//get the spi coord, grid size and torusicity
void get_spi_coord()
{
//get the personality
Personality_t pers;
Kernel_GetPersonality(&pers,sizeof(pers));
//copy the coords
spi_rank_coord[0]=pers.Network_Config.Acoord;
spi_rank_coord[1]=pers.Network_Config.Bcoord;
spi_rank_coord[2]=pers.Network_Config.Ccoord;
spi_rank_coord[3]=pers.Network_Config.Dcoord;
spi_rank_coord[4]=pers.Network_Config.Ecoord;
//get torusicity
for(int idir=0;idir<5;idir++) spi_dir_is_torus[idir]=ND_GET_TORUS(idir,pers.Network_Config.NetFlags);
//get size
spi_dir_size[0]=pers.Network_Config.Anodes;
spi_dir_size[1]=pers.Network_Config.Bnodes;
spi_dir_size[2]=pers.Network_Config.Cnodes;
spi_dir_size[3]=pers.Network_Config.Dnodes;
spi_dir_size[4]=pers.Network_Config.Enodes;
}
void showNetConfig(Personality_t* p) {
Personality_Networks_t* n = &(p->Network_Config);
fw_uint64_t nf = n->NetFlags;
fw_uint64_t nf2 = n->NetFlags2;
printf("%s [%04lX] Network_Config -> %p\n", JTAG_LOC, offsetof(Personality_t,Network_Config), n);
printf("%s [%04lX] BlockID : %08X\n", JTAG_LOC, offsetof(Personality_t,Network_Config) + offsetof(Personality_Networks_t,BlockID), n->BlockID);
printf("%s [%04lX] NetFlags : %016llX\n", JTAG_LOC, offsetof(Personality_t,Network_Config) + offsetof(Personality_Networks_t,NetFlags), nf);
printf("%s [****] I/O Node Link : %d\n", JTAG_LOC, ND_GET_ENABLE_ION_LINK(nf));
printf("%s [****] Loopback : (%lld,%lld,%lld,%lld,%lld,%lld) 0=None 1=Torus 2=SerDes 3=HSS\n", JTAG_LOC,
ND_GET_LOOPBACK(0,nf),ND_GET_LOOPBACK(1,nf),ND_GET_LOOPBACK(2,nf),
ND_GET_LOOPBACK(3,nf),ND_GET_LOOPBACK(4,nf),ND_GET_LOOPBACK(5,nf));
printf ("%s [****] Torus/Mesh : (%lld,%lld,%lld,%lld,%lld) (0=Mesh, 1=Torus)\n", JTAG_LOC,
ND_GET_TORUS(0,nf), ND_GET_TORUS(1,nf), ND_GET_TORUS(2,nf),
ND_GET_TORUS(3,nf), ND_GET_TORUS(4,nf) );
printf ("%s [****] RanHints : (%lld,%lld,%lld,%lld,%lld)\n", JTAG_LOC,
ND_GET_TORUS_RAN_HINTS(0,nf), ND_GET_TORUS_RAN_HINTS(1,nf), ND_GET_TORUS_RAN_HINTS(2,nf),
ND_GET_TORUS_RAN_HINTS(3,nf), ND_GET_TORUS_RAN_HINTS(4,nf) );
printf ("%s [****] Re/Inj Ration : %lld\n", JTAG_LOC, ND_GET_SE_ARB_RE_INJ_RATIO(nf) );
printf ("%s [****] DetOrderMasks : (%02llX,%02llX,%02llX,%02llX,%02llX)\n", JTAG_LOC, ND_GET_DET_ORDER_MASK(0,nf),ND_GET_DET_ORDER_MASK(1,nf),ND_GET_DET_ORDER_MASK(2,nf),ND_GET_DET_ORDER_MASK(3,nf),ND_GET_DET_ORDER_MASK(4,nf));
printf("%s [%04lX] NetFlags2 : %016llX\n", JTAG_LOC, offsetof(Personality_t,Network_Config) + offsetof(Personality_Networks_t,NetFlags2), nf2);
static char* DIMENSIONS[] = { "A", "B", "C", "D", "E", "IO" };
static char* DIRECTIONS[] = { "-", "+" };
printf("%s [****] Torus Links Enabled : ", JTAG_LOC );
{
unsigned dimension, direction;
for ( dimension = 0; dimension < 5; dimension++ ) {
for ( direction = 0; direction <= 1; direction++ ) {
if ( ND_GET_LINK_ENABLE(dimension, direction, p->Network_Config.NetFlags2 ) ) {
printf("%s%s ", DIMENSIONS[dimension], DIRECTIONS[direction]);
}
}
