/**
* @file netsslcredentials.cc
*
* @brief Wrapper for getting or generating server cert and private key.
*
* Note: this code is derived from the OpenSSL demo program selfsign.c
*
* Threading: underlying SSL library contains threading
*
* @invariants:
*
* Copyright (c) 2011 Perforce Software
* Confidential. All Rights Reserved.
* @author Wendy Heffner
*
* Creation Date: October 31, 2011
*/
# ifdef USE_SSL
# define NEED_GETUID
# define NEED_STAT
# define NEED_ERRNO
# include <stdhdrs.h>
# include <strbuf.h>
# include <error.h>
# include <errorlog.h>
# include <enviro.h>
# include <debug.h>
# include <pathsys.h>
# include <filesys.h>
# include <fileio.h>
# include <hostenv.h>
# include <utils.h>
# include <msgrpc.h>
extern "C"
{ // OpenSSL
# include "openssl/err.h"
# include <openssl/x509v3.h>
# include <openssl/ssl.h>
# include <openssl/x509_vfy.h>
}
# include <stdio.h>
# include "netdebug.h"
# include "netsslmacros.h"
# include "netsslcredentials.h"
////////////////////////////////////////////////////////////////////////////
// NetSslCredentials - Globals and Defines //
////////////////////////////////////////////////////////////////////////////
# define SSL_CONFIGFILE (const char*)"config.txt"
# define SSL_KEYFILE (const char*)"privatekey.txt"
# define SSL_CERTFILE (const char*)"certificate.txt"
# define SSL_X509_NUMBITS 2048
# define SSL_X509_VERSION 3
# define SSL_X509_SERIALNUM 01
# define SSL_X509_NOTBEFORE 0
# define SSL_X509_NOTAFTER ((long) 730 ) // expires in two years
# define SSL_X509_DAY ((long) 60 * 60 * 24 )
# define SSL_X509_MAX_SECONDS 2147483647 /*((1 << 31) - 1) */
// Fields:
// C = ISO3166 two character country code
// ST = state or province
// L = Locality; generally means city
// O = Organization - Company Name
// OU = Organization Unit - division or unit
// CN = CommonName - entity name e.g. www.example.com
// Example Values:
// C=MY,ST=another state,L=another city,O=my company,OU=certs,
// CN=www.example.com
# define SSL_X509_C (const char*)"US"
# define SSL_X509_ST (const char*)"CA"
# define SSL_X509_L (const char*)"Alameda"
# define SSL_X509_O (const char*)"Perforce Autogen Cert"
////////////////////////////////////////////////////////////////////////////
// Static Callback Function Implementation //
////////////////////////////////////////////////////////////////////////////
static void
Callback( int code, int arg, void *cb_arg )
{
if ( !SSLDEBUG_FUNCTION )
return;
if( code == 0 )
p4debug.printf(".");
if( code == 1 )
p4debug.printf("+");
if( code == 2 )
p4debug.printf("*");
if( code == 3 )
p4debug.printf("\n");
}
////////////////////////////////////////////////////////////////////////////
// NetSslCredentials - Methods //
////////////////////////////////////////////////////////////////////////////
