GLAST / LAT > DAQ and FSW > FSW > Doxygen Index> EDS / V2-12-1 > eds / rhel5-64
#include <EDS/EBF_match.h>
#include <EBF_matchPvt.h>
#include <EDS/EBF_cid.h>
#include <EDS/EBF_ctb.h>
#include <EDS/EBF_pkt.h>
#include <EDS/EBF_evt.h>
#include <EDS/EBF_dir.h>
#include <EDS/EBF_siv.h>
#include <EDS/EBF_cal.h>
#include <EDS/EBF_err.h>
#include <EDS/EBF_tkr.h>
#include <PBI/FFS.ih>
#include <PBI/Check.h>
#include <string.h>
#include <stddef.h>
Defines | |
#define | print_pkt_dscs(_dscs, _ndscs) |
#define | print_pkt_dsc_idxs(_idxs, _cids) |
#define | MAX_FIFO_FULL (1 + 8 * (1 + 7*2)) |
Functions | |
static __inline int | update_status (EBF_dir *dir, unsigned int ebw_mismatch, unsigned int esw_mismatch) |
Updates the status based on the mismatches found in EBW and ESW. | |
static __inline int | finalize_status (EBF_dir *dir, unsigned int cids, int elen) |
Sets the status when the end of data is reached. | |
static __inline unsigned int | check_tkr_normal (const unsigned int *tkr, unsigned int cidmsk) |
This does a fast check on the track layer accept masks. It assumes that all 3 masks are within the packet. | |
static __inline unsigned int | check_tkr_nonempty (EBF_dirTruncated *truncated, int state, unsigned int cidmsk, const unsigned int *tkr, int elen) |
Handles either the first, middle or last in a series of truncated packets. | |
static __inline unsigned int | process_tem_normal (EBF_dir *dir, EBF_dirCtbDsc *contributor, const EBF_ctb *ctb, unsigned int cidmsk, int range, unsigned int ctids, unsigned int mask) |
Process a normal (non-truncated) TEM, computing the number of CAL logs present, the offset the TKR data and determining whether either or both of CAL/TKR have data. | |
static __inline unsigned int | process_tem_truncated (EBF_dir *dir, EBF_dirCtbDsc *contributor, const EBF_ctb *ctb, int clen, unsigned int cidmsk, int range, unsigned int ctids, unsigned int mask) |
Process a truncated) TEM, computing the number of CAL logs present, the offset the TKR data and determining whether either or both of CAL/TKR have data. It is possible that the TKR layer accepts, used in determining whether the TKR has or does not have data are inaccessible. In this case a state variable is left in the directory structure to indicate where processing should be resumed. | |
static __inline void | init_dir_redux (EBF_dirRedux *redux, unsigned int pktBytes, unsigned int esw_expected) |
Initializes the EBF_dirRedux structure when a new event is encountered. | |
static void __inline | init_pkt_dscs (EBF_dirTruncated *truncated, int pktBytes, EBF_pkt *pkt, int siv) |
Initializes the list of packet descriptors for this event. | |
static void __inline | update_pkt_dscs (EBF_dirTruncated *truncated, int cid, unsigned int cidmsk, unsigned int left, const unsigned short int *lpw, unsigned int latp_node) |
Updates the current packet descriptor with information about the truncated contributor. | |
static int __inline | add_pkt_dscs (EBF_dirTruncated *truncated, EBF_pkt *pkt, int pktBytes) |
Adds a packet descriptors for truncated events. | |
static __inline int | condense_pkt_dscs (EBF_dirPktDsc *srcDscs, int nsrcDscs, int begIdx, unsigned char *idxs, unsigned int cids) |
Condenses the specified list of packet descriptors by eliminating those descriptors of 0 length. | |
int | EBF_dirCompose (EBF_dir *dir, unsigned int pktBytes, EBF_pkt *pkt, int siv) |
Composes the directory of the contributor descriptors. | |
unsigned int | EBF_dirAuxFill (EBF_dir *dir, unsigned int cids, EBF_dirAuxDscFillRtn fill_rtn, void *fill_ctx) |
Fills the auxillary descriptor with the specified list of TEM TKR lengths and ERR lengths. | |
static int | count_bits (unsigned short int esw) |
Count the number of erroring TKR GTCC in the error summary word. | |
const EBF_err * | EBF_errLocate (const EBF_ctb *ctb, int *nerr) |
Find the beginning of error contributions consisting only of TKR FIFO overflow errors. | |
