在寻找AES-128加密技术时,我想在Delphi2010上运行Lockbox3。
这里的第一个问题:官方来源是什么/在哪里?
来自https://sourceforge.net/projects/tplockbox/的来源并不包含Delphi2010的软件包,也不会编译(错误加载)。
https://code.google.com/archive/p/tplockbox/不再维护,并指向https://github.com/SeanBDurkin/tplockbox。
我从github下载了源代码,我认为在V3.6.3中(源代码中没有提到版本,对吧?)。可以安装包,但是例如MakeSampleKey示例无法编译,因为EncryptString不能与AnsiStrings一起使用(umfmMakeSampleKey.pas,第216行)。
然后我创建了一个项目并使用了来自How to AES-128 encrypt a string using a password in Delphi and decrypt in C#?
的OP的源代码我将CipherText从AnsiString更改为String。代码编译,但是当我运行它时,它崩溃了"整数溢出"在TPLB3.SHA1.pas,第264行。
LockBox3是否仍然保留,是否可用于Delphi2010?如果是,那怎么样?我做错了什么? THX!
编辑:还有另一个托管LockBox3的GitHub项目,即https://github.com/TurboPack/LockBox3 最近的来源是在Delphi2010下进行 NOT 编译。 (有关问题的简短列表,请参阅OP下的评论)
修改:这里有一些我尝试使用的代码(并且失败了) - 我在这里发布,因为我没有设法将其格式化为评论:
function LockBox3_EncryptText_AES_128(input: string; password: string): string;
var
Codec: TCodec;
CipherText: String;
begin
Codec := TCodec.Create(nil);
try
Codec.CryptoLibrary := TCryptographicLibrary.Create(Codec);
Codec.StreamCipherId := BlockCipher_ProgID;
Codec.BlockCipherId := Format(AES_ProgId, [128]);
Codec.ChainModeId := CBC_ProgId;
Codec.Password := Password;
Codec.EncryptString(input, CipherText);
Result := string(CipherText);
finally
Codec.Free;
end;
end;
答案 0 :(得分:2)
我在http://lockbox.seanbdurkin.id.au/HomePage维护LockBox 3。
回购时间是https://github.com/SeanBDurkin/tplockbox。
是的,它适用于D2010。
这适用于我,使用Delphi 2010和TPLB3版本3.6.3
program LB3Demo_D2010;
{$APPTYPE CONSOLE}
uses
SysUtils,
TPLB3.Codec in '..\ExternalLibraries\TPLB3\run\TPLB3.Codec.pas',
TPLB3.CryptographicLibrary in '..\ExternalLibraries\TPLB3\run\TPLB3.CryptographicLibrary.pas',
TPLB3.BlockCipher in '..\ExternalLibraries\TPLB3\run\TPLB3.BlockCipher.pas',
TPLB3.StreamToBlock in '..\ExternalLibraries\TPLB3\run\TPLB3.StreamToBlock.pas',
TPLB3.Decorators in '..\ExternalLibraries\TPLB3\run\TPLB3.Decorators.pas',
TPLB3.StreamCipher in '..\ExternalLibraries\TPLB3\run\TPLB3.StreamCipher.pas',
TPLB3.StreamUtils in '..\ExternalLibraries\TPLB3\run\TPLB3.StreamUtils.pas',
TPLB3.Random in '..\ExternalLibraries\TPLB3\run\TPLB3.Random.pas',
TPLB3.IntegerUtils in '..\ExternalLibraries\TPLB3\run\TPLB3.IntegerUtils.pas',
TPLB3.Compatibility in '..\ExternalLibraries\TPLB3\run\TPLB3.Compatibility.pas',
TPLB3.Asymetric in '..\ExternalLibraries\TPLB3\run\TPLB3.Asymetric.pas',
TPLB3.CodecIntf in '..\ExternalLibraries\TPLB3\run\TPLB3.CodecIntf.pas',
TPLB3.BaseNonVisualComponent in '..\ExternalLibraries\TPLB3\run\TPLB3.BaseNonVisualComponent.pas',
TPLB3.Hash in '..\ExternalLibraries\TPLB3\run\TPLB3.Hash.pas',
TPLB3.HashDsc in '..\ExternalLibraries\TPLB3\run\TPLB3.HashDsc.pas',
TPLB3.AES in '..\ExternalLibraries\TPLB3\run\TPLB3.AES.pas',
TPLB3.Base64 in '..\ExternalLibraries\TPLB3\run\TPLB3.Base64.pas',
TPLB3.CBC in '..\ExternalLibraries\TPLB3\run\TPLB3.CBC.pas',
TPLB3.Constants in '..\ExternalLibraries\TPLB3\run\TPLB3.Constants.pas',
TPLB3.ECB in '..\ExternalLibraries\TPLB3\run\TPLB3.ECB.pas',
TPLB3.MD5 in '..\ExternalLibraries\TPLB3\run\TPLB3.MD5.pas',
TPLB3.SimpleBlockCipher in '..\ExternalLibraries\TPLB3\run\TPLB3.SimpleBlockCipher.pas',
TPLB3.I18n in '..\ExternalLibraries\TPLB3\run\TPLB3.I18n.pas',
TPLB3.CFB_8Bit in '..\ExternalLibraries\TPLB3\run\TPLB3.CFB_8Bit.pas',