NetSslCredentials::NetSslCredentials(bool isTest)
: privateKey( NULL ),
certificate( NULL ),
fingerprint(),
certC( SSL_X509_C ),
certCN(),
certST( SSL_X509_ST ),
certL( SSL_X509_L ),
certO( SSL_X509_O )
{
ownCert = false;
ownKey = false;
certEX = SSL_X509_NOTAFTER;
certSV = SSL_X509_NOTBEFORE;
certUNITS = SSL_X509_DAY;
if ( !isTest )
{
HostEnv h;
Enviro enviro;
char *sslDirStr = NULL;
h.GetHost( certCN );
const StrPtr *cachedServerName = enviro.GetCachedServerName();
if ( cachedServerName )
{
enviro.BeServer( cachedServerName );
}
sslDirStr = enviro.Get( "P4SSLDIR" );
if ( sslDirStr && sslDirStr[0] != '\0' )
{
sslDir = sslDirStr;
}
}
else
{
sslDir.Set("/tmp/4kssldir");
certCN.Set("TestHost");
}
}
NetSslCredentials::NetSslCredentials( NetSslCredentials &rhs)
: privateKey (rhs.privateKey),
certificate(rhs.certificate),
fingerprint(rhs.fingerprint),
certC(rhs.certC),
certCN(rhs.certCN),
certST(rhs.certST),
certL(rhs.certL),
certO(rhs.certO),
certEX(rhs.certEX),
ownKey(false),
ownCert(false),
sslDir(rhs.sslDir)
{
}
NetSslCredentials::~NetSslCredentials()
{
if ( privateKey && ownKey )
EVP_PKEY_free( privateKey );
if ( certificate && ownCert )
X509_free( certificate );
}
NetSslCredentials &
NetSslCredentials::operator =( NetSslCredentials &rhs )
{
privateKey = rhs.privateKey;
certificate = rhs.certificate;
fingerprint = rhs.fingerprint;
certC = rhs.certC;
certCN = rhs.certCN;
certST = rhs.certST;
certL = rhs.certL;
certO = rhs.certO;
certEX = rhs.certEX;
ownKey = false;
ownCert = false;
sslDir = rhs.sslDir;
return *this;
}
void
NetSslCredentials::HaveCredentials( Error *e )
{
if( !privateKey || !certificate || (fingerprint.Length() == 0) )
e->Set(MsgRpc::SslNoCredentials);
}
void
NetSslCredentials::ReadCredentials( Error *e )
{
FILE *fp = NULL;
PathSys *keyFile = PathSys::Create();
PathSys *certFile = PathSys::Create();
GetCredentialFilepaths( keyFile, certFile, e);
// Validate that P4SSLDIR exists and is a directory
ValidateSslDir( e );
P4CHECKERROR( e, "NetSslCredentials::ReadCredentials ValidateSslDir", fail );
ValidateCredentialFiles( e );
P4CHECKERROR( e, "NetSslCredentials::ReadCredentials ValidateCredentialFiles", fail );
// read in private key
fp = fopen( keyFile->Text(), "r" );
if( fp == NULL ) {
e->Net( "fopen", strerror(errno) );
goto failSetError;
}
privateKey = PEM_read_PrivateKey( fp, NULL, 0, NULL );
SSLNULLHANDLER( privateKey, e, "NetSslCredentials::ReadCredentials PEM_read_PrivateKey", failSetError );
// verify that RSA key
// Commented out to allow compile to complete
/* if ( privateKey->type != EVP_PKEY_RSA )
{
e->Set( MsgRpc::SslKeyNotRSA );
goto fail;
}
*/
fclose( fp );
// read in certificate
fp = fopen( certFile->Text(), "r" );
if( fp == NULL ) {
e->Net( "fopen", strerror(errno) );