int | EBF_errTkrCheck (const EBF_err *err, int max, unsigned int mask) |
Checks the error contribution for only TKR FIFO errors and that once a FIFO FULL error is detected, the failing RCs never begin before RC 2 (that's because the FIFO is 128 and so can alway absorb the first two RCs) and continue, in order until the maximum RC of 8. | |
unsigned int | EBF_dirTkrErrEvaluate (EBF_dir *dir, unsigned int err_ids, int abort) |
Evaluates which error contributions selected from the set of err_ids are purely due to TKR FIFO overflows. | |
int | EBF_dirInit (EBF_dir *dir) |
One-time intialization function for the specified EBF_dir structure. | |
void | EBF_dirReset (EBF_dir *dir) |
Resets the specified EBF_dir structure, thus preparing it for the next event. | |
int | EBF_dirSizeof (void) |
Returns the size, in bytes, of an EBF_dir structure. | |
int | EBF_dirReassemble (EBF_dir *dir, unsigned int cids) |
Reassembles (that is, makes contigious) the specified contributors. | |
int | EBF_dirCalTkrReassemble (EBF_dir *dir, unsigned int ctids) |
Reassembles (that is, makes contigious) the specified CAL and TKR contributors. |
CVS $Id: EBF_dir.c,v 1.24 2012/09/27 20:28:51 russell Exp $
static int __inline add_pkt_dscs | ( | EBF_dirTruncated * | truncated, | |
EBF_pkt * | pkt, | |||
int | pktBytes | |||
) | [static] |
Adds a packet descriptors for truncated events.
>= | The current contributor id | |
<0 | Too many packets |
truncated | The target directory truncated structure | |
pkt | The new event packet to add | |
pktBytes | The number of bytes in the packet |
References _EBF_dirCtbRestart::cid, EBF_DIR_K_PKTS_MAX, _EBF_dirPktDsc::nbytes, _EBF_dirTruncated::npktDscs, _EBF_dirPktDsc::pkt, _EBF_dirTruncated::pktDscs, and _EBF_dirTruncated::restart.
Referenced by EBF_dirCompose().
static __inline unsigned int check_tkr_nonempty | ( | EBF_dirTruncated * | truncated, | |
int | state, | |||
unsigned int | cidmsk, | |||
const unsigned int * | tkr, | |||
int | elen | |||
) | [static] |
Handles either the first, middle or last in a series of truncated packets.
== | 0, if the TKR is empty | |
!= | 0, If the tracker has hits, the appropriately shift contributor mask |
truncated | The truncation control structure | |
state | The state information (only state, not state + offset) This must be one of 1,2 or 3 | |
tkr | Pointer to where to be looking in the input event for the TKR data to be processed | |
cidmsk | The contributor mask (appropriate for TKR usage) | |
elen | The number of available bytes in ptr |
References _EBF_dirTruncated::restart, and _EBF_dirCtbRestart::state.
Referenced by EBF_dirCompose(), and process_tem_truncated().
static __inline unsigned int check_tkr_normal | ( | const unsigned int * | tkr, | |
unsigned int | cidmsk | |||
) | [static] |
This does a fast check on the track layer accept masks. It assumes that all 3 masks are within the packet.
== | 0 if the tracker is empty, | |
!= | 0 If the tracker has hits, the appropriately shift contributor mask |
tkr | Pointer to the tracker's layer accept words | |
cidmsk | The contributor mask (left justified, appropriate for TKR usage) |
Referenced by process_tem_normal().
static __inline int condense_pkt_dscs | ( | EBF_dirPktDsc * | srcDscs, | |
int | nsrcDscs, | |||
int | begIdx, | |||
unsigned char * | idxs, | |||
unsigned int | cids | |||
) | [static] |
Condenses the specified list of packet descriptors by eliminating those descriptors of 0 length.
srcDscs | The list of packet descriptors to condense | |
nsrcDscs | The count of packet descriptors to condense | |
begIdx | Index of first packet eliminated | |
idxs | Array mapping contributor ID to packet number | |
cids | The bit-map of active contributors |
References _EBF_dirPktDsc::nbytes, and _EBF_dirPktDsc::pkt.
Referenced by EBF_dirReassemble().
static int count_bits | ( | unsigned short int | esw | ) | [inline, static] |
Count the number of erroring TKR GTCC in the error summary word.
