@@ -80,7 +80,7 @@ async function digest(algorithm, data) {
8080
8181  algorithm  =  normalizeAlgorithm ( algorithm ,  'digest' ) ; 
8282
83-   return  ReflectApply ( asyncDigest ,  this ,  [ algorithm ,  data ] ) ; 
83+   return  await   ReflectApply ( asyncDigest ,  this ,  [ algorithm ,  data ] ) ; 
8484} 
8585
8686function  randomUUID ( )  { 
@@ -210,13 +210,13 @@ async function deriveBits(algorithm, baseKey, length = null) {
210210    case  'X448' :
211211      // Fall through 
212212    case  'ECDH' :
213-       return  require ( 'internal/crypto/diffiehellman' ) 
213+       return  await   require ( 'internal/crypto/diffiehellman' ) 
214214        . ecdhDeriveBits ( algorithm ,  baseKey ,  length ) ; 
215215    case  'HKDF' :
216-       return  require ( 'internal/crypto/hkdf' ) 
216+       return  await   require ( 'internal/crypto/hkdf' ) 
217217        . hkdfDeriveBits ( algorithm ,  baseKey ,  length ) ; 
218218    case  'PBKDF2' :
219-       return  require ( 'internal/crypto/pbkdf2' ) 
219+       return  await   require ( 'internal/crypto/pbkdf2' ) 
220220        . pbkdf2DeriveBits ( algorithm ,  baseKey ,  length ) ; 
221221  } 
222222  throw  lazyDOMException ( 'Unrecognized algorithm name' ,  'NotSupportedError' ) ; 
@@ -327,12 +327,12 @@ async function exportKeySpki(key) {
327327    case  'RSA-PSS' :
328328      // Fall through 
329329    case  'RSA-OAEP' :
330-       return  require ( 'internal/crypto/rsa' ) 
330+       return  await   require ( 'internal/crypto/rsa' ) 
331331        . rsaExportKey ( key ,  kWebCryptoKeyFormatSPKI ) ; 
332332    case  'ECDSA' :
333333      // Fall through 
334334    case  'ECDH' :
335-       return  require ( 'internal/crypto/ec' ) 
335+       return  await   require ( 'internal/crypto/ec' ) 
336336        . ecExportKey ( key ,  kWebCryptoKeyFormatSPKI ) ; 
337337    case  'Ed25519' :
338338      // Fall through 
@@ -341,7 +341,7 @@ async function exportKeySpki(key) {
341341    case  'X25519' :
342342      // Fall through 
343343    case  'X448' :
344-       return  require ( 'internal/crypto/cfrg' ) 
344+       return  await   require ( 'internal/crypto/cfrg' ) 
345345        . cfrgExportKey ( key ,  kWebCryptoKeyFormatSPKI ) ; 
346346    default :
347347      return  undefined ; 
@@ -355,12 +355,12 @@ async function exportKeyPkcs8(key) {
355355    case  'RSA-PSS' :
356356      // Fall through 
357357    case  'RSA-OAEP' :
358-       return  require ( 'internal/crypto/rsa' ) 
358+       return  await   require ( 'internal/crypto/rsa' ) 
359359        . rsaExportKey ( key ,  kWebCryptoKeyFormatPKCS8 ) ; 
360360    case  'ECDSA' :
361361      // Fall through 
362362    case  'ECDH' :
363-       return  require ( 'internal/crypto/ec' ) 
363+       return  await   require ( 'internal/crypto/ec' ) 
364364        . ecExportKey ( key ,  kWebCryptoKeyFormatPKCS8 ) ; 
365365    case  'Ed25519' :
366366      // Fall through 
@@ -369,7 +369,7 @@ async function exportKeyPkcs8(key) {
369369    case  'X25519' :
370370      // Fall through 
371371    case  'X448' :
372-       return  require ( 'internal/crypto/cfrg' ) 
372+       return  await   require ( 'internal/crypto/cfrg' ) 
373373        . cfrgExportKey ( key ,  kWebCryptoKeyFormatPKCS8 ) ; 
374374    default :
375375      return  undefined ; 
@@ -381,7 +381,7 @@ async function exportKeyRawPublic(key) {
381381    case  'ECDSA' :
382382      // Fall through 
383383    case  'ECDH' :
384-       return  require ( 'internal/crypto/ec' ) 
384+       return  await   require ( 'internal/crypto/ec' ) 
385385        . ecExportKey ( key ,  kWebCryptoKeyFormatRaw ) ; 
386386    case  'Ed25519' :
387387      // Fall through 
@@ -390,7 +390,7 @@ async function exportKeyRawPublic(key) {
390390    case  'X25519' :
391391      // Fall through 
392392    case  'X448' :
393-       return  require ( 'internal/crypto/cfrg' ) 
393+       return  await   require ( 'internal/crypto/cfrg' ) 
394394        . cfrgExportKey ( key ,  kWebCryptoKeyFormatRaw ) ; 
395395    default :
396396      return  undefined ; 
@@ -682,7 +682,7 @@ async function wrapKey(format, key, wrappingKey, algorithm) {
682682    } 
