Bump github.com/zclconf/go-cty from 1.13.3 to 1.15.1

[dependabot]

Bumps github.com/zclconf/go-cty from 1.13.3 to 1.15.1.

Changelog

Sourced from github.com/zclconf/go-cty's changelog.

1.15.1 (November 26, 2024)

• function: Function calls can now return more mark-related information when called with unknown values when neither AllowMarks nor AllowUnknown are set for a particular parameter. (#196)

1.15.0 (July 15, 2024)

• function/stdlib: The element function now accepts negative indices, extending the illusion of an infinitely-long list into the negative direction too.
• cty: The various "transform" functions were previously incorrectly propagating marks from a parent object down to attribute values when calling the caller-provided transform functions. The marks will now no longer be propagated downwards, which is consistent with the treatment of collection and tuple elements. If your transform function needs to take into account context about marks of upstream containers then you can maintain a stack of active marks in your Transformer implementation, pushing in Enter and popping in Exit. (#185)

1.14.4 (March 20, 2024)

• msgpack: Now uses string encoding instead of float encoding for a whole number that is too large to fit in any of MessagePack's integer types.
• function/stdlib: Type conversion functions (constructed with MakeToFunc) can now convert null values of unknown type into null values of the target type, rather than returning an unknown value in that case.
• json: Will now correctly reject attempts to encode cty.DynamicVal, whereas before it would just produce an invalid JSON document without any error. (This is invalid because JSON encoding cannot support unknown values at all; cty.DynamicVal is a special case of unknown value where even the type isn't known.)

1.14.3 (February 29, 2024)

• msgpack: Fixed edge-case bug that could cause loss of floating point precision when round-tripping due to incorrectly using a MessagePack integer to represent a large non-integral number. #176
• cty: Fixed some false-negative numeric equality test results by comparing numbers as integers when possible. #176

1.14.2 (January 23, 2024)

• convert: Converting from an unknown map value to an object type now correctly handles the situation where the map element type disagrees with an optional attribute of the target type, since when a map value is unknown we don't yet know which keys it has and thus cannot predict what subset of the elements will get converted as attributes in the resulting object. (#175)

1.14.1 (October 5, 2023)

• cty: It's now valid to use the Refine method on cty.DynamicVal, although all refinements will be silently discarded. This replaces the original behavior of panicking when trying to refine cty.DynamicVal.

• cty: Value.Range will now return a clearer panic message if called on a marked value. The "value range" concept is only applicable to unmarked values because not all of the ValueRange functions are able to propagate marks into their return values, due to returning Go primitive types instead of new cty.Value results.

  Callers that use marks must, as usual, take care to unmark them before exporting values into "normal" Go types, and then explicitly re-apply the marks to their result as appropriate. Applications that make no use of value marks, and library callers that exclude marked values from what they support, can safely ignore this requirement.

1.14.0 (August 30, 2023)

This release updates the supported version of Unicode from Unicode 13 to Unicode 15. This is a backwards-compatible change that means that cty supports normalization and segmentation of strings containing new Unicode characters. The algorithms for normalization and segmentation themselves are unchanged.

If you use cty in an application that cares about consistent Unicode support, you should upgrade to Go 1.21 at the same time as updating to cty v1.14, because that will then also update the Unicode tables embedded in the Go standard library (used for case folding, etc).

• cty: The cty.String type will now normalize incoming string values using the Unicode 15 normalization rules.
• function/stdlib: The various string functions which split strings into individual characters as part of their work will now use the Unicode 15 version of the text segmentation algorithm to do so.

Commits

• 3149f9d Prepare for v1.15.1 release
• 63279be Update CHANGELOG.md
• da16ad4 function: include marks when returning early with an unknown value
• ea922e7 Add GitHub's "funding" metadata file
• 7313684 function/stdlib: Even more Distinct tests
• b843884 function/stdlib: unit tests for Distinct function
• 0b7ccb8 docs: fix little typo in value marks
• 9a4ed1e Prepare for possible future v1.15.1 release
• d4f2633 v1.15.0 release
• 0cccfb9 Update CHANGELOG.md
• Additional commits viewable in compare view

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