Psn Code Generator 4.2 Plugin
Magali Swinderman
Plugins in Dev Mode specifically built for code generation ("codegen") appear in the Figma's native language dropdown. Once selected from this menu, the figma.codegen.on("generate") callback will get called any time the user's selection changes.
Considerations about how pages are loaded in the document still apply to plugins that generate code. However, as plugins for codegen act on the user's current page, it's unlikely you'll need to worry about loading additional pages.
You can also specify custom preferences for your plugin via the "codegenPreferences" field. These preferences allow users of your plugin to customize the codegen output and can be read by the plugin via the figma.codegen.preferences API.
By default, all codegen languages should support a pixel unit. However, in a lot of cases, it makes more sense to write code using a scaled unit. If applicable, plugins can use this preference option to define properties of a scaled unit and whether to default to it. For every code language your plugin supports, this option should be defined at most once in your manifest, and it will be accessible to users from a settings menu in the Code section of the Inspect panel in Dev Mode.
The callback for figma.codegen.on("generate") is automatically called whenever unit preferences are changed. Inside the callback, you can access figma.codegen.preferences to condition the generated code accordingly.
The callback for figma.codegen.on("generate") is automatically called whenever any selected preferences are updated. Inside the callback, you can access figma.codegen.preferences to modify the generated code accordingly.
Action codegen preferences are useful if you need more than a custom scaled unit or multiple choice preference options for your plugin. "Action" preferences allow you to open an iframe (via figma.showUI) to support even more user preferences. When selected, the figma.codegen.on("preferenceschange") callback will get called.
Any preferences inside the iframe will need to be stored and managed by your plugin using something like figma.clientStorage. Additionally, when these custom preferences change, you need to manually call figma.codegen.refresh to make sure the displayed code is updated.
The "generate" callback will be fired whenever the selection changes and whenever codegen preferences are updated. The callback you provide to this function will take a CodegenEvent as a parameter and return either a CodegenResult[] or a Promise.
When building a plugin for code generation, it's possible to organize your generated code into different sections, so that they are easier to read and copy by front-end developers. In the example below, we return an HTML section and a CSS section where the HTML section uses the classnames declared by the CSS section.
figma.showUI is not allowed within the generate callback. Instead, if figma.showUI is required in the generate callback, the showUI call should be moved outside of the callback and figma.ui.postMessage should be used within the callback instead. This ensures that the plugin is able to handle concurrent "generate" events.
Often front-end developers will need to pull out strings for an internationalization dictionary when doing application development. Below is a codegen plugin that gets all of the Text Nodes in a user's current selection and builds a JSON dictionary of them.
Figma2Flutter, which ICS and our design studio Boston UX developed in-house, is one of the most comprehensive, no-cost code generators on the market. Designed to appeal to both designers and developers, Figma2Flutter is not only user-friendly but offers some of the fastest code-generation speeds on the market today. The latest version takes just a few seconds to convert to code.
Lukas Krause is a technology intern at ICS. A UC Berkeley student pursuing a degree in mathematics and computer science, Lukas is interested in the use of machine learning to automate otherwise tedious tasks and improve the efficiency of programming and design.
Alternatively, you can set up classpath dependencies in your buildscript:buildscript dependencies classpath 'com.netflix.graphql.dgs.codegen:graphql-dgs-codegen-gradle:[REPLACE_WITH_CODEGEN_PLUGIN_VERSION]' apply plugin: 'com.netflix.dgs.codegen'
Gradle's plugin system uses a flat classpath for all plugins, which makes it very easy to run into classpath conflicts.One of the dependencies of the Codegen plugin is ANTLR, which is unfortuanatly used by some other plugins as well.If you see an error such as Could not initialize class graphql.parser.antlr.GraphqlLexer this typically indicates a classpath conflict.If this happens, please change the ordering of the plugins in your build script.ANTLR is typically backwards, but not forwards, compatible.
