static void sdb_restore_file_cells( sdb_table_t *tbl) {
struct sdb_read_ctx_t rctx;
struct bsd_data_t bsd;
int nread;
sdb_read_init( & rctx, tbl);
while( (nread = sdb_read_data( & rctx, & bsd, 1)) > 0) {
// restore data analysis
switch( bsd.kind) {
case BSD_INT: sdb_analyze_integer(tbl, bsd.content.i); break;
case BSD_DOUBLE: sdb_analyze_noninteger(tbl, 1); break;
default: sdb_analyze_noninteger(tbl, 0); break;
}
tbl->nwrittenbytes += nread;
tbl->nwrittenobjects ++;
}
// printf( "exited with code %d, found %d objects encoded in %d bytes\n",
// nread, tbl->nwrittenobjects, tbl->nwrittenbytes);
sdb_read_close( & rctx);
}
int sdb_raw( sdb_table_t *tbl, unsigned const char *serialized_cell, int length) {
int r;
if( tbl->state != SDB_ST_READING) return SDB_EBADSTATE;
if( tbl->maxwrittenobjects &&
tbl->maxwrittenobjects >= tbl->nwrittenobjects)
return SDB_EFULL;
sdb_untrim( tbl);
sdb_analyze_noninteger(tbl, 0);
r = sdb_bss_writer( serialized_cell, length, tbl);
if( r<0) { return 0; }
else if( r != length) { return SDB_EINTERNAL; }
else { tbl->nwrittenobjects++; return SDB_EOK; }
}
// special case to handle 4 byte forced packing
int sdb_double( sdb_table_t *tbl, double d) {
int r;
if( tbl->state != SDB_ST_READING) return SDB_EBADSTATE;
if( tbl->maxwrittenobjects &&
tbl->maxwrittenobjects >= tbl->nwrittenobjects)
return SDB_EFULL;
sdb_untrim( tbl);
if( tbl->columns[tbl->nwrittenobjects % tbl->ncolumns].serialization_method & SDB_SM_4_BYTES_FLOATS) {
d = (double) (float) d;
}
sdb_analyze_noninteger(tbl, 1);
r = bss_double(tbl->bss_ctx, d);
if( r) {
return r;
} else {
tbl->nwrittenobjects++;
return SDB_EOK;
}
}