goto failSetError;
}
certificate = PEM_read_X509(fp, NULL, 0, NULL );
SSLNULLHANDLER( certificate, e, "NetSslCredentials::ReadCredentials PEM_read_X509", failSetError );
ValidateCertDateRange( e );
P4CHECKERROR( e, "NetSslCredentials::ReadCredentials ValidateCertDateRange", fail );
ownCert = true;
ownKey = true;
GetFingerprintFromCert( e );
if( e->Test() ) {
goto fail;
}
fclose( fp );
delete keyFile;
delete certFile;
return;
failSetError:
e->Set( MsgRpc::SslBadKeyFile );
fail:
if( fp ) {
fclose( fp );
}
delete keyFile;
delete certFile;
return;
}
void
NetSslCredentials::GenerateCredentials( Error *e )
{
PathSys *keyFile = PathSys::Create();
PathSys *certFile = PathSys::Create();
GetCredentialFilepaths( keyFile, certFile, e);
P4CHECKERROR( e, "NetSslCredentials::GenerateCredentials GetCredentialsFiles", fail );
ValidateSslDir( e );
P4CHECKERROR( e, "NetSslCredentials::GenerateCredentials ValidateSslDir", fail );
// Validate that serverKey.txt and serverCert.txt do not exist in P4SSLDIR
if( FileSys::FileExists( keyFile->Text() ) || FileSys::FileExists( certFile->Text() ) )
{
e->Set( MsgRpc::SslDirHasCreds );
goto fail;
}
ParseConfig( e );
P4CHECKERROR( e, "NetSslCredentials::GenerateCredentials ParseConfig", fail );
MakeSslCredentials( e );
P4CHECKERROR( e, "NetSslCredentials::GenerateCredentials MakeSslCredentials", fail );
WriteCredentials( keyFile, certFile, e );
P4CHECKERROR( e, "NetSslCredentials::GenerateCredentials WriteCredentials", fail );
ownCert = true;
ownKey = true;
fail:
delete keyFile;
delete certFile;
return;
}
void
NetSslCredentials::ValidateSslDir( Error * e)
{
if ( sslDir.Length() == 0 )
{
e->Set( MsgRpc::SslBadDir );
return;
}
// Validate that P4SSLDIR exists and is a directory
FileSys *f = FileSys::Create( FST_BINARY );
f->Set( sslDir );
if( (f->Stat() & (FSF_EXISTS | FSF_DIRECTORY)) !=
(FSF_EXISTS | FSF_DIRECTORY) )
{
e->Set( MsgRpc::SslBadDir );
goto fail;
}
// Validate that P4SSLDIR permission is 700 or 500
if( (! f->HasOnlyPerm( FPM_RWXO )) && (! f->HasOnlyPerm( FPM_RXO )) )
{
e->Set( MsgRpc::SslBadFsSecurity );
goto fail;
}
// Validate that dir is owned by same owner as p4d
CompareDirUid( e );
P4CHECKERROR( e, "NetSslCredentials::ValidateSslDir CompareDirUid", fail );
fail:
delete f;
return;
}
void
NetSslCredentials::ValidateCredentialFiles( Error *e )
{
FileSys *f = NULL;
PathSys *keyFile = PathSys::Create();
PathSys *certFile = PathSys::Create();
GetCredentialFilepaths( keyFile, certFile, e);
if( e->Test() )
goto fail;
// Validate that serverKey.txt and serverCert.txt exist in P4SSLDIR
if( !( FileSys::FileExists( keyFile->Text() ) && FileSys::FileExists( certFile->Text() )))
{
e->Set( MsgRpc::SslBadKeyFile );
goto fail;
}
// Validate that files are owned by same owner as p4d
