Mass rename SourceLoc and Tag (#860)

This does a mass rename of:

-   `SourceLoc()` -> `source_loc()` for property naming
    - `loc` -> `source_loc_` for underscore+consistency
    - Generally changing function args to `source_loc` for consistency
-   `Tag()` -> `kind()` for property naming and `Kind` parity
    - `tag` -> `kind_` for underscore

Also renames `Pos` and `Results` on `Action`. These are a bit of an exception in that most base classes only have `Tag` and maybe `SourceLoc`, whereas `Action` has a little more. I felt okay having `source_loc()` and `kind()` on the base class where children do `Exp()` and the like, but it felt weird to me to mix it on the same class.

The reason for doing this cross-class in one PR is so that I can do it efficiently with a global replace in the codebase, rather than e.g. changing `Expression` but having to read through compiler errors to determine where it's calling `Expression`'s `Tag` versus a different `Tag`. The end result should be equivalent.
This commit is contained in:
Jon Meow
2021-09-29 16:52:12 -07:00
committed by GitHub
parent c4e40aaa86
commit 70797e8bf8
27 changed files with 779 additions and 734 deletions
+4 -3
View File
@@ -41,7 +41,8 @@ struct ParenContents {
//
// TODO: Find a way to deduce TupleElement from Term.
template <typename TupleElement>
auto TupleElements(SourceLocation loc) const -> std::vector<TupleElement>;
auto TupleElements(SourceLocation source_loc) const
-> std::vector<TupleElement>;
std::vector<Element> elements;
bool has_trailing_comma;
@@ -61,7 +62,7 @@ auto ParenContents<Term>::SingleTerm() const -> std::optional<Nonnull<Term*>> {
template <typename Term>
template <typename TupleElement>
auto ParenContents<Term>::TupleElements(SourceLocation loc) const
auto ParenContents<Term>::TupleElements(SourceLocation source_loc) const
-> std::vector<TupleElement> {
std::vector<TupleElement> result;
int i = 0;
@@ -72,7 +73,7 @@ auto ParenContents<Term>::TupleElements(SourceLocation loc) const
result.push_back(TupleElement(*element.name, element.term));
} else {
if (seen_named_member) {
FATAL_PROGRAM_ERROR(loc)
FATAL_PROGRAM_ERROR(source_loc)
<< "positional members must come before named members";
}
result.push_back(TupleElement(std::to_string(i), element.term));