[in] | esw | The error summary word. The TKR mask is in the middle 8 bits. |
Referenced by EBF_errLocate().
unsigned int EBF_dirAuxFill | ( | EBF_dir * | dir, | |
unsigned int | cids, | |||
EBF_dirAuxDscFillRtn | fill_rtn, | |||
void * | fill_ctx | |||
) |
Fills the auxillary descriptor with the specified list of TEM TKR lengths and ERR lengths.
dir | The EBF directory | |
cids | The list of TKR and ERR lengths to fill. This is really two 16 bit lists, with the
| |
fill_rtn | An optional user provided fill routine. Since the calculation of these lengths is potentially computationally expensive, if the user has apriori knowledge of these values, this allows the user to avoid a recomputation. If this routine is not provided, the lengths will be computed using EBF_tkrLenCalc and EBF_errLenCalc. See EBF_dirAuxTemFillRtn for the exact calling sequence. | |
fill_ctx | An arbitrary context parameter provided to fill_rtn |
References _EBF_dir::auxs, _EBF_dir::ctbs, _EBF_dirRedux::dgn_ids, EBF__dirCtbTkrLocate(), EBF__errLocate(), EBF__errSize(), EBF_tkrLenCalc(), _EBF_dirAuxDsc::errLen, _EBF_dir::redux, _EBF_dirRedux::te_aux_ids, and _EBF_dirAuxDsc::tkrLen.
int EBF_dirCalTkrReassemble | ( | EBF_dir * | dir, | |
unsigned int | ctids | |||
) |
Reassembles (that is, makes contigious) the specified CAL and TKR contributors.
dir | The directory structure | |
ctids | Bit map of the CAL/TKR contributors to reassemble, (MSB = CAL contributor 0). |
References _EBF_dirTruncated::ctids, EBF_DIR_TEMS_CAL, EBF_DIR_TEMS_TKR, EBF_dirReassemble(), _EBF_dirTruncated::rctids, and _EBF_dir::truncated.
Composes the directory of the contributor descriptors.
dir | An array of directories to be filled in | |
pktBytes | The size of the packet, in bytes. This includes the 8-word packet header | |
pkt | The source event packet | |
siv | The state information vector. This is from EBF_sivUpdate and is used for dealing with truncated packets. |
References _EBF_CID_IS_TEM, _EBF_CID_MASK, add_pkt_dscs(), _EBF_esw::bf, _EBF_ebw::bf, check_tkr_nonempty(), _EBF_dirCtbDsc::cid, _EBF_dirRedux::cids, _EBF_dirCtbDsc::ctb, _EBF_dirRedux::ctberr_ids, _EBF_dir::ctbs, _EBF_dirTruncated::ctids, _EBF_dirRedux::ctids, _EBF_dirRedux::dgn_ids, _EBF_esw_bf::dgnblk, _EBF_dirExpected::dgns, EBF__ctbAdvance(), EBF__matchEbwCheck(), EBF__matchEswCheck(), EBF__sivIsLast(), EBF__sivIsNotFirst(), EBF_CALLOGCNT_MASK, EBF_DIR_STATUS_SF_M_CTB_BADLEN, EBF_DIR_STATUS_SF_M_SIV, EBF_DIR_STATUS_SF_M_SUMMARY, EBF_EBW_LEN_TO_BYTES, EBF_EBW_M_DSTU, EBF_EBW_V_DSTU, EBF_ESW_M_DGNBLK, EBF_ESW_M_ERRBLK, EBF_ESW_M_RANGE, EBF_SIV_M_ERR, EBF_SIV_M_STATE_MORE, _EBF_ctbHdr::ebw, _EBF_dirRedux::ebw_mismatch, _EBF_dirRedux::err_ids, _EBF_esw_bf::errblk, _EBF_ctbHdr::esw, _EBF_dirExpected::esw_dynamic, _EBF_dirRedux::esw_expected, _EBF_dirRedux::esw_mismatch, _EBF_dirExpected::esw_static, _EBF_dir::evt, _EBF_dirRedux::evt_len, _EBF_dir::expected, finalize_status(), _EBF_ctb::hdr, _EBF_pkt::hdr, init_dir_redux(), init_pkt_dscs(), _EBF_dirCtbRestart::latp_node, _EBF_dirCtbRestart::left, _EBF_dirCtbRestart::lpw_expected, _EBF_dirExpected::lpws, _EBF_dirRedux::ncids, _EBF_dirRedux::nosup_ids, _EBF_dir::pkt, process_tem_normal(), process_tem_truncated(), _EBF_esw_bf::range, _EBF_dir::redux, _EBF_dirTruncated::restart, _EBF_dirRedux::rng_ids, _EBF_dirRedux::siv_err, _EBF_dirCtbRestart::state, _EBF_dirRedux::status, _EBF_esw_bf::suppress, _EBF_dir::truncated, _EBF_ebw::ui, _EBF_esw::ui, update_pkt_dscs(), and update_status().
