ext/typeexpr: Skip null objects when applying defaults. This prevents crashes when null objects are creating inside collections, and stops incomplete objects being created with only optional attributes set. (#567)
ext/typeexpr: Ensure default values do not have optional metadata attached. This prevents crashes when default values are inserted into concrete go-cty values that have also been stripped of their optional metadata. (#568)
Enhancements
ext/typeexpr: With the go-cty upstream depenendency updated to v1.12.0, the Defaults struct and associated functions can apply additional and more flexible 'unsafe' conversions (examples include tuples into collections such as lists and sets, and additional safety around null and dynamic values). (#564)
ext/typeexpr: With the go-cty upstream depenendency updated to v1.12.0, users should now apply the go-cty convert functionality before setting defaults on a given cty.Value, rather than after, if they require a specific cty.Type. (#564)
v2.14.1
Bugs Fixed
ext/typeexpr: Type convert defaults for optional object attributes when applying them. This prevents crashes in certain cases when the objects in question are part of a collection. (#555)
v2.14.0
Enhancements
ext/typeexpr: Added support for optional object attributes to TypeConstraint. Attributes can be wrapped in the special optional(…) modifier, allowing the attribute to be omitted while still meeting the type constraint. For more information, cty's documentation on conversion between object types. (#549)
ext/typeexpr: New function: TypeConstraintWithDefaults. In this mode, the optional(…) modifier accepts a second argument which can be used as the default value for omitted object attributes. The function returns both a cty.Type and associated Defaults, the latter of which has an Apply method to apply defaults to a given value. (#549)
v2.12.0
Enhancements
hclsyntax: Evaluation of conditional expressions will now produce more precise error messages about inconsistencies between the types of the true and false result expressions, particularly in cases where both are of the same structural type kind but differ in their nested elements. (#530)
hclsyntax: The lexer will no longer allocate a small object on the heap for each token. Instead, in that situation it will allocate only when needed to return a diagnostic message with source location information. (#490)
hclwrite: New functions TokensForTuple, TokensForObject, and TokensForFunctionCall allow for more easily constructing the three constructs which are supported for static analysis and which HCL-based languages typically use in contexts where an expression is used only for its syntax, and not evaluated to produce a real value. For example, these new functions together are sufficient to construct all valid type constraint expressions from the Type Expressions Extension, which is the basis of variable type constraints in the Terraform language at the time of writing. (#502)
json: New functions IsJSONExpression and IsJSONBody to determine if a given expression or body was created by the JSON syntax parser. In normal situations it's better not to worry about what syntax a particular expression/body originated in, but this can be useful in some trickier cases where an application needs to shim for backwards-compatibility or for static analysis that needs to have special handling of the JSON syntax's embedded expression/template conventions. (#524)
Bugs Fixed
gohcl: Fix docs about supported types for blocks. (#507)
v2.11.1
Bugs Fixed
hclsyntax: The type for an upgraded unknown value with a splat expression cannot be known (#495)
v2.11.0
Enhancements
hclsyntax: Various error messages related to unexpectedly reaching end of file while parsing a delimited subtree will now return specialized messages describing the opening tokens as "unclosed", instead of returning a generic diagnostic that just happens to refer to the empty source range at the end of the file. This gives better feedback when error messages are being presented alongside a source code snippet, as is common in HCL-based applications, because it shows which innermost container the parser was working on when it encountered the error. (#492)
Bugs Fixed
hclsyntax: Upgrading an unknown single value to a list using a splat expression must return unknown (#493)
ext/typeexpr: Skip null objects when applying defaults. This prevents crashes when null objects are creating inside collections, and stops incomplete objects being created with only optional attributes set. (#567)
ext/typeexpr: Ensure default values do not have optional metadata attached. This prevents crashes when default values are inserted into concrete go-cty values that have also been stripped of their optional metadata. (#568)
Enhancements
ext/typeexpr: With the go-cty upstream depenendency updated to v1.12.0, the Defaults struct and associated functions can apply additional and more flexible 'unsafe' conversions (examples include tuples into collections such as lists and sets, and additional safety around null and dynamic values). (#564)
ext/typeexpr: With the go-cty upstream depenendency updated to v1.12.0, users should now apply the go-cty convert functionality before setting defaults on a given cty.Value, rather than after, if they require a specific cty.Type. (#564)
v2.14.1 (September 23, 2022)
Bugs Fixed
