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¶
Overview ¶
Package kit holds the small, dependency-free types that both the engine and the per-kind rule packages need. It exists so kind packages (internal/kinds/<kind>) can report problems and query other manifests without importing internal/engine, which would create an import cycle (engine imports the kinds registry to run their rules).
Index ¶
- Variables
- func LocalList(spec map[string]any, name string) ([]any, bool)
- type Lookup
- type Problem
- func GapCitationProblems(problems []any, path string, lookup Lookup) []Problem
- func KeyResultUnitProblem(kr map[string]any, path string) *Problem
- func LocalRefProblem(spec map[string]any, v any, path string) *Problem
- func ObjectiveDigitProblem(objective, path string) *Problem
- func RiskProblems(spec map[string]any, hasPhases bool) []Problem
- type RuleContext
- type RulesFunc
Constants ¶
This section is empty.
Variables ¶
var LocalRefLists = map[string][]string{
"resources": {"resources"},
"objectives": {"objectives"},
"deliverables": {"deliverables"},
"successCriteria": {"successCriteria"},
"risks": {"risks"},
"problems": {"summary", "problems"},
"phases": {"timeline", "phases"},
}
LocalRefLists maps the name a local reference uses to where that list actually sits in a spec. Every entry is a direct child of spec except the timeline's phases, which are nested; naming the path here keeps the one exception in a table instead of in every reader.
Functions ¶
Types ¶
type Lookup ¶
type Lookup interface {
// Documents returns the current parsed manifest document (the full
// envelope: apiVersion, kind, metadata, spec) for every existing
// manifest of the given kind, keyed by metadata.id.
Documents(kind string) (map[string]map[string]any, error)
// HasSnapshots returns true if the manifest of the given kind and id has
// any immutable versions (version.Number >= 1). Returns false if not found.
HasSnapshots(kind, id string) (bool, error)
}
Lookup lets a kind's rules see other stored manifests, for cross-manifest checks.
type Problem ¶
Problem is one validation failure. Path is a JSON pointer into the manifest's spec (rooted at "/spec", to match paths from schema and reference validation).
func GapCitationProblems ¶
GapCitationProblems checks the one thing a citation's schema cannot: that every segment it names is a segment the gap it cites actually has.
A gap enumerates the slices its shortfall was observed in. Work that reaches some of them addresses part of the gap, which is what naming segments records. Naming a segment the gap does not have is not a narrower claim, it is a different one — the evidence never covered that slice, so nothing there is being addressed on this gap's authority (GAP_DESIGN.md).
Shared by Project and Programme, which carry the same problems list, so the rule reads the same on both. An absent or empty segments list means the whole gap and is always allowed.
func KeyResultUnitProblem ¶
KeyResultUnitProblem checks the one KeyResult rule its JSON Schema cannot express: unit is required when kind is count, money or duration, and forbidden when kind is percent or ratio. kr is one key result object (already known to be a map); path is its location in the manifest, for example "/spec/keyResults/0". Shared by every kind that embeds KeyResult (Goal, Project), so the rule reads the same everywhere.
func LocalRefProblem ¶
LocalRefProblem checks one reference field: that it is a reference at all, and that a local one names a list Cartograph knows and an id that list actually holds. A cross-manifest reference is checked elsewhere, by the generic reference walker, and an external one names something the vault does not hold, so neither is resolved here. Returns nil when the field is absent, since whether a reference is required is each field's own rule.
func ObjectiveDigitProblem ¶
ObjectiveDigitProblem flags an objective statement that contains a digit, a sign it states a target rather than a qualitative aim (the number belongs in a key result instead). path is the objective field's own location, for example "/spec/objective". Shared by Goal and Project, which both carry an objective statement.
func RiskProblems ¶
RiskProblems checks the risk list a Project and a Programme both carry: that a dependency's far end resolves, that only a dependency carries an edge, that escalation states its reason, and that a phase named as the landing point is one the holder actually has.
hasPhases says whether this kind schedules at all. A project does, so needBy names one of its own phases; a programme does not, and a phase it cannot have is refused rather than silently ignored — how a programme is staged is the delivery tool's, which is why it holds no timeline.
type RuleContext ¶
type RuleContext struct {
// ID is the id of the manifest being validated. During an update this
// is the existing manifest's id; rules that scan other manifests of the
// same kind should exclude this id to avoid comparing a document
// against itself.
ID string
Lookup Lookup
}
RuleContext carries what a kind's Rules function needs beyond the document being validated.
Source Files