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There are two main strategies for implementing this:
There are two main strategies for implementing this:
# Running a standard browser, as light as possible, that points to a small local webserver (SimpleHTTPServer). It would use AJAX or a wrapper on top of that (like jsonrpc) to provide the bridge to python. The biggest downside would be that the SSB would have to call the python backend for persistence and interaction with Sugar. Another problem would be that this process could not easily be automated. Some python code would have to be written for any semi-interesting application. It would also be harder for web developers to hack Webified itself.
# Running a standard browser, as light as possible, that points to a small local webserver (SimpleHTTPServer). It would use AJAX or a wrapper on top of that (like jsonrpc) to provide the bridge to python. The biggest downside would be that the SSB would have to call the python backend for persistence and interaction with Sugar. Another problem would be that this process could not easily be automated. Some python code would have to be written for any semi-interesting application. It would also be harder for web developers to hack Webified itself.
# In a small controller application, embed a browser runtime (with hulahop). The resulting activity would be completely standalone and would not depend on a web server anymore. Gears would have to be installed as a plugin for xulrunner. Some form of [https://addons.mozilla.org/en-US/firefox/addon/748 GreaseMonkey] would be very useful. Javascript dbus access through [http://sandbox.movial.com/wiki/index.php/Browser_DBus_Bridge#WebKit_.28JavaScriptCore.29_version_notes this bridge], [https://www.socialtext.net/lukec/index.cgi?xocom XOCOM], pyxpcom directly or, in a worst case scenario, AJAX. It would be very similar to other efforts to bring web apps to the desktop and it could also provide better integration with Sugar.<br />Browse could be used as a base for the Webified SSB. A small utility (probably an extension to the Browse activity) would create activities out of websites.<br />
# In a small controller application, embed a browser runtime (with hulahop). The resulting activity would be completely standalone and would not depend on a web server anymore. Gears would have to be installed as a plugin for xulrunner. Some form of [https://addons.mozilla.org/en-US/firefox/addon/748 GreaseMonkey] would be very useful. Javascript dbus access through [http://sandbox.movial.com/wiki/index.php/Browser_DBus_Bridge#WebKit_.28JavaScriptCore.29_version_notes this bridge], [https://www.socialtext.net/lukec/index.cgi?xocom XOCOM], pyxpcom directly or, in a worst case scenario, AJAX. It would be very similar to other efforts to bring web apps to the desktop and it could also provide better integration with Sugar.<br />Browse could be used as a base for the Webified SSB. A small utility (probably an extension to the Browse activity) would create activities (XO bundles) out of websites.<br />
I will be focusing on the second stragety.<br />
I will be focusing on the second stragety.<br />
# Webified SSB can load a website (hello world)
# Webified SSB can load a website (hello world)
# Webified SSB can use GMail in offline mode (through Gears)
# Webified SSB can use GMail in offline mode (through Gears)
# Browse can successfully "sugarize" GMail
# Browse can successfully "sugarize" GMail and the resulting .xo works.
# Webified SSB can save it's Gears state in the Journal.
# Webified SSB can save it's Gears state in the Journal.
# JavaScript from inside a Webified SSB can play sounds through the dbus bridge (dbus hello world)
# JavaScript from inside a Webified SSB can play sounds through the dbus bridge (dbus hello world)