runlib.fj

w = ?? // memory and operands width. Is defined at compile time.

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Constants

Name	Expression	Description
dw	2 * w	w = ?? // memory and operands width. Is defined at compile time.
dbit	w + # w

Macros

stl

• stl.startup/0 — startup Macro - Should be the first piece of code in your program.

• stl.startup/1 — startup Macro - Should be the first piece of code in your program.

• stl.startup_and_init_pointers/0 — startup Macro - Should be the first piece of code in your program.

• stl.startup_and_init_pointers/1 — startup Macro - Should be the first piece of code in your program.

• stl.startup_and_init_all/0 — startup Macro - Should be the first piece of code in your program.

• stl.startup_and_init_all/1 — startup Macro - Should be the first piece of code in your program.

• stl.startup_and_init_all/2 — startup Macro - Should be the first piece of code in your program.

• stl.fj — macro for 1 flip-jump op

• stl.wflip_macro/2 — macro for 1 wflip op

• stl.wflip_macro/3 — macro for 1 wflip op (with jump)

• stl.comp_if — if expression is 0 (compilation time), jump to l0. else jump to l1

• stl.comp_if0 — if expression is 0 (compilation time), jump to l0. else continue

• stl.comp_if1 — if expression is not 0 (compilation time), jump to l1. else continue

• stl.comp_flip_if — if expr != 0 (compilation time), flip the given bit.

• stl.skip — skip the next flip-jump op

• stl.loop — finish (loop to self)

• stl.output_bit — bit is a constant. 0 will output o, anything else will output 1.

• stl.output_char — ascii is a constant. The macro outputs the byte (ascii & 0xff)

• stl.output — str is a constant. The macro outputs the bytes of it (from lsB to msB) until it becomes all zeros.