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In the modern Go Modules-based toolchain we can avoid the need to globally
install this tool first by running it this way. As a bonus, the toolchain
will also install the version of the module we have specified in go.mod,
thereby locking us in to a particular version until we intentionally
upgrade.
The other third-party generator tools we use here aren't written in Go and
so we can't do the same for those right now, but maybe we'll find a nicer
way to handle those later too.
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To match with the Unicode support in Go 1.21, we'll now use the Unicode 15
tables when we're normalizing Unicode strings and when counting
user-perceived characters ("grapheme clusters") for source position
purposes.
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* [COMPLIANCE] Add Copyright and License Headers
* add copywrite file and revert headers in testdata
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Co-authored-by: hashicorp-copywrite[bot] <110428419+hashicorp-copywrite[bot]@users.noreply.github.com>
Co-authored-by: Liam Cervante <liam.cervante@hashicorp.com>
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HCL uses a number of upstream libraries that implement algorithms defined
in Unicode. This commit is updating those libraries all to versions that
have Unicode 13 support.
The main implication of this for HCL directly is that when it returns
column numbers in source locations it will count characters using the
Unicode 13 definition of "character", which includes various new
multi-codeunit characters added in Unicode 13.
These new version dependencies will also make Unicode 13 support available
for other functionality that HCL callers might use, such as the stdlib
functions in upstream cty, even though HCL itself does not directly use
those.
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When scanning JSON, upon encountering an invalid token, we immediately
return. Previously this return happened without inserting an EOF token.
Since other functions assume that a token sequence always ends in EOF,
this could cause a panic.
This commit adds a synthetic EOF token after the invalid token before
returning. While this does not match the real end-of-file of the source
JSON, it is marking the end of the scanned bytes, so it seems reasonable.
Fixes #339
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HCL uses grapheme cluster segmentation to produce accurate "column"
indications in diagnostic messages and other human-oriented source
location information. Each new major version of Unicode introduces new
codepoints, some of which are defined to combine with other codepoints to
produce a single visible character (grapheme cluster).
We were previously using the rules from Unicode 9.0.0. This change
switches to using the segmentation rules from Unicode 12.0.0, which is
the latest version at the time of this commit and is also the version of
Unicode used for other purposes by the Go 1.14 runtime.
HCL does not use text segmentation results for any purpose that would
affect the meaning of decoded data extracted from HCL files, so this
change will only affect the human-oriented source positions generated for
files containing characters that were newly-introduced in Unicode 10, 11,
or 12. (Machine-oriented uses of source location information are based on
byte offsets and not affected by text segmentation.)
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The main HCL package is more visible this way, and so it's easier than
having to pick it out from dozens of other package directories.
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