0.3 - implement COROUTINE_DELAY_MICROS(); update COROUTINE_DELAY_SECONDS() #10
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…he program due to destructors (#7)
… ensure that COROUTINE_YIELD() is called at least once even if 'condition' is already true
…IELD() issued by COROUTINE_AWAIT(); add tests/Makefile
…yielding even if the delay is 0
…void ambiguity with global millis() method (#9)
…::micros() function (#9)
…INE_DELAY(), COROUTINE_DELAY_MILLIS() and COROUTINE_DELAY_MICROS() (#9)
…ed in COROUTINE_DELAY_SECONDS()
…ger division by 1000
…eSeconds() and the 2 uint16_t parameters already allocated by COROUTINE_DELAY()
…on 8-bit processors (#9)
…n true (but this should never happen)
…ark results for various boards (#9)
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AutoBenchmark/README.mdbenchmark numbers.do-whileloopCOROUTINE_AWAIT()so that it is guaranteed to callCOROUTINE_YIELD()at least once. Previously, if theconditionof theawait was already (or always) true, the
while-loopcaused the coroutineto hog the control flow without yielding.
do-whileloop inCOROUTINE_DELAY()so thatCOROUTINE_YIELD()is guaranteed to be called at least once, even if the delay is 0.
COROUTINE_DELAY_MICROS(delayMicros)which is similar to theexisting
COROUTINE_DELAY(delayMillis)macro. The actual delay time maybe inaccurate on slow processors (e.g. 16 MHz AVR processors) and become
more accurate for faster processors (e.g. ESP32). (Microsecond Timing? #9)
COROUTINE_DELAY_SECONDS(delaySeconds)macro now takesonly one parmeter instead of 2 parameters. An external
loopCountervariable no longer needs to be provided by the caller, which simplifies
the API.
examples/Delay/Delay.inoprogram to validate the variousCOROUTINE_DELAY*()macros.sizeof(Coroutine)increases from 14 bytes to 15 bytes on an 8-bitprocessor. No change on 32-bit (still 28 bytes).