CompareFileUids( e );
P4CHECKERROR( e, "NetSslCredentials::ValidateCredentialFiles CompareFileUids", fail );
// Validate that serverKey.txt and serverCert.txt permissions are 600 or 400
f = FileSys::Create( FST_BINARY );
f->Set( keyFile->Text() );
if( (! f->HasOnlyPerm( FPM_RWO )) && (! f->HasOnlyPerm( FPM_ROO )) )
{
e->Set( MsgRpc::SslBadFsSecurity );
goto fail;
}
f->Set( certFile->Text() );
if( ! f->HasOnlyPerm( FPM_RWO ) && ! f->HasOnlyPerm( FPM_ROO ) )
{
e->Set( MsgRpc::SslBadFsSecurity );
goto fail;
}
fail:
if( f )
delete f;
delete keyFile;
delete certFile;
return;
}
void
NetSslCredentials::ValidateCertDateRange( Error *e )
{
time_t *ptime = NULL;
int i;
i=X509_cmp_time(X509_get_notBefore(certificate), ptime);
if (i >= 0)
goto fail;
i=X509_cmp_time(X509_get_notAfter(certificate), ptime);
if (i <= 0)
goto fail;
return;
fail:
e->Set( MsgRpc::SslCertBadDates );
}
void
NetSslCredentials::GetExpiration( StrBuf &buf )
{
Error e;
if( !certificate ) {
buf.Clear();
return;
}
BUF_MEM *bufMemPtr = NULL;
int retVal = 0;
BIO *bio = BIO_new( BIO_s_mem() );
SSLNULLHANDLER( bio, &e, "NetSslCredentials::GetExpiration BIO_new", fail );
retVal = ASN1_TIME_print(bio,X509_get_notAfter(certificate));
SSLHANDLEFAIL( retVal, &e, "NetSslCredentials::GetExpiration BIO_get_mem_ptr",
MsgRpc::SslFailGetExpire,
failCleanBIO );
retVal = BIO_get_mem_ptr( bio, &bufMemPtr );
SSLHANDLEFAIL( retVal, &e, "NetSslCredentials::GetExpiration BIO_get_mem_ptr",
MsgRpc::SslFailGetExpire,
failCleanBIO );
buf.Set( bufMemPtr->data, bufMemPtr->length );
buf.Terminate();
BIO_free_all( bio );
return;
failCleanBIO:
BIO_free_all( bio );
fail:
buf.Clear();
return;
}
void
NetSslCredentials::ParseConfig( Error *e )
{
StrBuf line, var, value;
StrRef configFile( SSL_CONFIGFILE );
SmartPointer <PathSys> p( PathSys::Create() );
FileSys *f = FileSys::Create( FileSysType( FST_TEXT|FST_L_CRLF ) );
// Create full pathname to certificate config file
p->SetLocal( sslDir, configFile );
f->Set( *p );
f->Open( FOM_READ, e );
// If file doesn't exist then keep defaults and just return
if( e->Test() )
{
DEBUGPRINT( SSLDEBUG_FUNCTION, "NetSslCredentials::ParseConfig - config.txt file not found in P4SSLDIR." );
e->Clear();
delete f;
return;
}
while( f->ReadLine( &line, e ) )
{
line.TruncateBlanks();
char *equals = strchr( line.Text(), '=' );
if( !equals ) continue;
var.Set( line.Text(), equals - line.Text() );
var.TrimBlanks();
if( var.Text()[0] == '#' ) continue;
value.Set( equals + 1 );
value.TrimBlanks();
DEBUGPRINTF( SSLDEBUG_FUNCTION,
"NetSslCredentials::ParseConfig name=%s, value=%s", var.Text(), value.Text() );
if ( var == "C")
certC = value;
else if ( var == "CN")
certCN = value;
else if ( var == "ST")
certST = value;
else if ( var == "L")
certL = value;
