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data: Adopted more object-like lfs3_data_t operations

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As much as I don't want to admit it, our 3-word lfs3_data_t struct is
just too large to be treated as pass-by-value with today's compilers.

It's a real shame, because I don't think there's a great technical
reason, just that compiler's pass-by-value optimizations generally stop
after 2 words.

If we could expect 16-bit block sizes (off and size), we could fit in
2 words, but this is already challenged by today's NAND chips
(bs>=128KiB).

---

So, as a compromise, this stops treating lfs3_data_t as pass-by-value,
with the exception of the lfs3_data_from* functions that still return
lfs3_data_t directly.

So instead of:

  lfs3_data_t data = lfs3_data_fromecksum(&ecksum, buffer);
  data = lfs3_data_slice(data, 8, -1);
  return lfs3_data_size(data);

Most operations take lfs3_data_t by pointer:

  lfs3_data_t data = lfs3_data_fromecksum(&ecksum, buffer);
  lfs3_data_slice(&data, 8, -1);
  return lfs3_data_size(&data);

One of the main consequences is there are now several ways to slice data
(internally these all redirect to lfs3_data_slice), and LFS3_DATA_SLICE
will likely see more use since we need temporary allocations to pass the
data slice by address:

- lfs3_data_slice(data, a, b) - Slices the data in place
- lfs3_data_fromslice(data, a, b) - Returns a new data slice
- LFS3_DATA_SLICE(data, a, b) - Creates a new compound-literal slice

---

As a pragmatic compromise, this saves a nice chunk of both code and
stack:

                 code          stack          ctx
  before:       35316           2176          660
  after:        35188 (-0.4%)   2136 (-1.8%)  660 (+0.0%)