Referenced by EDS_fwHandlerProcess().
void EBF_dirInit | ( | EBF_dir * | dir | ) |
One-time intialization function for the specified EBF_dir structure.
dir | The directory structure |
References _EBF_matchDb::cids, _EBF_dirExpected::cids, _EBF_matchDb::dgn_ids, _EBF_dirExpected::dgns, EBF__dirReset(), EBF_MatchDb, _EBF_dirExpected::ebw, _EBF_matchDb::ebw_static, _EBF_matchDb::esw_dynamic, _EBF_dirExpected::esw_dynamic, _EBF_matchDb::esw_static, _EBF_dirExpected::esw_static, _EBF_dir::expected, _EBF_matchDb::lpw_expected, and _EBF_dirExpected::lpws.
Referenced by initIxbObjTbl().
int EBF_dirReassemble | ( | EBF_dir * | dir, | |
unsigned int | cids | |||
) |
Reassembles (that is, makes contigious) the specified contributors.
dir | The directory structure | |
cids | Bit map of the contributors to reassemble, (MSB = contributor 0). |
References _EBF_ebw::bf, _EBF_dirTruncated::cids, condense_pkt_dscs(), _EBF_dirCtbDsc::ctb, _EBF_dir::ctbs, EBF_EBW_LEN_TO_BYTES, _EBF_ctbHdr::ebw, _EBF_pkt::hdr, _EBF_ctb::hdr, _EBF_dirPktDsc::nbytes, _EBF_dirTruncated::npktDscs, _EBF_dirPktDsc::pkt, _EBF_dirTruncated::pktDscIdxs, _EBF_dirTruncated::pktDscs, _EBF_dirTruncated::rcids, _EBF_dirTruncated::rctids, _EBF_dir::redux, _EBF_dirRedux::status, _EBF_dir::truncated, and _EBF_ebw::ui.
Referenced by EBF_dirCalTkrReassemble().
void EBF_dirReset | ( | EBF_dir * | dir | ) |
Resets the specified EBF_dir structure, thus preparing it for the next event.
dir | The directory structure |
References EBF__dirReset().
Referenced by initIxbObjTbl().
int EBF_dirSizeof | ( | void | ) |
Returns the size, in bytes, of an EBF_dir structure.
unsigned int EBF_dirTkrErrEvaluate | ( | EBF_dir * | dir, | |
unsigned int | err_ids, | |||
int | abort | |||
) |
Evaluates which error contributions selected from the set of err_ids are purely due to TKR FIFO overflows.
[in,out] | dir | The EBF directory structure |
[in] | err_ids | The set of TEMs to evaluate. This is a left justified 16-bit mask. |
[in] | abort | If non-zero, abort the scanning of any remaining TEMs when a non-complying TEM is encountered. |
Note also that this routine may be called multiple times with different or even overlapping sets of err_ids. The results of TEMs that have been previously evaluated are saved, so that they are not reevaluated.
As a side effect the auxillary block is filled in with the length of the tracker contribution and the length of the error contribution.
References _EBF_dir::auxs, _EBF_dirCtbDsc::ctb, _EBF_dir::ctbs, _EBF_dirRedux::dgn_ids, EBF__dirCtbTkrLocate(), EBF__errLocate(), EBF__errSize(), EBF_errLocate(), EBF_errTkrCheck(), _EBF_dirRedux::err_ids, _EBF_dirAuxDsc::errLen, _EBF_dir::redux, _EBF_dirRedux::te_aux_ids, _EBF_dirAuxDsc::tkrLen, _EBF_dirCtbDsc::tkroff, and _EBF_dirRedux::tov_ids.
const EBF_err* EBF_errLocate | ( | const EBF_ctb * | ctb, | |
int * | nerr | |||
) |
Find the beginning of error contributions consisting only of TKR FIFO overflow errors.
!= | NULL, the beginning of an error contribution consisting only of TKR FIFO overflow errors. | |
== | NULL, this error contribution is not one consisting only of TKR FIFO overflow errors. |
[in] | ctb | The contribution for this TEM. |
[out] | nerr | The number of 16-bit words in the error contribution. This value is set if and only if the returned pointer to the error contribution is not NULL. |
Therefore this alternate method is used. Here the start of the error contribution is attempted to be found by starting at the end of the contribution and working backwards. This is not a good technique for other errors, but for TKR FIFO overflow only, this works.
