Diag Info
Hyun Orth
Hi @msplunk33 diag file generally we should not create from a UF. The diag file contains info about the splunk environment for splunk support team to analyse. the UF does not contain all info the support team wanted.
you can open the diag file and it will have info about your splunk configuration. UF's diag - it may not be of much use for ourselves. diag from indexer/SH only will be useful and that too, only splunk support team can utilize them.
Going to System Preferences > Security & Privacy > Privacy > Diagnostics & Usage and unchecking Send diagnostic & usage data to Apple did not work for me. I still get the Little Snitch dialog asking for permission to connect to radarsubmissions.apple.com.
It seems the connection attempt is triggered by a launchd job located at /System/Library/LaunchDaemons/com.apple.DiagnosticReportCleanUp.plist. On Mountain Lion 10.8.4, it's set up to run every day at 11 am. If I clear the Little Snitch rules for the SubmitDiagInfo process and run the following command to start the launchd job sudo launchctl start com.apple.DiagnosticReportCleanUp, the Little Snitch connection dialog pops up.
This seems to be a bug as the DiagnosticReportCleanUp job is not respecting the Privacy setting in System Preferences. I've denied the connection attempt Forever in Little Snitch for now. Hopefully, this gets fixed in OS X 10.9 Mavericks.
I too am seeking an answer to this. Unfortunately using the system preferences Privacy option has no effect (i.e. unchecking the box still allows SubmitDiagInfo to run). similarly, the setting in Console Preferences has no effect.
To summarise, it seems that there is no way to prevent the reports from being sent, as the option to do so is seemingly ignored, and you should consider using tools like LittleSnitch etc to block it instead until this is fixed.
Need wiring diagram for cluster and abs. I am unable to read the cluster with my scanner(snapon triton d10). if I call it a silvarado 3500 I can communicate with the pcm. There are no codes stored there.
I guess I need to apologize, after posting I checked the body builder pdf, it is more in depth on then I thought, sorry for the incorrect post. The beauty of the body builder info is I find more informative and less clutter then some of the genuine service info, this applies to all the vehicles are used for commercial purposes, good luck
Hi Jeff,I was wondering what circuits were not powering up for you. I'm having a problem with my 03 4500 a/c not powering up. I can run power directly to it , but if I try to us the wires that supposed to be used there is no power on them. If you could provide any help that would be great.Thanks,Cathy
The function returns no diagnostic information about the IO-link module, and no error that it wasnt able to communicate with the module, RET_VAL is 0. Im using the function for Analog modules also and that works fine.
Only way now for me to get information if i lost a sensor on the io-link modules is through OB82. The problem with that is if the sensor is unplugged when the system is powered off, OB82 will not trigger when I start up and i don't know that the sensor is missing.
The input parameters to the diag interrupt OB provide you with all the information. It just takes a few network rungs of logic to get the LADDR which gets you the device, and from there, you can get more information specific to that device.
I know it gets me the LADDR, and as long as i get an Interrupt its fine since i got all the information in the interrupt block variables. However its not possible to call the get_diag function at any time with the correct LADDR/HW_ADR on the CM4 IO-Link module, i get no information back from it, just a retval of 0 and empty Diag data.
Note that HadCRUT4 and CRUTEM4 have now been superseded by HadCRUT5 and CRUTEM5 and the graphs have been updated to the new versions. Some archived end-of-year graphs are based on the earlier (now superseded) versions. Click the "more info" links for details about each visualisation, or click the images to obtain a larger image. You are free to use these images provided you attribute them to Tim Osborn (CRU, UEA) and cite the HadCRUT5 or CRUTEM5 references listed below.
Gout is a form of arthritis, hence it causes pain and discomfort in the joints. A typical gout attack is characterized by the sudden onset of severe pain, swelling, warmth, and redness of a joint. The clinical presentation of acute gouty arthritis is not subtle with very few mimics other than a bacterial infection.
The joint most commonly involved in gout is the first metatarsophalangeal joint (the big toe), and is called podagra. Any joint may be involved in a gout attack (and it may be more than one) with the most frequent sites being in the feet, ankles, knees, and elbows.
An acute gout attack will generally reach its peak 12-24 hours after onset, and then will slowly begin to resolve even without treatment. Full recovery from a gout attack (without treatment) takes approximately 7-14 days.
Some patients only experience acute gout attacks which may be limited to 1-2 times per year (or even 1-2 times in lifetime). However, for some patients, gout can be a chronic, relapsing problem with multiple severe attacks that occur at short intervals and without complete resolution of inflammation between attacks. This form of gout, called chronic gout, can cause significant joint destruction and deformity and may be confused with other forms of chronic inflammatory arthritis such as rheumatoid arthritis. Frequently, uric acid tophi (hard, uric acid deposits under the skin) are present and contribute to bone and cartilage destruction. Tophi are diagnostic for chronic tophaceous gout. Tophi can be found around joints, in the olecranon bursa, or at the pinna of the ear. With treatment, tophi can be dissolved and will completely disappear over time.
A diagnosis of gout can be made with the documentation of the presence of uric acid crystals in synovial fluid or from a tophaceous deposit. In the setting of an acute gout attack, aspiration of joint fluid (by using a needle to draw fluid out of the swollen joint) and examination of the fluid under polarized light can yield the definitive diagnostic finding of needle shaped negatively-birefringent uric acid crystals (yellow when parallel to the axis of polarization). Intracellular crystals within a neutrophil are characteristic during an acute attack.
As the clincal features of acute gout and a septic joint (bacterial infection) can be very similar, arthrocentesis is important to rule out infection by sending the joint fluid for culture in these circumstances. Importantly, gout and infection can co-exist in the same joint (they are not mutually exclusive) and consideration should be made for sending joint fluid for culture even in a patient with an established history of gout if they are at risk for infection.
Serum uric acid concentrations may be supportive of a diagnosis of gout, but alone the presence of hyperuricemia or normal uric acid concentrations do not confirm or rule out the diagnosis of gout as frequently uric acid levels may be normal during an acute gout attack.
All information contained within the Johns Hopkins Arthritis Center website is intended for educational purposes only. Physicians and other health care professionals are encouraged to consult other sources and confirm the information contained within this site. Consumers should never disregard medical advice or delay in seeking it because of something they may have read on this website.
A helpful step to avoid load issues when doing captures and packet-diag logging is to always view counter output against the packet filter prior to enabling either a capture or log. You can do this with the command:
Run the above command a few times and look at the pkt_recv rate. Any value above 500 for logging, or above 1000 for a capture could potentially cause load issues on a 5000 series firewall. You should refine the filter to decrease the number of sessions being captured or logged to reduce the rate.
Log a general debug message that can be useful for identifying a failure.Information logged at this level may include diagnostic details that wouldhelp identify a failure scenario.For example: Logging the order of execution of async operations.
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