                 code          stack          ctx
  gbmap before: 38172           2192          772
  gbmap after:  38048 (-0.3%)   2152 (-1.8%)  772 (+0.0%)
This commit is contained in:
Christopher Haster
2025-12-01 15:51:21 -06:00
parent b63237555b
commit 321e33d5d5
4 changed files with 635 additions and 630 deletions
Download Patch File Download Diff File Expand all files Collapse all files
lfs3.c
+78 -73
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@@ -1521,36 +1521,36 @@ static lfs3_ssize_t lfs3_bd_progtag(lfs3_t *lfs3,
.u.disk.off=_off})
// data helpers
static inline bool lfs3_data_ondisk(lfs3_data_t data) {
return data.size & LFS3_DATA_ONDISK;
static inline bool lfs3_data_ondisk(const lfs3_data_t *data) {
return data->size & LFS3_DATA_ONDISK;
}
static inline bool lfs3_data_isbuf(lfs3_data_t data) {
return !(data.size & LFS3_DATA_ONDISK);
static inline bool lfs3_data_isbuf(const lfs3_data_t *data) {
return !(data->size & LFS3_DATA_ONDISK);
}
static inline bool lfs3_data_isbptr(lfs3_data_t data) {
return data.size & LFS3_DATA_ISBPTR;
static inline bool lfs3_data_isbptr(const lfs3_data_t *data) {
return data->size & LFS3_DATA_ISBPTR;
}
static inline lfs3_size_t lfs3_data_size(lfs3_data_t data) {
return data.size & ~LFS3_DATA_ONDISK & ~LFS3_DATA_ISBPTR;
static inline lfs3_size_t lfs3_data_size(const lfs3_data_t *data) {
return data->size & ~(LFS3_DATA_ONDISK | LFS3_DATA_ISBPTR);
}
#ifdef LFS3_CKDATACKSUMS
static inline lfs3_size_t lfs3_data_cksize(lfs3_data_t data) {
return data.u.disk.cksize & ~LFS3_DATA_ISERASED;
static inline lfs3_size_t lfs3_data_cksize(const lfs3_data_t *data) {
return data->u.disk.cksize & ~LFS3_DATA_ISERASED;
}
#endif
#ifdef LFS3_CKDATACKSUMS
static inline uint32_t lfs3_data_cksum(lfs3_data_t data) {
return data.u.disk.cksum;
static inline uint32_t lfs3_data_cksum(const lfs3_data_t *data) {
return data->u.disk.cksum;
}
#endif
// data slicing
static inline lfs3_data_t lfs3_data_slice(lfs3_data_t data,
static inline void lfs3_data_slice(lfs3_data_t *data,
lfs3_ssize_t off, lfs3_ssize_t size) {
// limit our off/size to data range, note the use of unsigned casts
// here to treat -1 as unbounded
@@ -1563,23 +1563,28 @@ static inline lfs3_data_t lfs3_data_slice(lfs3_data_t data,
// on-disk?
if (lfs3_data_ondisk(data)) {
data.u.disk.off += off_;
data.size -= lfs3_data_size(data) - size_;
data->u.disk.off += off_;
data->size -= lfs3_data_size(data) - size_;
// buffer?
} else {
data.u.buffer += off_;
data.size -= lfs3_data_size(data) - size_;
data->u.buffer += off_;
data->size -= lfs3_data_size(data) - size_;
}
}
return data;
static inline lfs3_data_t lfs3_data_fromslice(const lfs3_data_t *data,
lfs3_ssize_t off, lfs3_ssize_t size) {
lfs3_data_t data_ = *data;
lfs3_data_slice(&data_, off, size);
return data_;
}
// this macro provides an lvalue for use in other macros, but compound
// literals currently optimize poorly, so measure before use and consider
// just using lfs3_data_slice instead
#define LFS3_DATA_SLICE(_data, _off, _size) \
((struct {lfs3_data_t d;}){lfs3_data_slice(_data, _off, _size)}.d)
((struct {lfs3_data_t d;}){lfs3_data_fromslice(_data, _off, _size)}.d)
// data <-> bd interactions
@@ -1595,22 +1600,22 @@ static inline bool lfs3_m_isckdatacksums(uint32_t flags);
static lfs3_ssize_t lfs3_data_read(lfs3_t *lfs3, lfs3_data_t *data,
void *buffer, lfs3_size_t size) {
// limit our size to data range
lfs3_size_t d = lfs3_min(size, lfs3_data_size(*data));
lfs3_size_t d = lfs3_min(size, lfs3_data_size(data));
// on-disk?
if (lfs3_data_ondisk(*data)) {