Many consistency checks are performed as one goes performs this backwards scan to verify this is pristine TKR FIFO overflow only error contribution.
References count_bits(), and EBF__ctbSize().
Referenced by EBF_dirTkrErrEvaluate().
int EBF_errTkrCheck | ( | const EBF_err * | err, | |
int | max, | |||
unsigned int | mask | |||
) |
Checks the error contribution for only TKR FIFO errors and that once a FIFO FULL error is detected, the failing RCs never begin before RC 2 (that's because the FIFO is 128 and so can alway absorb the first two RCs) and continue, in order until the maximum RC of 8.
== | mask if only a TKR FIFO error | |
== | 0 if other errors |
[in] | err | The list of error words |
[in] | max | The number of error words |
[in] | mask | The bit mask for this tower |
References _EBF_errGTRC::bf, EBF_ERR_GTRC_M_FIFOFULL, EBF_ERR_GTRC_M_ID, EBF_ERR_TEM_SUMMARY_M_TKR, EBF_ERR_TEM_SUMMARY_V_TKR, _EBF_errGTRC_bf::id, and _EBF_errGTRC::us.
Referenced by EBF_dirTkrErrEvaluate().
static __inline int finalize_status | ( | EBF_dir * | dir, | |
unsigned int | cids, | |||
int | elen | |||
) | [static] |
Sets the status when the end of data is reached.
dir | The directory structure | |
cids | The bit mask of contributors | |
elen | The amount of data remaining, may be negative |
References _EBF_dirExpected::cids, EBF_DIR_STATUS_SF_M_CTB_MISSING, EBF_DIR_STATUS_SF_M_OVERRUN, EBF_DIR_STATUS_SF_M_SUMMARY, EBF_DIR_STATUS_SF_M_UNDERRUN, _EBF_dirRedux::evt_len, _EBF_dir::expected, _EBF_dirTruncated::npktDscs, _EBF_dirRedux::npkts, _EBF_dir::redux, _EBF_dirRedux::status, and _EBF_dir::truncated.
Referenced by EBF_dirCompose().
static __inline void init_dir_redux | ( | EBF_dirRedux * | redux, | |
unsigned int | pktBytes, | |||
unsigned int | esw_expected | |||
) | [static] |
Initializes the EBF_dirRedux structure when a new event is encountered.
redux | Pointer to the EBF_dirRedux structure to initialize | |
pktBytes | Number of bytes (including header and restart cell) | |
esw_expected | Template for the expected Event Summary Word |
References _EBF_dirRedux::ctberr_ids, _EBF_dirRedux::dgn_ids, EBF_EBW_M_ERR, _EBF_dirRedux::ebw_mismatch, _EBF_dirRedux::err_ids, _EBF_dirRedux::esw_expected, _EBF_dirRedux::esw_mismatch, _EBF_dirRedux::evt_len, _EBF_dirRedux::nosup_ids, _EBF_dirRedux::rng_ids, _EBF_dirRedux::status, _EBF_dirRedux::te_aux_ids, and _EBF_dirRedux::tov_ids.
Referenced by EBF_dirCompose().
static void __inline init_pkt_dscs | ( | EBF_dirTruncated * | truncated, | |
int | pktBytes, | |||
EBF_pkt * | pkt, | |||
int | siv | |||
) | [static] |
Initializes the list of packet descriptors for this event.
truncated | The target directory truncated structure | |
pktBytes | The number of bytes in the packet | |
pkt | The first packet in the new event | |
siv | The state information vector. |
References _EBF_dirTruncated::cids, _EBF_dirTruncated::ctids, EBF__sivIsList(), _EBF_pkt::hdr, _EBF_dirPktDsc::nbytes, _EBF_dirTruncated::npktDscs, _EBF_dirPktDsc::pkt, _EBF_dirTruncated::pktDscs, _EBF_dirTruncated::rcids, _EBF_dirTruncated::rctids, and _EBF_pktHdr::undef.
