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Sven Greiner authored
A normal for loop like for (int i=5; i; --i) { delay_s(); } is unrolled until i=9. This is bad because a loop makes sense starting at i=4. If the loop version (i>8) requires x byte, the unrolled version (i=8) requires x+12 bytes. Due to compiler optimization this assembler implementation requires x+4 bytes, although it just kind of forces no-unroll of the loop. So until we can tell the compiler to improve the jumps this does not help to reduce the binary size.
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