You can also specify external dependencies containing schemas to use for generation by declaring it as a dependency in the dgsCodegen configuration.The plugin will scan all .graphql and .graphqls files under META-INF folders and generate those classes under the build/generated directory.This is useful if you have external dependencies containing some shared types that you want to add to your schema for code generation. Not that this does NOT affect your project's schema, and is only for code generation.
When you have existing classes that you want to use instead of generating a class for a certain type, you can configure the plugin to do so using a typeMapping.The typeMapping configuration is a Map where each key is a GraphQL type and each value is a fully qualified Java/Kotlin type.
The code generator can also create client API classes.You can use these classes to query data from a GraphQL endpoint using Java, or in unit tests using the QueryExecutor.The Java GraphQL Client is useful for server-to-server communication.A GraphQL Java Client is available as part of the framework.
Code generation creates a field-nameGraphQLQuery for each Query and Mutation field.The *GraphQLQuery query class contains fields for each parameter of the field.For each type returned by a Query or Mutation, code generation creates a *ProjectionRoot.A projection is a builder class that specifies which fields get returned.
This API was generated based on the following schema.The edges and node types are because the schema uses pagination.The API allows for a fluent style of writing queries, with almost the same feel of writing the query as a String, but with the added benefit of code completion and type safety.
The newer version relies on the use of generics and solves:1) Not being able to handle cycles in the schema, and2) Not being able to generate on larger schemas due to too many classes getting generated and out of memory errors. We only generate one class per type in the new implementation.
Generating a Query API like above is very useful for testing your own DGS.The same type of API can also be useful when interacting with another GraphQL service, where your code is a client of that service.This is typically done using the DGS Client.
When you use code generation both for your own schema, and an internal schema, you might want different code generation configuration for both.The recommendation is to create a separate module in your project containing the schema of the external service and the codegen configuration to just generate a Query API.The following is example configuration that only generates a Query API.
If your schema is large or has a lot of cycles, it is not ideal to generate client APIs for the entire schema, since you will end up with a large number of projections.This can cause code generation to slow down significantly, or run out of memory depending on your schema.We have a few configuration parameters that help tune this so you can limit the generation of client API to only what is required.
generateJava ... generateClientv2 = true skipEntityQueries = true includeQueries = ["hello"] includeMutations = [""] includeSubscriptions = [""] maxProjectionDepth = 2Firstly, you can specify exactly which queries/mutation/subscriptions to generate for via includeQueries, includeMutations, and includeSubscriptions.skipEntityQueries is only used if you are constructing federated _entities queries for testing purposes, so you can also set that to restrict the amount of generated code.Finally, maxProjectionDepth will instruct codegen to stop generating beyond 2 levels of the graph from the query root.The default is 10.This will help further limit the number of projections as well.
This feature provides the ability to support any custom annotation on the generated POJOs using the @annotate directive in graphQL.The @annotate directive can be placed on type, input or fields in the graphQL. This feature is turned off by default and can be enabled by setting generateCustomAnnotation to true in build.gradle.
The code generator plug-in can automatically generate control programs for peripheral modules (device driver programs). By generating needed source code in accordance with user settings, the plug-in shortens development terms and dramatically reduces costs.
Important: A Note to Users of the Code Generator Plug-in for RX and the RL78/G23 group: We recommend that you consider migrating to the Smart Configurator, as it supports the following three functions: importing middleware in the form of FIT modules, generating driver code, and setting pins from the Code Generator Plug-in.
This document explains the usage of this code generator plug-in for Eclipse. In other words, this document will guide you through the operations of generating a WSDL file from a Java class and/or generating a Java class file from a WSDL file.
The Axis2 code generator comes built-in with an Eclipse plug-in. This plug-in can be used to generate a WSDL file from a java class (Java2WSDL) and/or a java class file from a WSDL (WSDL2Java). First you need to install the plug-in. The instructions for the installation process are given below.
Once the WSDL file is selected, the next page will take you to the page from where codegen options are to be selected. By far this is the most important page in this wizard. This page determines the characteristics of the code being generated.
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