iBoot/lib/pki/libgRSA/libgRSA_priv.c

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2023-07-08 13:03:17 -07:00
/* Copyright (c) 2005-2007 Apple Inc. All Rights Reserved. */
/*
* libgRSA_priv.c - private libRSA routines.
*
* Created Aug. 10 2005 by Doug Mitchell.
*/
#include <libgRSA/libgRSA_priv.h>
/* convert a libGiants GIReturn to our own RSAStatus */
RSAStatus giantStatusToRSA(GIReturn grtn)
{
switch(grtn) {
case GR_Success: return RSA_Success;
case GR_IllegalArg: return RSA_ParamErr;
case GR_Unimplemented: return RSA_Unimplemented;
case GR_Internal: return RSA_InternalError;
case GR_Overflow: return RSA_Overflow;
default: return RSA_OtherError;
}
}
/* convert a libDER DERReturn to our own RSAStatus */
RSAStatus derStatusToRSA(DERReturn drtn)
{
switch(drtn) {
case DR_Success: return RSA_Success;
case DR_ParamErr: return RSA_ParamErr;
case DR_BufOverflow: return RSA_Overflow;
case DR_Unimplemented: return RSA_Unimplemented;
default: return RSA_BadKeyFormat;
}
}
#ifndef NDEBUG
#include <libGiantsUtils/GIReturnString.h>
/* be sure to update the mirrored copy in libgRSAUtils when this changes */
const char *rsaStatusStr(RSAStatus rrtn)
{
static char unknownStr[100];
if(rrtn < RSA_RETURN_BASE) {
if(rrtn == RSA_Success) {
return "RSA_Success";
}
else {
/* libGiants error */
return GIReturnString((GIReturn)rrtn);
}
}
switch(rrtn) {
case RSA_BadKeyData:
return "RSA_BadKeyData";
case RSA_ParamErr:
return "RSA_ParamErr";
case RSA_IncompleteKey:
return "RSA_IncompleteKey";
case RSA_VerifyFail:
return "RSA_VerifyFail";
case RSA_BadSigFormat:
return "RSA_BadSigFormat";
case RSA_BadDataFormat:
return "RSA_BadDataFormat";
case RSA_BadKeyFormat:
return "RSA_BadKeyFormat";
case RSA_InternalError:
return "RSA_InternalError";
case RSA_Overflow:
return "RSA_Overflow";
case RSA_Unimplemented:
return "RSA_Unimplemented";
case RSA_IllegalKeySize:
return "RSA_IllegalKeySize";
case RSA_OtherError:
return "RSA_OtherError";
default:
sprintf(unknownStr, "Unknown (%d)", rrtn);
return unknownStr;
}
}
#endif /* NDEBUG */