tools(deps): bump github.com/evanw/esbuild from 0.17.7 to 0.17.8 in /toolset

[dependabot[bot]]

Bumps github.com/evanw/esbuild from 0.17.7 to 0.17.8.

Release notes

Sourced from github.com/evanw/esbuild's releases.

v0.17.8

• Fix a minification bug with non-ASCII identifiers (#2910)

  This release fixes a bug with esbuild where non-ASCII identifiers followed by a keyword were incorrectly not separated by a space. This bug affected both the in and instanceof keywords. Here's an example of the fix:

  // Original code
  π in a
  // Old output (with --minify --charset=utf8)
  πin a;
  // New output (with --minify --charset=utf8)
  π in a;
  

• Fix a regression with esbuild's WebAssembly API in version 0.17.6 (#2911)

  Version 0.17.6 of esbuild updated the Go toolchain to version 1.20.0. This had the unfortunate side effect of increasing the amount of stack space that esbuild uses (presumably due to some changes to Go's WebAssembly implementation) which could cause esbuild's WebAssembly-based API to crash with a stack overflow in cases where it previously didn't crash. One such case is the package grapheme-splitter which contains code that looks like this:

  if (
    (0x0300 <= code && code <= 0x036F) ||
    (0x0483 <= code && code <= 0x0487) ||
    (0x0488 <= code && code <= 0x0489) ||
    (0x0591 <= code && code <= 0x05BD) ||
    // ... many hundreds of lines later ...
  ) {
    return;
  }
  

  This edge case involves a chain of binary operators that results in an AST over 400 nodes deep. Normally this wouldn't be a problem because Go has growable call stacks, so the call stack would just grow to be as large as needed. However, WebAssembly byte code deliberately doesn't expose the ability to manipulate the stack pointer, so Go's WebAssembly translation is forced to use the fixed-size WebAssembly call stack. So esbuild's WebAssembly implementation is vulnerable to stack overflow in cases like these.

  It's not unreasonable for this to cause a stack overflow, and for esbuild's answer to this problem to be "don't write code like this." That's how many other AST-manipulation tools handle this problem. However, it's possible to implement AST traversal using iteration instead of recursion to work around limited call stack space. This version of esbuild implements this code transformation for esbuild's JavaScript parser and printer, so esbuild's WebAssembly implementation is now able to process the grapheme-splitter package (at least when compiled with Go 1.20.0 and run with node's WebAssembly implementation).

Changelog

Sourced from github.com/evanw/esbuild's changelog.

0.17.8

• Fix a minification bug with non-ASCII identifiers (#2910)

  This release fixes a bug with esbuild where non-ASCII identifiers followed by a keyword were incorrectly not separated by a space. This bug affected both the in and instanceof keywords. Here's an example of the fix:

  // Original code
  π in a
  // Old output (with --minify --charset=utf8)
  πin a;
  // New output (with --minify --charset=utf8)
  π in a;
  

• Fix a regression with esbuild's WebAssembly API in version 0.17.6 (#2911)

  Version 0.17.6 of esbuild updated the Go toolchain to version 1.20.0. This had the unfortunate side effect of increasing the amount of stack space that esbuild uses (presumably due to some changes to Go's WebAssembly implementation) which could cause esbuild's WebAssembly-based API to crash with a stack overflow in cases where it previously didn't crash. One such case is the package grapheme-splitter which contains code that looks like this:

  if (
    (0x0300 <= code && code <= 0x036F) ||
    (0x0483 <= code && code <= 0x0487) ||
    (0x0488 <= code && code <= 0x0489) ||
    (0x0591 <= code && code <= 0x05BD) ||
    // ... many hundreds of lines later ...
  ) {
    return;
  }
  

  This edge case involves a chain of binary operators that results in an AST over 400 nodes deep. Normally this wouldn't be a problem because Go has growable call stacks, so the call stack would just grow to be as large as needed. However, WebAssembly byte code deliberately doesn't expose the ability to manipulate the stack pointer, so Go's WebAssembly translation is forced to use the fixed-size WebAssembly call stack. So esbuild's WebAssembly implementation is vulnerable to stack overflow in cases like these.

  It's not unreasonable for this to cause a stack overflow, and for esbuild's answer to this problem to be "don't write code like this." That's how many other AST-manipulation tools handle this problem. However, it's possible to implement AST traversal using iteration instead of recursion to work around limited call stack space. This version of esbuild implements this code transformation for esbuild's JavaScript parser and printer, so esbuild's WebAssembly implementation is now able to process the grapheme-splitter package (at least when compiled with Go 1.20.0 and run with node's WebAssembly implementation).

Commits

• 5e0b1cd publish 0.17.8 to npm
• 93a5497 also use iteration to print binary ops (#2911)
• 5d4f511 move binary expr visiting into visitBinaryExpr
• 33daf46 fix #2911: use iteration to visit binary op nodes
• 3b8fc34 move binary expr visiting into visitBinaryExpr
• 1db6e12 fix #2910: minify+non-ASCII names before a keyword
• See full diff in compare view

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[kamilsk]

@dependabot rebase

[dependabot[bot]]

Looks like github.com/evanw/esbuild is up-to-date now, so this is no longer needed.