Cacti/core — English @ Cacti Translations

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4314 lib/utility.php:1248

	English If your tables have very large indexes, you must operate with the Barracuda innodb_file_format and the innodb_large_prefix equal to 1. Failure to do this may result in plugins that can not properly create tables. 213/10000 · 213 Needs editing
4315 lib/utility.php:1254

	English InnoDB will hold as much tables and indexes in system memory as is possible. Therefore, you should make the innodb_buffer_pool large enough to hold as much of the tables and index in memory. Checking the size of the /var/lib/mysql/cacti directory will help in determining this value. We are recommending 25%% of your systems total memory, but your requirements will vary depending on your systems size. If you database is very large or remote, you can consider increasing this size. If remote, it can by as high as 80% of the systems memory. However, cautions must be taken to reduce the swappiness of the system, or to remove swap to keep the system from swapping. 671/10000 · 671 Needs editing
4316 lib/utility.php:1260

	English This settings should remain ON unless your Cacti instances is running on either ZFS or FusionI/O which both have internal journaling to accommodate abrupt system crashes. However, if you have very good power, and your systems rarely go down and you have backups, turning this setting to OFF can net you almost a 50% increase in database performance. 350/10000 · 350 Needs editing
4317 lib/utility.php:1265

	English This is where metadata is stored. If you had a lot of tables, it would be useful to increase this. 98/10000 · 98 Needs editing
4318 lib/utility.php:1270

	English Rogue queries should not for the database to go offline to others. Kill these queries before they kill your system. 116/10000 · 116 Needs editing
4319 lib/utility.php:1275

	English Maximum I/O performance happens when you use the O_DIRECT method to flush pages. 80/10000 · 80 Needs editing
4320 lib/utility.php:1285

	English Setting this value to 2 means that you will flush all transactions every second rather than at commit. This allows %s to perform writing less often. 149/10000 · 149 Needs editing
4321 lib/utility.php:1290

	English With modern SSD type storage, having multiple io threads is advantageous for applications with high io characteristics. 119/10000 · 119 Needs editing
4322 lib/utility.php:1298 • lib/utility.php:1340

	English As of %s %s, the you can control how often %s flushes transactions to disk. The default is 1 second, but in high I/O systems setting to a value greater than 1 can allow disk I/O to be more sequential 200/10000 · 200 Needs editing
4323 lib/utility.php:1303

	English With modern SSD type storage, having multiple read io threads is advantageous for applications with high io characteristics. Depending on your MariaDB/MySQL versions, this value can go as high as 64. But try to keep the number less than your total SMT threads on the database server. 285/10000 · 285 Needs editing
4324 lib/utility.php:1308

	English With modern SSD type storage, having multiple write io threads is advantageous for applications with high io characteristics. Depending on your MariaDB/MySQL versions, this value can go as high as 64. But try to keep the number less than your total SMT threads on the database server. 286/10000 · 286 Needs editing
4325 lib/utility.php:1314

	English %s will divide the innodb_buffer_pool into memory regions to improve performance for versions of MariaDB less than 10.5. The max value is 64, but should not exceed more than the number of CPU cores/threads. When your innodb_buffer_pool is less than 1GB, you should use the pool size divided by 128MB. Continue to use this equation up to the max the number of CPU cores or 64. 378/10000 · 378 Needs editing
4326 lib/utility.php:1314

	English %s will divide the innodb_buffer_pool into memory regions to improve performance for versions of MySQL upto and including MySQL 8.0. The max value is 64, but should not exceed more than the number of CPU cores/threads. When your innodb_buffer_pool is less than 1GB, you should use the pool size divided by 128MB. Continue to use this equation up to the max of the number of CPU cores or 64. 393/10000 · 393 Needs editing
4327 lib/utility.php:1320 • lib/utility.php:1356

	English If you have SSD disks, use this suggestion. If you have physical hard drives, use 200 * the number of active drives in the array. If using NVMe or PCIe Flash, much larger numbers as high as 100000 can be used. 211/10000 · 211 Needs editing
4328 lib/utility.php:1326 • lib/utility.php:1362

	English If you have SSD disks, use this suggestion. If you have physical hard drives, use 2000 * the number of active drives in the array. If using NVMe or PCIe Flash, much larger numbers as high as 200000 can be used. 212/10000 · 212 Needs editing
4329 lib/utility.php:1332 • lib/utility.php:1368

	English If you have SSD disks, use this suggestion. Otherwise, do not set this setting. 79/10000 · 79 Needs editing
4330 lib/utility.php:1345

	English With modern SSD type storage, having multiple read io threads is advantageous for applications with high io characteristics. 124/10000 · 124 Needs editing
4331 lib/utility.php:1350

	English With modern SSD type storage, having multiple write io threads is advantageous for applications with high io characteristics. 125/10000 · 125 Needs editing
4332 lib/utility.php:1381

	English When using MariaDB 10.2.4 and above, this setting should be off if atomic writes are enabled. Therefore, please enable atomic writes instead of the double write buffer as it will increase performance. 201/10000 · 201 Needs editing
4333 lib/utility.php:1388

	English When using MariaDB 10.2.4 and above, you can use atomic writes over the doublewrite buffer to increase performance. 115/10000 · 115 Needs editing

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