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Fix style guides (#62)

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Ara Adkins 2019-07-26 13:00:49 +01:00 committed by GitHub
parent 9c525edbb9
commit da27ecbc72
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2 changed files with 29 additions and 29 deletions
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28
doc/java-style-guide.md
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@ -133,21 +133,21 @@ public SimplM<SimplEnv, OutExpr> prepRHS(SimplEnv env, OutExpr outExpr) {
}
/* Note [Float Coercions]
~~~~~~~~~~~~~~~~~~~~~~~~~
When we find the binding
* ~~~~~~~~~~~~~~~~~~~~~~
* When we find the binding
x = cast(e, co)
we'd like to transform it to
x' = e
x = cast(x, co) // A trivial binding
There's a chance that e will be a constructor application or function, or
something like that, so moving the coercion to the usage site may well cancel
the coercions and lead to further optimisation.
...more stuff about coercion floating...
== Note [Float Coercions (Unlifted)]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
...explanations of floating for unlifted types...
*/
* we'd like to transform it to
* x' = e
* x = cast(x, co) // A trivial binding
* There's a chance that e will be a constructor application or function, or
* something like that, so moving the coercion to the usage site may well cancel
* the coercions and lead to further optimisation.
* ...more stuff about coercion floating...
*
* Note [Float Coercions (Unlifted)]
* ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
* ...explanations of floating for unlifted types...
*/
}
```

30
doc/scala-style-guide.md
View File

@ -145,21 +145,21 @@ def prepRHS (env : SimplEnv, outExpr : OutExpr) : SimplM[SimplEnv, OutExpr] = {
}
/* Note [Float Coercions]
~~~~~~~~~~~~~~~~~~~~~~~~~
When we find the binding
x = cast(e, co)
we'd like to transform it to
x' = e
x = cast(x, co) // A trivial binding
There's a chance that e will be a constructor application or function, or
something like that, so moving the coercion to the usage site may well cancel
the coercions and lead to further optimisation.
...more stuff about coercion floating...
== Note [Float Coercions (Unlifted)]
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
...explanations of floating for unlifted types...
*/
* ~~~~~~~~~~~~~~~~~~~~~~
* When we find the binding
* x = cast(e, co)
* we'd like to transform it to
* x' = e
* x = cast(x, co) // A trivial binding
* There's a chance that e will be a constructor application or function, or
* something like that, so moving the coercion to the usage site may well cancel
* the coercions and lead to further optimisation.
* ...more stuff about coercion floating...
*
* Note [Float Coercions (Unlifted)]
* ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
* ...explanations of floating for unlifted types...
*/
}
```