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runners: bench: Moved BENCH_PERBYTE to runtime (DISK_SIM=1)

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If only for consistency with DISK_GEOMETRY.

The main reason to keep BENCH_PERBYTE around is to help debug/sanity
check the more complex bus+buffer sim. For that purpose it makes sense
to be able to easily switch modes.

The only downside is if it's more difficult to introduce -DDISK_SIM=1 at
runtime vs compile-time, but eh. Consistency wins.
This commit is contained in:
Christopher Haster
2026-02-05 14:38:25 -06:00
parent b751981574
commit 8f67e34675
2 changed files with 20 additions and 40 deletions
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runners/bench_defines.h
+17 -37
View File
@@ -15,6 +15,10 @@
// name value (overridable)
BENCH_DEFINE(DISK_SIZE, 128*1024*1024 )
BENCH_DEFINE(DISK_GEOMETRY, 0 )
// simulation mode
// 0 => full bus+buffer sim
// 1 => simple per-byte sim
BENCH_DEFINE(DISK_SIM, 0 )
BENCH_DEFINE(READ_SIZE, DISK_MAP(READ_SIZE) )
BENCH_DEFINE(PROG_SIZE, DISK_MAP(PROG_SIZE) )
BENCH_DEFINE(ERASE_SIZE, DISK_MAP(ERASE_SIZE) )
@@ -75,27 +79,15 @@
BENCH_DEFINE(NOR_READ_SIZE, 1 )
BENCH_DEFINE(NOR_PROG_SIZE, 1 )
BENCH_DEFINE(NOR_ERASE_SIZE, 4096 )
#ifdef BENCH_PERBYTE
BENCH_DEFINE(NOR_READ_WIDTH, 0 )
BENCH_DEFINE(NOR_PROG_WIDTH, 0 )
BENCH_DEFINE(NOR_ERASE_WIDTH, 0 )
BENCH_DEFINE(NOR_READ_TIMING, 0 )
BENCH_DEFINE(NOR_PROG_TIMING, 0 )
BENCH_DEFINE(NOR_ERASE_TIMING, 0 )
BENCH_DEFINE(NOR_READED_TIMING, 40 )
BENCH_DEFINE(NOR_PROGGED_TIMING, 1582 )
BENCH_DEFINE(NOR_ERASED_TIMING, 10986 )
#else
BENCH_DEFINE(NOR_READ_WIDTH, 0 )
BENCH_DEFINE(NOR_READ_WIDTH, 1 )
BENCH_DEFINE(NOR_PROG_WIDTH, LFS3_MIN(256, BLOCK_SIZE) )
BENCH_DEFINE(NOR_ERASE_WIDTH, BLOCK_SIZE )
BENCH_DEFINE(NOR_READ_TIMING, 0 )
BENCH_DEFINE(NOR_PROG_TIMING, 1563 )
BENCH_DEFINE(NOR_ERASE_TIMING, 10986 )
BENCH_DEFINE(NOR_READED_TIMING, 40 )
BENCH_DEFINE(NOR_PROGGED_TIMING, 19 )
BENCH_DEFINE(NOR_ERASED_TIMING, 0 )
#endif
BENCH_DEFINE(NOR_READ_TIMING, (DISK_SIM == 0) ? 0 : 0 )
BENCH_DEFINE(NOR_PROG_TIMING, (DISK_SIM == 0) ? 1563 : 0 )
BENCH_DEFINE(NOR_ERASE_TIMING, (DISK_SIM == 0) ? 10986 : 0 )
BENCH_DEFINE(NOR_READED_TIMING, (DISK_SIM == 0) ? 40 : 40 )
BENCH_DEFINE(NOR_PROGGED_TIMING, (DISK_SIM == 0) ? 19 : 1582 )
BENCH_DEFINE(NOR_ERASED_TIMING, (DISK_SIM == 0) ? 0 : 10986 )
// NAND flash (DISK_GEOMETRY=1)
//
@@ -121,27 +113,15 @@
BENCH_DEFINE(NAND_READ_SIZE, 1 )
BENCH_DEFINE(NAND_PROG_SIZE, 512 )
BENCH_DEFINE(NAND_ERASE_SIZE, 131072 )
#ifdef BENCH_PERBYTE
BENCH_DEFINE(NAND_READ_WIDTH, 0 )
BENCH_DEFINE(NAND_PROG_WIDTH, 0 )
BENCH_DEFINE(NAND_ERASE_WIDTH, 0 )
BENCH_DEFINE(NAND_READ_TIMING, 0 )
BENCH_DEFINE(NAND_PROG_TIMING, 0 )
BENCH_DEFINE(NAND_ERASE_TIMING, 0 )
BENCH_DEFINE(NAND_READED_TIMING, 31 )
BENCH_DEFINE(NAND_PROGGED_TIMING, 141 )
BENCH_DEFINE(NAND_ERASED_TIMING, 15 )
#else
BENCH_DEFINE(NAND_READ_WIDTH, LFS3_MIN(2048, BLOCK_SIZE) )
BENCH_DEFINE(NAND_PROG_WIDTH, LFS3_MIN(2048, BLOCK_SIZE) )
BENCH_DEFINE(NAND_ERASE_WIDTH, BLOCK_SIZE )
BENCH_DEFINE(NAND_READ_TIMING, 12 )
BENCH_DEFINE(NAND_PROG_TIMING, 122 )
BENCH_DEFINE(NAND_ERASE_TIMING, 15 )
BENCH_DEFINE(NAND_READED_TIMING, 19 )
BENCH_DEFINE(NAND_PROGGED_TIMING, 19 )
BENCH_DEFINE(NAND_ERASED_TIMING, 0 )
#endif
BENCH_DEFINE(NAND_READ_TIMING, (DISK_SIM == 0) ? 12 : 0 )
BENCH_DEFINE(NAND_PROG_TIMING, (DISK_SIM == 0) ? 122 : 0 )
BENCH_DEFINE(NAND_ERASE_TIMING, (DISK_SIM == 0) ? 15 : 0 )
BENCH_DEFINE(NAND_READED_TIMING, (DISK_SIM == 0) ? 19 : 31 )
BENCH_DEFINE(NAND_PROGGED_TIMING, (DISK_SIM == 0) ? 19 : 141 )
BENCH_DEFINE(NAND_ERASED_TIMING, (DISK_SIM == 0) ? 0 : 15 )
#endif