683683  } 
684684
685-   return  cipherOrWrap ( 
685+   return  await   cipherOrWrap ( 
686686    kWebCryptoCipherEncrypt , 
687687    algorithm , 
688688    wrappingKey , 
@@ -787,19 +787,19 @@ async function signVerify(algorithm, key, data, signature) {
787787    case  'RSA-PSS' :
788788      // Fall through 
789789    case  'RSASSA-PKCS1-v1_5' :
790-       return  require ( 'internal/crypto/rsa' ) 
790+       return  await   require ( 'internal/crypto/rsa' ) 
791791        . rsaSignVerify ( key ,  data ,  algorithm ,  signature ) ; 
792792    case  'ECDSA' :
793-       return  require ( 'internal/crypto/ec' ) 
793+       return  await   require ( 'internal/crypto/ec' ) 
794794        . ecdsaSignVerify ( key ,  data ,  algorithm ,  signature ) ; 
795795    case  'Ed25519' :
796796      // Fall through 
797797    case  'Ed448' :
798798      // Fall through 
799-       return  require ( 'internal/crypto/cfrg' ) 
799+       return  await   require ( 'internal/crypto/cfrg' ) 
800800        . eddsaSignVerify ( key ,  data ,  algorithm ,  signature ) ; 
801801    case  'HMAC' :
802-       return  require ( 'internal/crypto/mac' ) 
802+       return  await   require ( 'internal/crypto/mac' ) 
803803        . hmacSignVerify ( key ,  data ,  algorithm ,  signature ) ; 
804804  } 
805805  throw  lazyDOMException ( 'Unrecognized algorithm name' ,  'NotSupportedError' ) ; 
@@ -824,7 +824,7 @@ async function sign(algorithm, key, data) {
824824    context : '3rd argument' , 
825825  } ) ; 
826826
827-   return  signVerify ( algorithm ,  key ,  data ) ; 
827+   return  await   signVerify ( algorithm ,  key ,  data ) ; 
828828} 
829829
830830async  function  verify ( algorithm ,  key ,  signature ,  data )  { 
@@ -850,7 +850,7 @@ async function verify(algorithm, key, signature, data) {
850850    context : '4th argument' , 
851851  } ) ; 
852852
853-   return  signVerify ( algorithm ,  key ,  data ,  signature ) ; 
853+   return  await   signVerify ( algorithm ,  key ,  data ,  signature ) ; 
854854} 
855855
856856async  function  cipherOrWrap ( mode ,  algorithm ,  key ,  data ,  op )  { 
@@ -873,18 +873,18 @@ async function cipherOrWrap(mode, algorithm, key, data, op) {
873873
874874  switch  ( algorithm . name )  { 
875875    case  'RSA-OAEP' :
876-       return  require ( 'internal/crypto/rsa' ) 
876+       return  await   require ( 'internal/crypto/rsa' ) 
877877        . rsaCipher ( mode ,  key ,  data ,  algorithm ) ; 
878878    case  'AES-CTR' :
879879      // Fall through 
880880    case  'AES-CBC' :
881881      // Fall through 
882882    case  'AES-GCM' :
883-       return  require ( 'internal/crypto/aes' ) 
883+       return  await   require ( 'internal/crypto/aes' ) 
884884        . aesCipher ( mode ,  key ,  data ,  algorithm ) ; 
885885    case  'AES-KW' :
886886      if  ( op  ===  'wrapKey'  ||  op  ===  'unwrapKey' )  { 
887-         return  require ( 'internal/crypto/aes' ) 
887+         return  await   require ( 'internal/crypto/aes' ) 
888888          . aesCipher ( mode ,  key ,  data ,  algorithm ) ; 
889889      } 
890890  } 
@@ -911,7 +911,13 @@ async function encrypt(algorithm, key, data) {
911911  } ) ; 
912912
913913  algorithm  =  normalizeAlgorithm ( algorithm ,  'encrypt' ) ; 
914-   return  cipherOrWrap ( kWebCryptoCipherEncrypt ,  algorithm ,  key ,  data ,  'encrypt' ) ; 
914+   return  await  cipherOrWrap ( 
915+     kWebCryptoCipherEncrypt , 
916+     algorithm , 
917+     key , 
918+     data , 
919+     'encrypt' , 
920+   ) ; 
915921} 
916922
917923async  function  decrypt ( algorithm ,  key ,  data )  { 
@@ -934,7 +940,13 @@ async function decrypt(algorithm, key, data) {
934940  } ) ; 
935941
936942  algorithm  =  normalizeAlgorithm ( algorithm ,  'decrypt' ) ; 
937-   return  cipherOrWrap ( kWebCryptoCipherDecrypt ,  algorithm ,  key ,  data ,  'decrypt' ) ; 
943+   return  await  cipherOrWrap ( 
944+     kWebCryptoCipherDecrypt , 
945+     algorithm , 
946+     key , 
947+     data , 
948+     'decrypt' , 
949+   ) ; 
938950} 
939951
940952// The SubtleCrypto and Crypto classes are defined as part of the 
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