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Max (velocity value set always on 127) F0 00 20 6B 02 05 03 03 F7įor aftertouch I successfully tested 4 messages: Google is your friend in both cases.ġ) Prepare the files with Hex Fiend (just copy & paste each message below in Hex Fiend window and save it on your HD as syx file)Ģ) Load the syx files into Sysex Librarianģ) Double click to send a message (or single click the message and then click the play button in the UI of Sysex Librarian)įor velocity I successfully tested 4 messages: I use "Hex Fiend" to prepare syx files containing the proper message and "Sysex Librarian" to send the messages to my keyboard.īoth programs are only for OSX, but Win users should be able to find similar alternatives. There's no transaction with the above hex in my SHOW ENGINE INNODB STATUS : $ egrep -i '8f5340|814f42|8fb862' innodb.I would like to share how I set velocity and aftertouch curves of my Arturia Analog Factory Keyboard (32 keys), step by step. PS: I've tried all of the above hex-dumped (both in hex and decimal) PS: innotop shows the empty result about InnoDB Locks: _ InnoDB Locks _ĬXN ID Type Waiting Wait Active Mode DB Table Index Ins Intent Special
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Pages read ahead 0.00/s, evicted without access 0.00/sĪs you can see, I have a lot of pages free (704307). Pending writes: LRU 0, flush list 0, single page 0 Total memory allocated 21978152960 in additional pool allocated 0 If your InnoDB buffer pool is not large enough, you may not haveĮnough resource for defining as many row locks as needed.
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I wrote a recent post about how 44KB is needed to lock 100,000 rowsġ1457529 row lock(s) just take over. PS: I've tried all of the above hex-dumped (both in hex and decimal) but no luck. This article doesn't explain enough details about the hex. Which one can be used to determine the transaction that holds the lock? Moreover, I see the transaction number is already in hexadecimal (ex: 20532EE8) But as you can see, there are a few hex-dumped here. SET A.`ctr` = B.CTR WHERE A.`bannerid` = B.bannerid AND A.`zoneid` = B.zoneidĪccording to the above article, TRANSACTION 20532F16 is waiting for a lock. WHERE A.`revenue_type` = 5 AND C.`dt` BETWEEN DATE_SUB( NAME_CONST('_currdate',_latin1'' COLLATE 'latin1_swedish_ci'),INTERVAL 1 DAY) AND NAME_CONST('_currdate',_latin1'' COLLATE 'latin1_swedish_ci') AND C.totalview >0 AND A.isExpired NOT IN (1,2)ĪND A.deleted = 0 AND B.deleted = 0 AND CURRENT_DATE BETWEEN B.`activate` AND B.`expire` AND A.status = 1 AND B.status = 1 AND C.`realclick` > 0 INNER JOIN `v3_zone_date` C ON C.`campaignid` = B.`campaignid` AND B.`bannerid` = C.bannerid INNER JOIN `ox_banners` B ON B.`campaignid`= A.`campaignid`
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Info: UPDATE `selfserving_banner_zone` A,( SELECT B.`bannerid`,C.`zoneid`,ROUND(SUM(C.`realclick`)*100/SUM(C.`totalview`),5) CTR
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The query is cut off apart so I get it from the SHOW FULL PROCESSLIST output: *************************** 18. MySQL thread id 97447, query id 81504647 event_scheduler Copying to tmp table TRANSACTION 20532EE8, ACTIVE 437 sec fetching rows, thread declared inside InnoDB 236Ģ4944 lock struct(s), heap size 3586488, 11457529 row lock(s) Record lock, heap no 2 PHYSICAL RECORD: n_fields 13 compact format info bits 0ģ: len 3 hex 8f5340 asc len 2 hex 83d4 asc RECORD LOCKS space id 482988 page no 6 n bits 360 index `GEN_CLUST_INDEX` of table `reportingdb`.`v3_zone_date` /* Partition `pcurrent_201232` */ trx id 20532F16 lock_mode X waiting TRX HAS BEEN WAITING 8 SEC FOR THIS LOCK TO BE GRANTED: WHERE `dt` = NAME_CONST('_currDate',_latin1'' COLLATE 'latin1_swedish_ci') LOCK WAIT 2 lock struct(s), heap size 1248, 1 row lock(s) I would like to supply a snippet of the SHOW ENGINE INNODB STATUS: -TRANSACTION 20532F16, ACTIVE 386 sec starting index read Jørgensen writes on 2008 so I'm consfusing it is in effect. I've been reading the Diagnosing MySQL InnoDB Locks article.