uint8 NECDSP::read(unsigned addr) {
if(!debugger_access()) cpu.synchronize_coprocessor();
if((addr & srmask) == srtest) return sr_read();
if((addr & drmask) == drtest) return dr_read();
if((addr & dpmask) == dptest) return dp_read(addr);
return 0x00;
}
int
database_job_load (int sfd, struct job *job) {
uint32_t datasize;
//if (!dr_file_read(sfd,(char*)&datasize,sizeof(datasize))) {
if (!dr_read(sfd,(char*)&datasize,sizeof(datasize))) {
log_auto (L_ERROR,"database_job_load(): error reading job data size (%u). (%s)",ntohl(datasize),strerror(drerrno_system));
return 0;
}
datasize = ntohl (datasize);
if (datasize != sizeof (struct job)) {
log_auto (L_ERROR,"database_job_load(): job data sizes do not match. Read: %u Current: %u",datasize,sizeof(struct job));
return 0;
}
job_delete(job);
//if (!dr_file_read(sfd,(char*)job,datasize)) {
if (!dr_read(sfd, (char*)job, datasize)) {
log_auto (L_ERROR,"database_job_load(): error reading job main information. (%s)",strerror(drerrno_system));
return 0;
}
job_bswap_from_network (job,job);
job_fix_received_invalid (job);
if (job->used) {
if (!database_job_load_envvars (sfd,job)) {
log_auto (L_ERROR,"database_job_load(): error reading job environment variables. (%s)",strerror(drerrno_system));
return 0;
}
if (!database_job_load_frames(sfd,job)) {
log_auto (L_ERROR,"database_job_load(): error reading job frame information. (%s)",strerror(drerrno_system));
return 0;
}
if (!database_job_load_blocked_hosts(sfd,job)) {
log_auto (L_ERROR,"database_job_load(): error reading job blocked hosts list. (%s)",strerror(drerrno_system));
return 0;
}
}
drerrno = DRE_NOERROR;
return 1;
}