插件类 API 的版本信息，提供 特定插件的版本信息，并提供插件类 API 的基本版本兼容性检查。 简而言 之，这些功能是： /* 返回命名插件类的 UTF-8 字符串 */ /* Return a UTF-8 string naming the Plugin Class */ char const* GetKicadPluginClass( void ); /* 返回插件类API的版本信息 the Plugin Class API */ void GetClassVersion( unsigned char* Major, unsigned char* Minor, unsigned char* Patch, unsigned char* Revision ); /* 如果插件中实现了版本检查，则返回 true。 确定给定的插件类 API 是否兼容。 Return Return true if the version check implemented in the plugin determines that the given Plugin Class API is compatible. */ bool CheckClassVersion( unsigned char Major, unsigned char Minor, unsigned

format into a KiCad PCB. At the moment only the 3D Plugin Class has been developed and it will be the focus of this document. Implementing a Plugin Class requires creating code within the KiCad source tree Within the KiCad source tree, the file plugins/ldr/pluginldr.h declares the base class for all plugin loaders. This class declares the most basic functions which we would expect to find in any KiCad plugin the available plugins. The header plugins/ldr/3d/pluginldr3D.h declares a loader for the 3D Plugin Class. The loader is responsible for loading a given plugin and making its functions available to KiCad

into a KiCad PCB. At the moment only the 3D Plugin Class has been developed and this will be the focus of this document. Implementing a Plugin Class requires creating code within the KiCad source tree Within the KiCad source tree, the file plugins/ldr/pluginldr.h declares the base class for all plugin loaders. This class declares the most basic functions which we would expect to find in any KiCad plugin the available plugins. The header plugins/ldr/3d/pluginldr3D.h declares a loader for the 3D Plugin Class. The loader is responsible for loading a given plugin and making its functions available to KiCad

architectural style. class CatalogItem(object): # ... @falcon.before(hooks.to_oid) def on_get(self, id): return self._collection.find_one(id) app = falcon.API(after=[hooks.serialize]) Documentation User Guide Introduction Installation Quickstart Tutorial FAQ Classes and Functions The API Class Request & Response Cookies Status Codes Error Handling Media Redirection Middleware Hooks Routing third-party dependencies. Flexible. Falcon leaves a lot of decisions and implementation details to you, the API developer. This gives you a lot of freedom to customize and tune your implementation. Due to Falcon’s

architectural style. class CatalogItem(object): # ... @falcon.before(hooks.to_oid) def on_get(self, id): return self._collection.find_one(id) app = falcon.API(after=[hooks.serialize]) Documentation User Guide Introduction Installation Quickstart Tutorial FAQ Classes and Functions The API Class Request & Response Cookies Status Codes Error Handling Media Redirection Middleware Hooks Routing third-party dependencies. Flexible. Falcon leaves a lot of decisions and implementation details to you, the API developer. This gives you a lot of freedom to customize and tune your implementation. Due to Falcon’s

architectural style. class CatalogItem(object): # ... @falcon.before(hooks.to_oid) def on_get(self, id): return self._collection.find_one(id) app = falcon.API(after=[hooks.serialize]) Documentation User Guide Introduction Installation Quickstart Tutorial FAQ Classes and Functions The API Class Request & Response Cookies Status Codes Error Handling Media Redirection Middleware Hooks Routing third-party dependencies. Flexible. Falcon leaves a lot of decisions and implementation details to you, the API developer. This gives you a lot of freedom to customize and tune your implementation. Due to Falcon’s

architectural style. class CatalogItem(object): # ... @falcon.before(hooks.to_oid) def on_get(self, id): return self._collection.find_one(id) app = falcon.API(after=[hooks.serialize]) Documentation User Guide Introduction Installation Quickstart Tutorial FAQ Classes and Functions The API Class Request & Response Cookies Status Codes Error Handling Media Redirection Middleware Hooks Routing third-party dependencies. Flexible. Falcon leaves a lot of decisions and implementation details to you, the API developer. This gives you a lot of freedom to customize and tune your implementation. Due to Falcon’s

Falcon cuts to the chase with a clean design that embraces HTTP and the REST architectural style. class QuoteResource: def on_get(self, req, resp): """Handles GET requests""" quote = { " ), 'author': 'Grace Hopper' } resp.media = quote api = falcon.API() api.add_route('/quote', QuoteResource()) What People are Saying “We have been using Falcon Documentation User Guide Introduction Installation Quickstart Tutorial FAQ Classes and Functions The API Class Request & Response Cookies Status Codes Error Handling Media Redirection Middleware Hooks Routing

architectural style. class CatalogItem(object): # ... @falcon.before(hooks.to_oid) def on_get(self, id): return self._collection.find_one(id) app = falcon.API(after=[hooks.serialize]) Falcon FAQ User Guide Introduction Installation Quickstart Tutorial Classes and Functions The API Class Request & Response Cookies Status Codes Error Handling Redirection Middleware Hooks Routing Utilities Falcon? Instances of falcon.API are first-class WSGI apps, so you can use the standard pattern outlined in PEP-3333. In your main “app” file, you would simply wrap your api instance with a middleware app

architectural style. class CatalogItem(object): # ... @falcon.before(hooks.to_oid) def on_get(self, id): return self._collection.find_one(id) app = falcon.API(after=[hooks.serialize]) to Falcon FAQ User Guide Introduction Installation Quickstart Tutorial Classes and Functions API Class req/resp Cookies Status Codes Error Handling Redirection Middleware Hooks Routing Utilities Testing Falcon? Instances of falcon.API are first-class WSGI apps, so you can use the standard pattern outlined in PEP-3333. In your main “app” file, you would simply wrap your api instance with a middleware app