ext/typeexpr: Type convert defaults for optional object attributes when applying them. This prevents crashes in certain cases when the objects in question are part of a collection. (#555)
v2.14.0 (September 1, 2022)
Enhancements
ext/typeexpr: Added support for optional object attributes to TypeConstraint. Attributes can be wrapped in the special optional(…) modifier, allowing the attribute to be omitted while still meeting the type constraint. For more information, cty's documentation on conversion between object types. (#549)
ext/typeexpr: New function: TypeConstraintWithDefaults. In this mode, the optional(…) modifier accepts a second argument which can be used as the default value for omitted object attributes. The function returns both a cty.Type and associated Defaults, the latter of which has an Apply method to apply defaults to a given value. (#549)
v2.13.0 (June 22, 2022)
Enhancements
hcl: hcl.Diagnostic now has an additional field Extra which is intended for carrying arbitrary supporting data ("extra information") related to the diagnostic message, intended to allow diagnostic renderers to optionally tailor the presentation of messages for particular situations. (#539)
hclsyntax: When an error occurs during a function call, the returned diagnostics will include extra information (as described in the previous point) about which function was being called and, if the message is about an error returned by the function itself, that raw error value without any post-processing. (#539)
Bugs Fixed
hclwrite: Fixed a potential data race for any situation where hclwrite.Format runs concurrently with itself. (#534)
v2.12.0 (April 22, 2022)
Enhancements
hclsyntax: Evaluation of conditional expressions will now produce more precise error messages about inconsistencies between the types of the true and false result expressions, particularly in cases where both are of the same structural type kind but differ in their nested elements. (#530)
hclsyntax: The lexer will no longer allocate a small object on the heap for each token. Instead, in that situation it will allocate only when needed to return a diagnostic message with source location information. (#490)
hclwrite: New functions TokensForTuple, TokensForObject, and TokensForFunctionCall allow for more easily constructing the three constructs which are supported for static analysis and which HCL-based languages typically use in contexts where an expression is used only for its syntax, and not evaluated to produce a real value. For example, these new functions together are sufficient to construct all valid type constraint expressions from the Type Expressions Extension, which is the basis of variable type constraints in the Terraform language at the time of writing. (#502)
json: New functions IsJSONExpression and IsJSONBody to determine if a given expression or body was created by the JSON syntax parser. In normal situations it's better not to worry about what syntax a particular expression/body originated in, but this can be useful in some trickier cases where an application needs to shim for backwards-compatibility or for static analysis that needs to have special handling of the JSON syntax's embedded expression/template conventions. (#524)
Bugs Fixed
gohcl: Fix docs about supported types for blocks. (#507)
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dependabot[bot]
commented
1 year ago
Bumps github.com/hashicorp/hcl/v2 from 2.10.1 to 2.15.0.
Release notes
Sourced from github.com/hashicorp/hcl/v2's releases.
Changelog
Sourced from github.com/hashicorp/hcl/v2's changelog.
... (truncated)
Commits
31e2c60Release v2.15.007502d3Update CHANGELOG.mdbcff50cStrip optional metadata from empty default collections (#568)fa90633Update CHANGELOG.mdb6727bfMerge pull request #567 from liamcervante/terraform/32157233ef62add test cases that verify behaviour from the forumsc7cfb6aremove previous complex test casesd29499fdon't insert default values into null objectse86af16Merge pull request #566 from hashicorp/liamcervante/changelogba75ecbUpdate CHANGELOG.mdDependabot will resolve any conflicts with this PR as long as you don't alter it yourself. You can also trigger a rebase manually by commenting
@dependabot rebase.Dependabot commands and options
You can trigger Dependabot actions by commenting on this PR: - `@dependabot rebase` will rebase this PR - `@dependabot recreate` will recreate this PR, overwriting any edits that have been made to it - `@dependabot merge` will merge this PR after your CI passes on it - `@dependabot squash and merge` will squash and merge this PR after your CI passes on it - `@dependabot cancel merge` will cancel a previously requested merge and block automerging - `@dependabot reopen` will reopen this PR if it is closed - `@dependabot close` will close this PR and stop Dependabot recreating it. You can achieve the same result by closing it manually - `@dependabot ignore this major version` will close this PR and stop Dependabot creating any more for this major version (unless you reopen the PR or upgrade to it yourself) - `@dependabot ignore this minor version` will close this PR and stop Dependabot creating any more for this minor version (unless you reopen the PR or upgrade to it yourself) - `@dependabot ignore this dependency` will close this PR and stop Dependabot creating any more for this dependency (unless you reopen the PR or upgrade to it yourself)