OK fine i did more

Author: thinkl33t

docs/TiLDA_MK3/API/index.md

@@ -3,17 +3,12 @@
 - [documentation](http://docs.micropython.org/en/latest/pyboard/) -
   General Micropython library
 - [uGFX](ugfx.md) - The TiLDA LCD colour screen
-- <a href="TiLDA_MK3/documentation/cc3100" class="wikilink"
-  title="CC3100">CC3100</a> - The wifi chip
-- <a href="TiLDA_MK3/rtc" class="wikilink" title="RTC">RTC</a> (real
-  time clock)
-- <a href="TiLDA_MK3/adc" class="wikilink" title="ADC">ADC</a> (analogue
-  reading)
-- <a href="TiLDA_MK3/timer" class="wikilink" title="Timer">Timer</a>
+- [RTC](rtc.md) - Real time clock
+- [ADC](adc.md) - Analogue reading
+- [Timer](timer.md)
 - Microcontroller peripherals
   [1](https://docs.micropython.org/en/latest/pyboard/library/pyb.html)
-  (Timers, PWM, serial,
-  <a href="TiLDA_MK3/spi" class="wikilink" title="SPI">SPI</a> etc)
+  (Timers, PWM, serial, [SPI](spi.md) etc)
 
 ## TiLDA Libraries
 

docs/TiLDA_MK3/API/spi.md

@@ -7,10 +7,12 @@ SPI1 is used for the board's onboard wifi.
 SPI2 is exposed on the 'X' header, under the white silkscreen section
 for your name.
 
-    from pyb import SPI
+```python
+from pyb import SPI
 
-    spi = SPI(2) #create SPI on port 2
-    spi.init(SPI.MASTER) #set the mode. Other things like baudrate=80000, polarity=1, phase=0, crc=None can be set here
+spi = SPI(2) #create SPI on port 2
+spi.init(SPI.MASTER) #set the mode. Other things like baudrate=80000, polarity=1, phase=0, crc=None can be set here
 
-    spi.send(170) #send int byte
-    spi.send(b'\xAA') #send hex byte
+spi.send(170) #send int byte
+spi.send(b'\xAA') #send hex byte
+```

docs/TiLDA_MK3/API/timer.md

@@ -11,34 +11,38 @@ True: pass".
 
 ## Function callbacks
 
-    flag = 0
+```python
+flag = 0
 
-    #note, this callback needs to take one parameter, which is what timer is calling it
-    def tim_callback(t):
-        global flag
-        flag = 1
+#note, this callback needs to take one parameter, which is what timer is calling it
+def tim_callback(t):
+    global flag
+    flag = 1
 
-    timer = pyb.Timer(3)
-    timer.init(freq=1)
-    timer.callback(tim_callback)
+timer = pyb.Timer(3)
+timer.init(freq=1)
+timer.callback(tim_callback)
 
-    ....
+....
 
-    timer.deinit()
+timer.deinit()
+```
 
 or, using lambdas
 
-    flag = 0
+```python
+flag = 0
 
-    #the use of lambda avoids needing the function to take an argument
-    def tim_callback():
-        global flag
-        flag = 1
+#the use of lambda avoids needing the function to take an argument
+def tim_callback():
+    global flag
+    flag = 1
 
-    timer = pyb.Timer(3)
-    timer.init(freq=1)
-    timer.callback(lambda t: tim_callback())
+timer = pyb.Timer(3)
+timer.init(freq=1)
+timer.callback(lambda t: tim_callback())
 
-    ....
+....
 
-    timer.deinit()
+timer.deinit()
+```

docs/TiLDA_MK3/API/wifi.md

@@ -2,15 +2,19 @@
 
 A simple json document in the root directory of the badge:
 
-    {"ssid":"your-wifi-name","pw":"your-wifi-password"}
+```json
+{"ssid":"your-wifi-name","pw":"your-wifi-password"}
+```
 
 If you're connecting to an open wifi you can leave out the "pw" :
 
-    {"ssid":"your-unsecured-wifi-name"}
+```json
+{"ssid":"your-unsecured-wifi-name"}
+```
 
 Most badge apps that use the wifi chip will expect a wifi.json file to
 exist. Please make sure it's valid json and that both name and password
 are in the correct case.
 
 Please make sure to "eject" the usb storage properly before restarting
-the badge.
+the badge.