2 Diagnostic Tools

[Berk Boyraz]

Ilove the diagnostic tools during debugging to spot performance problems early on. However, they stopped working for me sometime in the last month or so (possibly related to installing Update 3, although I have no information to back that up). I see the error message "CPU Profiling while debugging is not available on this version of Windows. To see CPU usage details, run the CPU Usage tool without the debugger (Debug -> Performance Profiler...)."

Deleting my solution's .suo (solution options) file fixed the issue. My initial statement of this bug affecting even new projects seems to be wrong. Although, I did do a complete reinstall of VS after doing that test, so it's possible that impacted the outcome.

There are parts of the Diagnostic Tools that won't work on Windows 7, specifically taking a CPU profiling trace while debugging. This is a limitation of the operating system and ETW. If you are just interested in the graphs and debugging events, those should work. You can turn on logging for our tools which might give you some insight into why they are not working:

For LogLevel you can use one of the following strings "All", "Info", "Debug", "Warning", "Error" (In your case I would use All to better see what is happening). As for LogDirectory it is a directory of your choice "C:\Logs". When your done reproing the scenario, close VS to flush the logs and don't forget to delete these keys as the diagnostic tools logging is pretty system intensive.

I had the same issue, although deleting the .suo file did not help, I also repaired Visual Studio 2015 Professional and then it worked. So for future readers, if deleting the .suo does not help, try to also repair Visual Studio and vice versa.

I faced this problem today and it was not easy to find working solution.This helped to me:Reinstall Cumulative Servicing Release for Microsoft Visual Studio 2015 Update 3 (KB3165756)Direct link to download: =816878.After Repair action (I had it installed before, otherwise install) prompted to restart computer, did it and Diagnostic tools worked again.

I had a similar problem with Visual Studio 2015 Pro Update 3 running on Windows 10 Home. The runtime display of memory and cpu usage stopped working. Deleting the .suo file fixed the problem, as indicated by proc-self-map's answer. The .suo file was buried in the .vs hidden directory so I removed the whole .vs subdirectory. Now the runtime display of memory and cpu usage works like a charm again. No reinstall required.

We have added a set of diagnostic tools that will give participants in the AWS Partner-Led Support program access to diagnostic tools that will empower them to do an even better job of supporting their customers.

Each tool operates on a list of regions selected when the tool is run, all invocations of each tool are logged and are easily accessible for review, and the output from each invocation can be directed to one of several different regions.

ShopKey Pro delivers complete OEM repair information, including estimating & maintenance, along with exclusive real-world knowledge in a single lookup, to help automotive technicians repair vehicles more accurately and efficiently.

ShopKey Shop Management offers a 360-degree view of your entire shop with powerful service advisor tools and continuing all the way to the final invoice improving communication, increasing car count and revenue.

AWS Diagnostic Tools is a service for AWS partners in the Partner-Led Support program. Deployed on the partner-managed customer accounts of the customers managed by these partners, Diagnostic Tools provides support engineers with a dashboard of over 50 context-aware tools that operate on their customers' AWS account. Using these tools, engineers supporting their customers can run tools to diagnose up to 22 AWS services running on their customer's AWS account.

The AWS Diagnostic Tools service provides a secure method for engineers in a partner organization to streamlines the diagnostic process, enabling rapid access to necessary service metadata without accessing the service console on their customer's AWS account. The robust tagging feature enables partners to link tool executions from various tools to specific cases in their case management systems. This integration allows engineers to easily review all tool executions related to a particular case, facilitating efficient collaboration among teams distributed across multiple locations.

Most tools in the AWS Diagnostic Tools service provide a cross-Region view of each service on the account. This speeds up the support process for engineers, allowing them to move quickly while troubleshooting.

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These at-home OTC COVID-19 diagnostic tests are FDA authorized for self-testing at home (or in other locations) without a prescription. Tests are available online or at local stores and you collect your own sample, perform the test, and read the result yourself without the need to send a sample to a laboratory.

With most at-home OTC COVID-19 diagnostic tests, you should repeat testing following a negative result, whether you have symptoms or not, to reduce your risk of a false negative test result. The FDA encourages you to voluntarily and anonymously report your positive or negative test results every time you use an at-home COVID-19 test. You can send your test result to MakeMyTestCount.org or use an app or other digital option for self-reporting that may be included with your test. For additional information on reading and understanding your test results, see Understanding At-Home OTC COVID-19 Antigen Diagnostic Test Results.

The table below is updated regularly and lists FDA-authorized at-home OTC COVID-19 diagnostic tests, including information on expiration dates, who can use the test, links to home use instructions for each test, and other details that may help you decide what test is right for you. For additional information about each Emergency Use Authorization (EUA), see In Vitro Diagnostics EUAs: Tables of IVD EUAs.

In the table below, the "Expiration Date" column lists where to find the expiration date for that test, and the "Other Details" column lists the shelf-life for the test. The shelf-life is how long the test should work as expected and is measured from the date the test was manufactured. The expiration date is set at the end of the shelf-life and is the date through which the test is expected to perform as accurately as when manufactured. In some cases, the expiration date for a test may be extended.

An extended expiration date means the manufacturer provided data showing that the shelf-life is longer than was known when the test was first authorized. For more information about how the expiration date is determined and why it may be extended, see the At-Home COVID-19 Diagnostic Tests: Frequently Asked Questions.

A companion diagnostic device can be in vitro diagnostic (IVD) device or an imaging tool that provides information that is essential for the safe and effective use of a corresponding therapeutic product.

The use of an IVD companion diagnostic device is stipulated in the instructions for use in the labeling of the diagnostic device, either including a specific therapeutic product(s) or, if approved for oncology products, a specific group of oncology therapeutic products (for information, see the guidance for industry Developing and Labeling In vitro Companion Diagnostic Devices for a Specific Group of Oncology Therapeutic Products). In addition, the use of an IVD companion diagnostic device is stipulated in the labeling of the therapeutic product, as well as in the labeling of any generic equivalents and biosimilar equivalents of the therapeutic product.

"Identifying patients with NSCLC whose tumors have EGFR exon 19 deletions or exon 21 (L858R) substitution mutations and are suitable for treatment with a tyrosine kinase inhibitor approved by FDA for that indication"

"Identifying patients with NSCLC whose tumors have EGFR exon 19 deletions or exon 21 (L858R) substitution mutations and are suitable for treatment with a tyrosine kinase inhibitor (TKI) approved by FDA for that indication"

Debuggers allow you to interact with your program. Pausing, incrementally executing, examining, and resuming gives you insight into the behavior of your code. A debugger is a good choice for diagnosing functional problems that can be easily reproduced.

Instrumentation is code that is added to a software project to record what it is doing. This information can then be collected in files, databases, or in-memory and analyzed to understand how a software program is operating. This is often used in production environments to monitor for problems and diagnose them. The .NET runtime has built-in instrumentation that can be optionally enabled and APIs that allow you to add custom instrumentation specialized for your application.

Logging is a technique where code is instrumented to produce a log, a record of interesting events that occurred while the program was running. Often a baseline set of log events are configured on by default and more extensive logging can be enabled on-demand to diagnose particular problems. Performance overhead is variable depending on how much data is being logged.

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