Signed-off-by: Nicolai Hähnle <nicolai.haehnle@xxxxxxx>
---
src/lib/scan_waves.c | 26 +++++++++++++-------------
1 file changed, 13 insertions(+), 13 deletions(-)
diff --git a/src/lib/scan_waves.c b/src/lib/scan_waves.c
index 37ebcff..ca1d9fb 100644
--- a/src/lib/scan_waves.c
+++ b/src/lib/scan_waves.c
@@ -451,77 +451,77 @@ static int umr_parse_wave_data_gfx_10_11(struct umr_asic *asic, struct umr_wave_
ws->hw_id2.vm_id = umr_bitslice_reg(asic, reg, "VM_ID", value);
ws->hw_id2.compat_level = umr_bitslice_reg_quiet(asic, reg, "COMPAT_LEVEL", value); // not on 10.3
if (asic->family < FAMILY_GFX11)
ws->wave_inst_dw0 = buf[x++];
ws->gpr_alloc.value = value = buf[x++];
reg = umr_find_reg_data_by_ip_by_instance(asic, "gfx", asic->options.vm_partition, "ixSQ_WAVE_GPR_ALLOC");
ws->gpr_alloc.vgpr_base = umr_bitslice_reg(asic, reg, "VGPR_BASE", value);
ws->gpr_alloc.vgpr_size = umr_bitslice_reg(asic, reg, "VGPR_SIZE", value);
- ws->gpr_alloc.sgpr_base = umr_bitslice_reg(asic, reg, "SGPR_BASE", value);
- ws->gpr_alloc.sgpr_size = umr_bitslice_reg(asic, reg, "SGPR_SIZE", value);
ws->lds_alloc.value = value = buf[x++];
reg = umr_find_reg_data_by_ip_by_instance(asic, "gfx", asic->options.vm_partition, "ixSQ_WAVE_LDS_ALLOC");
ws->lds_alloc.lds_base = umr_bitslice_reg(asic, reg, "LDS_BASE", value);
ws->lds_alloc.lds_size = umr_bitslice_reg(asic, reg, "LDS_SIZE", value);
ws->lds_alloc.vgpr_shared_size = umr_bitslice_reg(asic, reg, "VGPR_SHARED_SIZE", value);
ws->trapsts.value = value = buf[x++];
reg = umr_find_reg_data_by_ip_by_instance(asic, "gfx", asic->options.vm_partition, "ixSQ_WAVE_TRAPSTS");
ws->trapsts.excp = umr_bitslice_reg(asic, reg, "EXCP", value) |
(umr_bitslice_reg(asic, reg, "EXCP_HI", value) << 9);
ws->trapsts.savectx = umr_bitslice_reg(asic, reg, "SAVECTX", value);
ws->trapsts.illegal_inst = umr_bitslice_reg(asic, reg, "ILLEGAL_INST", value);
ws->trapsts.excp_hi = umr_bitslice_reg(asic, reg, "EXCP_HI", value);
ws->trapsts.buffer_oob = umr_bitslice_reg(asic, reg, "BUFFER_OOB", value);
- ws->trapsts.excp_cycle = umr_bitslice_reg(asic, reg, "EXCP_CYCLE", value);
+ ws->trapsts.excp_cycle = umr_bitslice_reg_quiet(asic, reg, "EXCP_CYCLE", value);
ws->trapsts.excp_group_mask = umr_bitslice_reg_quiet(asic, reg, "EXCP_GROUP_MASK", value);
- ws->trapsts.excp_wave64hi = umr_bitslice_reg(asic, reg, "EXCP_WAVE64HI", value);
+ ws->trapsts.excp_wave64hi = umr_bitslice_reg_quiet(asic, reg, "EXCP_WAVE64HI", value);
ws->trapsts.xnack_error = umr_bitslice_reg_quiet(asic, reg, "XNACK_ERROR", value);
ws->trapsts.utc_error = umr_bitslice_reg_quiet(asic, reg, "UTC_ERROR", value);
- ws->trapsts.dp_rate = umr_bitslice_reg(asic, reg, "DP_RATE", value);
+ ws->trapsts.dp_rate = umr_bitslice_reg_quiet(asic, reg, "DP_RATE", value);
ws->ib_sts.value = value = buf[x++];
reg = umr_find_reg_data_by_ip_by_instance(asic, "gfx", asic->options.vm_partition, "ixSQ_WAVE_IB_STS");
- ws->ib_sts.vm_cnt = umr_bitslice_reg(asic, reg, "VM_CNT", value) |