}
}
printf("\n");
printf("%s [****] SerDes Links Enabled : ", JTAG_LOC );
{
unsigned dimension, direction;
for ( dimension = 0; dimension <= 5; dimension++ ) {
for ( direction = 0; direction <= 1; direction++ ) {
if ( SD_GET_LINK_ENABLE(dimension, direction, p->Network_Config.NetFlags2 ) ) {
printf("%s%s ", DIMENSIONS[dimension], DIRECTIONS[direction]);
}
}
}
}
printf("\n");
printf("%s [****] TIO : %d\n", JTAG_LOC, nf2 & SD_ENABLE_TIO ? 1 : 0 );
printf("%s [****] HalfSpeed : %d\n", JTAG_LOC, nf2 & SD_ENABLE_HALFSPEED ? 1 : 0 );
printf("%s [****] Use Port 6: %d\n", JTAG_LOC, nf2 & TI_USE_PORT6_FOR_IO ? 1 : 0 );
printf("%s [****] Use Port 7: %d\n", JTAG_LOC, nf2 & TI_USE_PORT7_FOR_IO ? 1 : 0 );
printf("%s [****] Swaps : (%lld,%lld,%lld,%lld,%lld)\n", JTAG_LOC, TI_GET_TORUS_DIM_REVERSED(0,nf2),TI_GET_TORUS_DIM_REVERSED(1,nf2), TI_GET_TORUS_DIM_REVERSED(2,nf2), TI_GET_TORUS_DIM_REVERSED(3,nf2), TI_GET_TORUS_DIM_REVERSED(4,nf2));
printf("%s [%04lX] Torus : (%d,%d,%d,%d,%d) / (%d,%d,%d,%d,%d)\n", JTAG_LOC, offsetof(Personality_t,Network_Config) + offsetof(Personality_Networks_t,Anodes),
n->Acoord, n->Bcoord, n->Ccoord, n->Dcoord, n->Ecoord,
n->Anodes, n->Bnodes, n->Cnodes, n->Dnodes, n->Enodes
);
printf("%s [%04lX] PrimordialClassRoute\n", JTAG_LOC, offsetof(Personality_t, Network_Config) + offsetof(Personality_Networks_t,PrimordialClassRoute));
printf("%s [%04lX] GlintUpPortInputs : %04X\n", JTAG_LOC, (uint64_t)(&(n->PrimordialClassRoute.GlobIntUpPortInputs)) - (uint64_t)p, n->PrimordialClassRoute.GlobIntUpPortInputs );
printf("%s [%04lX] GlintUpPortOutputs : %04X\n", JTAG_LOC, (uint64_t)(&(n->PrimordialClassRoute.GlobIntUpPortOutputs)) - (uint64_t)p, n->PrimordialClassRoute.GlobIntUpPortOutputs );
printf("%s [%04lX] CollTypeUpPortInputs : %04X\n", JTAG_LOC, (uint64_t)(&(n->PrimordialClassRoute.CollectiveTypeAndUpPortInputs)) - (uint64_t)p, n->PrimordialClassRoute.CollectiveTypeAndUpPortInputs );
printf("%s [%04lX] CollTypeUpPortOutputs : %04X\n", JTAG_LOC, (uint64_t)(&(n->PrimordialClassRoute.CollectiveUpPortOutputs)) - (uint64_t)p, n->PrimordialClassRoute.CollectiveUpPortOutputs );
printf("%s [%04lX] ZoneRoutingMasks : ", JTAG_LOC, offsetof(Personality_t, Network_Config) + offsetof(Personality_Networks_t,ZoneRoutingMasks));
{
unsigned zone;
for ( zone = 0; zone < NUM_ND_ZONES; zone++ ) {
printf(" %016X", n->ZoneRoutingMasks[zone]);
}
}
printf("\n");
printf("%s [%04lX] MuFlags : %016llX\n", JTAG_LOC, offsetof(Personality_t,Network_Config) + offsetof(Personality_Networks_t,MuFlags), n->MuFlags);
printf("%s [%04lX] CN Bridge : (%d,%d,%d,%d,%d)\n", JTAG_LOC, offsetof(Personality_t,Network_Config) + offsetof(Personality_Networks_t,cnBridge_A),
n->cnBridge_A, n->cnBridge_B, n->cnBridge_C, n->cnBridge_D, n->cnBridge_E );
printf("%s [%04lX] latencyFromRoot : %d\n", JTAG_LOC, offsetof(Personality_t,Network_Config) + offsetof(Personality_Networks_t,latencyFromRoot), n->latencyFromRoot);
}
