#include <linux/ioctl.h>
-
-#define PEXORVERSION "0.995"
-
-/* identify name in dev : */
-#define PEXORNAME "pexor"
-#define PEXORNAMEFMT "pexor-%d"
-
-
+#define PEXORVERSION "0.995"
/* the ioctl stuff here:*/
#define PEXOR_IOC_MAGIC 0xE0
#define PEXOR_IOC_WAITBUFFER _IOR( PEXOR_IOC_MAGIC, 3, struct pexor_userbuf)
#define PEXOR_IOC_USEBUFFER _IOR( PEXOR_IOC_MAGIC, 4, struct pexor_userbuf)
#define PEXOR_IOC_SETSTATE _IOR( PEXOR_IOC_MAGIC, 5, int)
-#define PEXOR_IOC_TEST _IOR( PEXOR_IOC_MAGIC, 6, int)
+#define PEXOR_IOC_TEST _IOR( PEXOR_IOC_MAGIC, 6, int)
#define PEXOR_IOC_CLEAR_RCV_BUFFERS _IO( PEXOR_IOC_MAGIC, 7)
#define PEXOR_IOC_WRITE_BUS _IOWR( PEXOR_IOC_MAGIC, 8, struct pexor_bus_io)
#define PEXOR_IOC_READ_BUS _IOWR( PEXOR_IOC_MAGIC, 9, struct pexor_bus_io)
#define PEXOR_IOC_MAXNR 18
/* the states:*/
-#define PEXOR_STATE_STOPPED 0 /* daq stopped*/
-#define PEXOR_STATE_DMA_SINGLE 1 /* trigger a single dma transfer into next free buf*/
-#define PEXOR_STATE_DMA_FLOW 2 /* each dma transfer will initiate the next = dataflow or chained DMA*/
-#define PEXOR_STATE_DMA_AUTO 3 /* TODO: board fpga will automatically initate next DMA when send fifo is full*/
-#define PEXOR_STATE_DMA_SUSPENDED 4 /* used for backpressure until free buffer list is empty no more */
-#define PEXOR_STATE_IR_TEST 5 /* this state is used to test raising an ir manually*/
-
-#define PEXOR_TRIGGER_FIRED 0/* return value from wait trigger to inform that trigger ir was fired reached */
+#define PEXOR_STATE_STOPPED 0 /* daq stopped */
+#define PEXOR_STATE_DMA_SINGLE 1 /* trigger a single dma transfer into next free buf */
+#define PEXOR_STATE_DMA_FLOW 2 /* each dma transfer will initiate the next = dataflow or chained DMA */
+#define PEXOR_STATE_DMA_AUTO 3 /* TODO: board fpga will automatically initate next DMA when send fifo is full */
+#define PEXOR_STATE_DMA_SUSPENDED 4 /* used for backpressure until free buffer list is empty no more */
+#define PEXOR_STATE_IR_TEST 5 /* this state is used to test raising an ir manually */
+
+#define PEXOR_TRIGGER_FIRED 0 /* return value from wait trigger to inform that trigger ir was fired reached */
#define PEXOR_TRIGGER_TIMEOUT 1 /* return value from wait trigger to inform that wait timeout was reached */
-#define PEXOR_TRIX_RES 0 /* Command for ioctl set trixor to reset trigger - clear dt flag */
-#define PEXOR_TRIX_GO 1 /* Command for ioctl set trixor to start acquisition */
-#define PEXOR_TRIX_HALT 2 /* Command for ioctl set trixor to stop acquisition */
-#define PEXOR_TRIX_TIMESET 3 /* Command for ioctl set trixor to set trigger time windows*/
+#define PEXOR_TRIX_RES 0 /* Command for ioctl set trixor to reset trigger - clear dt flag */
+#define PEXOR_TRIX_GO 1 /* Command for ioctl set trixor to start acquisition */
+#define PEXOR_TRIX_HALT 2 /* Command for ioctl set trixor to stop acquisition */
+#define PEXOR_TRIX_TIMESET 3 /* Command for ioctl set trixor to set trigger time windows */
-#define PEXOR_TRBNETCOM_REG_WRITE 0 /* Command for ioctl trbnet request */
-#define PEXOR_TRBNETCOM_REG_WRITE_MEM 1 /* Command for ioctl trbnet request */
-#define PEXOR_TRBNETCOM_REG_READ 2 /* Command for ioctl trbnet request */
-#define PEXOR_TRBNETCOM_REG_READ_MEM 3 /* Command for ioctl trbnet request */
-#define PEXOR_TRBNETCOM_READ_UID 4 /* Command for ioctl trbnet request */
-#define PEXOR_TRBNETCOM_SET_ADDRESS 5 /* Command for ioctl trbnet request */
-
-struct pexor_userbuf {
- unsigned long addr; /* user space virtual address (=buffer id)*/
- unsigned long size; /* allocated size or used size*/
