MapMyFitness JSON API Example

 function loadMaps() {
           var type = 2; //bike ride
           var radius = 10;
           $.ajax({
               type: 'GET',
               url: "http://api.mapmyfitness.com/3/routes/search_routes?&o=json&user_id=&user_key=&keyword=&min_latitude=51.08786&max_latitude=51.38786&min_longitude=-0.3013&max_longitude=-0.3013&center_longitude=51.38786&center_latitude=-0.3013&center_geocode=&radius=" + radius + "&route_type_id=" + type + "&city=&state=&country_code=&zip=&start_record=0&limit=25&sort_by=featured_flag%20desc,%20average_rating%20desc,%20route_name",
               data: "id=" + "&lang=en-us&format=json&jsoncallback=?",
               success: function(feed) {
                   // Create an empty array to store images
                   var thumbs = [];

                   // Loop through the items
                   for (var i = 0, l = feed.result.output.routes.length; i < l && i < 16; ++i) {
                       var routename = feed.result.output.routes[i].route_name;
                       // Add the new element to the array
                       thumbs.push(routename);
                   }

                   // Display the routes on the page
                   $('#feed').html(thumbs.join(''));
                                      
                   var show_user = tmpl("item_tmpl"), html = "";

                   for (var ii = 0; ii < feed.result.output.routes.length; ii++) {
                       html += show_user(feed.result.output.routes[ii]);
                   }
                   //var results = document.getElementById("results");                   
                   $('#vcalendar').html(html);
               },
               dataType: 'jsonp'
           });
       }

Flickr API - JQuery Javascript Example

function loadFlickr(flickrid) {
            // Display a loading icon in our display element 
            $('#feed').html('');

            // Request the JSON and process it 
            $.ajax({
                type: 'GET',
                url: "http://api.flickr.com/services/feeds/photos_public.gne",
                data: "id=" + flickrid + "&lang=en-us&format=json&jsoncallback=?",
                success: function(feed) {
                    // Create an empty array to store images 
                    var thumbs = [];

                    // Loop through the items 
                    for (var i = 0, l = feed.items.length; i < l && i < 16; ++i) {
                        // Manipulate the image to get thumb and medium sizes 
                        var img = feed.items[i].media.m.replace(
                    /^(.*?)_m\.jpg$/,
                    ''
                );

                        // Add the new element to the array 
                        thumbs.push(img);
                    }

                    // Display the thumbnails on the page 
                    $('#feed').html(thumbs.join(''));

                    // A function to add a lightbox effect 
                    addLB();
                },
                dataType: 'jsonp'
            });
        }

Basic Netduino HL1606 driver port.

Straight port of Arduino library to interface with RGB LED strips built with the HL1606 driver chip.

This hasnt even been tested yet, I just converted the code without even analysing it.

[EDIT] OK I've had a chance to look at the code and what its suppose to do. The HL1606 is basically 2* shift register and 2* LED driver. The code below is Bit Bashing it's way through, which is a pretty basic way of controlling, especially since there should be some hardware support which can do the job for us (e.g. SPI).

I'm going to have a go a writing a driver which is a bit more efficient than the below code. I'll keep you posted!

http://code.google.com/p/ledstrip/

using System;
using System.Threading;
using Microsoft.SPOT;
using Microsoft.SPOT.Hardware;
using SecretLabs.NETMF.Hardware;
using SecretLabs.NETMF.Hardware.Netduino;

using System.IO;
using System.Text;

namespace NetduinoLEDSriptDriver
{
  class HL1606Driver
  {
      enum BitOrder
      {
          LSBFirst,
          MSBFirst
      }

      enum LEDState
      {
          OFF,  // 0b00
          ON,   // 0b01
          UP,   // 0b10
          DOWN, // 0b11

      };

      //#define _BV(bit) (1 << (bit))         //#include 
      //Converts a bit number into a byte value.
      private const uint NONCMD = 0xFF;
      private const uint LATCH = 0x07;
      private const uint SPEED2X = 0x06;
      private const bool LOW = false;
      private const bool HIGH = true;

      static OutputPort _dPin;
      private OutputPort _sPin;
      private OutputPort _latchPin;
      private OutputPort _clkPin;

      private bool _faderEnabled;
      private uint _faderPulseNextEdge;
    