- (umr_bitslice_reg(asic, reg, "VM_CNT_HI", value) << 4);
+ ws->ib_sts.vm_cnt = umr_bitslice_reg(asic, reg, "VM_CNT", value);
+ if (asic->family == FAMILY_NV)
+ ws->ib_sts.vm_cnt |= (umr_bitslice_reg(asic, reg, "VM_CNT_HI", value) << 4);
ws->ib_sts.exp_cnt = umr_bitslice_reg(asic, reg, "EXP_CNT", value);
- ws->ib_sts.lgkm_cnt = umr_bitslice_reg(asic, reg, "LGKM_CNT", value) |
- (umr_bitslice_reg(asic, reg, "LGKM_CNT_BIT4", value) << 4) |
- (umr_bitslice_reg(asic, reg, "LGKM_CNT_BIT5", value) << 5);
- ws->ib_sts.valu_cnt = umr_bitslice_reg(asic, reg, "VALU_CNT", value);
+ ws->ib_sts.lgkm_cnt = umr_bitslice_reg(asic, reg, "LGKM_CNT", value);
+ if (asic->family == FAMILY_NV)
+ ws->ib_sts.lgkm_cnt |= (umr_bitslice_reg(asic, reg, "LGKM_CNT_BIT4", value) << 4) |
+ (umr_bitslice_reg(asic, reg, "LGKM_CNT_BIT5", value) << 5);
+ ws->ib_sts.valu_cnt = umr_bitslice_reg_quiet(asic, reg, "VALU_CNT", value);
ws->ib_sts.replay_w64h = umr_bitslice_reg_quiet(asic, reg, "REPLAY_W64H", value);
ws->ib_sts.vs_cnt = umr_bitslice_reg(asic, reg, "VS_CNT", value);
ws->ib_sts2.value = value = buf[x++];
reg = umr_find_reg_data_by_ip_by_instance(asic, "gfx", asic->options.vm_partition, "ixSQ_WAVE_IB_STS2");
ws->ib_sts2.inst_prefetch = umr_bitslice_reg(asic, reg, "INST_PREFETCH", value);
- ws->ib_sts2.resource_override = umr_bitslice_reg(asic, reg, "RESOURCE_OVERRIDE", value);
+ ws->ib_sts2.resource_override = umr_bitslice_reg_quiet(asic, reg, "RESOURCE_OVERRIDE", value);
ws->ib_sts2.mem_order = umr_bitslice_reg(asic, reg, "MEM_ORDER", value);
ws->ib_sts2.fwd_progress = umr_bitslice_reg(asic, reg, "FWD_PROGRESS", value);
ws->ib_sts2.wave64 = umr_bitslice_reg(asic, reg, "WAVE64", value);
ws->ib_sts2.wave64hi = umr_bitslice_reg_quiet(asic, reg, "WAVE64HI", value);
ws->ib_sts2.subv_loop = umr_bitslice_reg_quiet(asic, reg, "SUBV_LOOP", value);
ws->ib_dbg1 = buf[x++];
ws->m0 = buf[x++];
ws->mode.value = value = buf[x++];
reg = umr_find_reg_data_by_ip_by_instance(asic, "gfx", asic->options.vm_partition, "ixSQ_WAVE_MODE");
ws->mode.fp_round = umr_bitslice_reg(asic, reg, "FP_ROUND", value);
ws->mode.fp_denorm = umr_bitslice_reg(asic, reg, "FP_DENORM", value);
ws->mode.dx10_clamp = umr_bitslice_reg(asic, reg, "DX10_CLAMP", value);
ws->mode.ieee = umr_bitslice_reg(asic, reg, "IEEE", value);
ws->mode.lod_clamped = umr_bitslice_reg(asic, reg, "LOD_CLAMPED", value);
- ws->mode.debug_en = umr_bitslice_reg(asic, reg, "DEBUG_EN", value);
+ ws->mode.debug_en = umr_bitslice_reg_quiet(asic, reg, "DEBUG_EN", value);
ws->mode.excp_en = umr_bitslice_reg(asic, reg, "EXCP_EN", value);
ws->mode.fp16_ovfl = umr_bitslice_reg(asic, reg, "FP16_OVFL", value);
ws->mode.disable_perf = umr_bitslice_reg(asic, reg, "DISABLE_PERF", value);
return 0;
}
int umr_parse_wave_data_gfx(struct umr_asic *asic, struct umr_wave_status *ws, const uint32_t *buf)
{
if (asic->family < FAMILY_AI)
return umr_parse_wave_data_gfx_8(asic, ws, buf);
--
2.40.0
