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authorBjörn Gustavsson <[email protected]>2013-05-13 11:13:50 +0200
committerIngela Anderton Andin <[email protected]>2013-05-20 08:41:52 +0200
commit5805b576e5c817faf697985ea2d2ce205d9b52d4 (patch)
tree9d911868ae6815986e91a9b449869dd8bff8ab64 /lib/compiler/src
parentb5d466db4dd8891cceaaa5a4b4e81f6edad639d2 (diff)
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beam_lib, compile: Replace use of deprecated crypto functions
Since both the STDLIB and compiler applications turn warnings into errors, we must stop using the old deprecated crypto functions. While we are at it, generalize the format of the key tuple returned by beam_lib:make_crypto_key/2 to facilitate introducing new crypto methods in the future. Change the format to: {Type,Key,IV,BlockSize} where Type, Key, and IV are the first three arguments for either crypto:block_encrypt4/ or crypto:block_decrypt/4, and BlockSize is the block size for the crypto algorithm (it is needed to properly pad the plaintext blocks before encryption).
Diffstat (limited to 'lib/compiler/src')
-rw-r--r--lib/compiler/src/compile.erl20
1 files changed, 10 insertions, 10 deletions
diff --git a/lib/compiler/src/compile.erl b/lib/compiler/src/compile.erl
index 745f1d5cf9..2ca403de54 100644
--- a/lib/compiler/src/compile.erl
+++ b/lib/compiler/src/compile.erl
@@ -1197,9 +1197,9 @@ abstract_code(#compile{code=Code,options=Opts,ofile=OFile}) ->
encrypt_abs_code(Abstr, Key0) ->
try
- {Mode,RealKey} = generate_key(Key0),
+ RealKey = generate_key(Key0),
case start_crypto() of
- ok -> {ok,encrypt(Mode, RealKey, Abstr)};
+ ok -> {ok,encrypt(RealKey, Abstr)};
{error,_}=E -> E
end
catch
@@ -1216,19 +1216,19 @@ start_crypto() ->
{error,[{none,?MODULE,no_crypto}]}
end.
-generate_key({Mode,String}) when is_atom(Mode), is_list(String) ->
- {Mode,beam_lib:make_crypto_key(Mode, String)};
+generate_key({Type,String}) when is_atom(Type), is_list(String) ->
+ beam_lib:make_crypto_key(Type, String);
generate_key(String) when is_list(String) ->
generate_key({des3_cbc,String}).
-encrypt(des3_cbc=Mode, {K1,K2,K3, IVec}, Bin0) ->
- Bin1 = case byte_size(Bin0) rem 8 of
+encrypt({des3_cbc=Type,Key,IVec,BlockSize}, Bin0) ->
+ Bin1 = case byte_size(Bin0) rem BlockSize of
0 -> Bin0;
- N -> list_to_binary([Bin0,random_bytes(8-N)])
+ N -> list_to_binary([Bin0,random_bytes(BlockSize-N)])
end,
- Bin = crypto:des3_cbc_encrypt(K1, K2, K3, IVec, Bin1),
- ModeString = atom_to_list(Mode),
- list_to_binary([0,length(ModeString),ModeString,Bin]).
+ Bin = crypto:block_encrypt(Type, Key, IVec, Bin1),
+ TypeString = atom_to_list(Type),
+ list_to_binary([0,length(TypeString),TypeString,Bin]).
random_bytes(N) ->
{A,B,C} = now(),