const costLimit … type validationMatcher … type allMatcher … func matchesAll(matchers ...validationMatcher) validationMatcher { … } func (m allMatcher) matches(cr CompilationResult) bool { … } func (m allMatcher) String() string { … } type fnMatcher … func (m fnMatcher) matches(cr CompilationResult) bool { … } func (m fnMatcher) String() string { … } type errorMatcher … func invalidError(contains string) validationMatcher { … } func (v errorMatcher) matches(cr CompilationResult) bool { … } func (v errorMatcher) String() string { … } type messageExpressionErrorMatcher … func messageExpressionError(contains string) validationMatcher { … } func (m messageExpressionErrorMatcher) matches(cr CompilationResult) bool { … } func (m messageExpressionErrorMatcher) String() string { … } type noErrorMatcher … func noError() validationMatcher { … } func (noErrorMatcher) matches(cr CompilationResult) bool { … } func (noErrorMatcher) String() string { … } type transitionRuleMatcher … func transitionRule(t bool) validationMatcher { … } func (v transitionRuleMatcher) matches(cr CompilationResult) bool { … } func (v transitionRuleMatcher) String() string { … } func TestCelCompilation(t *testing.T) { … } // take a single rule type in (string/number/map/etc.) and return appropriate values for // Type, Format, and XIntOrString func parseRuleType(ruleType string) (string, string, bool) { … } func genArrayWithRule(arrayType, rule string) func(maxItems *int64) *schema.Structural { … } func genArrayOfArraysWithRule(arrayType, rule string) func(maxItems *int64) *schema.Structural { … } func genObjectArrayWithRule(rule string) func(maxItems *int64) *schema.Structural { … } func getMapArrayWithRule(mapType, rule string) func(maxItems *int64) *schema.Structural { … } func genMapWithRule(mapType, rule string) func(maxProperties *int64) *schema.Structural { … } func genStringWithRule(rule string) func(maxLength *int64) *schema.Structural { … } // genEnumWithRuleAndValues creates a function that accepts an optional maxLength // with given validation rule and a set of enum values, following the convention of existing tests. // The test has two checks, first with maxLength unset to check if maxLength can be concluded from enums, // second with maxLength set to ensure it takes precedence. func genEnumWithRuleAndValues(rule string, values ...string) func(maxLength *int64) *schema.Structural { … } func genBytesWithRule(rule string) func(maxLength *int64) *schema.Structural { … } func genNestedSpecWithRule(rule string) func(maxLength *int64) *schema.Structural { … } func genAllMaxNestedSpecWithRootRule(rule string) func(maxLength *int64) *schema.Structural { … } func genOneMaxNestedSpecWithRootRule(rule string) func(maxLength *int64) *schema.Structural { … } func genObjectForMap() *schema.Structural { … } func genArrayForMap() *schema.Structural { … } func genMapForMap() *schema.Structural { … } func genMapWithCustomItemRule(item *schema.Structural, rule string) func(maxProperties *int64) *schema.Structural { … } // schemaChecker checks the cost of the validation rule declared in the provided schema (it requires there be exactly one rule) // and checks that the resulting equals the expectedCost if expectedCost is non-zero, and that the resulting cost is >= expectedCostExceedsLimit // if expectedCostExceedsLimit is non-zero. Typically, only expectedCost or expectedCostExceedsLimit is non-zero, not both. func schemaChecker(schema *schema.Structural, expectedCost uint64, expectedCostExceedsLimit uint64, t *testing.T) func(t *testing.T) { … } func TestCostEstimation(t *testing.T) { … } func BenchmarkCompile(b *testing.B) { … } type fakeLib … var testLibraryDecls … func (*fakeLib) CompileOptions() []celgo.EnvOption { … } func (*fakeLib) ProgramOptions() []celgo.ProgramOption { … } func fakeFunction(arg1 ref.Val) ref.Val { … }
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