9.10.6 Low-level (LLDS -> LLDS) optimization options

These optimizations are transformations that are applied to our low-level intermediate code before emitting C code.

--no-common-data

Disable optimization of common data structures.

--no-layout-common-data

Disable optimization of common subsequences in layout structures.

--no-llds-optimize

Disable the low-level optimization passes.

--no-optimize-peep

Disable local peephole optimizations.

--no-optimize-jumps

Disable elimination of jumps to jumps.

--no-optimize-fulljumps

Disable elimination of jumps to ordinary code.

--pessimize-tailcalls

Disable the optimization of tailcalls.

--checked-nondet-tailcalls

Convert nondet calls into tail calls whenever possible, even when this requires a runtime check. This option tries to minimize stack consumption, possibly at the expense of speed.

--no-use-local-vars

Disable the transformation to use local variables in C code blocks wherever possible.

--no-optimize-labels

Disable elimination of dead labels and code.

--optimize-dups

Enable elimination of duplicate code within procedures.

--optimize-proc-dups

Enable elimination of duplicate procedures.

--no-optimize-frames

Disable stack frame optimizations.

--no-optimize-delay-slot

Disable branch delay slot optimizations.

--optimize-reassign

Optimize away assignments to locations that already hold the assigned value.

--optimize-repeat n

Iterate most optimizations at most n times (default: 3).

--layout-compression-limit n

Attempt to compress the layout structures used by the debugger only as long as the arrays involved have at most n elements (default: 4000).