if (lfs3_data_ondisk(data)) {
// validating data cksums?
if (LFS3_IFDEF_CKDATACKSUMS(
lfs3_m_isckdatacksums(lfs3->flags)
&& lfs3_data_isbptr(*data),
&& lfs3_data_isbptr(data),
false)) {
#ifdef LFS3_CKDATACKSUMS
int err = lfs3_bd_readck(lfs3,
data->u.disk.block, data->u.disk.off,
// note our hint includes the full data range
lfs3_data_size(*data),
lfs3_data_size(data),
buffer, d,
lfs3_data_cksize(*data), lfs3_data_cksum(*data));
lfs3_data_cksize(data), lfs3_data_cksum(data));
if (err) {
return err;
}
@@ -1620,7 +1625,7 @@ static lfs3_ssize_t lfs3_data_read(lfs3_t *lfs3, lfs3_data_t *data,
int err = lfs3_bd_read(lfs3,
data->u.disk.block, data->u.disk.off,
// note our hint includes the full data range
lfs3_data_size(*data),
lfs3_data_size(data),
buffer, d);
if (err) {
return err;
@@ -1632,7 +1637,7 @@ static lfs3_ssize_t lfs3_data_read(lfs3_t *lfs3, lfs3_data_t *data,
lfs3_memcpy(buffer, data->u.buffer, d);
}
*data = lfs3_data_slice(*data, d, -1);
lfs3_data_slice(data, d, -1);
return d;
}
@@ -1676,7 +1681,7 @@ static int lfs3_data_readleb128(lfs3_t *lfs3, lfs3_data_t *data,
return LFS3_ERR_CORRUPT;
}
*data = lfs3_data_slice(*data, d, -1);
lfs3_data_slice(data, d, -1);
return 0;
}
@@ -1699,7 +1704,7 @@ static inline int lfs3_data_readlleb128(lfs3_t *lfs3, lfs3_data_t *data,
return 0;
}
static lfs3_scmp_t lfs3_data_cmp(lfs3_t *lfs3, lfs3_data_t data,
static lfs3_scmp_t lfs3_data_cmp(lfs3_t *lfs3, const lfs3_data_t *data,
const void *buffer, lfs3_size_t size) {
// compare common prefix
lfs3_size_t d = lfs3_min(size, lfs3_data_size(data));
@@ -1727,7 +1732,7 @@ static lfs3_scmp_t lfs3_data_cmp(lfs3_t *lfs3, lfs3_data_t data,
int cmp = lfs3_bd_cmp(lfs3,
// note the 0 hint, we don't usually use any
// following data
data.u.disk.block, data.u.disk.off, 0,
data->u.disk.block, data->u.disk.off, 0,
buffer, d);
if (cmp != LFS3_CMP_EQ) {
return cmp;
@@ -1736,7 +1741,7 @@ static lfs3_scmp_t lfs3_data_cmp(lfs3_t *lfs3, lfs3_data_t data,
// buffer?
} else {
int cmp = lfs3_memcmp(data.u.buffer, buffer, d);
int cmp = lfs3_memcmp(data->u.buffer, buffer, d);
if (cmp < 0) {
return LFS3_CMP_LT;
} else if (cmp > 0) {
@@ -1754,11 +1759,12 @@ static lfs3_scmp_t lfs3_data_cmp(lfs3_t *lfs3, lfs3_data_t data,
}
}
static lfs3_scmp_t lfs3_data_namecmp(lfs3_t *lfs3, lfs3_data_t data,
static lfs3_scmp_t lfs3_data_namecmp(lfs3_t *lfs3, const lfs3_data_t *data,
lfs3_did_t did, const char *name, lfs3_size_t name_len) {
// first compare the did
lfs3_data_t data_ = *data;
lfs3_did_t did_;
int err = lfs3_data_readleb128(lfs3, &data, &did_);
int err = lfs3_data_readleb128(lfs3, &data_, &did_);
if (err) {
return err;
}
@@ -1770,12 +1776,12 @@ static lfs3_scmp_t lfs3_data_namecmp(lfs3_t *lfs3, lfs3_data_t data,
}
// then compare the actual name
return lfs3_data_cmp(lfs3, data, name, name_len);
return lfs3_data_cmp(lfs3, &data_, name, name_len);
}
#ifndef LFS3_RDONLY
static int lfs3_bd_progdata(lfs3_t *lfs3,
lfs3_block_t block, lfs3_size_t off, lfs3_data_t data,
lfs3_block_t block, lfs3_size_t off, const lfs3_data_t *data,
uint32_t *cksum) {
// on-disk?
if (lfs3_data_ondisk(data)) {
@@ -1797,7 +1803,7 @@ static int lfs3_bd_progdata(lfs3_t *lfs3,
} else {
int err = lfs3_bd_cpy(lfs3, block, off,
data.u.disk.block, data.u.disk.off, lfs3_data_size(data),
data->u.disk.block, data->u.disk.off, lfs3_data_size(data),
lfs3_data_size(data),
cksum);
if (err) {
@@ -1808,7 +1814,7 @@ static int lfs3_bd_progdata(lfs3_t *lfs3,
// buffer?
} else {
int err = lfs3_bd_prog(lfs3, block, off,
data.u.buffer, data.size,
data->u.buffer, data->size,