Referenced by EBF_dirCompose().
static __inline unsigned int process_tem_normal | ( | EBF_dir * | dir, | |
EBF_dirCtbDsc * | contributor, | |||
const EBF_ctb * | ctb, | |||
unsigned int | cidmsk, | |||
int | range, | |||
unsigned int | ctids, | |||
unsigned int | mask | |||
) | [static] |
Process a normal (non-truncated) TEM, computing the number of CAL logs present, the offset the TKR data and determining whether either or both of CAL/TKR have data.
dir | The EBF directory structure | |
contributor | The contributor descriptor to fill in | |
ctb | The contributor data | |
cidmsk | The contributor mask | |
range | Non-zero if in 4-range readout | |
ctids | The current value of the CAL/TRK contributor mask | |
mask | Obscure variable used when calculating the number of struck logs in the CAL. |
References check_tkr_normal(), _EBF_ctb::dat, EBF__calLogCntM(), _EBF_dirCtbDsc::logcnt, and _EBF_dirCtbDsc::tkroff.
Referenced by EBF_dirCompose().
static __inline unsigned int process_tem_truncated | ( | EBF_dir * | dir, | |
EBF_dirCtbDsc * | contributor, | |||
const EBF_ctb * | ctb, | |||
int | clen, | |||
unsigned int | cidmsk, | |||
int | range, | |||
unsigned int | ctids, | |||
unsigned int | mask | |||
) | [static] |
Process a truncated) TEM, computing the number of CAL logs present, the offset the TKR data and determining whether either or both of CAL/TKR have data. It is possible that the TKR layer accepts, used in determining whether the TKR has or does not have data are inaccessible. In this case a state variable is left in the directory structure to indicate where processing should be resumed.
dir | The EBF directory structure | |
contributor | The contributor descriptor to fill in | |
ctb | The contributor data | |
clen | The length, in bytes, of the contributor data | |
cidmsk | The contributor mask | |
range | Non-zero if in 4-range readout | |
ctids | The current value of the CAL/TRK contributor mask | |
mask | Obscure variable used when calculating the number of struck logs in the CAL. |
References check_tkr_nonempty(), _EBF_dirTruncated::ctids, _EBF_ctb::dat, EBF__calLogCntM(), _EBF_dirCtbDsc::logcnt, _EBF_dirTruncated::restart, _EBF_dirCtbRestart::state, _EBF_dirCtbDsc::tkroff, and _EBF_dir::truncated.
Referenced by EBF_dirCompose().
static void __inline update_pkt_dscs | ( | EBF_dirTruncated * | truncated, | |
int | cid, | |||
unsigned int | cidmsk, | |||
unsigned int | left, | |||
const unsigned short int * | lpw, | |||
unsigned int | latp_node | |||
) | [static] |
Updates the current packet descriptor with information about the truncated contributor.
truncated | The target directory truncated structure | |
cid | The target contributor id | |
cidmsk | The target contributor mask | |
left | The number of bytes left unprocessed in this contributor that is, the spill over into the next packet. | |
lpw | The address to lookup for next expected LAT Protocol Word. | |
latp_node | The seed LATp destination node. |
References _EBF_dirCtbRestart::cid, _EBF_dirTruncated::cids, EBF_EBW_V_DSTU, _EBF_dirCtbRestart::latp_node, _EBF_dirCtbRestart::left, _EBF_dirCtbRestart::lpw_expected, _EBF_dirTruncated::npktDscs, _EBF_dirTruncated::pktDscIdxs, and _EBF_dirTruncated::restart.
Referenced by EBF_dirCompose().
static __inline int update_status | ( | EBF_dir * | dir, | |
unsigned int | ebw_mismatch, | |||
unsigned int | esw_mismatch | |||
) | [static] |
Updates the status based on the mismatches found in EBW and ESW.
dir | The EBF directory structure | |
ebw_mismatch | The mismatch fields in the EBW | |
esw_mismatch | The mismatch fields in the ESW |
References EBF_DIR_STATUS_SF_M_EBW_MISMATCH, EBF_DIR_STATUS_SF_M_ESW_MISMATCH, EBF_DIR_STATUS_SF_M_SUMMARY, EBF_DIR_STATUS_SW_M_EBW_MISMATCH, EBF_DIR_STATUS_SW_M_ESW_MISMATCH, EBF_MATCH_M_EBW_ERRORS, EBF_MATCH_M_EBW_EXCEPTIONS, EBF_MATCH_M_ESW_ERRORS, EBF_MATCH_M_ESW_EXCEPTIONS, _EBF_dirRedux::ebw_mismatch, _EBF_dirRedux::esw_mismatch, _EBF_dir::redux, and _EBF_dirRedux::status.
Referenced by EBF_dirCompose().