else if ( var == "O")
certO = value;
else if ( var == "EX")
{
int expire = StrBuf::Atoi(value.Text());
if( expire > 0 )
{
certEX = expire;
}
else
{
e->Set( MsgRpc::SslCfgExpire ) << value;
f->Close( e );
delete f;
return;
}
}
else if ( var == "SV")
{
int start = StrBuf::Atoi(value.Text());
certSV = start;
}
else if ( var == "UNITS")
if( value == "secs" )
{
certUNITS = 1;
}
else if ( value == "mins")
{
certUNITS = 60;
}
else if ( value == "hours")
{
certUNITS = 3600;
} else if ( value == "days")
; // do nothing
else
{
e->Set( MsgRpc::SslCfgUnits ) << value;
f->Close( e );
delete f;
return;
}
else
{
DEBUGPRINTF( SSLDEBUG_ERROR,
"Certificate configuration file option \"%s\" unknown.", var.Text() );
}
}
if( (SSL_X509_MAX_SECONDS / certUNITS) < certEX ) {
e->Set( MsgRpc::SslCfgExpire ) << value;
f->Close( e );
delete f;
return;
}
f->Close( e );
delete f;
}
void
NetSslCredentials::WriteCredentials( PathSys *keyFile, PathSys *certFile, Error * e )
{
FILE *fp = NULL;
int retVal = 0;
FileSys *fsKey = FileSys::Create( FST_TEXT );
FileSys *fsCert = FileSys::Create( FST_TEXT );
// write out in private key
fp = fopen( keyFile->Text(), "w" );
if( fp == NULL ) {
e->Net( "fopen", strerror(errno) );
goto fail;
}
retVal = PEM_write_PrivateKey(fp, privateKey, NULL, NULL, 0, 0, NULL );
SSLHANDLEFAIL( retVal, e, "NetSslCredentials::WriteCredentials PEM_write_PrivateKey", MsgRpc::SslCertGen, fail );
fclose( fp );
fsKey->Set(*keyFile);
fsKey->Chmod(FPM_RWO, e);
// read in certificate
fp = fopen( certFile->Text(), "w" );
if( fp == NULL )
{
e->Net( "fopen", strerror(errno) );
e->Set( MsgRpc::SslCertGen );
goto fail;
}
retVal = PEM_write_X509(fp, certificate );
SSLHANDLEFAIL( retVal, e, "NetSslCredentials::WriteCredentials PEM_write_X509", MsgRpc::SslCertGen, fail );
fclose( fp );
fp = NULL;
fsCert->Set(*certFile);
fsCert->Chmod(FPM_RWO, e);
fail:
if( fp )
fclose( fp );
delete fsKey;
delete fsCert;
return;
}
void
NetSslCredentials::CompareFileUids( Error *e )
{
# ifdef HAVE_GETUID
uid_t keyOwner = 0;
uid_t certOwner = 0;
uid_t dirOwner = 0;
uid_t currUsr = geteuid();
PathSys *keyFile = PathSys::Create();
PathSys *certFile = PathSys::Create();
FileSys *f = FileSys::Create( FST_BINARY );
GetCredentialFilepaths( keyFile, certFile, e);
P4CHECKERROR( e, "NetSslCredentials::CompareUids GetCredentialsFiles", fail );
f->Set( keyFile->Text() );
keyOwner = f->GetOwner();
if( currUsr != keyOwner )
{
e->Set( MsgRpc::SslCredsBadOwner );
goto fail;
}
f->Set( certFile->Text() );
certOwner = f->GetOwner();
if( currUsr != certOwner )
{
e->Set( MsgRpc::SslCredsBadOwner );
goto fail;
}
f->Set( sslDir );
dirOwner = f->GetOwner();
if( currUsr != dirOwner )
e->Set( MsgRpc::SslCredsBadOwner );
fail:
delete f;
delete keyFile;
delete certFile;
return;
