int zuluCryptOpenLuks_2( const open_struct_t * opts )
{
/*
* zuluCryptResolveDevicePath_0() is defined in resolve_path.c
*/
return zuluCryptResolveDevicePath_0( _open_luks_2,opts,2 ) ;
}
int zuluCryptOpenPlain_2( const char * device,const char * mapper,
const char * mode,const char * key,size_t key_len,
const char * options )
{
open_struct_t opt ;
stringList_t stl ;
int r ;
char * const * e = NULL ;
size_t n = 0 ;
args s = { "/dev/urandom","aes","cbc-essiv:sha256","256","ripemd160","0" } ;
memset( &opt,'\0',sizeof( open_struct_t ) ) ;
opt.device = device ;
opt.mapper_name = mapper ;
opt.key = key ;
opt.key_len = key_len ;
opt.m_opts = mode ;
opt.variables = &s ;
stl = StringListSplit( options,'.' ) ;
StringListStringArray_1( &e,&n,stl ) ;
if( n == 6 ){
s.rng = *( e + 0 ) ;
s.algo = *( e + 1 ) ;
s.cipher = *( e + 2 ) ;
s.keySize = *( e + 3 ) ;
s.hash = *( e + 4 ) ;
s.offset = *( e + 5 ) ;
}else if( n == 5 ){
s.algo = *( e + 0 ) ;
s.cipher = *( e + 1 ) ;
s.keySize = *( e + 2 ) ;
s.hash = *( e + 3 ) ;
s.offset = *( e + 4 ) ;
}
/*
* zuluCryptResolveDevicePath_0() is defined in resolve_path.c
*/
r = zuluCryptResolveDevicePath_0( _open_plain,&opt,2 ) ;
StringListDelete( &stl ) ;
StringFree( e ) ;
return r ;
}