std::string KeyWrapData(
uint16_t keyLengthBytes,
uint8_t keyRepeatValue,
std::string keyStatusMsg
)
{
Buffer key(keyLengthBytes);
key.GetWSlice().SetAllTo(keyRepeatValue);
auto keyHex = ToHex(key.ToRSlice());
HexSequence statusBuffer(keyStatusMsg);
Buffer lengthBuff(2);
auto lenDest = lengthBuff.GetWSlice();
UInt16::WriteBuffer(lenDest, keyLengthBytes);
auto lengthHex = ToHex(lengthBuff.ToRSlice());
return AppendHex({lengthHex, keyHex, keyHex, keyStatusMsg});
}
// -----------------------------------------------------------------------------
// RMediatorServer::IssueResponse
// Synchronous function to send command request to Mediator Server
// (other items were commented in a header).
// -----------------------------------------------------------------------------
//
TInt RMediatorServer::IssueResponse( TUid aDomain,
TUid aCategory,
TInt aCommandId,
TInt aStatus,
const TDesC8& aData )
{
LOG(_L("[Mediator Server]\t RMediatorServer::IssueResponse\n"));
// Check that session is open.
__ASSERT_DEBUG( Handle(), User::Panic( KMediatorServerPanic,
EMediatorClientNoSessionActive ));
// Fill category
TMediatorCategory category;
category.iDomain = aDomain;
category.iCategory = aCategory;
TMediatorCategoryBuffer categoryBuffer( category );
// And command
TCommand command;
command.iCommandId = aCommandId;
//All the remaining parameters of TCommand are initiatilized to 0 as its not used on the server side.
//this is just to suppress the tool warnings.
command.iVersion = TVersion(0,0,0);
command.iCaps.SetEmpty();
command.iTimeout = 0;
TCommandBuffer commandBuffer( command );
// Status
TPckgBuf<TInt> statusBuffer( aStatus );
// Send the command
return SendReceive( EIssueResponse,
TIpcArgs( &categoryBuffer,
&commandBuffer,
&statusBuffer,
&aData ) );
}
