inline SJsonArrayNodeImpl* SJsonNodeImpl::GetArrayNodeImpl(
const char* operation)
{
VerifyType(operation, CJsonNode::eArray);
return static_cast<SJsonArrayNodeImpl*>(this);
}
inline SJsonObjectNodeImpl* SJsonNodeImpl::GetObjectNodeImpl(
const char* operation)
{
VerifyType(operation, CJsonNode::eObject);
return static_cast<SJsonObjectNodeImpl*>(this);
}
//=============================================================================
ServerShakeMsg::ServerShakeMsg(const unsigned char *message,
const unsigned int messageLength)
{
if(messageLength < MAX_MSG_LENGTH)
memcpy(mBuffer, message, messageLength);
if(!VerifyType(NMT_SERVERSHAKE))
return;
Unpack();
}
//=============================================================================
ListResponseMsg::ListResponseMsg(const unsigned char *message,
const unsigned int messageLength)
{
if(messageLength < MAX_MSG_LENGTH)
memcpy(mBuffer, message, messageLength);
if(!VerifyType(NMT_LISTRESP))
return;
Unpack();
}
static void ChkProtoType( void )
{
TYPEPTR ret1;
TYPEPTR ret2;
TYPEPTR typ1;
TYPEPTR typ2;
typ1 = CurFunc->sym_type;
SKIP_TYPEDEFS( typ1 );
ret1 = typ1->object;
typ2 = PrevProtoType;
SKIP_TYPEDEFS( typ2 );
ret2 = typ2->object;
typ1->object = NULL;
typ2->object = NULL;
VerifyType( CurFunc->sym_type, PrevProtoType, CurFunc );
typ1->object = ret1;
typ2->object = ret2;
}
void CPKCS12Handler::ExtractSecurityObjectsL(const TDesC8& aData,
const TDesC16& aPwd)
{
LOG_("-> CPKCS12Handler::ExtractSecurityObjectsL()");
if (iPassword)
{
delete iPassword;
iPassword = NULL;
}
// Make sure the data is in PKCS#12 format
if (!VerifyType(aData))
{
LOG_("<- CPKCS12Handler::ExtractSecurityObjectsL() LEAVE (KErrNotSupported)");
User::Leave(KErrArgument);
}
// If we have been provided with a valid password, then proceed
// to decrypt / parse; otherwise, prompt for pwd.
if (aPwd.Length() > 0)
{
iPassword = aPwd.AllocL();
LOG_(" Password provided by OMADM...");
}
else
{
LOG_(" No password provided, prompting the user for one");
iPassword = QueryPasswordL();
}
// Keep asking for the password until user cancels or inputs the
// correct password
while (ETrue)
{
if (iPassword)
{
LOG_1(" Non-NULL password '%S' in use, decrypting", iPassword);
TRAPD(err, iPkcsHandler->ParseL(aData, *iPassword));
if (err != KErrNone)
{
LOG_(" Breaking news: Password proved a miserable failure! Program terminated abruptly!");
DisplayWrongPasswordNote();
delete iPassword;
iPassword = NULL;
iPassword = QueryPasswordL();
}
else
{
// Correct password provided by the user,
// break free from the vicious cycle.
delete iPassword;
iPassword = NULL;
break;
}
}
else
{
// User got tired of guessing and resorted to cancel
LOG_("<- CPKCS12Handler::ExtractSecurityObjectsL() LEAVE (KErrCancel)");
User::Leave(KErrBadPassphrase);
}
}
// Fetch references to keys and certs
ExtractKeysAndCerts();
LOG_("<- CPKCS12Handler::ExtractSecurityObjectsL()");
}
