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Fix typos

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Gustavo Massaccesi 2015-09-01 11:06:09 -03:00 committed by Vincent St-Amour
parent 4fefec6386
commit c290de0f88
1 changed files with 4 additions and 4 deletions
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8
racket/src/racket/src/eval.c
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@ -62,7 +62,7 @@
When collecting the arguments for an application, scheme_do_eval() When collecting the arguments for an application, scheme_do_eval()
avoids recursive C calls to evaluate arguments by recognizing avoids recursive C calls to evaluate arguments by recognizing
easily-evaluated expressions, such as constrants and variable easily-evaluated expressions, such as constants and variable
lookups. This can be viewed as a kind of half-way A-normalization. lookups. This can be viewed as a kind of half-way A-normalization.
Bytecodes are not linear. They're actually trees of expression Bytecodes are not linear. They're actually trees of expression
@ -81,7 +81,7 @@
Bytecode compilation: Bytecode compilation:
Compilation works in four passes. Compilation works in five passes.
The first pass, called "compile", performs most of the work and The first pass, called "compile", performs most of the work and
tracks variable usage (including whether a variable is mutated or tracks variable usage (including whether a variable is mutated or
@ -98,7 +98,7 @@
constant folding, and function inlining; this pass mutates records constant folding, and function inlining; this pass mutates records
produced by the "letrec_check" pass. See "optimize.c". This pass produced by the "letrec_check" pass. See "optimize.c". This pass
isn't optional; for example, it calculates closure information that isn't optional; for example, it calculates closure information that
the third pass uses. the fourth pass uses.
The fourth pass, called "resolve", finishes compilation by computing The fourth pass, called "resolve", finishes compilation by computing
variable offsets and indirections (often mutating the records variable offsets and indirections (often mutating the records
@ -135,7 +135,7 @@
variants. The code is not actually JITted until it is called; this variants. The code is not actually JITted until it is called; this
preparation step merely sets up a JIT hook for each function. The preparation step merely sets up a JIT hook for each function. The
preparation pass is a shallow, function (i.e., it doesn't mutate preparation pass is a shallow, function (i.e., it doesn't mutate
the original bytecode) pass; the body of a fuction is preparred for the original bytecode) pass; the body of a function is prepared for
JITting lazily. See "jitprep.c". JITting lazily. See "jitprep.c".
*/ */