Complete VERSION $2.$Write complete code for versions Requirements

All code must be written in standard Microchip PIC $16$F$690$ assembly language.

The code must be developed for an actual implementation, however will be demonstrated

using a prototype on breadboard.

Evidence of good hardware and software engineering practices will be the most significant

criteria when assigning grades.

NOT using current limiting resistors on LEDs.

Excessive current sink$/$source from I$/$O pins on the PIC $($exceeding specs$).$

Using unnecessary additional components, ie$.$ using a BCD to SSD decoder is

NOT appropriate.

NOT properly planning and structuring your code, ie$.$ not following a TOP DOWN

DESIGN STRATEGY $($bottom up design is less common and usually needs motivation$).$

NOT making your code easy to read. You should make appropriate use of

whitespace $($including visually separating sections of code$),$ line up code into

columns, use meaningful variable names, remove unused variables and

unnecessary$/$unused code and providing helpful$/$insightful comments. Use standard

symbolic names rather than absolute numeric references to standard Microchip file

registers and$/$or destinations, ie$.$ PORTA rather than $0$x$05.$ Organise your source

code so it is not a "rats nest" of GOTO statements.

Using an all$-$at$-$once approach rather than MODULAR approach to coding where

modules have specific well defined purpose and interface.

NOT incrementally implementing and testing code.

NOT making use of software simulation and debugging tools provided by MPLAB X$.$two in the strandard assebly language for a Microchip PIC $16$F$690.$I am using MPLAB, explain and commet well on codes. Reqiremnets are in the second picture, please ensure all reqirments are met.

The code must be developed for an actual implementation, however will be demonstrated

using a prototype on breadboard.