cksum);
if (err) {
return err;
@@ -2134,7 +2140,7 @@ static lfs3_scmp_t lfs3_attr_cmp(lfs3_t *lfs3, const struct lfs3_attr *attr,
if (lfs3_attr_isnoattr(attr)) {
return LFS3_CMP_LT;
} else {
return lfs3_data_cmp(lfs3, *data,
return lfs3_data_cmp(lfs3, data,
attr->buffer,
lfs3_attr_size(attr));
}
@@ -2190,12 +2196,12 @@ static lfs3_sblock_t lfs3_alloc(lfs3_t *lfs3, uint32_t flags);
#endif
static void lfs3_bptr_init(lfs3_bptr_t *bptr,
lfs3_data_t data, lfs3_size_t cksize, uint32_t cksum) {
lfs3_block_t block, lfs3_size_t off, lfs3_size_t size,
lfs3_size_t cksize, uint32_t cksum) {
// make sure the bptr flag is set
LFS3_ASSERT(lfs3_data_ondisk(data));
bptr->d.size = LFS3_DATA_ONDISK | LFS3_BPTR_ISBPTR | data.size;
bptr->d.u.disk.block = data.u.disk.block;
bptr->d.u.disk.off = data.u.disk.off;
bptr->d.size = LFS3_DATA_ONDISK | LFS3_BPTR_ISBPTR | size;
bptr->d.u.disk.block = block;
bptr->d.u.disk.off = off;
#ifdef LFS3_CKDATACKSUMS
bptr->d.u.disk.cksize = cksize;
bptr->d.u.disk.cksum = cksum;
@@ -2275,7 +2281,7 @@ static inline uint32_t lfs3_bptr_cksum(const lfs3_bptr_t *bptr) {
// slice a bptr in-place
static inline void lfs3_bptr_slice(lfs3_bptr_t *bptr,
lfs3_ssize_t off, lfs3_ssize_t size) {
bptr->d = lfs3_data_slice(bptr->d, off, size);
lfs3_data_slice(&bptr->d, off, size);
}
// bptr on-disk encoding
@@ -2283,7 +2289,7 @@ static inline void lfs3_bptr_slice(lfs3_bptr_t *bptr,
static lfs3_data_t lfs3_data_frombptr(const lfs3_bptr_t *bptr,
uint8_t buffer[static LFS3_BPTR_DSIZE]) {
// size should not exceed 28-bits
LFS3_ASSERT(lfs3_data_size(bptr->d) <= 0x0fffffff);
LFS3_ASSERT(lfs3_bptr_size(bptr) <= 0x0fffffff);
// block should not exceed 31-bits
LFS3_ASSERT(lfs3_bptr_block(bptr) <= 0x7fffffff);
// off should not exceed 28-bits
@@ -2293,7 +2299,7 @@ static lfs3_data_t lfs3_data_frombptr(const lfs3_bptr_t *bptr,
lfs3_ssize_t d = 0;
// write the block, offset, size
lfs3_ssize_t d_ = lfs3_toleb128(lfs3_data_size(bptr->d), &buffer[d], 4);
lfs3_ssize_t d_ = lfs3_toleb128(lfs3_bptr_size(bptr), &buffer[d], 4);
if (d_ < 0) {
LFS3_UNREACHABLE();
}
@@ -2375,10 +2381,9 @@ static int lfs3_bptr_alloc(lfs3_t *lfs3, lfs3_bptr_t *bptr) {
}
lfs3_bptr_init(bptr,
LFS3_DATA_DISK(block, 0, 0),
block, 0, 0,
// mark as erased
LFS3_BPTR_ISERASED | 0,
0);
LFS3_BPTR_ISERASED | 0, 0);
return 0;
}
#endif
@@ -3351,13 +3356,13 @@ static int lfs3_rbyd_appendrattr_(lfs3_t *lfs3, lfs3_rbyd_t *rbyd,
// immediate data?
} else if (from == LFS3_FROM_DATA) {
ctx.u.data.size = args[0];
if (!lfs3_data_ondisk(ctx.u.data)) {
if (!(ctx.u.data.size & LFS3_DATA_ONDISK)) {
ctx.u.data.u.buffer = (const uint8_t*)args[1];
} else {
ctx.u.data.u.disk.block = args[1];
ctx.u.data.u.disk.off = args[2];
#ifdef LFS3_CKDATACKSUMS
if (lfs3_data_isbptr(ctx.u.data)) {
if (!(ctx.u.data.size & LFS3_DATA_ISBPTR)) {
ctx.u.data.u.disk.cksize = args[3];
ctx.u.data.u.disk.cksum = args[4];
}
@@ -3470,7 +3475,7 @@ static int lfs3_rbyd_appendrattr_(lfs3_t *lfs3, lfs3_rbyd_t *rbyd,
// find the concatenated size
lfs3_size_t size = 0;
for (lfs3_size_t i = 0; i < data_count; i++) {
size += lfs3_data_size(datas[i]);
size += lfs3_data_size(&datas[i]);
}
// do we fit?
@@ -3489,13 +3494,13 @@ static int lfs3_rbyd_appendrattr_(lfs3_t *lfs3, lfs3_rbyd_t *rbyd,
// append data
for (lfs3_size_t i = 0; i < data_count; i++) {
err = lfs3_bd_progdata(lfs3,
rbyd->blocks[0], lfs3_rbyd_eoff(rbyd), datas[i],
rbyd->blocks[0], lfs3_rbyd_eoff(rbyd), &datas[i],
&rbyd->cksum);
if (err) {
return err;
}
rbyd->eoff += lfs3_data_size(datas[i]);
rbyd->eoff += lfs3_data_size(&datas[i]);
