Revision as of 14:33, 15 October 2019

prequel

Kursböcker

Kursbok

Referenslitteratur

LABBAR

Labb 1 - von Neumann & Assemblerprogrammering

von Neumann

• Fetch-Decode-Store CYCLE
  • BBC: https://www.bbc.co.uk/bitesize/guides/z2342hv/revision/5 (Inqluding test!!)
  • Flash: Click Next: https://www.hartismere.com/20398/CPU-Fetch-Decode-Execute-Animation
  • Bra bok/Wiki KORT, med frågor -- https://en.wikibooks.org/wiki/A-level_Computing/AQA/Computer_Components,_The_Stored_Program_Concept_and_the_Internet/Machine_Level_Architecture/The_Fetch%E2%80%93Execute_cycle_and_the_role_of_registers_within_it
  • https://www.ciss100.com/lecture-topics-modules/architecture-hardware/fetch-execute-cycle/
  • ONLINE: https://tools.withcode.uk/cpu/
  • Download: https://sourceforge.net/projects/johnnysimulator/
  • CRAZY DETAIL: http://www.visual6502.org/sim/varm/armgl.html
  • BAD??: https://www.mathematik.uni-marburg.de/~thormae/lectures/ti1/code/cpusim/index.html

• Artikel med referenser: https://www.tandfonline.com/doi/full/10.11120/ital.2010.09010100

ARM assembler

Vilken assembler passar till följande kod:

int square(int num) {
   register int temp;
   register float x;
 
   temp =  4;
   x = 3.1415;
    
   return temp + (int) x;
}

Kontrollera på sidan https://godbolt.org/ Glöm inte att ändra till gcc för ARM

Labb 2 - Blinky LED etc etc

• You can draw some awesome diagrams in fritzing, but you can *NOT* simulate i.e. make the LED blink
• Physical device programmed with web-based compiler

3.1 Starting to Program................................................................................. 37
 3.1.1 Thinking About the First Program.................................................................. 37
 3.1.2 Using the mbed API ............................................................................... 40
 3.1.3 Exploring the while Loop.......................................................................... 41
3.2 Voltages as Logic Values............................................................................. 42
3.3 Digital Output on the mbed........................................................................... 44
 3.3.1 Using Light Emitting Diodes ...................................................................... 44
 3.3.2 Using mbed External Pins ......................................................................... 46
3.4 Using Digital Inputs................................................................................. 47
 3.4.1 Connecting Switches to a Digital System........................................................... 47
 3.4.2 The DigitalIn API ................................................................................ 48
 3.4.3 Using if to Respond to a Switch Input ............................................................ 49
3.5 Digital Input and Output With the Application Board.................................................. 51
3.6 Interfacing Simple Optodevices ...................................................................... 54
 3.6.1 Optoreflective and Transmissive Sensors........................................................... 54
 3.6.2 Connecting an Optosensor to the mbed.............................................................. 55
 3.6.3 Seven-Segment Displays............................................................................ 56
 3.6.4 Connecting a Seven-Segment Display to the mbed ................................................... 58
3.7 Switching Larger DC Loads............................................................................ 61
 3.7.1 Applying Transistor Switching..................................................................... 61
 3.7.2 Switching a Motor With the mbed................................................................... 63
 3.7.3 Switching Multiple Seven-Segment Displays......................................................... 64
3.8 Mini Project: Letter Counter ........................................................................ 65

h2