting(*args)117 def allowExtEscSeq(*args): return _highlight.LanguageDefinition_allowExtEscSeq(*args)118 def getKeywords(*args): return _highlight.LanguageDefinition_getKeywords(*args)119 def getKeywordClasses(*args): return _highlight.LanguageDefinition_getKeywordClasses(*args)120 def getRegexElements(*args): return _highlight.LanguageDefinition_getRegexElements(*args)121 def getDescription(*args): return _highlight.LanguageDefinition_getDescription(*args)122 def delimiterIsDistinct(*args): return _highlight.LanguageDefinition_delimiterIsDistinct(*args)123 def getDelimiterPairID(*args): return _highlight.LanguageDefinition_getDelimiterPairID(*args)124LanguageDefinition_swigregister = _highlight.LanguageDefinition_swigregister125LanguageDefinition_swigregister(LanguageDefinition)126class RegexElement(_object):127 __swig_setmethods__ = {}128 __setattr__ = lambda self, name, value: _swig_setattr(self, RegexElement, name, value)129 __swig_getmethods__ = {}130 __getattr__ = lambda self, name: _swig_getattr(self, RegexElement, name)131 __repr__ = _swig_repr132 def __init__(self, *args): 133 this = _highlight.new_RegexElement(*args)134 try: self.this.append(this)135 except: self.this = this136 __swig_destroy__ = _highlight.delete_RegexElement137 __del__ = lambda self : None;138 __swig_setmethods__["open"] = _highlight.RegexElement_open_set139 __swig_getmethods__["open"] = _highlight.RegexElement_open_get140 if _newclass:open = _swig_property(_highlight.RegexElement_open_get, _highlight.RegexElement_open_set)141 __swig_setmethods__["end"] = _highlight.RegexElement_end_set142 __swig_getmethods__["end"] = _highlight.RegexElement_end_get143 if _newclass:end = _swig_property(_highlight.RegexElement_end_get, _highlight.RegexElement_end_set)144 __swig_setmethods__["rePattern"] = _highlight.RegexElement_rePattern_set145 __swig_getmethods__["rePattern"] = _highlight.RegexElement_rePattern_get146 if _newclass:rePattern = _swig_property(_highlight.RegexElement_rePattern_get, _highlight.RegexElement_rePattern_set)147 __swig_setmethods__["kwClass"] = _highlight.RegexElement_kwClass_set148 __swig_getmethods__["kwClass"] = _highlight.RegexElement_kwClass_get149 if _newclass:kwClass = _swig_property(_highlight.RegexElement_kwClass_get, _highlight.RegexElement_kwClass_set)150 __swig_setmethods__["groupID"] = _highlight.RegexElement_groupID_set151 __swig_getmethods__["groupID"] = _highlight.RegexElement_groupID_get152 if _newclass:groupID = _swig_property(_highlight.RegexElement_groupID_get, _highlight.RegexElement_groupID_set)153RegexElement_swigregister = _highlight.RegexElement_swigregister154RegexElement_swigregister(RegexElement)155class RegexDef(_object):156 __swig_setmethods__ = {}157 __setattr__ = lambda self, name, value: _swig_setattr(self, RegexDef, name, value)158 __swig_getmethods__ = {}159 __getattr__ = lambda self, name: _swig_getattr(self, RegexDef, name)160 __repr__ = _swig_repr161 def __init__(self, *args): 162 this = _highlight.new_RegexDef(*args)163 try: self.this.append(this)164 except: self.this = this165 __swig_setmethods__["reString"] = _highlight.RegexDef_reString_set166 __swig_getmethods__["reString"] = _highlight.RegexDef_reString_get167 if _newclass:reString = _swig_property(_highlight.RegexDef_reString_get, _highlight.RegexDef_reString_set)168 __swig_setmethods__["capturingGroup"] = _highlight.RegexDef_capturingGroup_set169 __swig_getmethods__["capturingGroup"] = _highlight.RegexDef_capturingGroup_get170 if _newclass:capturingGroup = _swig_property(_highlight.RegexDef_capturingGroup_get, _highlight.RegexDef_capturingGroup_set)171 __swig_destroy__ = _highlight.delete_RegexDef172 __del__ = lambda self : None;173RegexDef_swigregister = _highlight.RegexDef_swigregister174RegexDef_swigregister(RegexDef)175class CodeGenerator(_object):176 __swig_setmethods__ = {}177 __setattr__ = lambda self, name, value: _swig_setattr(self, CodeGenerator, name, value)178 __swig_getmethods__ = {}179 __getattr__ = lambda self, name: _swig_getattr(self, CodeGenerator, name)180 def __init__(self): raise AttributeError, "No constructor defined"181 __repr__ = _swig_repr182 __swig_destroy__ = _highlight.delete_CodeGenerator183 __del__ = lambda self : None;184 __swig_getmethods__["getInstance"] = lambda x: _highlight.CodeGenerator_getInstance185 if _newclass:getInstance = staticmethod(_highlight.CodeGenerator_getInstance)186 __swig_getmethods__["deleteInstance"] = lambda x: _highlight.CodeGenerator_deleteInstance187 if _newclass:deleteInstance = staticmethod(_highlight.CodeGenerator_deleteInstance)188 def generateFile(*args): return _highlight.CodeGenerator_generateFile(*args)189 def generateString(*args): return _highlight.CodeGenerator_generateString(*args)190 def generateStringFromFile(*args): return _highlight.CodeGenerator_generateStringFromFile(*args)191 def generateCString(*args): return _highlight.CodeGenerator_generateCString(*args)192 def initTheme(*args): return _highlight.CodeGenerator_initTheme(*args)193 def styleFound(*args): return _highlight.CodeGenerator_styleFound(*args)194 def formattingDisabled(*args): return _highlight.CodeGenerator_formattingDisabled(*args)195 def formattingIsPossible(*args): return _highlight.CodeGenerator_formattingIsPossible(*args)196 def initLanguage(*args): return _highlight.CodeGenerator_initLanguage(*args)197 def getLanguage(*args): return _highlight.CodeGenerator_getLanguage(*args)198 def setPrintLineNumbers(*args): return _highlight.CodeGenerator_setPrintLineNumbers(*args)199 def getPrintLineNumbers(*args): return _highlight.CodeGenerator_getPrintLineNumbers(*args)200 def setPrintZeroes(*args): return _highlight.CodeGenerator_setPrintZeroes(*args)201 def getPrintZeroes(*args): return _highlight.CodeGenerator_getPrintZeroes(*args)202 def setFragmentCode(*args): return _highlight.CodeGenerator_setFragmentCode(*args)203 def setLineNumberWidth(*args): return _highlight.CodeGenerator_setLineNumberWidth(*args)204 def getLineNumberWidth(*args): return _highlight.CodeGenerator_getLineNumberWidth(*args)205 def getFragmentCode(*args): return _highlight.CodeGenerator_getFragmentCode(*args)206 def setValidateInput(*args): return _highlight.CodeGenerator_setValidateInput(*args)207 def getValidateInput(*args): return _highlight.CodeGenerator_getValidateInput(*args)208 def getStyleName(*args): return _highlight.CodeGenerator_getStyleName(*args)209 def setBaseFont(*args): return _highlight.CodeGenerator_setBaseFont(*args)210 def getBaseFont(*args): return _highlight.CodeGenerator_getBaseFont(*args)211 def setBaseFontSize(*args): return _highlight.CodeGenerator_setBaseFontSize(*args)212 def getBaseFontSize(*args): return _highlight.CodeGenerator_getBaseFontSize(*args)213 def setPreformatting(*args): return _highlight.CodeGenerator_setPreformatting(*args)214 def setIncludeStyle(*args): return _highlight.CodeGenerator_setIncludeStyle(*args)215 def setSpecialOptions(*args): return _highlight.CodeGenerator_setSpecialOptions(*args)216 def printExternalStyle(*args): return _highlight.CodeGenerator_printExternalStyle(*args)217 def printIndexFile(*args): return _highlight.CodeGenerator_printIndexFile(*args)218 def initIndentationScheme(*args): return _highlight.CodeGenerator_initIndentationScheme(*args)219 def getFormatter(*args): return _highlight.CodeGenerator_getFormatter(*args)220 def setStyleInputPath(*args): return _highlight.CodeGenerator_setStyleInputPath(*args)221 def setStyleOutputPath(*args): return _highlight.CodeGenerator_setStyleOutputPath(*args)222 def setEncoding(*args): return _highlight.CodeGenerator_setEncoding(*args)223 def getStyleInputPath(*args): return _highlight.CodeGenerator_getStyleInputPath(*args)224 def getStyleOutputPath(*args): return _highlight.CodeGenerator_getStyleOutputPath(*args)225 def setTitle(*args): return _highlight.CodeGenerator_setTitle(*args)226 def getTitle(*args): return _highlight.CodeGenerator_getTitle(*args)227 def setHTMLAnchorPrefix(*args): return _highlight.CodeGenerator_setHTMLAnchorPrefix(*args)228 def setMaxInputLineCnt(*args): return _highlight.CodeGenerator_setMaxInputLineCnt(*args)229 def hasWhiteBGColour(*args): return _highlight.CodeGenerator_hasWhiteBGColour(*args)230 def setKeyWordCase(*args): return _highlight.CodeGenerator_setKeyWordCase(*args)231 def addMarkedLine(*args): return _highlight.CodeGenerator_addMarkedLine(*args)232CodeGenerator_swigregister = _highlight.CodeGenerator_swigregister233CodeGenerator_swigregister(CodeGenerator)234CodeGenerator_getInstance = _highlight.CodeGenerator_getInstance235CodeGenerator_deleteInstance = _highlight.CodeGenerator_deleteInstance236class ReGroup(_object):237 __swig_setmethods__ = {}238 __setattr__ = lambda self, name, value: _swig_setattr(self, ReGroup, name, value)239 __swig_getmethods__ = {}240 __getattr__ = lambda self, name: _swig_getattr(self, ReGroup, name)241 __repr__ = _swig_repr242 def __init__(self, *args): 243 this = _highlight.new_ReGroup(*args)244 try: self.this.append(this)245 except: self.this = this246 __swig_destroy__ = _highlight.delete_ReGroup247 __del__ = lambda self : None;248 __swig_setmethods__["length"] = _highlight.ReGroup_length_set249 __swig_getmethods__["length"] = _highlight.ReGroup_length_get250 if _newclass:length = _swig_property(_highlight.ReGroup_length_get, _highlight.ReGroup_length_set)251 __swig_setmethods__["state"] = _highlight.ReGroup_state_set252 __swig_getmethods__["state"] = _highlight.ReGroup_state_get253 if _newclass:state = _swig_property(_highlight.ReGroup_state_get, _highlight.ReGroup_state_set)254 __swig_setmethods__["kwClass"] = _highlight.ReGroup_kwClass_set255 __swig_getmethods__["kwClass"] = _highlight.ReGroup_kwClass_get256 if _newclass:kwClass = _swig_property(_highlight.ReGroup_kwClass_get, _highlight.ReGroup_kwClass_set)257ReGroup_swigregister = _highlight.ReGroup_swigregister...

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cstate.py

Source:cstate.py Github

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1import curses2# if they ever decide to fix this...3try:4 curses.BUTTON5_PRESSED5 pass6except AttributeError:7 curses.BUTTON5_PRESSED = 0x2000008 pass9# Curses makes highlighting a problem. Each foreground/background/textcolor10# combination must be registered as a separate "color" within curses, and the11# total number is capped. So currently, a character can be: on an edge,12# highlighted, or part of a deadline - or, more importantly, any subseteq of13# those. Rather than having nine color pairs, leave it at (2 * 2 + 1) for now14# - maybe it'll get fixed if live highlihting of text entry ever happens.15# Probably not, though.16COLOR_PAIRS = {17 "HIGHLIGHT": lambda: curses.color_pair(1),18 "EDGE": lambda: curses.color_pair(2),19 "EDGE_HIGHLIGHT": lambda: curses.color_pair(3),20 "DEADLINE": lambda: curses.color_pair(4),21}22class CState:23 def __init__(self, stdscr, store, helptext):24 self.stdscr = stdscr25 self.store = store26 self.helptext = helptext27 self._highlight = 028 self._offset = 029 self.stdscr.scrollok(True)30 self.rows, self.cols = stdscr.getmaxyx()31 self.stdscr.setscrreg(0, self.rows - 1)32 curses.curs_set(0) # invisible cursor33 # 1 is left click, 4 is scroll up, 5 is scroll down34 curses.mousemask(curses.BUTTON1_PRESSED | curses.BUTTON4_PRESSED |35 curses.BUTTON5_PRESSED) # button5 defined above36 curses.mouseinterval(0) # waiting here makes everything really laggy37 curses.use_default_colors()38 curses.init_pair(1, 0, 0xb)39 curses.init_pair(2, 0xc, -1)40 curses.init_pair(3, 0xc, 0xb)41 curses.init_pair(4, 0xa, -1)42 pass43 def display_nth(self, n):44 at = n - self._offset45 if at >= self.rows or at < 0:46 return47 elif n >= len(self.store):48 return49 text = self.store[n]["text"]50 cmdlen = len(self.store.cmds)51 qlen = len(self.store.queue)52 done = " ->" if n < cmdlen else "[ ]" if n - cmdlen < qlen else "[X]"53 self.stdscr.move(at, 0)54 self.stdscr.clrtoeol()55 maxw = self.cols - 156 if n == self._highlight and (n == 0 or n == len(self.store) - 1):57 return self.stdscr.addnstr(f"{done} {text}", maxw,58 COLOR_PAIRS["EDGE_HIGHLIGHT"]())59 elif n == self._highlight:60 return self.stdscr.addnstr(f"{done} {text}", maxw,61 COLOR_PAIRS["HIGHLIGHT"]())62 elif n == 0 or n == len(self.store) - 1:63 return self.stdscr.addnstr(f"{done} {text}", maxw,64 COLOR_PAIRS["EDGE"]())65 elif done == "[ ]" and " by " in text:66 idx = text.index(" by ")67 task = text[:idx]68 due = text[idx:]69 self.stdscr.addnstr(f"{done} {task}", maxw)70 return self.stdscr.addnstr(due, maxw, COLOR_PAIRS["DEADLINE"]())71 