}
// keep track of most recent parity
@@ -4559,7 +4564,7 @@ static lfs3_ssize_t lfs3_rbyd_estimate(lfs3_t *lfs3, const lfs3_rbyd_t *rbyd,
weight += weight_;
// include the cost of this tag
dsize_ += lfs3->rattr_estimate + lfs3_data_size(data);
dsize_ += lfs3->rattr_estimate + lfs3_data_size(&data);
}
if (a_rid == -1) {
@@ -4891,7 +4896,7 @@ static lfs3_scmp_t lfs3_rbyd_namelookup(lfs3_t *lfs3, const lfs3_rbyd_t *rbyd,
// compare names
} else {
cmp = lfs3_data_namecmp(lfs3, data__, did, name, name_len);
cmp = lfs3_data_namecmp(lfs3, &data__, did, name, name_len);
if (cmp < 0) {
return cmp;
}
@@ -5161,7 +5166,7 @@ static lfs3_data_t lfs3_data_frombtree(const lfs3_btree_t *btree,
d += d_;
lfs3_data_t data = lfs3_data_frombranch(&btree->r, &buffer[d]);
d += lfs3_data_size(data);
d += lfs3_data_size(&data);
return LFS3_DATA_BUF(buffer, d);
}
@@ -6800,7 +6805,7 @@ static int lfs3_bshrub_commitroot_(lfs3_t *lfs3, lfs3_bshrub_t *bshrub,
const lfs3_data_t *datas
= (const lfs3_data_t*)lfs3_rattr_arg(r, 0);
for (lfs3_size_t j = 0; j < lfs3_rattr_count(r); j++) {
commit_estimate += lfs3_data_size(datas[j]);
commit_estimate += lfs3_data_size(&datas[j]);
}
} else {
commit_estimate += lfs3_rattr_count(r);
@@ -8591,7 +8596,7 @@ static lfs3_ssize_t lfs3_mdir_estimate___(lfs3_t *lfs3, const lfs3_mdir_t *mdir,
} else {
// include the cost of this tag
dsize_ += lfs3->mattr_estimate + lfs3_data_size(data);
dsize_ += lfs3->mattr_estimate + lfs3_data_size(&data);
}
}
@@ -10486,7 +10491,7 @@ static lfs3_data_t lfs3_data_fromgbmap(const lfs3_gbmap_t *gbmap,
d += d_;
lfs3_data_t data = lfs3_data_frombranch(&gbmap->b.r, &buffer[d]);
d += lfs3_data_size(data);
d += lfs3_data_size(&data);
return LFS3_DATA_BUF(buffer, lfs3_memlen(buffer, LFS3_GBMAP_DSIZE));
}
@@ -11736,7 +11741,7 @@ static int lfs3_stat_(lfs3_t *lfs3, const lfs3_mdir_t *mdir,
info->type = lfs3_tag_subtype(tag);
// read the file name
LFS3_ASSERT(lfs3_data_size(name) <= LFS3_NAME_MAX);
LFS3_ASSERT(lfs3_data_size(&name) <= LFS3_NAME_MAX);
lfs3_ssize_t name_len = lfs3_data_read(lfs3, &name,
info->name, LFS3_NAME_MAX);
if (name_len < 0) {
@@ -12072,7 +12077,7 @@ lfs3_ssize_t lfs3_sizeattr(lfs3_t *lfs3, const char *path, uint8_t type) {
}
// return the attr size
return lfs3_data_size(data);
return lfs3_data_size(&data);
}
#ifndef LFS3_RDONLY
@@ -12634,10 +12639,10 @@ static lfs3_ssize_t lfs3_file_readnext(lfs3_t *lfs3, lfs3_file_t *file,
size,
lfs3_bptr_size(&file->leaf.bptr)
- (pos_ - file->leaf.pos));
lfs3_data_t slice = lfs3_data_slice(file->leaf.bptr.d,
pos_ - file->leaf.pos,
d);
d = lfs3_data_read(lfs3, &slice,
d = lfs3_data_read(lfs3,
&LFS3_DATA_SLICE(&file->leaf.bptr.d,
pos_ - file->leaf.pos,
d),
buffer, d);
if (d < 0) {
return d;
@@ -12966,7 +12971,7 @@ static int lfs3_file_graft_(lfs3_t *lfs3, lfs3_file_t *file,
if (weight + delta > 0) {
lfs3_size_t dsize = 0;
for (lfs3_size_t i = 0; i < lfs3_graft_count(graft_count); i++) {
dsize += lfs3_data_size(graft[i]);
dsize += lfs3_data_size(&graft[i]);
}
// can we coalesce a hole?
@@ -13181,7 +13186,7 @@ static int lfs3_file_crystallize_(lfs3_t *lfs3, lfs3_file_t *file,
lfs3_bptr_size(&file->leaf.bptr)
- (pos_ - file->leaf.pos));
int err = lfs3_bd_progdata(lfs3, block_, pos_ - block_pos,
lfs3_data_slice(file->leaf.bptr.d,
&LFS3_DATA_SLICE(&file->leaf.bptr.d,
pos_ - file->leaf.pos,
d_),
&lfs3->pcksum);
@@ -13247,7 +13252,7 @@ static int lfs3_file_crystallize_(lfs3_t *lfs3, lfs3_file_t *file,
lfs3_bptr_size(&bptr__)
- (pos_ - (bid__-(weight__-1))));
err = lfs3_bd_progdata(lfs3, block_, pos_ - block_pos,