# endif // HAVE_GETUID
}
void
NetSslCredentials::CompareDirUid( Error *e )
{
# ifdef HAVE_GETUID
uid_t dirOwner = 0;
uid_t currUsr = geteuid();
FileSys *f = FileSys::Create( FST_BINARY );
f->Set( sslDir );
dirOwner = f->GetOwner();
if( currUsr != dirOwner )
e->Set( MsgRpc::SslCredsBadOwner );
delete f;
# endif // HAVE_GETUID
}
void
NetSslCredentials::GetCredentialFilepaths( PathSys *keyFile, PathSys *certFile, Error * e )
{
StrRef certFilename( SSL_CERTFILE );
StrRef keyFilename( SSL_KEYFILE );
keyFile->SetLocal(sslDir, keyFilename );
certFile->SetLocal(sslDir, certFilename );
}
void
NetSslCredentials::MakeSslCredentials( Error *e )
{
if ( privateKey && certificate )
{
return;
}
RSA * rsa = NULL;
X509_NAME *name = NULL;
int retval;
if( ( privateKey = EVP_PKEY_new()) == NULL )
{
e->Net( "EVP_PKEY_new", "failed" );
e->Set( MsgRpc::SslCertGen );
goto fail;
}
certificate = X509_new();
SSLHANDLEFAIL( certificate, e, "X509_new", MsgRpc::SslCertGen, fail );
rsa = RSA_generate_key( SSL_X509_NUMBITS, RSA_F4, Callback, NULL );
SSLHANDLEFAIL( rsa, e, "RSA_generate_key", MsgRpc::SslCertGen, fail );
retval = EVP_PKEY_assign_RSA( privateKey, rsa );
SSLHANDLEFAIL( retval, e, "EVP_PKEY_assign_RSA", MsgRpc::SslCertGen, fail );
X509_set_version( certificate, SSL_X509_VERSION );
ASN1_INTEGER_set( X509_get_serialNumber( certificate ), SSL_X509_SERIALNUM );
X509_gmtime_adj( X509_get_notBefore( certificate ), certSV * SSL_X509_DAY );
X509_gmtime_adj( X509_get_notAfter( certificate ), certEX * certUNITS );
X509_set_pubkey( certificate, privateKey );
name = X509_get_subject_name( certificate );
retval =
X509_NAME_add_entry_by_txt( name, "C", MBSTRING_ASC, (unsigned char*)certC.Text(),
-1,
-1,
0 );
SSLHANDLEFAIL( retval, e, "X509_NAME_add_entry_by_txt for \"C\"",
MsgRpc::SslCertGen,
fail );
retval = X509_NAME_add_entry_by_txt( name, "ST", MBSTRING_ASC, (unsigned char*)certST.Text(),
-1, -1,
0 );
SSLHANDLEFAIL( retval, e, "X509_NAME_add_entry_by_txt for \"ST\"",
MsgRpc::SslCertGen,
fail );
retval =
X509_NAME_add_entry_by_txt( name, "L", MBSTRING_ASC, (unsigned char*)certL.Text(),
-1,
-1,
0 );
SSLHANDLEFAIL( retval, e, "X509_NAME_add_entry_by_txt for \"L\"",
MsgRpc::SslCertGen,
fail );
retval =
X509_NAME_add_entry_by_txt( name, "O", MBSTRING_ASC, (unsigned char*)certO.Text(),
-1,
-1,
0 );
SSLHANDLEFAIL( retval, e, "X509_NAME_add_entry_by_txt for \"O\"",
MsgRpc::SslCertGen,
fail );
DEBUGPRINTF( SSLDEBUG_FUNCTION, "Setting CN to Hostname: %s", certCN.Text())
retval =
X509_NAME_add_entry_by_txt( name, "CN", MBSTRING_ASC, (unsigned char*)certCN.Text(),
-1, -1,
0 );
SSLHANDLEFAIL( retval, e, "X509_NAME_add_entry_by_txt for \"CN\": ",
MsgRpc::SslCertGen,
fail );
/* Its self signed so set the issuer name to be the same as the
* subject.
*/
X509_set_issuer_name( certificate, name );
if( !X509_sign( certificate, privateKey, EVP_sha1() ) )
{
e->Net( "EVP_PKEY_new", "failed" );
e->Set( MsgRpc::SslCertGen );
goto fail;
}
return;
fail:
if (certificate)
{
X509_free( certificate );
certificate = NULL;
}
if (privateKey)
{
EVP_PKEY_free( privateKey );
privateKey = NULL;
}
}
void
NetSslCredentials::GetFingerprintFromCert( Error *e )
{
int retval = 1;
int i = 0;
unsigned int n = 0;
BIO *bio = NULL;
BUF_MEM *bufMemPtr = NULL;
unsigned char *asn1pubKey = NULL;
unsigned char md[EVP_MAX_MD_SIZE];
const EVP_MD *fdig = EVP_sha1();
unsigned char *ptr = NULL;
unsigned int len;
if( !certificate )
{
e->Set( MsgRpc::SslNoCredentials );
return;
}
bio = BIO_new(BIO_s_mem());
SSLNULLHANDLER( bio, e, "GetFingerprintFromCert BIO_new", fail );
len = i2d_X509_PUBKEY( X509_get_X509_PUBKEY( certificate ), NULL );
if( (len == 0) || (len > 20480) ) // 20KB should be enough for anyone
{
SSLHANDLEFAIL( false, e, "GetFingerprintFromCert cert zero or too big",
MsgRpc::SslGetPubKey,
failCleanBIO );
}
ptr = asn1pubKey = new unsigned char[len];
if( !ptr )
{
SSLHANDLEFAIL( false, e, "GetFingerprintFromCert new asn1pubKey",
MsgRpc::SslGetPubKey,
failCleanBIO );
}
i2d_X509_PUBKEY( X509_get_X509_PUBKEY( certificate ), &ptr );
if( ptr - asn1pubKey != len )
{
SSLHANDLEFAIL( false, e, "GetFingerprintFromCert OVERRUN",
MsgRpc::SslGetPubKey,
failCleanBIO );
}
EVP_Digest( asn1pubKey, len, md, &n, fdig, NULL );
DEBUGPRINTF( SSLDEBUG_FUNCTION, "pubkey len is: %d", len );
DEBUGPRINTF( SSLDEBUG_FUNCTION, "digest len is: %u", n );
n--; // loop through all but last one
for (i=0; i<(int)n; i++)
{
BIO_printf(bio,"%02X:",md[i]);
}
// last one do not add a colon
BIO_printf(bio,"%02X",md[n]);
retval = BIO_get_mem_ptr( bio, &bufMemPtr );
SSLHANDLEFAIL( retval, e, "GetFingerprintFromCert BIO_get_mem_ptr",
MsgRpc::SslGetPubKey,
failCleanBIO );
fingerprint.Set( bufMemPtr->data, bufMemPtr->length );
fingerprint.Terminate();
DEBUGPRINTF( SSLDEBUG_FUNCTION, "GetFingerprintFromCert Fingerprint is: %s", fingerprint.Text() );
failCleanBIO:
BIO_free_all(bio);
if( asn1pubKey )
delete []asn1pubKey;
fail:
/* nothing to clean up */
return;
}
X509 *
NetSslCredentials::GetCertificate() const
{
return certificate;
}
const StrPtr *
NetSslCredentials::GetFingerprint() const
{
return &fingerprint;
}
EVP_PKEY *
NetSslCredentials::GetPrivateKey() const
{
return privateKey;
}
void
NetSslCredentials::SetCertificate( X509 *cert, Error *e )
{
if( !cert )
{
e->Set( MsgRpc::SslNoCredentials );
return;
}
this->certificate = cert;
this->ownCert = false;
ValidateCertDateRange( e );
if( e->Test() )
{
this->certificate = NULL;
return;
}
GetFingerprintFromCert( e );
if( e->Test() )
{
this->certificate = NULL;
this->fingerprint.Clear();
return;
}
}
void
NetSslCredentials::SetOwnCert( bool ownCert )
{
this->ownCert = ownCert;
}
void
NetSslCredentials::SetOwnKey( bool ownKey )
{
this->ownKey = ownKey;
}
void
NetSslCredentials::SetCertC( StrBuf &certC )
{
this->certC = certC;
}
void
NetSslCredentials::SetCertCN( StrBuf &certCN )
{
this->certCN = certCN;
}
void
NetSslCredentials::SetCertL( StrBuf &certL )
{
this->certL = certL;
}
void
NetSslCredentials::SetCertO( StrBuf &certO )
{
this->certO = certO;
}
void NetSslCredentials::SetCertST( StrBuf &certST )
{
this->certST = certST;
}
void NetSslCredentials::SetSslDir( StrPtr *sslDir )
{
this->sslDir = *sslDir;
}
# endif // USE_SSL