[redis.git] / TODO

BEFORE REDIS 1.0.0-rc1

 * Cover most of the source code with test-redis.tcl

AFTER 1.0 stable release

 * Add a command to inspect the currently selected DB index
 * Consistent hashing implemented in all the client libraries having an user base
 * SORT: Don't copy the list into a vector when BY argument is constant.
 * SORT ... STORE keyname. Instead to return the SORTed data set it into key.
 * Profiling and optimization in order to limit the CPU usage at minimum
 * Write the hash table size of every db in the dump, so that Redis can resize the hash table just one time when loading a big DB.
 * Elapsed time in logs for SAVE when saving is going to take more than 2 seconds
 * LOCK / TRYLOCK / UNLOCK as described many times in the google group
 * Replication automated tests
 * some kind of sorted type, example:
        ZADD mykey foo 100
        ZADD mykey bar 50
   ZRANGE mykey 0 1 => bar foo
   This is able to take elements sorted because a binary tree is used to store
   the elements by 'score', with the actual value being the key. On the other
   side the type also takes an hash table with key->score mapping, so that when
   there is an update we lookup the current score and can traverse the tree.
 * BITMAP type
 * LRANGE 4 0 should return the same elements as LRANGE 0 4 but in reverse order (only if we get enough motivated requests about it)
 * zmalloc() should avoid to add a private header for archs where there is some other kind of libc-specific way to get the size of a malloced block.

FUTURE HINTS

- In memory compression: if in-memory values compression will be implemented, make sure to implement this so that addReply() is able to handle compressed objects, just creating an uncompressed version on the fly and adding this to the output queue instead of the original one. When insetad we need to look at the object string value (SORT BY for example), call a function that will turn the object into an uncompresed one.
Commit	Line	Data
0c66a471	1	BEFORE REDIS 1.0.0-rc1
0c66a471	2
391b4a60	3	* Cover most of the source code with test-redis.tcl
0c66a471	4
f2923bec	5	AFTER 1.0 stable release
f2923bec	6
a3b21203	7	* Add a command to inspect the currently selected DB index
391b4a60	8	* Consistent hashing implemented in all the client libraries having an user base
d214bb48	9	* SORT: Don't copy the list into a vector when BY argument is constant.
d214bb48	10	* SORT ... STORE keyname. Instead to return the SORTed data set it into key.
391b4a60	11	* Profiling and optimization in order to limit the CPU usage at minimum
	12	* Write the hash table size of every db in the dump, so that Redis can resize the hash table just one time when loading a big DB.
	13	* Elapsed time in logs for SAVE when saving is going to take more than 2 seconds
	14	* LOCK / TRYLOCK / UNLOCK as described many times in the google group
	15	* Replication automated tests
a56785f7	16	* some kind of sorted type, example:
	17	ZADD mykey foo 100
	18	ZADD mykey bar 50
	19	ZRANGE mykey 0 1 => bar foo
	20	This is able to take elements sorted because a binary tree is used to store
	21	the elements by 'score', with the actual value being the key. On the other
	22	side the type also takes an hash table with key->score mapping, so that when
	23	there is an update we lookup the current score and can traverse the tree.
	24	* BITMAP type
ec93bba3	25	* LRANGE 4 0 should return the same elements as LRANGE 0 4 but in reverse order (only if we get enough motivated requests about it)
ec93bba3	26	* zmalloc() should avoid to add a private header for archs where there is some other kind of libc-specific way to get the size of a malloced block.
f2923bec	27
0c66a471	28	FUTURE HINTS
0c66a471	29
f2923bec	30	- In memory compression: if in-memory values compression will be implemented, make sure to implement this so that addReply() is able to handle compressed objects, just creating an uncompressed version on the fly and adding this to the output queue instead of the original one. When insetad we need to look at the object string value (SORT BY for example), call a function that will turn the object into an uncompresed one.