TPLB3.CFB_Block in '..\ExternalLibraries\TPLB3\run\TPLB3.CFB_Block.pas',
TPLB3.CTR in '..\ExternalLibraries\TPLB3\run\TPLB3.CTR.pas',
TPLB3.OFB in '..\ExternalLibraries\TPLB3\run\TPLB3.OFB.pas',
TPLB3.PCBC in '..\ExternalLibraries\TPLB3\run\TPLB3.PCBC.pas',
TPLB3.SHA1 in '..\ExternalLibraries\TPLB3\run\TPLB3.SHA1.pas',
TPLB3.SHA2 in '..\ExternalLibraries\TPLB3\run\TPLB3.SHA2.pas',
TPLB3.SVN_Keywords in '..\ExternalLibraries\TPLB3\run\TPLB3.SVN_Keywords.pas',
TPLB3.BinaryUtils in '..\ExternalLibraries\TPLB3\run\TPLB3.BinaryUtils.pas',
TPLB3.PointerArithmetic in '..\ExternalLibraries\TPLB3\run\TPLB3.PointerArithmetic.pas',
TPLB3.CipherUtils in '..\ExternalLibraries\TPLB3\run\TPLB3.CipherUtils.pas',
TPLB3.RSA_Engine in '..\ExternalLibraries\TPLB3\run\TPLB3.RSA_Engine.pas',
TPLB3.RSA_Primitives in '..\ExternalLibraries\TPLB3\run\TPLB3.RSA_Primitives.pas',
TPLB3.HugeCardinal in '..\ExternalLibraries\TPLB3\run\TPLB3.HugeCardinal.pas',
TPLB3.HugeCardinalUtils in '..\ExternalLibraries\TPLB3\run\TPLB3.HugeCardinalUtils.pas',
TPLB3.MemoryStreamPool in '..\ExternalLibraries\TPLB3\run\TPLB3.MemoryStreamPool.pas',
TPLB3.DES in '..\ExternalLibraries\TPLB3\run\TPLB3.DES.pas',
TPLB3.BlowFish in '..\ExternalLibraries\TPLB3\run\TPLB3.BlowFish.pas',
TPLB3.TDES in '..\ExternalLibraries\TPLB3\run\TPLB3.TDES.pas',
TPLB3.TwoFish in '..\ExternalLibraries\TPLB3\run\TPLB3.TwoFish.pas',
TPLB3.XXTEA in '..\ExternalLibraries\TPLB3\run\TPLB3.XXTEA.pas',
TPLB3.DCP.twofish_Modified in '..\ExternalLibraries\TPLB3\run\TPLB3.DCP.twofish_Modified.pas';
const
/// <remarks>Set isProduction to True for a production environment.
/// For a production environment, we want to randomize the PRNG at start-up,
/// for security reasons. For a test environment, we may way to set the seed
/// to be a fixed known value, for purposes of reproducibility and possibly
/// KAT alignment.
/// </remarks>
isProduction: boolean = False;
Seed_ForNonProduction: int64 = 1;
function LockBox3_EncryptText_AES_128( input: string; password: string): string;
var
Codec: TCodec;
begin
Codec := TCodec.Create( nil);
try
Codec.CryptoLibrary := TCryptographicLibrary.Create(Codec);
Codec.StreamCipherId := BlockCipher_ProgID;
Codec.BlockCipherId := Format(AES_ProgId, [128]);
Codec.ChainModeId := CBC_ProgId;
Codec.Password := Password;
Codec.EncryptString( input, result);
Codec.Burn
finally
Codec.Free
end
end;
var
input, output: string;
password: string;
begin
try
if isProduction then
TRandomStream.Instance.Randomize
else
TRandomStream.Instance.Seed := Seed_ForNonProduction;
input := 'Hello world';
WriteLn( 'Compiler = ', Format( '%.1f', [CompilerVersion]));
WriteLn( 'Plaintext = "' + input + '"');
password := 'my-secret';
WriteLn( 'Password (' + {$IFDEF UNICODE} 'UTF-16' {$ELSE} 'UTF-8' {$ENDIF} + ') = "' + password + '"');
WriteLn( 'Seed = ', TRandomStream.Instance.Seed);
output := LockBox3_EncryptText_AES_128( input, password);
Writeln( 'Ciphertext (encoded as base64) = "' + output + '"');
WriteLn( 'Press enter to terminate.');
Readln;
except
on E: Exception do
Writeln(E.ClassName, ': ', E.Message);
end;
end.
运行时,输出产生......
Compiler = 21.0
Plaintext = "Hello world"
Password (UTF-16) = "my-secret"
Seed = 1
Ciphertext (encoded as base64) = "AQAAAAAAAADCpkdd/g8fyEuojQ=="