![]() Purposes only but still interesting for learning): Testing on QGIS source code repository, it showcases a wide set of different plugin filtersĪnd authentication schemes (not mean for production because they were developed for testing Here is a complete standalone application example developed for the continuous integrations handleRequest ( request, response ) 20 21 print ( response. The QGIS Server FCGI or development server workflow can be summarized as follows:ġ from re import QgsApplication 2 from rver import * 3 app = QgsApplication (, False ) 4 5 # Create the server instance, it may be a single one that 6 # is reused on multiple requests 7 server = QgsServer () 8 9 # Create the request by specifying the full URL and an optional body 10 # (for example for POST requests) 11 request = QgsBufferServerRequest ( 12 ' + 13 '&SERVICE=WMS&REQUEST=GetCapabilities' ) 14 15 # Create a response objects 16 response = QgsBufferServerResponse () 17 18 # Handle the request 19 server. Processes the request and populates the response QgsServer.handleRequest(request, response) (typically a single instance for the whole application life) The fundamental classes involved in a typical QGIS Server application are: You want to add custom features to a standard QGIS Server binary application (FCGI orĭevelopment server): in this case you'll need to write a Python plugin for the serverĪpplication and register your custom filters, services or APIs. The remaining options are better suited for when STANDALONE → Run QGIS Server as a standalone WSGI/HTTP serviceįILTERS → Enhance/Customize QGIS Server with filter pluginsĮmbedding and standalone applications require using the QGIS Server Python API directly fromĪnother Python script or application. There are a few different ways you can alter the behavior of QGIS Server or extend itsĬapabilities to offer new custom services or APIs, these are the main scenarios youĮMBEDDING → Use QGIS Server API from another Python application Use the QGIS Server API to embed QGIS server into another application. It shows how it is possible to use Python to extend, enhance or customize the server behavior or how to This chapter of the cookbook focuses on the first topic and by explaining the usage of QGIS Server API That implements a set of OGC services (WMS, WFS, WCS etc.) and OGC APIs (WFS3/OAPIF) QGIS Development Server: a development server binary application qgis_mapserver Together with a web server implements a set of OGC services (WMS, WFS, WCS etc.) ![]() QGIS Server FCGI: a FCGI binary application qgis_mapserv.fcgi that QGIS Server library: a library that provides an API for creating OGC web services
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |