Handbook
Glossary
##not
Basic block instructions
Prev:
##neg
Next:
##or
Vocabulary
compiler
.
cfg
.
instructions
Definition
IN:
compiler.cfg.instructions
TUPLE:
##not
<
foldable-insn
dst src insn#
;
Methods
USING:
accessors
compiler.cfg.gvn.avail
compiler.cfg.instructions
kernel
;
M:
##not
>avail-insn-defs
[
]
change-dst
drop
;
USING:
accessors
compiler.cfg.gvn.avail
compiler.cfg.instructions
kernel
;
M:
##not
>avail-insn-uses
[
dup
>avail-vreg
or*
]
change-src
drop
;
USING:
accessors
arrays
compiler.cfg.gvn.expressions
compiler.cfg.gvn.graph
compiler.cfg.instructions
kernel
sequences.private
;
M:
##not
>expr
\
##not
swap
[
src>>
vreg>vn
]
keep
drop
2
f
<array>
1
swap
[
set-array-nth
]
keep
0
swap
[
set-array-nth
]
keep
;
USING:
accessors
arrays
compiler.cfg.instructions
compiler.cfg.value-numbering.expressions
compiler.cfg.value-numbering.graph
kernel
sequences.private
;
M:
##not
>expr
\
##not
swap
[
src>>
vreg>vn
]
keep
drop
2
f
<array>
1
swap
[
set-array-nth
]
keep
0
swap
[
set-array-nth
]
keep
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.linear-scan.assignment
kernel
;
M:
##not
assign-insn-defs
[
vreg>reg
]
change-dst
drop
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.linear-scan.assignment
kernel
;
M:
##not
assign-insn-uses
[
vreg>reg
]
change-src
drop
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.representations.rewrite
kernel
;
M:
##not
convert-insn-defs
[
converted-value
]
change-dst
drop
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.representations.rewrite
kernel
;
M:
##not
convert-insn-uses
[
converted-value
]
change-src
drop
;
USING:
compiler.cfg.instructions
compiler.cfg.representations.preferred
cpu.architecture
kernel
;
M:
##not
defs-vreg-reps
drop
{
int-rep
}
;
USING:
accessors
arrays
compiler.cfg.def-use
compiler.cfg.instructions
;
M:
##not
defs-vregs
dst>>
1array
;
USING:
accessors
compiler.cfg.instructions
compiler.codegen
cpu.architecture
kernel
;
M:
##not
generate-insn
[
dst>>
]
keep
[
src>>
]
keep
drop
%not
;
USING:
combinators
compiler.cfg.instructions
compiler.cfg.representations.peephole
compiler.cfg.representations.rewrite
generic
kernel
;
M:
##not
optimize-insn
{
{
[
dup
inert-tag/untag-unary?
]
[
[
no-use-conversion
]
[
emit-tagged-not
]
[
no-def-conversion
]
tri
]
}
[
M\
##not
optimize-insn
(call-next-method)
]
}
cond
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.renaming
kernel
;
M:
##not
rename-insn-defs
[
rename-value
]
change-dst
drop
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.renaming
kernel
;
M:
##not
rename-insn-uses
[
rename-value
]
change-src
drop
;
USING:
combinators
compiler.cfg.gvn.folding
compiler.cfg.gvn.math
compiler.cfg.gvn.rewrite
compiler.cfg.instructions
kernel
;
M:
##not
rewrite
{
{
[
dup
[
##not?
]
self-inverse?
]
[
self-inverse
]
}
{
[
dup
unary-constant-fold?
]
[
unary-constant-fold
]
}
[
drop
f
]
}
cond
;
USING:
accessors
combinators
compiler.cfg.instructions
compiler.cfg.value-numbering.folding
compiler.cfg.value-numbering.graph
compiler.cfg.value-numbering.math
compiler.cfg.value-numbering.rewrite
kernel
;
M:
##not
rewrite
{
{
[
dup
src>>
vreg>insn
##not?
]
[
self-inverse
]
}
{
[
dup
unary-constant-fold?
]
[
unary-constant-fold
]
}
[
drop
f
]
}
cond
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.ssa.construction.private
kernel
;
M:
##not
ssa-rename-insn-defs
[
gen-name
]
change-dst
drop
;
USING:
accessors
compiler.cfg.instructions
compiler.cfg.ssa.construction.private
kernel
;
M:
##not
ssa-rename-insn-uses
[
top-name
]
change-src
drop
;
USING:
compiler.cfg.gvn.folding
compiler.cfg.instructions
kernel
math
;
M:
##not
unary-constant-fold*
drop
bitnot
;
USING:
compiler.cfg.instructions
compiler.cfg.value-numbering.folding
kernel
math
;
M:
##not
unary-constant-fold*
drop
bitnot
;
USING:
compiler.cfg.instructions
compiler.cfg.representations.preferred
cpu.architecture
kernel
;
M:
##not
uses-vreg-reps
drop
{
int-rep
}
;
USING:
accessors
arrays
compiler.cfg.def-use
compiler.cfg.instructions
;
M:
##not
uses-vregs
src>>
1array
;