return self.stdscr.addnstr(f"{done} {text}", maxw)72 def display_store(self):73 self.stdscr.erase()74 self.stdscr.move(0, 0)75 for i in range(self.rows):76 self.display_nth(i + self._offset)77 pass78 return79 def resize(self):80 old_rows = self.rows81 self.rows, self.cols = self.stdscr.getmaxyx()82 self.stdscr.setscrreg(0, self.rows - 1)83 for old_row in range(old_rows, self.rows):84 self.display_nth(old_row + self._offset)85 pass86 else:87 # have to make a draw call here; otherwise, it doesn't actually88 # process the resize and you get a blank screen89 self.stdscr.refresh()90 pass91 pass92 def scroll_down(self):93 self._offset += 194 max_offset = len(self.store) - 195 if self._offset > max_offset:96 self._offset = max_offset97 return98 self.stdscr.scroll(1)99 if self._highlight < self._offset:100 self._highlight = self._offset101 self.display_nth(self._highlight)102 pass103 self.display_nth(self.rows + self._offset - 1)104 return105 def scroll_up(self):106 self._offset -= 1107 if self._offset < 0:108 self._offset = 0109 return110 self.stdscr.scroll(-1)111 bot = min(self.rows + self._offset, len(self.store)) - 1112 if self._highlight > bot:113 self._highlight = bot114 self.display_nth(self._highlight)115 pass116 self.display_nth(self._offset)117 return118 def _set_highlight_abs(self, new):119 if new == self._highlight:120 return True121 oldh = self._highlight122 self._highlight = new123 bot = min(self.rows + self._offset, len(self.store)) - 1124 if self._highlight < 0:125 self._highlight = 0126 pass127 elif self._highlight >= bot:128 self._highlight = bot129 pass130 self.display_nth(oldh)131 self.display_nth(self._highlight)132 return False133 def set_highlight_local(self, i):134 return self._set_highlight_abs(i + self._offset)135 def get_highlight_abs(self):136 return self._highlight137 def get_highlight_local(self):138 return self._highlight - self._offset139 def getline(self, stdscr, text="", edge=False):140 # surprise! State machine. (For text entry.)141 curses.curs_set(1) # visible cursor142 color = "EDGE_HIGHLIGHT" if edge else "HIGHLIGHT"143 stdscr.addstr(text, COLOR_PAIRS[color]())144 while True:145 c = stdscr.get_wch()146 if c in [curses.KEY_ENTER, "\n", "\r", "\r\n"]:147 break148 elif c == curses.KEY_RESIZE:149 self.resize()150 continue151 elif c == curses.KEY_MOUSE:152 # see comment in tood.py153 try:154 _, _, row, _, bstate = curses.getmouse()155 pass156 except Exception:157 continue158 if bstate & curses.BUTTON4_PRESSED:159 self.scroll_up()160 continue161 if bstate & curses.BUTTON5_PRESSED:162 self.scroll_down()163 continue164 if bstate & curses.BUTTON1_PRESSED:165 curses.curs_set(0) # invisible cursor166 return row, text167 continue168 elif c in [curses.KEY_BACKSPACE, "\x7f"]:169 if text == "":170 continue171 text = text[:-1]172 row, col = stdscr.getyx()173 stdscr.move(row, col - 1)174 stdscr.delch()175 continue176 elif c < ' ':177 continue178 # addch seems to ignore the attrs passed...179 stdscr.addstr(c, COLOR_PAIRS[color]())180 text += c181 continue182 curses.curs_set(0) # invisible cursor183 return stdscr.getyx()[0], text...

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Playwright tutorial

LambdaTest’s Playwright tutorial will give you a broader idea about the Playwright automation framework, its unique features, and use cases with examples to exceed your understanding of Playwright testing. This tutorial will give A to Z guidance, from installing the Playwright framework to some best practices and advanced concepts.

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  10. Playwright Python Tutorial: Playwright automation framework support all major languages such as Python, JavaScript, TypeScript, .NET and etc. However, there are various advantages to Python end-to-end testing with Playwright because of its versatile utility. Get the hang of Playwright python testing with this chapter.
  11. Playwright End To End Testing Tutorial: Get your hands on with Playwright end-to-end testing and learn to use some exciting features such as TraceViewer, Debugging, Networking, Component testing, Visual testing, and many more.
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