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nitro-codegen

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The code-generator for react-native-nitro-modules.

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import type { NitroUserConfig } from './NitroUserConfig.js'; export declare function getUserConfig(): NitroUserConfig; export declare function setUserConfigPath(path: string): void; /** * Represents the properly parsed `nitro.json` config of the current executing directory. */ export declare const NitroConfig: { /** * Returns the name of the Android C++ library (aka name in CMakeLists.txt `add_library(..)`). * This will be loaded via `System.loadLibrary(...)`. * @example `NitroImage` */ getAndroidCxxLibName(): string; /** * Returns the iOS module name (aka Pod name) of the module that will be generated. * @example `NitroImage` */ getIosModuleName(): string; /** * Represents the C++ namespace of the module that will be generated. * This can have multiple sub-namespaces, and is always relative to `margelo::nitro`. * @example `['image']` -> `margelo::nitro::image` */ getCxxNamespace(language: "c++" | "swift", ...subDefinitionName: string[]): string; /** * Represents the Android namespace of the module that will be generated. * This can have multiple sub-namespaces, and is always relative to `com.margelo.nitro`. * @example `['image']` -> `com.margelo.nitro.image` */ getAndroidPackage(language: "java/kotlin" | "c++/jni", ...subPackage: string[]): string; /** * Return the directory of the android package, and a given sub-package. * This will be used on android to put files from a package in their respective package folder. */ getAndroidPackageDirectory(...subPackage: string[]): string[]; /** * Get the autolinking configuration of all HybridObjects. * Those will be generated and default-constructed. */ getAutolinkedHybridObjects(): NitroUserConfig["autolinking"]; /** * Get the paths that will be ignored when loading the TypeScript project. * In most cases, this just contains `node_modules/`. */ getIgnorePaths(): string[]; getGitAttributesGeneratedFlag(): boolean; };