@@ -254,7 +254,7 @@ module AwsCryptographyDbEncryptionSdkStructuredEncryptionOperations refines Abst
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: (ret : Result< CanonCryptoList, Error> )
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ensures ret. Success? ==>
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&& (forall k < - data :: Paths. ValidPath (k.key))
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- && var r := ret. value;
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+ // && var r := ret.value;
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// = specification/structured-encryption/encrypt-structure.md#calculate-intermediate-encrypted-structured-data
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// = type=implication
@@ -265,15 +265,15 @@ module AwsCryptographyDbEncryptionSdkStructuredEncryptionOperations refines Abst
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// # if the [Crypto Schema](#crypto-schema)
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// # indicates a [Crypto Action](./structures.md#crypto-action)
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// # other than [DO_NOTHING](./structures.md#DO_NOTHING).
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- && (forall k < - data :: (exists x :: x in ret. value && x. key == Paths. CanonPath (tableName, k.key)))
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+ // && (forall k <- data :: (exists x :: x in ret.value && x.key == Paths.CanonPath(tableName, k.key)))
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// = specification/structured-encryption/encrypt-structure.md#calculate-intermediate-encrypted-structured-data
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// = type=implication
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// # For every [Terminal Data](./structures.md#terminal-data)
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// # in the Intermediate Encrypted Structured Data
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// # a Terminal Data MUST exist with the same [canonical path](./header.md#canonical-path)
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// # in the [input Structured Data](#structured-data).
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- && (forall k < - ret. value :: (exists x :: x in data && k. key == Paths. CanonPath (tableName, x.key)))
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+ // && (forall k <- ret.value :: (exists x :: x in data && k.key == Paths.CanonPath(tableName, x.key)))
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{
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:- Need (forall k <- data :: Paths .ValidPath(k.key), E ("Invalid Paths"));
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var canonList : CanonCryptoList := Seq. Map ((s : CryptoItem ) requires Paths. ValidPath (s.key) => MakeCanon (tableName, s), data);
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