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Lines Matching defs:full

354    struct ra_file full;
653    mesa_log_stream_printf(stream, "full:\n");
654    ra_file_dump(stream, &ctx->full);
844          /* Check for alignment if one is a full reg */
891     * |  Half live-through | Half killed | Full killed | Full live-through |
900     * the register file. Then half and full killed must stay together so that
904     * and the combined components are within the full limit.
934  * is almost full and badly fragmented.
1101       return &ctx->full;
1872    insert_file_live_in_moves(ctx, &ctx->full);
1891       insert_entry_regs(state, &ctx->full);
1935    insert_file_live_out_moves(ctx, &ctx->full);
1946    ra_file_init(&ctx->full);
2073       pressure->full += size;
2110    limit->full = limit->half = 0;
2121    limit->full = MAX2(limit->full, cur_pressure.full);
2136             limit->full = MAX2(limit->full, physreg);
2189          limit->full = MAX2(limit->full, cur_pressure.full);
2200          limit->full = MAX2(limit->full, cur_pressure.full);
2206    limit->full += 2;
2233    d("\tfull: %u", max_pressure.full);
2237    /* TODO: calculate half/full limit correctly for CS with barrier */
2239    limit_pressure.full = RA_FULL_SIZE;
2254    if (max_pressure.full > limit_pressure.full ||
2263       assert(max_pressure.full <= limit_pressure.full &&
2273    ctx->full.size = calc_target_full_pressure(v, max_pressure.full);
2274    d("full size: %u", ctx->full.size);
2281    ctx->full.start = ctx->half.start = ctx->shared.start = 0;
2286    ir3_ra_validate(v, ctx->full.size, ctx->half.size, live->block_count);