      //System Function
      protected void digitalWrite(OutputPort port, bool state)
      {
          port.Write(state);
      }

      protected bool digitalRead(OutputPort port)
      {
          return port.Read();
      }

      //public void pinMode(uint port, uint state)
      //{

      //}

      public HL1606Driver(Cpu.Pin dPin, Cpu.Pin sPin, Cpu.Pin latchPin, Cpu.Pin clkPin)
      {

          //Setup Ports          
          try
       {       
    _dPin = new OutputPort(dPin, false);
          _sPin = new OutputPort(sPin, false); ;
          _latchPin = new OutputPort(latchPin, false);
          _clkPin = new OutputPort(clkPin, false);

       }
       catch (Exception)
       {

        throw;
       }
        
          _faderEnabled = false;

          //Setup Port Inital States
          wakeup();

      }

      void wakeup()
      {
          digitalWrite(_dPin, LOW);
          digitalWrite(_sPin, LOW);
          digitalWrite(_latchPin, LOW);
          digitalWrite(_clkPin, LOW);
      }


      void faderCrank()
      {
          short mymillis;

          if (!_faderEnabled) return;
          SystemTime t = new SystemTime();

          mymillis = t.Milliseconds;

          // Give us 250ms slop in case we don't exactly catch our edge.
          if (mymillis >= _faderPulseNextEdge && mymillis < _faderpulsehalfwidth =" _faderPulseNewHalfWidth;" _faderpulsenextedge =" (uint)mymillis" myvar =" value;" myvar ="=" _faderenabled =" false;" _faderpulsehalfwidth =" 0;" _faderpulsenewhalfwidth =" 0;" _faderpulsenewhalfwidth =" myVar;" _faderenabled =" true;" _faderpulsehalfwidth =" myVar;" t =" new" _faderpulsenextedge =" (uint)t.Milliseconds" value ="=" _faderenabled =" false;" _faderpulsehalfwidth =" 0;" _faderpulsenewhalfwidth =" 0;" _faderpulsenewhalfwidth =" value;" _faderenabled =" true;" _faderpulsehalfwidth =" value;" t =" new" _faderpulsenextedge =" (uint)t.Milliseconds" cmd =" 0;" flags =" LATCH;">= NONCMD || bluecmd >= NONCMD || greencmd >= NONCMD) return;

          cmd |= (greencmd << cmd =" 0;" flags =" LATCH">= NONCMD || bluecmd >= NONCMD || greencmd >= NONCMD) return;

          cmd |= (greencmd << i =" 0;" _bitorder ="=" mask =" (byte)(1" mask =" (byte)(1" ms =" (int)delay">

Training Peaks Webservice

<script language='javascript'>
dp.SyntaxHighlighter.BloggerMode();
dp.SyntaxHighlighter.HighlightAll('code');
</script>

Dim sUserName As String = "username"
Dim sPassword As String = "password"
Dim nUserId As Integer = 115133
Dim bData() As Byte

Dim ws As trainingpeaksWS.Service = New trainingpeaksWS.Service()
Dim p() As trainingpeaksWS.PersonBase = ws.GetAccessibleAthletes("username", "password", trainingpeaksWS.AthleteAccountTypes.SharedSelfCoachedPremium)


Dim v As String = ws.Version()

Dim dt As DateTime = DateTime.Now()
dt = dt.AddDays(-30)

Dim v3 As Object = ws.GetWorkoutsForAthlete("username", "password", dt, DateTime.Now)
Dim v2 As Object = ws.GetWorkoutsForAccessibleAthlete("username", "password", nUserId, dt, DateTime.Now)
Dim v4 As Object = ws.GetExtendedWorkoutDataForAccessibleAthlete("username", "password", nUserId, 40760637)

Dim workout As trainingpeaksWS.Workout = New trainingpeaksWS.Workout()


ws.ImportFileForUser(sUserName, sPassword, bData)