Christopher Haster
48e5cd2770
So now you can easily run multiple/specific geometries without recompiling the bench runner: ./scripts/bench.py -DDISK_GEOMETRY=0,1 But note by default we only simulate NOR flash. Spitting out multiple results by default is confusing. --- Previously this was possible by either compiling multiple bench runners (with -DBENCH_NAND), or by explicit specifying full the geometry (-DREAD_SIZE, -DPROG_SIZE, ..., -DREAD_TIMING, ...) at runtime, but both were clunky and annoying to parameterize. DISK_GEOMETRY make it easy, fits well with DISK_SIZE, and adds a field to help identify the geometry in later scripts. I considered filling out test_defines.h with multiple geometries as well, but decided against it. The current idea behind test_runner is to not test specific geometries, but to instead let individual suites/cases iterate through the specific READ_SIZEs, PROG_SIZEs, etc, that are relevant. Still, added DISK_GEOMETRY to test_defines.h for consistency, but it doesn't actually control anything.
100 lines
4.4 KiB
C
100 lines
4.4 KiB
C
// littlefs test runner defines
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// preconfigured defines that control how tests run
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#ifdef TEST_DEFINE
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// name value (overridable)
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TEST_DEFINE(DISK_SIZE, 1024*1024 )
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TEST_DEFINE(DISK_GEOMETRY, 0 )
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TEST_DEFINE(READ_SIZE, 1 )
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TEST_DEFINE(PROG_SIZE, 1 )
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TEST_DEFINE(ERASE_SIZE, 4096 )
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TEST_DEFINE(BLOCK_SIZE, LFS3_MAX(ERASE_SIZE, 512) )
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TEST_DEFINE(BLOCK_COUNT, DISK_SIZE/LFS3_MAX(BLOCK_SIZE, 1) )
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TEST_DEFINE(BLOCK_RECYCLES, -1 )
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TEST_DEFINE(RCACHE_SIZE, LFS3_MAX(16, READ_SIZE) )
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TEST_DEFINE(PCACHE_SIZE, LFS3_MAX(16, PROG_SIZE) )
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TEST_DEFINE(FCACHE_SIZE, 16 )
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TEST_DEFINE(LOOKAHEAD_SIZE, 16 )
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TEST_DEFINE(GC_FLAGS, LFS3_GC_GC )
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TEST_DEFINE(GC_STEPS, 0 )
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TEST_DEFINE(GC_LOOKAHEAD_THRESH, -1 )
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TEST_DEFINE(GC_LOOKGBMAP_THRESH, -1 )
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TEST_DEFINE(GC_PREERASE_COUNT, -1 )
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TEST_DEFINE(GC_COMPACT_THRESH, 0 )
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TEST_DEFINE(SHRUB_SIZE, BLOCK_SIZE/4 )
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TEST_DEFINE(FRAGMENT_SIZE, LFS3_MIN(BLOCK_SIZE/8, 512) )
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TEST_DEFINE(CRYSTAL_THRESH, BLOCK_SIZE/8 )
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TEST_DEFINE(LOOKGBMAP_THRESH, BLOCK_COUNT/4 )
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TEST_DEFINE(ERASE_VALUE, 0xff )
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#ifndef TEST_KIWIBD
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TEST_DEFINE(ERASE_CYCLES, 0 )
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TEST_DEFINE(BADBLOCK_BEHAVIOR, LFS3_EMUBD_BADBLOCK_PROGERROR )
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TEST_DEFINE(POWERLOSS_BEHAVIOR, LFS3_EMUBD_POWERLOSS_ATOMIC )
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TEST_DEFINE(BD_SEED, 0 )
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#endif
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#endif
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// struct lfs3_cfg definition
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#ifdef TEST_CFG
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struct lfs3_cfg _cfg = {
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#ifdef TEST_CFG_CFG
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TEST_CFG_CFG
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#endif
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.read_size = READ_SIZE,
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.prog_size = PROG_SIZE,
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.block_size = BLOCK_SIZE,
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.block_count = BLOCK_COUNT,
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.block_recycles = BLOCK_RECYCLES,
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.rcache_size = RCACHE_SIZE,
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.pcache_size = PCACHE_SIZE,
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.fcache_size = FCACHE_SIZE,
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.lookahead_size = LOOKAHEAD_SIZE,
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#ifdef LFS3_GBMAP
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.gc_lookgbmap_thresh = GC_LOOKGBMAP_THRESH,
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.lookgbmap_thresh = LOOKGBMAP_THRESH,
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#endif
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#ifdef LFS3_PREERASE
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.gc_preerase_count = GC_PREERASE_COUNT,
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#endif
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#ifdef LFS3_GC
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.gc_flags = GC_FLAGS,
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.gc_steps = GC_STEPS,
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#endif
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.gc_lookahead_thresh = GC_LOOKAHEAD_THRESH,
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.gc_compact_thresh = GC_COMPACT_THRESH,
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.shrub_size = SHRUB_SIZE,
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.fragment_size = FRAGMENT_SIZE,
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.crystal_thresh = CRYSTAL_THRESH,
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};
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struct lfs3_cfg *TEST_CFG = &_cfg;
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#endif
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// struct lfs3_*bd_cfg definition
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#ifdef TEST_BDCFG
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#ifndef TEST_KIWIBD
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struct lfs3_emubd_cfg _bdcfg = {
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#ifdef TEST_BDCFG_CFG
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TEST_BDCFG_CFG
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#endif
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.erase_value = ERASE_VALUE,
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.erase_cycles = ERASE_CYCLES,
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.badblock_behavior = BADBLOCK_BEHAVIOR,
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.powerloss_behavior = POWERLOSS_BEHAVIOR,
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.seed = BD_SEED,
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};
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struct lfs3_emubd_cfg *TEST_BDCFG = &_bdcfg;
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#else
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struct lfs3_kiwibd_cfg _bdcfg = {
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#ifdef TEST_BDCFG_CFG
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TEST_BDCFG_CFG
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#endif
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.erase_value = ERASE_VALUE,
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};
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struct lfs3_kiwibd_cfg *TEST_BDCFG = &_bdcfg;
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#endif
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#endif
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