refactor: use rocksdb_wrapper to reimplement check_and_mutate

[levy5307]

What problem does this PR solve?

use rocksdb_wrapper to reimplement check_and_mutate

Check List

Tests

There are a lot of function tests in test_check_and_mutate.cpp.

• Manual test (add detailed scripts or steps below)

>>> use temp
OK
>>> exist a b 
False

app_id          : 2
partition_index : 4
server          : 10.232.55.210:34803
>>> check_and_mutate a -c b -t exist -r
Load mutations, like
  set <sort_key> <value> [ttl]
  del <sort_key>
Print "ok" to finish loading, "abort" to abort this command
>>> set b1 c1
LOAD: set sortkey "b1", value "c1", ttl 0
>>> set b2 c2
LOAD: set sortkey "b2", value "c2", ttl 0
>>> ok
INFO: load mutations done.

hash_key: "a"
check_sort_key: "b"
check_type: exist
return_check_value: true
mutations:
  mutation[0].type: SET
  mutation[0].sort_key: "b1"
  mutation[0].value: "c1"
  mutation[0].expire_seconds: 0
  mutation[1].type: SET
  mutation[1].sort_key: "b2"
  mutation[1].value: "c2"
  mutation[1].expire_seconds: 0

Mutate failed, because check not passed.

Check value not exist.

app_id          : 2
partition_index : 4
decree          : 9
server          : 10.232.55.210:34803
>>> get a b1
Not found

app_id          : 2
partition_index : 4
server          : 10.232.55.210:34803
>>> get a b2
Not found

app_id          : 2
partition_index : 4
server          : 10.232.55.210:34803
>>> set a b c
OK

app_id          : 2
partition_index : 4
decree          : 14
server          : 10.232.55.210:34803
>>> check_and_mutate a -c b -t exist -r
Load mutations, like
  set <sort_key> <value> [ttl]
  del <sort_key>
Print "ok" to finish loading, "abort" to abort this command
>>> set b1 c1
LOAD: set sortkey "b1", value "c1", ttl 0
>>> set b2 c2
LOAD: set sortkey "b2", value "c2", ttl 0
>>> ok
INFO: load mutations done.

hash_key: "a"
check_sort_key: "b"
check_type: exist
return_check_value: true
mutations:
  mutation[0].type: SET
  mutation[0].sort_key: "b1"
  mutation[0].value: "c1"
  mutation[0].expire_seconds: 0
  mutation[1].type: SET
  mutation[1].sort_key: "b2"
  mutation[1].value: "c2"
  mutation[1].expire_seconds: 0

Mutate succeed.

Check value: "c"

app_id          : 2
partition_index : 4
decree          : 18
server          : 10.232.55.210:34803
>>> get a b1
"c1"

app_id          : 2
partition_index : 4
server          : 10.232.55.210:34803
>>> get a b2
"c2"

app_id          : 2
partition_index : 4
server          : 10.232.55.210:34803
>>>  set a b c 1
OK

app_id          : 2
partition_index : 4
decree          : 21
server          : 10.232.55.210:34803
>>> check_and_mutate a -c b -t exist -r
Load mutations, like
  set <sort_key> <value> [ttl]
  del <sort_key>
Print "ok" to finish loading, "abort" to abort this command
>>>  set b3 c3
LOAD: set sortkey "b3", value "c3", ttl 0
>>> ok
INFO: load mutations done.

hash_key: "a"
check_sort_key: "b"
check_type: exist
return_check_value: true
mutations:
  mutation[0].type: SET
  mutation[0].sort_key: "b3"
  mutation[0].value: "c3"
  mutation[0].expire_seconds: 0

Mutate failed, because check not passed.

Check value not exist.

app_id          : 2
partition_index : 4
decree          : 24
server          : 10.232.55.210:34803
>>> exist a b3
False

app_id          : 2
partition_index : 4
server          : 10.232.55.210:34803
>>> check_and_mutate a -c b -t not_exist -r
Load mutations, like
  set <sort_key> <value> [ttl]
  del <sort_key>
Print "ok" to finish loading, "abort" to abort this command
>>> set b3 c3
LOAD: set sortkey "b3", value "c3", ttl 0
>>> ok
INFO: load mutations done.

hash_key: "a"
check_sort_key: "b"
check_type: not_exist
return_check_value: true
mutations:
  mutation[0].type: SET
  mutation[0].sort_key: "b3"
  mutation[0].value: "c3"
  mutation[0].expire_seconds: 0

Mutate succeed.

Check value not exist.

app_id          : 2
partition_index : 4
decree          : 28
server          : 10.232.55.210:34803
>>> get a b3
"c3"

app_id          : 2
partition_index : 4
server          : 10.232.55.210:34803