lfs3_data_slice(bptr__.d,
&LFS3_DATA_SLICE(&bptr__.d,
pos_ - (bid__-(weight__-1)),
d_),
&lfs3->pcksum);
@@ -13332,7 +13337,7 @@ static int lfs3_file_crystallize_(lfs3_t *lfs3, lfs3_file_t *file,
file->leaf.pos = block_pos + off_;
file->leaf.weight = pos_ - file->leaf.pos;
lfs3_bptr_init(&file->leaf.bptr,
LFS3_DATA_DISK(block_, off_, pos_ - file->leaf.pos),
block_, off_, pos_ - file->leaf.pos,
// mark as erased, unless crystal_thresh prevented
// prog alignment
(((pos_ - block_pos) % lfs3->cfg->prog_size == 0)
@@ -13734,7 +13739,7 @@ fragment:;
if (bid-(weight-1) + lfs3_bptr_size(&bptr) >= fragment_start
&& fragment_end - (bid-(weight-1))
<= lfs3->cfg->fragment_size) {
datas[data_count++] = lfs3_data_slice(bptr.d,
datas[data_count++] = lfs3_data_fromslice(&bptr.d,
-1,
fragment_start - (bid-(weight-1)));
@@ -13769,7 +13774,7 @@ fragment:;
&& bid-(weight-1) + lfs3_bptr_size(&bptr)
- fragment_start
<= lfs3->cfg->fragment_size) {
datas[data_count++] = lfs3_data_slice(bptr.d,
datas[data_count++] = lfs3_data_fromslice(&bptr.d,
fragment_end - (bid-(weight-1)),
-1);
@@ -15161,7 +15166,7 @@ static int lfs3_data_readcompat(lfs3_t *lfs3, lfs3_data_t *data,
// this is a compromise in correctness and and compat-flag complexity
//
// we don't really care about performance here
while (lfs3_data_size(*data) > 0) {
while (lfs3_data_size(data) > 0) {
uint8_t b;
lfs3_ssize_t d = lfs3_data_read(lfs3, data, &b, 1);
if (d < 0) {
@@ -15489,7 +15494,7 @@ static int lfs3_mountinited(lfs3_t *lfs3) {
}
// treat corrupted magic as no magic
lfs3_scmp_t cmp = lfs3_data_cmp(lfs3, data_, "littlefs", 8);
lfs3_scmp_t cmp = lfs3_data_cmp(lfs3, &data_, "littlefs", 8);
if (cmp < 0) {
return cmp;
}
tests/test_btree.toml
+2 -2
View File
@@ -4507,7 +4507,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
} else {
// well this shouldn't happen
@@ -4665,7 +4665,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
} else {
// well this shouldn't happen
tests/test_fwrite.toml
+10 -10
View File
@@ -213,7 +213,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// keep track of how many fragments we've seen
fragments += 1;
@@ -361,7 +361,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// if block crystallization is working we shouldn't be
// left with any inlined data fragments
@@ -627,7 +627,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// keep track of how many fragments we've seen
fragments += 1;
@@ -790,7 +790,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// if block crystallization is working we shouldn't be
// left with any inlined data fragments
@@ -2118,7 +2118,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// keep track of how many fragments we've seen
fragments += 1;
@@ -2270,7 +2270,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// keep track of how many fragments we've seen
fragments += 1;
@@ -2569,7 +2569,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// keep track of how many fragments we've seen
fragments += 1;
@@ -2736,7 +2736,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// if block crystallization is working we shouldn't be
// left with any inlined data fragments
@@ -3029,7 +3029,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// keep track of how many fragments we've seen
fragments += 1;
@@ -3200,7 +3200,7 @@ code = '''
bid,
tag,
weight,
lfs3_data_size(data));
lfs3_data_size(&data));
// if block crystallization is working we shouldn't be
// left with any inlined data fragments
tests/test_rbyd.toml
+545 -545
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