EvffedFillerRB.h

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#ifndef EVENTFILTER_RESOURCEBROKER_EVFFEDFILLERRB
#define EVENTFILTER_RESOURCEBROKER_EVFFEDFILLERRB

#include <unistd.h>
#include <stdlib.h>
#include <string.h>

#include "EventFilter/FEDInterface/interface/fed_header.h"

#define FED_HCTRLID_INSERT          ( ( (FED_SLINK_START_MARKER) & FED_HCTRLID_WIDTH )<< FED_HCTRLID_SHIFT) 
#define FED_EVTY_INSERT(a)          ( ( (a) & FED_EVTY_WIDTH )         << FED_EVTY_SHIFT         ) 
#define FED_LVL1_INSERT(a)          ( ( (a) & FED_LVL1_WIDTH )         << FED_LVL1_SHIFT         ) 
#define FED_BXID_INSERT(a)          ( ( (a) & FED_BXID_WIDTH )         << FED_BXID_SHIFT         ) 
#define FED_SOID_INSERT(a)          ( ( (a) & FED_SOID_WIDTH )         << FED_SOID_SHIFT         ) 
#define FED_VERSION_INSERT(a)       ( ( (a) & FED_VERSION_WIDTH )      << FED_VERSION_SHIFT      ) 
#define FED_MORE_HEADERS_INSERT(a)  ( ( (a) & FED_MORE_HEADERS_WIDTH ) << FED_MORE_HEADERS_SHIFT ) 

#include "EventFilter/FEDInterface/interface/fed_trailer.h"
#define FED_TCTRLID_INSERT          ( ( (FED_SLINK_END_MARKER) & FED_TCTRLID_WIDTH ) << FED_TCTRLID_SHIFT )       
#define FED_EVSZ_INSERT(a)          ( ( (a) & FED_EVSZ_WIDTH )          << FED_EVSZ_SHIFT )          
#define FED_CRCS_INSERT(a)          ( ( (a) & FED_CRCS_WIDTH )          << FED_CRCS_SHIFT )          
#define FED_STAT_INSERT(a)          ( ( (a) & FED_STAT_WIDTH )          << FED_STAT_SHIFT )          
#define FED_TTSI_INSERT(a)          ( ( (a) & FED_TTSI_WIDTH )          << FED_TTSI_SHIFT )          
#define FED_MORE_TRAILERS_INSERT(a) ( ( (a) & FED_MORE_TRAILERS_WIDTH ) << FED_MORE_TRAILERS_SHIFT ) 

#include "EventFilter/FEDInterface/interface/FED1023.h"
//#include "EventFilter/ResourceBroker/interface/FUResourceBroker.h"
#include "FWCore/Utilities/interface/CRC16.h"

namespace evf {

class EvffedFillerRB {

public:
  EvffedFillerRB(/*FUResourceBroker *rb*/) {
        for (unsigned int i = 0; i < fedinterface::EVFFED_LENGTH; i++) {
            *(payload_.asWords + i) = 0;
        }
        char hostname[32];
        int retval = gethostname(hostname, 32);
        if (retval != 0) {
            hostid_ = 0xdead;
        } else {
            if (strtok(hostname, "-") == 0)
                hostid_ = 0xdead;
            char *p = strtok(0, "-"); // rack id
            long hostid = 0xdead;
            if (p != 0)
                hostid = strtol(p, 0, 16) << 8;
            p = strtok(0, "-"); // node id
            if (p == 0)
                hostid += 0xdead;
            else
                hostid += strtol(p, 0, 16);
            hostid_ = hostid;
        }
        *(payload_.asHWords + (fedinterface::EVFFED_RBIDENT_OFFSET/sizeof(uint32_t)))
                = ((hostid_ & fedinterface::EVFFED_RBPCIDE_MASK)
                        << fedinterface::EVFFED_RBPCIDE_SHIFT)
/*                      + ((rb->instanceNumber() */
/*                              & fedinterface::EVFFED_RBINSTA_MASK) */
/*                              << fedinterface::EVFFED_RBINSTA_SHIFT) */
          ;
    }
    unsigned char * const getPayload() {
        return payload_.asBytes;
    }
    uint32_t getSize() {
        return fedinterface::EVFFED_TOTALSIZE;
    }

    void putHeader(unsigned int l1id, unsigned int bxid) {
        *(payload_.asHWords) = FED_SOID_INSERT(fedinterface::EVFFED_ID)
                + FED_VERSION_INSERT(fedinterface::EVFFED_VERSION);
        *(payload_.asHWords + (evtn::SLINK_HALFWORD_SIZE/sizeof(uint32_t)))
                = FED_HCTRLID_INSERT + FED_EVTY_INSERT(0x1)
                        + FED_LVL1_INSERT(l1id) + FED_BXID_INSERT(bxid);

    }
    // this function MUST be called again after filling is complete (hence again in EP!!!)
    void putTrailer() {
        uint32_t *fedtr_p = payload_.asHWords
                + ((fedinterface::EVFFED_TOTALSIZE - evtn::FED_TRAILER_SIZE)/sizeof(uint32_t));
        *(fedtr_p + (evtn::SLINK_HALFWORD_SIZE/sizeof(uint32_t))) = FED_TCTRLID_INSERT
                + FED_EVSZ_INSERT(fedinterface::EVFFED_LENGTH);
        *(fedtr_p) = FED_CRCS_INSERT(evf::compute_crc(payload_.asBytes,fedinterface::EVFFED_TOTALSIZE));
    }
    void setRBTimeStamp(uint64_t ts) {
        *(payload_.asWords + (fedinterface::EVFFED_RBWCTIM_OFFSET/sizeof(uint64_t)))
                = ts;
    }
    void setRBEventCount(uint32_t evtcnt) {
        *(payload_.asHWords + (fedinterface::EVFFED_RBEVCNT_OFFSET/sizeof(uint32_t)))
                = evtcnt;
    }
    void setEPProcessId(pid_t pid) {
        *(payload_.asHWords + (fedinterface::EVFFED_EPIDENT_OFFSET/sizeof(uint32_t)))
                = (pid & fedinterface::EVFFED_EPPCIDE_MASK)
                        << fedinterface::EVFFED_EPPCIDE_SHIFT;
    }
    void setDAQDiaWord1(uint64_t word) {
        *(payload_.asHWords + (fedinterface::EVFFED_DAQDIA1_OFFSET/sizeof(uint64_t)))
                = word;
    }

    unsigned int fedId() const {
        return fedinterface::EVFFED_ID;
    }
    unsigned int size() const {
        return fedinterface::EVFFED_TOTALSIZE;
    }
private:
    union Payload {
        unsigned char asBytes[fedinterface::EVFFED_TOTALSIZE];
        uint32_t asHWords[fedinterface::EVFFED_TOTALSIZE / sizeof(uint32_t)];
        uint64_t asWords[fedinterface::EVFFED_TOTALSIZE / sizeof(uint64_t)];
    };
    Payload payload_;
    unsigned int hostid_;
};
}

#endif