Troubleshooting Server Issue Solutions - Steps to Resolve Common Glitches
Aleta Iech
Having optimally functioning servers is vital for businesses. Server problems can disrupt business operations, resulting in loss of productivity and dissatisfied customers. Using these Server issue solution troubleshooting tips will help to resolve any issues and keep your business running smoothly. Some of these include: 1. Identify the problem and take a systematic approach.
- Run a Hardware Test
The first step in troubleshooting a glitch is to run a hardware test. There are a few different types of hardware tests, but all of them serve the same purpose: to identify potential problems with your hardware.
The most basic type of hardware test is run by the computer’s internal systems. These are typically single-purpose programs that scan the system for anything unusual. These are most active during the boot sequence, but they can also run in the background, alerting the operating system when something goes wrong.
- Run a Software Test
Software tests verify that a software application or product meets specific standards as intended by the developers. These testing types include system, compatibility, and performance. Each of these tests has a set of entry and exit criteria as well as activities and deliverables that determine how each phase can be performed.
Often, locating bugs is challenging. Even with the help of a debugger, it is not uncommon for one section of code to cause failures in another, seemingly unrelated section of the program. The first time a flaky test shows up, it is important to address the issue right away. Failing to do so will increase technical debt and create more issues in the future. This will ultimately make the software more vulnerable to bugs and compromise its stability.
- Run a Network Test
The network is a critical component of any business, and it’s not uncommon to see users complain about performance problems. These issues can be caused by a wide variety of factors. Sometimes, they are simple things like someone tripping over a cord, and other times, they could be more serious like an issue with network security. A good place to start with troubleshooting network problems is by running a series of tests. This can be done by using tools that are available in Linux, such as top and ping.
These tests can help you to determine the source of the problem. For example, if you are getting sporadic signals every other eight minutes, it could be due to radio interference from microwave ovens or garage door openers.
- Run a Memory Test
Memory errors are common and can occur for a variety of reasons. They can be caused by overclocking, hardware driver issues, corrupted system files, or failing RAM sticks. Glitches are less common with the latest generations of processors.
Sometimes memory errors will not show up in normal use but operating with marginal memory can be very risky and should be corrected. If an error is seen during Test 13 of Hammer it is probably a valid memory error. If the error is intermittent it may be helpful to rotate the modules. By changing the locations of one or more modules and running the test again if the failing bit or address changes you can isolate the bad module. This technique is only useful if the failing memory can be replaced with an identical one.
- Run a Power Test
After checking the basics, troubleshooters can start to identify more complex problems. They may use the device manufacturer’s technical manual or other troubleshooting guides for ideas. For example, if the computer isn’t turning on, they might check to see that it is plugged into both the back of the tower and an outlet. They might also open up the tower and look for an indicator light or a steady, short beep to determine if there is a power supply issue that needs adjusting or replacing. They also document all steps taken in the process to ensure a thorough record of problem resolution.