AwsKmsMrkAreUnique_Compile.__default Maven / Gradle / Ivy

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// Class __default
// Dafny class __default compiled into Java
package AwsKmsMrkAreUnique_Compile;

import software.amazon.cryptography.keystore.internaldafny.types.*;
import software.amazon.cryptography.materialproviders.internaldafny.types.*;
import AwsArnParsing_Compile.*;
import AwsKmsMrkMatchForDecrypt_Compile.*;
import AwsKmsUtils_Compile.*;
import KeyStoreErrorMessages_Compile.*;
import KmsArn_Compile.*;
import Structure_Compile.*;
import KMSKeystoreOperations_Compile.*;
import DDBKeystoreOperations_Compile.*;
import CreateKeys_Compile.*;
import CreateKeyStoreTable_Compile.*;
import GetKeys_Compile.*;
import AwsCryptographyKeyStoreOperations_Compile.*;
import software.amazon.cryptography.keystore.internaldafny.*;
import AlgorithmSuites_Compile.*;
import Materials_Compile.*;
import Keyring_Compile.*;
import MultiKeyring_Compile.*;

@SuppressWarnings({"unchecked", "deprecation"})
public class __default {
  public __default() {
  }
  public static Wrappers_Compile.Outcome AwsKmsMrkAreUnique(dafny.DafnySequence identifiers) {
    dafny.DafnySequence _0_mrks = Seq_Compile.__default.Filter(AwsArnParsing_Compile.AwsKmsIdentifier._typeDescriptor(), AwsArnParsing_Compile.__default::IsMultiRegionAwsKmsIdentifier, identifiers);
    if ((java.math.BigInteger.valueOf((_0_mrks).length())).signum() == 0) {
      return Wrappers_Compile.Outcome.create_Pass(software.amazon.cryptography.materialproviders.internaldafny.types.Error._typeDescriptor());
    } else {
      dafny.DafnySequence> _1_mrkKeyIds = Seq_Compile.__default.>Map(AwsArnParsing_Compile.AwsKmsIdentifier._typeDescriptor(), dafny.DafnySequence._typeDescriptor(dafny.TypeDescriptor.CHAR), __default::GetKeyId, _0_mrks);
      dafny.DafnySet> _2_setMrks = Seq_Compile.__default.>ToSet(dafny.DafnySequence._typeDescriptor(dafny.TypeDescriptor.CHAR), _1_mrkKeyIds);
      if (java.util.Objects.equals(java.math.BigInteger.valueOf((_1_mrkKeyIds).length()), java.math.BigInteger.valueOf((_2_setMrks).size()))) {
        return Wrappers_Compile.Outcome.create_Pass(software.amazon.cryptography.materialproviders.internaldafny.types.Error._typeDescriptor());
      } else {
        dafny.DafnySet> _3_duplicateMrkIds = ((java.util.function.Function>, dafny.DafnySet>>)(_4_mrkKeyIds) -> ((dafny.Function0>>)(() -> {
          java.util.ArrayList> _coll0 = new java.util.ArrayList<>();
          for (dafny.DafnySequence _compr_0_boxed0 : (_4_mrkKeyIds).Elements()) {
            dafny.DafnySequence _compr_0 = ((dafny.DafnySequence)(java.lang.Object)(_compr_0_boxed0));
            dafny.DafnySequence _5_x = (dafny.DafnySequence)_compr_0;
            if (((_4_mrkKeyIds).contains(_5_x)) && ((dafny.DafnyMultiset.>multiplicity(((_4_mrkKeyIds).asDafnyMultiset()), _5_x)).compareTo(java.math.BigInteger.ONE) >= 0)) {
              _coll0.add(_5_x);
            }
          }
          return new dafny.DafnySet>(_coll0);
        })).apply()).apply(_1_mrkKeyIds);
        java.util.function.Function _6_isDuplicate = ((java.util.function.Function>, java.util.function.Function>)(_7_duplicateMrkIds) -> ((java.util.function.Function)(_8_identifier_boxed0) -> {
          AwsArnParsing_Compile.AwsKmsIdentifier _8_identifier = ((AwsArnParsing_Compile.AwsKmsIdentifier)(java.lang.Object)(_8_identifier_boxed0));
          return (_7_duplicateMrkIds).>contains(__default.GetKeyId(_8_identifier));
        })).apply(_3_duplicateMrkIds);
        java.util.function.Function> _9_identifierToString = ((java.util.function.Function>)(_10_i_boxed0) -> {
          AwsArnParsing_Compile.AwsKmsIdentifier _10_i = ((AwsArnParsing_Compile.AwsKmsIdentifier)(java.lang.Object)(_10_i_boxed0));
          return (_10_i).ToString();
        });
        dafny.DafnySequence _11_duplicateIdentifiers = Seq_Compile.__default.Filter(AwsArnParsing_Compile.AwsKmsIdentifier._typeDescriptor(), _6_isDuplicate, identifiers);
        dafny.DafnySequence> _12_duplicates = Seq_Compile.__default.>Map(AwsArnParsing_Compile.AwsKmsIdentifier._typeDescriptor(), dafny.DafnySequence._typeDescriptor(dafny.TypeDescriptor.CHAR), _9_identifierToString, _11_duplicateIdentifiers);
        if ((java.math.BigInteger.valueOf((_12_duplicates).length())).signum() == 0) {
          return Wrappers_Compile.Outcome.create_Fail(software.amazon.cryptography.materialproviders.internaldafny.types.Error._typeDescriptor(), software.amazon.cryptography.materialproviders.internaldafny.types.Error.create_AwsCryptographicMaterialProvidersException(dafny.DafnySequence.asString("Impossible")));
        } else {
          return Wrappers_Compile.Outcome.create_Fail(software.amazon.cryptography.materialproviders.internaldafny.types.Error._typeDescriptor(), software.amazon.cryptography.materialproviders.internaldafny.types.Error.create_AwsCryptographicMaterialProvidersException(dafny.DafnySequence.concatenate(dafny.DafnySequence.concatenate(dafny.DafnySequence.asString("Related multi-Region keys: "), StandardLibrary_Compile.__default.Join(dafny.TypeDescriptor.CHAR, _12_duplicates, dafny.DafnySequence.asString(","))), dafny.DafnySequence.asString("are not allowed."))));
        }
      }
    }
  }
  public static dafny.DafnySequence GetKeyId(AwsArnParsing_Compile.AwsKmsIdentifier identifier) {
    AwsArnParsing_Compile.AwsKmsIdentifier _source0 = identifier;
    if (_source0.is_AwsKmsArnIdentifier()) {
      AwsArnParsing_Compile.AwsArn _0___mcc_h0 = ((AwsArnParsing_Compile.AwsKmsIdentifier_AwsKmsArnIdentifier)_source0)._a;
      AwsArnParsing_Compile.AwsArn _1_a = _0___mcc_h0;
      return ((_1_a).dtor_resource()).dtor_value();
    } else {
      AwsArnParsing_Compile.AwsResource _2___mcc_h1 = ((AwsArnParsing_Compile.AwsKmsIdentifier_AwsKmsRawResourceIdentifier)_source0)._r;
      AwsArnParsing_Compile.AwsResource _3_i = _2___mcc_h1;
      return (_3_i).dtor_value();
    }
  }
  @Override
  public java.lang.String toString() {
    return "AwsKmsMrkAreUnique._default";
  }
}