Move field type bounds into where clauses #119
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joshlf
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Nov 3, 2022
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Sep 9, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
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Sep 9, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
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Sep 9, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
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this pull request
Sep 9, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
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Sep 10, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 10, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 10, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 11, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 11, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 11, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 11, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 11, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 11, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 11, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
joshlf
added a commit
that referenced
this pull request
Sep 12, 2023
Clean up the implementation, especially in `fn impl_block`. Make the following notable changes: - Previously, `syn` didn't support parsing macro invocations in const generics without the `full` feature enabled. To avoid the compile-time overhead of that feature, we worked around it by constructing AST nodes manually. `syn` has since added support for this without requiring the `full` feature, so we make use of it. - We used to need to split types into those that transatively depended upon type generics (like `[T; 2]`) and those that didn't (like `[u8; 2]`). We made a change in #119 that made this distinction irrelevant, but we never removed the code to perform the split. In this commit, we remove that code. That code was the only reason we needed to enable `syn`'s `visit` feature, so we are also able to remove that feature dependency.
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This cleans up some of the error messages without introducing any functional changes. This will also make it easier to enable deriving on generic types in the future.