Apps Platform Gadgets are custom HTML and JavaScript components that run within an iframe and can be embedded within various web pages. Gmail includes support for embedding gadgets within the web interface, creating content-rich data displays and extending Gmail with additional functionality. Sidebar gadgets are small, portable web applications that live in the left-hand side of the Gmail UI. Supporting the gadgets.* API, these are an excellent choice whenever implementing complex functionality. Many of the Gmail Labs features are implemented as sidebar gadgets, including the Google Calendar gadget. Contextual gadgets are applications that are displayed at the bottom of individual email messages and are triggered by contextual clues, such as the contents of Subject lines, sender and recipient email addresses, and more. Contextual gadgets support the gadgets.* API as well as an additional API that allows them to extract contextual clues.
objectify-appengine - Project Hosting on Google Code Objectify is a Java data access API specifically designed for the Google App Engine datastore. It occupies a "middle ground"; easier to use and more transparent than JDO or JPA, but significantly more convenient than the Low-Level API. Objectify is designed to make novices immediately productive yet also expose the full power of the GAE datastore. Objectify lets you persist, retrieve, delete, and query your own typed objects. @Entityclass Car { @Id String vin; // Can be Long, long, or String String color;} ofy().save().entity(new Car("123123", "red")).now();Car c = ofy().load().type(Car.class).id("123123").now();ofy().delete().entity(c); Objectify surfaces all native datastore features, including batch operations, queries, transactions, asynchronous operations, and partial indexes. After you've banged your head against JDO and screamed "Why, Google, why??"
Google App Engine Welcome to Google App Engine for Python! With App Engine, you can build web applications using the Python programming language, and take advantage of the many libraries, tools and frameworks for Python that professional developers use to build world-class web applications. Your Python application runs on Google's scalable infrastructure, and uses large-scale persistent storage and services. Introduction App Engine executes your Python application code using a pre-loaded Python interpreter in a safe "sandboxed" environment. Your app receives web requests, performs work, and sends responses by interacting with this environment. A Python web app interacts with the App Engine web server using the WSGI protocol, so apps can use any WSGI-compatible web application framework. The Python interpreter can run any Python code, including Python modules you include with your application, as well as the Python standard library. Selecting the Python runtime You specify the runtime element in app.yaml.
Apps Platform Google Apps allows website administrators to offer their users co-branded versions of a variety of personalized Google applications, such as Google mail. This document describes the Email Settings API which enables Google partners to programmatically manipulate most user-level Google Mail settings. API Operations The Email Settings API supports the following operations: To use the Email Settings API, you need to send an HTTP request to a specific URL that represents a particular user's setting. The body of the PUT or the POST requests will contain XML that describes either the entity to be created, or the new values that the settings should take. Email Settings API HTTP Format In order to change a user's settings with the Email Settings API, the administrator must make an HTTP request (either a POST, PUT, or a GET) to a certain URL, and when appropriate, with an XML atom entry in the body of the request. The example below shows the format URLs take in the Email Settings API. XML Responses
python - Static files application_readable usage Google Apps for Business - Business Solutions & Collaboration Tools Installing and Running Google App Engine on a Linux System: Appendix D - Using Google App Engine PROD: The names above are the chapter authors (not the epigraph authors); please place them under the title. This appendix describes the installation of the Google App Engine Software Development Kit (SDK) on Linux, plus how to run a simple “Hello, world” application. The App Engine SDK allows you to run Google App Engine Applications on your local computer. It simulates the runtime environment of the Google App Engine infrastructure. Google App Engine needs the Python interpreter to work on your system. python Python 2.5.2 (r252:60911, Feb 22 2008, 07:57:53) ... The first line will show you the version of Python running on your system. If Python is not installed or you have a version other than 2.5.x, you will need to download this version (2.5) of Python from Download the Google App Engine SDK from download the appropriate install package, as shown in Figure D.1, “Downloading Google Application Engine”. Figure D.1. Note
Uploading Your Application You create and manage applications in App Engine using the Administration Console. Once you have registered an application ID for your application, you upload it to your website using appcfg.py, a command-line tool provided in the SDK. Or, if you're using Google App Engine Launcher, you can upload your application by clicking the Deploy button. Note: Application IDs must begin with a letter. Once you register an application ID, you can delete it, but you can't re-register that same application ID after it has been deleted. Note: If you have an App Engine Premier account, you can specify that your new application should reside in the European Union rather than the United States. Hosting applications in the European Union is especially useful if your users are closer to Europe than to the United States. Registering the Application You create and manage App Engine web applications from the App Engine Administration Console, at the following URL: Congratulations!
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