yii2-anti-spam-form VS Yii2

"use strict"; /****************************************************************************** * * Radio Code Calculator API - WebApi interface usage example * * In this example, we will demonstrate how to generate a code for a specific * type of car radio. This example shows how to use an extended offline * validation. * * Version : v1.1.0 * JS : ES6 * Dependencies : radio-code-calculator * Author : Bartosz Wójcik ([email protected]) * Project : https://www.pelock.com/products/radio-code-calculator * Homepage : https://www.pelock.com * * @link https://www.pelock.com/products/radio-code-calculator * @copyright Copyright (c) 2021-2023 PELock LLC * @license Apache-2.0 * /*****************************************************************************/ // // include Radio Code Calculator API module // import { RadioCodeCalculator, RadioErrors, RadioModel, RadioModels } from "radio-code-calculator"; // // create Radio Code Calculator API class instance (we are using our activation key) // let myRadioCodeCalculator = new RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD"); // // generate a single radio unlocking code // let serial = "123456"; let extra = ""; // // select a radio model // let radioModel = RadioModels.FORD_M_SERIES; // // display radio model information, you can use it to set limits in your controls e.g. // // textFieldRadioSerial.maxLength = radioModel.serial_max_len // textFieldRadioSerial.regEx = radioModel.serial_regex_pattern() // // (if allowed by your controls) // console.log(`Radio model ${radioModel.name} expects a serial number of ${radioModel.serial_max_len} length and ${radioModel.serial_regex_pattern()} regex pattern `); // additional information if (radioModel.extra_max_len > 0) { console.log(`Additionally an extra field is required with ${radioModel.extra_max_len} and ${radioModel.extra_regex_pattern()} regex pattern `); } // // validate the serial number (offline) before sending the Web API request // let error = radioModel.validate(serial, extra); if (error !== RadioErrors.SUCCESS) { if (error === RadioErrors.INVALID_SERIAL_LENGTH) console.log(`Invalid serial number length (expected ${radioModel.serial_max_len} characters `); else if (error == RadioErrors.INVALID_SERIAL_PATTERN) console.log(`Invalid serial number regular expression pattern (expected ${radioModel.serial_regex_pattern()} regex pattern) `); else if (error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED) console.log("This serial number is not supported"); else if (error == RadioErrors.INVALID_EXTRA_LENGTH) console.log(`Invalid extra data length (expected ${radioModel.extra_max_len} characters) `); else if (error == RadioErrors.INVALID_EXTRA_PATTERN) console.log(`Invalid extra data regular expression pattern (expected ${radioModel.extra_regex_pattern()} regex pattern) `); process.exit(1); } // // generate radio code (using Web API) // myRadioCodeCalculator.calc(radioModel, serial).then((result) => { console.log("Radio code is " + result["code"]); }).catch((error) => { switch(error["error"]) { case RadioErrors.INVALID_RADIO_MODEL: console.log("Invalid radio model (not supported)"); break; case RadioErrors.INVALID_SERIAL_LENGTH: console.log("Invalid serial number length (expected " + result["serialMaxLen"] + " characters)"); break; case RadioErrors.INVALID_SERIAL_PATTERN: console.log("Invalid serial number regular expression pattern (expected " + result["serialRegexPattern"]["php"] + " regex pattern)"); break; case RadioErrors.INVALID_SERIAL_NOT_SUPPORTED: console.log("This serial number is not supported"); break; case RadioErrors.INVALID_EXTRA_LENGTH: console.log("Invalid extra data length (expected " + result["extraMaxLen"] + " characters)"); break; case RadioErrors.INVALID_EXTRA_PATTERN: console.log("Invalid extra data regular expression pattern (expected " + result["extraRegexPattern"]["php"] + " regex pattern"); break; case RadioErrors.INVALID_INPUT: console.log("Invalid input data"); break; case RadioErrors.INVALID_COMMAND: console.log("Invalid command sent to the Web API interface"); break; case RadioErrors.INVALID_LICENSE: console.log("Invalid license key!"); break; default: console.log(`Something unexpected happen while trying to login to the service (error code ${error}).`); break; } });

#!/usr/bin/env python ############################################################################### # # Radio Code Calculator API - WebApi interface usage example # # In this example, we will demonstrate how to generate a code for a specific # type of car radio. This example shows how to use an extended offline # validation. # # Version : v1.00 # Language : Python # Author : Bartosz Wójcik # Project : https://www.pelock.com/products/radio-code-calculator # Homepage : https://www.pelock.com # ############################################################################### # # include Radio Code Calculator API module # from radio_code_calculator import * # # create Radio Code Calculator API class instance (we are using our activation key) # myRadioCodeCalculator = RadioCodeCalculator("ABCD-ABCD-ABCD-ABCD") # # generate a single radio unlocking code # serial: str = "123456" extra: str = "" # # select a radio model # radioModel: RadioModel = RadioModels.FORD_M_SERIES # # display radio model information, you can use it to set limits in your controls e.g. # # textFieldRadioSerial.maxLength = radioModel.serial_max_len # textFieldRadioSerial.regEx = radioModel.serial_regex_pattern # # (if allowed by your controls) # print(f'Radio model {radioModel.name} expects a serial number of {radioModel.serial_max_len}' f' length and {radioModel.serial_regex_pattern} regex pattern') # additional information if radioModel.extra_max_len > 0: print(f'Additionally an extra field is required with {radioModel.extra_max_len} and' f' and {radioModel.extra_regex_pattern} regex pattern') # # validate the serial number (offline) before sending the Web API request # error = radioModel.validate(serial, extra) if error != RadioErrors.SUCCESS: if error == RadioErrors.INVALID_SERIAL_LENGTH: print(f'Invalid serial number length (expected {radioModel.serial_max_len} characters)') elif error == RadioErrors.INVALID_SERIAL_PATTERN: print(f'Invalid serial number regular expression pattern (expected {radioModel.serial_regex_pattern} regex pattern)') elif error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED: print("This serial number is not supported") elif error == RadioErrors.INVALID_EXTRA_LENGTH: print(f'Invalid extra data length (expected {radioModel.extra_max_len} characters)') elif error == RadioErrors.INVALID_EXTRA_PATTERN: print(f'Invalid extra data regular expression pattern (expected {radioModel.extra_regex_pattern} regex pattern)') exit(1) # # generate radio code (using Web API) # error, result = myRadioCodeCalculator.calc(radioModel, "123456") if error == RadioErrors.SUCCESS: print(f'Radio code is {result["code"]}') elif error == RadioErrors.INVALID_RADIO_MODEL: print("Invalid radio model (not supported)") elif error == RadioErrors.INVALID_SERIAL_LENGTH: print(f'Invalid serial number length (expected {result["serialMaxLen"]} characters)') elif error == RadioErrors.INVALID_SERIAL_PATTERN: print(f'Invalid serial number regular expression pattern (expected {result["serialRegexPattern"]["python"]} regex pattern)') elif error == RadioErrors.INVALID_SERIAL_NOT_SUPPORTED: print("This serial number is not supported") elif error == RadioErrors.INVALID_EXTRA_LENGTH: print(f'Invalid extra data length (expected {result["extraMaxLen"]} characters)') elif error == RadioErrors.INVALID_EXTRA_PATTERN: print(f'Invalid extra data regular expression pattern (expected {result["extraRegexPattern"]["python"]} regex pattern)') elif error == RadioErrors.INVALID_INPUT: print("Invalid input data") elif error == RadioErrors.INVALID_COMMAND: print("Invalid command sent to the Web API interface") elif error == RadioErrors.INVALID_LICENSE: print("Invalid license key") elif error == RadioErrors.ERROR_CONNECTION: print("Something unexpected happen while trying to login to the service.") else: print(f'Unknown error {error}')

Yii is one of the oldest PHP frameworks, acronym as Yes It Is! It has 14.2k stars and 7k forks on GitHub. It is a fast, secure, and flexible PHP framework for web development, especially for building MVC architecture websites. It is an Object-Oriented PHP framework that requires knowledge of inheritance, polymorphism, etc.

In Yii Framework we have a middleware that will allow us to access our applications without the need to point the web server to the public directory of each template, so we will use the middleware SubFolder::class.

asset-packagist: This is the traditional Yii2 way, here we will add the following to our composer.json.

It is often preferable to manage Yii Assets programmatically. For example, when you use the widget in a page, it will automatically include the required css and javascript files, instead of asking you to manually find these files and include them. And when you upgrade the widget to a new version, it will automatically use the new version of the Yii Assets. In this tutorial, we will describe the powerful Yii Assets management capability provided in Yii Framework .

As we can see in the example above, we have defined the configuration of our packages in files .php (it doesn’t matter if they are YiiFramework packages or not), this allows us to define the configuration of each component in a very simple way to understand.

Now if we want to create an extension, under the code standard used in the Yii Framework v.3 packages, we can use yiisoft/template, provides us the tools necessary for our code to comply with good coding standards they are:

Now we understand how to do any configuration of any YiiFramework package or external, it is not necessary to have a single long and complex configuration file, we can organize it according to the group of configurations and Yii config will do the work for you, as well as the container it applies the definitions for you, with the automatic wiring facility in controllers, which makes it easy to access any container dependency without the need to use static access to it, or depend on the container itself.