westfw

>> I had never heard of fopencookie
Me either.  avr-libc has "fdev_open" and "fdev_setup_stream" on top of their much more primirive "stdio" library, and I figured that newlib (the libc used on ARM Energia implementations) must have something similar.  Then it was just a matter of finding it :-(

>> I had never heard of fopencookie
Me either.  avr-libc has "fdev_open" and "fdev_setup_stream" on top of their much more primirive "stdio" library, and I figured that newlib (the libc used on ARM Energia implementations) must have something similar.  Then it was just a matter of finding it :-(

OK.   Now I'm feeling a little embarassed, thinking that stdout was more magical than it actually is.  How about just:
ssize_t myWrite(void *cookie, const char *buf, size_t n) {   return Serial.write((uint8_t*)buf, n); } cookie_io_functions_t myVectors = { 0, myWrite, 0, 0 }; void setup() {                   Serial.begin(115200);   stdout = fopencookie((void *)0, "w", myVectors);   setlinebuf(stdout);   printf( "This is an fprintf demo\n"); } To me, this seems cleaner and more obvious than the mechanations you'd otherwise have to go through to provide a C _write_r() function that called C++ Wiring core functions...  I don't know whether it has "baggage" brought in my calling fopen()...

BTW, Energia 15 worked OK on my Win10 (VM) "machine." (with the install in a \bin directory.)   I'm up to 10041.

BTW, Energia 15 worked OK on my Win10 (VM) "machine." (with the install in a \bin directory.)   I'm up to 10041.

There are a couple of videos that showed up, linked together starting here:

Remember this: http://forum.43oh.com/topic/219-adding-structured-control-flow-to-any-assembler/ ?
It was a set of macros that would add _if, _else, _do, _until and similar constructs to an assembly program.
It turned out that this didn't work when using the Gnu Assembler :-(
 
But I think I've managed to implement similar macros that DO work for the gnu assembler.
They're here:  https://github.com/WestfW/structured_gas
 
I've tried to do this in a way that will make it easily portable to any of the cpus supported by gas, and
provided implementations for Atmel AVR (tested!) and TI MSP430 (not so much tested.)
 
Comments welcome.
 

Remember this: http://forum.43oh.com/topic/219-adding-structured-control-flow-to-any-assembler/ ?
It was a set of macros that would add _if, _else, _do, _until and similar constructs to an assembly program.
It turned out that this didn't work when using the Gnu Assembler :-(
 
But I think I've managed to implement similar macros that DO work for the gnu assembler.
They're here:  https://github.com/WestfW/structured_gas
 
I've tried to do this in a way that will make it easily portable to any of the cpus supported by gas, and
provided implementations for Atmel AVR (tested!) and TI MSP430 (not so much tested.)
 
Comments welcome.
 

Remember this: http://forum.43oh.com/topic/219-adding-structured-control-flow-to-any-assembler/ ?
It was a set of macros that would add _if, _else, _do, _until and similar constructs to an assembly program.
It turned out that this didn't work when using the Gnu Assembler :-(
 
But I think I've managed to implement similar macros that DO work for the gnu assembler.
They're here:  https://github.com/WestfW/structured_gas
 
I've tried to do this in a way that will make it easily portable to any of the cpus supported by gas, and
provided implementations for Atmel AVR (tested!) and TI MSP430 (not so much tested.)
 
Comments welcome.
 

So how serious are you about this Arduino compatibility layer? What's there now seems awfully scant (for example, the only version of millis() I found was pretty wrong, and millis() is a pretty fundamental Arduino function.)
(It looks more useful as a collection of handy non-arduino-compatible functions...)