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Resolve direct prompt input names

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Eric Rakestraw
2026-10-08 20:36:17 +00:00
parent 93e8874813
commit 089e824a92
4 changed files with 336 additions and 29 deletions
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15
docs/internal/sources.md
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@@ -70,10 +70,17 @@ dependencies do not by themselves make discovery incomplete. Recognizable
references on known skipped paths remain optional inventory entries with an
inactive-use explanation, unless another applicable use establishes a
stronger classification. Skipped expressions are scanned only for
syntactically recognizable names and are not evaluated. Invoked named
templates are scanned conservatively, and dependency-bearing range scopes make
discovery incomplete. Uncalled definitions and bypassed session templates are
not traversed. This internal walker does not change rendering behavior.
syntactically recognizable names and are not evaluated. A direct caller value
or literal-key lookup can also supply an input name, including through simple
parentheses or a direct pipeline to `input`; names are used exactly as
supplied. Unresolved names and unsupported dependency-bearing expressions
produce structured limitations while retaining recognizable references.
Where an unresolved name or scope could affect existing optional entries, those
entries are reported as conditional rather than inactive-only or definitively
optional. Invoked named templates are scanned conservatively, and
dependency-bearing range scopes make discovery incomplete. Uncalled definitions
and bypassed session templates are not traversed. This internal walker does not
change rendering behavior.
## Profiles And Built-Ins

5
docs/roadmap/implementation.md
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@@ -305,6 +305,11 @@ Run `go test ./internal/prompt`; commit.
## Stage 4 — Resolve Direct Names And Finish Limitation Reporting
**Status: Complete (2026-10-08).** Supported caller-derived input names resolve
exactly; unresolved names preserve recognizable dependencies and report
structured limitations, with affected optional entries conservatively marked
conditional.
**Outcome:** Simple supplied names resolve exactly; complicated names and
constructs return useful partial inventories without speculative analysis.