Cc2540 iar jobber

Deliverable is a bootloader sequence meeting requirements: - en-/decryption of code loaded - for ATMEGA Microcontrollers (ATMEGA 162) - < 2K Code - compatible with GCC compiler Application Note AVR231 available at [][1] describes a complete bootloader as C sourcecode and a little piece of assembler code, but it´s writen for IAR embedded workbench. I want to compile it with GCC compiler, which requires porting of some code sequences. Easier for someone who knows both compilers - or once has done this job. ## Deliverables 1) Complete and fully-functional working program(s) in executable form as well as complete source code of all work done. 2) Buyer will receive complete copyrights to all work purchased. ## Platform - WINAVR Programmers Notepad...

Application Note AVR231 available e.g. at [][1] describes...AVR231 available e.g. at [][1] describes a complete bootloader as C sourcecode and a little piece of assembler code, but it´s writen for IAR embedded workbench. I want to compile it with GCC compiler, which requires porting of some code sequences. Easier for someone who knows both compilers - or once has done this job. ## Deliverables 1) Complete and fully-functional working program(s) in executable form as well as complete source code of all work done. 2) Buyer will receive exclusive and complete copyrights to all work purchased. 3) Work purchased is the description of the changes necessary for porting from IAR to GCC compiler ## Platform WINAVR Programmers Notepad with GCC compiler

Hello ! We have some firmware and driver source code from one of our chip suppliers. The firmware code is for a USB to Serial Converter and the driver packages are for 98 - XP. The firmware source was developed using the IAR Embedded Workbench v5.05. We require a small moficiation to both packages as we use an ATMEGA128 with both UARTS. The modifications we require are this: 1) When the user (via the OS driver) sets baud rate, parity etc the USB to Serial converter (TUSB2041 from TI) pulls a pin low on the ATMEGA128 via one of it's four GPIO's. This forces the ATMEGA128's UART0 to a known baud and parity. 2) Commands are then send to the ATMEGA128 to set the new baud and parity parameters on both of it's UART's via UART0. ...

I need an excellent cross-platform programmer, who can write programs both for AVR microcontrollers and Windows platform. He must write for me 2 programs for my LED Information board "Currency Exchange Rates" for banks: 1) program (ROM) for AVR ATMega32 written in AVR assembler or IAR C++, 2) control program (Windows platform) written in C++ or Delphi. Connection between information board and computer - RS232. All copyrights on programs will be mine. Please, do not bid if you cannot complete this project. Bids from people without ratings will be ignored. You must have completed C++ projects in the past also.