+struct pexor_userbuf
+{
+ unsigned long addr; /* user space virtual address (=buffer id) */
+ unsigned long size; /* allocated size or used size */
};
-struct pexor_bus_io {
- unsigned long sfp; /* sfp link id 0..3 (optional)*/
- unsigned long slave; /* slave device id at the sfp (optional)*/
- unsigned long address; /* address on the "field bus" connected to the optical links*/
- unsigned long value; /* value for read/write at bus address. Contains result status after write*/
+struct pexor_bus_io
+{
+ unsigned long sfp; /* sfp link id 0..3 (optional) */
+ unsigned long slave; /* slave device id at the sfp (optional) */
+ unsigned long address; /* address on the "field bus" connected to the optical links */
+ unsigned long value; /* value for read/write at bus address. Contains result status after write */
};
-struct pexor_token_io {
- unsigned char sync; /* 1:synchronous mode, 0: asynchronous mode*/
- unsigned long sfp; /* sfp link id 0..3 */
- unsigned long bufid; /* switch double buffer id on slave (1 or 0)*/
- struct pexor_userbuf tkbuf; /* dma buffer with received token data (on synchronous reply)*/
+struct pexor_token_io
+{
+ unsigned char sync; /* 1:synchronous mode, 0: asynchronous mode */
+ unsigned long sfp; /* sfp link id 0..3 */
+ unsigned long bufid; /* switch double buffer id on slave (1 or 0) */
+ struct pexor_userbuf tkbuf; /* dma buffer with received token data (on synchronous reply) */
};
-struct pexor_reg_io {
- unsigned int address; /* address of a board register, relative to the specified BAR*/
- unsigned int value; /* value for read/write at register address*/
- unsigned char bar; /* the BAR where the register is mapped to PCI access. */
+struct pexor_reg_io
+{
+ unsigned int address; /* address of a board register, relative to the specified BAR */
+ unsigned int value; /* value for read/write at register address */
+ unsigned char bar; /* the BAR where the register is mapped to PCI access. */
};
-struct pexor_trixor_set {
- unsigned int command; /* command id to be issued for trixor*/
- unsigned int fct; /* optional argument for trixor settings (fast clear time)*/
- unsigned int cvt; /* optional argument for trixor settings (conversion time)*/
-};
-#define TRBNET_MAX_BUFS 64
-
-struct pexor_trbnet_io {
- unsigned int command; /* command to issue on trbnet */
- unsigned short trb_address; /* address of board in trbnet */
- unsigned int reg_address; /* address on board */
- unsigned int arg0; /* optional argument 0 */
- unsigned int arg1; /* optional argument 1 */
- unsigned int arg2; /* optional argument 2 */
- unsigned long dma_addr; /* dma buffer */
- unsigned int dma_size; /* size of dma buffer */
+/* ---------------------------------------------------------------------- */
+
+#define PEXOR_TRBNETCOM_REG_WRITE 0
+#define PEXOR_TRBNETCOM_REG_WRITE_MEM 1
+#define PEXOR_TRBNETCOM_REG_READ 2
+#define PEXOR_TRBNETCOM_REG_READ_MEM 3
+#define PEXOR_TRBNETCOM_READ_UID 4
+#define PEXOR_TRBNETCOM_SET_ADDRESS 5
+#define PEXOR_TRBNETCOM_IPU_DATA_READ 6
+#define PEXOR_TRBNETCOM_SEND_TRIGGER 7
+
+struct pexor_trbnet_io
+{
+ unsigned int command; /* command to issue on trbnet */
+ unsigned short trb_address; /* address of board in trbnet */
+ unsigned int reg_address; /* address on board */
+ unsigned short dma; /* activate DMA-engine */
+ unsigned int arg0; /* optional argument 0 */
+ unsigned int arg1; /* optional argument 1 */
+ unsigned int arg2; /* optional argument 2 */
};
-
-
-#endif /* PEXOR_USER_H_ */
+#endif
jspc29 / trbnettools.git / commitdiff