Source-pinned research
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22 results
Clear filtersCedar.Thm.checkMatchesEquivalentOpt_eqv_checkMatchesEquivalent
Plain-language statement
Full equivalence for checkMatchesEquivalent and checkMatchesEquivalentOpt, including both the .ok and .error cases
Source project: Cedar Specification
Person-level attribution pending.
Cedar.Thm.checkMatchesImpliesOpt_eqv_checkMatchesImplies
Plain-language statement
Full equivalence for checkMatchesImplies and checkMatchesImpliesOpt, including both the .ok and .error cases
Source project: Cedar Specification
Person-level attribution pending.
Cedar.Thm.checkNeverErrorsOpt_eqv_checkNeverErrors
Plain-language statement
Full equivalence for checkNeverErrorsandcheckNeverErrorsOpt, including both the .okand.error` cases
Source project: Cedar Specification
Person-level attribution pending.
Cedar.Thm.checkNeverMatchesOpt_eqv_checkNeverMatches
Plain-language statement
Full equivalence for checkNeverMatches and checkNeverMatchesOpt, including both the .ok and .error cases
Source project: Cedar Specification
Person-level attribution pending.
Cedar.Thm.cp_satAssertsOpt?_eqv_satAsserts?_ok
Project documentation
This theorem covers the "happy path" -- showing that if optimized policy compilation with CompiledPolicy.compile succeeds, then satAsserts? and satAssertsOpt? are equivalent.
Source project: Cedar Specification
Person-level attribution pending.
Cedar.Thm.cpset_satAssertsOpt?_eqv_satAsserts?_ok
Project documentation
This theorem covers the "happy path" -- showing that if optimized policy compilation with CompiledPolicySet.compile succeeds, then satAsserts? and satAssertsOpt? are equivalent.
Source project: Cedar Specification
Person-level attribution pending.