Error Rescheduling
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Cassandra Setup Task Failed With Error, Rescheduling
of this site About Us Learn more about Stack Overflow the company cassandrarolemanager skipped default role setup: some nodes were not ready Business Learn more about hiring developers or posting ads with us Stack Overflow Questions Jobs Documentation Tags Users Badges Ask Question x Dismiss Join the Stack Overflow Community Stack Overflow is a community of 4.7 million programmers, just like you, helping each other. Join them; it only takes a minute: Sign up Cassandra Nodes DN - Simple 2 Node Cluster Configuration Fail up vote 2 down vote favorite I created a 2 node data-center, cluster. This took quite a bit of work because of some confusing and out of date documentation. My problem is now, when I use the nodetool status command the remote machine's state is DN or Down Normal. From my understanding the state should be UN or Up Normal. Also, what is interesting, what is interesting is that I receive this constant server output: WARN 17:31:51 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:31:51 Setup task failed with error, rescheduling WARN 17:32:01 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:32:01 Setup task failed with error, rescheduling WARN 17:32:11 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:32:11 Setup task failed with error, rescheduling WARN 17:32:21 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:32:21 Setup task failed with error, rescheduling WARN 17:32:31 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:32:31 Setup task failed with error, rescheduling WARN 17:32:41 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:32:41 Setup task failed with error, rescheduling WARN 17:32:51 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:32:51 Setup task failed with error, rescheduling WARN 17:33:01 CassandraRoleManager skipped default role setup: some nodes were not ready INFO 17:33:01 Setup task fail
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Community team. Close Getting Started Store Skip to content Skip to breadcrumbs Skip to header https://wiki.scn.sap.com/wiki/display/SI/System+log+--+Error+rescheduling+a+periodic+job menu Skip to action menu Skip to quick search Spaces Browse Pages Labels Space Operations Quick Search Help Online Help Keyboard Shortcuts Feed Builder https://books.google.com/books?id=DYX5AVBYwKgC&pg=PA137&lpg=PA137&dq=error+rescheduling&source=bl&ots=w9MXJJg-eh&sig=h7NmFhoQELlyBDgZ57TZkIa0k0I&hl=en&sa=X&ved=0ahUKEwi5kaHJ5dLPAhUI94MKHbsbDMAQ6AEIVTAJ What’s new About Confluence Attachments (1) Page History Restrictions Page Information Link to this Page… View in Hierarchy View Source Export to PDF error rescheduling Export to Word Application Server Infrastructure SAP Background Processing System SAP Background Processing System log -- Error rescheduling a periodic job Skip to end of metadata Created by Feng Shi, last modified on Feb 19, 2016 Go to start of metadata The system log contains the cassandra setup task following message: ECA, EBC, EBC or EAS, EBC, EJK or the individual message EAC. For example:SM21 Screenshot: However, the jobs seem finish correctly without any problem. Root Cause && Solution: This kind of issue would be happened if there are inconsistencies in the database (DB) tables of background processing.Normally, the inconsistencies would not happen during normal operation. this kind of (DB) tables inconsistencies usually caused due to System Copy. You can execute SM65 to perform the table consistency checking and remove the consistencies to solve this kind of problem.Refer to FAQ - SM65 to get more detail information about SM65.For more info, please refer to 1665121 - Meaning of system log messages ECA, EBC, EAS SAP Note. tsg_lst_pg Overview Content Tools Add-ons Pages Labels Space Operations Follow SCN Contact Us SAP Help Portal Privacy Terms of Use Legal Disclosure Copyright
von GoogleAnmeldenAusgeblendete FelderBooksbooks.google.de - This dissertation also quantitatively demonstrates through detailed modeling that the raw soft error rate, especially that of combinational logic, will increase substantially at future technologies. This emphasizes the need for innovative solutions that extend soft error protection to latches, and combinational...https://books.google.de/books/about/Techniques_to_Improve_the_Hard_and_Soft.html?hl=de&id=DYX5AVBYwKgC&utm_source=gb-gplus-shareTechniques to Improve the Hard and Soft Error Reliability of Distributed ArchitecturesMeine BücherHilfeErweiterte BuchsucheDruckversionKein E-Book verfügbarProQuestIn Bücherei suchenAlle Händler»Stöbere bei Google Play nach Büchern.Stöbere im größten eBookstore der Welt und lies noch heute im Web, auf deinem Tablet, Telefon oder E-Reader.Weiter zu Google Play »Techniques to Improve the Hard and Soft Error Reliability of Distributed ArchitecturesProQuest, 2007 - 282 Seiten 0 Rezensionenhttps://books.google.de/books/about/Techniques_to_Improve_the_Hard_and_Soft.html?hl=de&id=DYX5AVBYwKgCThis dissertation also quantitatively demonstrates through detailed modeling that the raw soft error rate, especially that of combinational logic, will increase substantially at future technologies. This emphasizes the need for innovative solutions that extend soft error protection to latches, and combinational logic, while appropriately balancing the power consumption, area, and complexity overhead. We propose a new class of better-than-worst-case soft error reliability techniques called AVF throttling, that trade concurrency for reducing the amount of processor state vulnerable to soft errors. Since future architectures must increasingly rely on exploiting concurrency for achieving high performance, they aggressively bring future program state into the processor and mine them for available parallelism, thus increasing the amount of vulnerable state. AVF throttling is based on the key observation that while exploiting concurrency on the critical path can significantly improve performance, the majority of the program has abundant slack and can be deferred to substantially reduce the amount of vulnerable state with negligible effect on the execution time. Our evaluation in the TRIPS architecture shows that around 90% of the vulnerable state is due to slack. We design a hybrid AVF throttling technique that uses the co