@ -3,10 +3,11 @@ pub mod lib;
use crate ::lib ::crypt ::{ use crate ::lib ::crypt ::{
decrypt_brute_brute_force , decrypt_data , decrypt_with_dictionary , encrypt_data , decrypt_brute_brute_force , decrypt_data , decrypt_with_dictionary , encrypt_data ,
} ; } ;
use crate ::lib ::hash ::{ create_key , sha256 , sha _checksum} ; use crate ::lib ::hash ::{ create_key , sha256 , sha 512, sha _checksum} ;
use crate ::lib ::timing ::TimeTaker ; use crate ::lib ::timing ::TimeTaker ;
use bdf ::chunks ::{ DataEntry , HashEntry , HashLookupTable } ; use bdf ::chunks ::{ DataEntry , HashEntry , HashLookupTable } ;
use bdf ::io ::{ BDFReader , BDFWriter } ; use bdf ::io ::{ BDFReader , BDFWriter } ;
use benchlib ::benching ::Bencher ;
use pbr ::ProgressBar ; use pbr ::ProgressBar ;
use rayon ::prelude ::* ; use rayon ::prelude ::* ;
use rayon ::str ; use rayon ::str ;
@ -42,6 +43,10 @@ enum SubCommand {
/// Create a dictionary rainbow-table from a txt file
/// Create a dictionary rainbow-table from a txt file
#[ structopt(name = " create-dictionary " ) ] #[ structopt(name = " create-dictionary " ) ]
CreateDictionary ( CreateDictionary ) , CreateDictionary ( CreateDictionary ) ,
/// Runs some benchmarks
#[ structopt(name = " benchmark " ) ]
Benchmark ,
} }
#[ derive(StructOpt, Clone) ] #[ derive(StructOpt, Clone) ]
@ -106,6 +111,7 @@ fn main() {
SubCommand ::Encrypt ( args ) = > encrypt ( & opts , & args ) , SubCommand ::Encrypt ( args ) = > encrypt ( & opts , & args ) ,
SubCommand ::Decrypt ( args ) = > decrypt ( & opts , & args ) , SubCommand ::Decrypt ( args ) = > decrypt ( & opts , & args ) ,
SubCommand ::CreateDictionary ( args ) = > create_dictionary ( & opts , & args ) , SubCommand ::CreateDictionary ( args ) = > create_dictionary ( & opts , & args ) ,
SubCommand ::Benchmark = > benchmark ( ) ,
} }
} }
@ -299,3 +305,19 @@ fn decrypt_with_dictionary_file(
pb . finish ( ) ; pb . finish ( ) ;
result_data result_data
} }
fn benchmark ( ) {
let mut bencher = Bencher ::new ( ) ;
let mut test_key = Vec ::new ( ) ;
let mut encrypted = Vec ::new ( ) ;
bencher
. set_iterations ( 1_000_000 )
. print_settings ( )
. bench ( "sha256" , | | test_key = sha256 ( "abcdefghijklmnopqrstuvwxyz" ) )
. bench ( "sha512" , | | sha512 ( "abcdefghijklmnopqrstuvwxyz" ) )
. compare ( )
. bench ( "des encrypt" , | | {
encrypted = encrypt_data ( b" abcdefghijklmnopqrstuvwxyz " , & test_key [ .. 8 ] )
} )
. bench ( "des decrypt" , | | decrypt_data ( & encrypted , & test_key [ .. 8 ] ) ) ;
}
Trivernis
4 years ago