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Data Fields | |
| int | count |
| int | hash |
| char | key [_Q_HASHARR_MAX_KEYSIZE] |
| int | keylen |
| unsigned char | keymd5 [16] |
| unsigned char | value [_Q_HASHARR_DEF_VALUESIZE] |
| int | size |
| int | link |
| bool(* | put )(Q_HASHARR *tbl, const char *key, const void *value, int size) |
| bool(* | putStr )(Q_HASHARR *tbl, const char *key, const char *str) |
| bool(* | putInt )(Q_HASHARR *tbl, const char *key, int num) |
| void *(* | get )(Q_HASHARR *tbl, const char *key, int *size) |
| char *(* | getStr )(Q_HASHARR *tbl, const char *key) |
| int(* | getInt )(Q_HASHARR *tbl, const char *key) |
| const char *(* | getNext )(Q_HASHARR *tbl, int *idx) |
| bool(* | remove )(Q_HASHARR *tbl, const char *key) |
| bool(* | truncate )(Q_HASHARR *tbl) |
| bool(* | print )(Q_HASHARR *tbl, FILE *out) |
| int(* | getNum )(Q_HASHARR *tbl) |
| int(* | getMax )(Q_HASHARR *tbl) |
hash collision counter. 0 indicates empty slot, -1 is used for collision resolution, -2 is used for indicating linked block
| int _Q_HASHARR::hash |
key hash. we use qFnv32Hash() to generate hash integer
| char _Q_HASHARR::key[_Q_HASHARR_MAX_KEYSIZE] |
key string, it can be truncated
original key length
| unsigned char _Q_HASHARR::keymd5[16] |
md5 hash of the key
| unsigned char _Q_HASHARR::value[_Q_HASHARR_DEF_VALUESIZE] |
value
| int _Q_HASHARR::size |
value size
| int _Q_HASHARR::link |
next index of the value
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