// First, we set up the webserver with the html/css/js files we have in the public folder of this project.
// We used blockly from https://developers.google.com/blockly/ (amazing frameworks and super easy to use).
// We created a few custom blocks (inspired by the ones used by the BBC micro:bit, check it out at https://www.microbit.co.uk/).
// You can go and modify the blocks and the JavaScript translations. Check out public\index.html, public\blockly\blocks-custom.js
// and public\blockly\javascript-custom.js.
// Then we add handlers for the "runcode" and "stopcode" POSTs, which leverage the Chakra JavaScript engine to execute
// the JavaScript code translated by blockly.
// The JavaScript code uses a few helper functions from the IoTBlocklyHelper WinRT library (which is added applocal to
// this UWP Background Application).
// Notice that most of the blocks require the Raspberry Pi Sense Hat (https://www.raspberrypi.org/products/sense-hat/).
// And then we start listening on port 8024 and start serving pages: Use your favorite browser to browse to your
// Raspberry Pi IP address:8024 and you can start coding.
public async void Run(IBackgroundTaskInstance taskInstance)
{
deferral = taskInstance.GetDeferral();
var publicFolder = await localFolder.GetFolderAsync("public");
// await StartMostRecentScript(); // problematic if JS Corrupt when stored
var server = new SimpleWebServer();
// include last saved script
server.Get(
"/",
async(req, res) => { await SimpleWebServer.WriteStaticResponseFilter(req, res, publicFolder, IncludeLastScript); });
server.Get(
"/index.html",
async(req, res) => { await SimpleWebServer.WriteStaticResponseFilter(req, res, publicFolder, IncludeLastScript); });
server.UseStatic(publicFolder);
server.Post("/runcode", async(req, res) =>
{
var code = req.GetValue("code");
var blocks = req.GetValue("blocks");
if (!String.IsNullOrEmpty(code))
{
// await SaveMostRecentScript(code, blocks);
host.RunScriptAsync(code);
}
await res.RedirectAsync("..");
});
server.Post("/stopcode", async(req, res) =>
{
host.HaltScript();
await res.RedirectAsync("..");
});
try
{
server.Listen(8024);
}
catch (Exception ex)
{
Debug.WriteLine(ex.ToString());
}
}
// First, we set up the webserver with the html/css/js files we have in the public folder of this project.
// We used blockly from https://developers.google.com/blockly/ (amazing frameworks and super easy to use).
// We created a few custom blocks (inspired by the ones used by the BBC micro:bit, check it out at https://www.microbit.co.uk/).
// You can go and modify the blocks and the JavaScript translations. Check out public\index.html, public\blockly\blocks-custom.js
// and public\blockly\javascript-custom.js.
// Then we add handlers for the "runcode" and "stopcode" POSTs, which leverage the Chakra JavaScript engine to execute
// the JavaScript code translated by blockly.
// The JavaScript code uses a few helper functions from the IoTBlocklyHelper WinRT library (which is added applocal to
// this UWP Background Application).
// Notice that most of the blocks require the Raspberry Pi Sense Hat (https://www.raspberrypi.org/products/sense-hat/).
// And then we start listening on port 8000 and start serving pages: Use your favorite browser to browse to your
// Raspberry Pi IP address:8000 and you can start coding.
public async void Run(IBackgroundTaskInstance taskInstance)
{
deferral = taskInstance.GetDeferral();
var publicFolder = await localFolder.GetFolderAsync("public");
await StartMostRecentScript();
var server = new SimpleWebServer();
// include last saved script
server.Get(
"/",
async(req, res) => { await SimpleWebServer.WriteStaticResponseFilter(req, res, publicFolder, IncludeLastScript); });
server.Get(
"/index.html",
async(req, res) => { await SimpleWebServer.WriteStaticResponseFilter(req, res, publicFolder, IncludeLastScript); });
server.UseStatic(publicFolder);
server.Post("/runcode", async(req, res) =>
{
var code = req.GetValue("code");
var blocks = req.GetValue("blocks");
if (!String.IsNullOrEmpty(code))
{
await SaveMostRecentScript(code, blocks);
host.runScriptAsync(code);
}
await res.RedirectAsync("..");
});
server.Post("/stopcode", async(req, res) =>
{
host.haltScript();
await res.RedirectAsync("..");
});
server.Listen(8000);
}