I just experienced heavy troubles when using TBL-Library for AVR in Atmel Studio 6.0
I had a quite simple project set up which was last compiled in Atmel Studio 6.0 beta and includes tbl-Library (-ltbl).
As there came up another bug after a minor -completely unrelated - update with an older Toolchain (WINAVR2007525) from anouther Compnay using the library, I started debugging the library.
Previously compileable projects weren't any more. They showed some very strange error messages, such as
'DevComSlave_t' has no member named 'SendFrame'
Editor-Resolvment worked fine, so I took a look into DevComSlave.h (via rightclick on #include<tbl/DevComSlave.h> /
Go to implementation and i saw the following:
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~ DevComSlave-Object ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
typedef struct devComSlaveStruct
{
unsigned char Address; // Slave Address
volatile unsigned char MCAddress; // Multicast Address
unsigned short ID; // Device-ID, configurable by User, could be used to identify device types etc.
volatile unsigned char* Data; // Pointer to valid Data
volatile unsigned char DataUpperBound; // Length-1 (highest index) of acceptable Data Packages. Set 0 if Data of any length up to 256 Bytes should be accepted
volatile unsigned char NewReceived; // 0 ... no Data available, != 0: New Received (see "New Received Bitmapping" below)
// RW-Output (if enabled)
volatile uint8_t* RWPort; // Port, where RW-Wire is connected (e.g. for Buscoupler,...)
uint8_t RW_bp; // Bit Position, where RW-Wire is connected (Pn0...Pn7), e.g. PC3
unsigned char RWPolarity; // 0... when writing, RW-Wire is logic 0, 1 when reading
// 1... when writing, RW-Wire is logic 1, 0 when reading
DevComSlaveCommandHandler_t CommandHandler;
// A callback-function, that handles all Commands that are NOT handled internally. Feedback Execution State (either DCS_CMDHANDLER_SUCCESS or DCS_CMDHANDLER_ERROR).
// parameters:
// pCmd Pointer to Command (pCmd[0]) and its parameters (pCmd[1]...pCmd[pUpperBound])
// pLastCtrlByte Controlbyte of the Frame the command was received in
// pUpperBound UpperBound of pCmd
// pAllowsResponse Indicates whether the command allows responding (Cmd received via Unicast) or not (Cmd received via Broad-/Multicast)
//
// return:
// DCS_CMDHANDLER_SUCCESS if Execution of Command was successful
// DCS_CMDHANDLER_ERROR if Execution of Command was unsuccessful or command is unknown
DevComSlaveFrameTransmitter_t SendFrame;
}
DevComSlave_t;
Well, that is rather strange. For some reason I thought, why not try to open AVR-Studio 6.0 as Administrator and I did so.
Guess what? Compiled smoothly.
To be honest, I have not the slightest idea, why it didn't compile otherwise and even more important, why avr-gcc showed that strange - completely unrelated - error messages.
Any suggestions?
