Archive | September 24, 2017

RTI Helps You Get Rid Of Software Performance Diagnosis Issues

Initially RTI was designed to be a kind of software product, but later on it became effective performance diagnostic software. RTI has been built with all the capabilities that are required to resolve performance issues and this is the reason that it is being used by many across the globe. One interesting feature of RTI that makes it an idyllic tool is its end to end visibility support. It can easily diagnose the performance bottlenecks for web application tiers in the java applications.

As RTI is lightweight software, performance testers do not need to worry about infrastructure impact, complexity and performance overhead. Usage of RTI is going to lower the cost of entry and eliminate the need of costly maintenance. RTI can be a good tool for any organization that is eager to perform performance diagnosis and identify the areas that are creating performance related issues.

Another important area where RTI scores high is that it is not meant for the performance testers only, everyone in the organization can use it. RTI can be used by developers, performance testers and IT managers in their respective areas to maximize the performance after diagnosing the bottlenecks.

Performance Testers & RTI

Performance testers and engineers are responsible for both designing and verifying a system to assure that it is working perfectly. Some of the common issues that can be easily dealt with RTI include failover, scalability and transaction times. RTI allows performance testers to carry out software performance diagnosis by gaining an in depth knowledge about a product.

RTI easily integrates with the test automation frameworks and this allows testers to not only diagnose the root cause of the failure, but also resolve the performance issues causing the breakdown.

Developers Can Use RTI For Quantifying & Diagnosing Application Performance

Developers can use RTI to diagnose the complex software performance issues and the defects at all the levels. With RTI, the developers can start with determining the area where issue cropped and then start tracking its impact on the software performance.

As RTI iterates quickly with the real time models, developers can append the granularity of the application module, as and when required.

RTI can be used by the IT managers also when they find a need to monitor and analyze the system performance. With RTI the system wide end to end visibility and information sharing can be significantly improved and this is going to lead to a reduction in mean time to repair. RTI on an overall is going to make it easy for the IT managers to trace the user transactions, carry out performance diagnosis and know the root cause of the failure.

For more information on software performance diagnosis, performance diagnostic software and performance diagnostics, please visit

Functions of Device Drivers For the Hardware and Software Components

However, device drivers are coded differently for conforming to the requests of the application and the features of the hardware component. >

Device drivers act as programs tasked to translate application or user requests into a form comprehensible to the hardware. Despite the diversity of features coded directly into an application, it does not contain the necessary procedures that can allow it to directly relay its requests to a hardware device.

They are programmed to receive related software requests for using the features and functions of the corresponding hardware device. These requests usually take the form of high-level codes from a programming language used in the creation of the software.

Device drivers subsequently convert such related application or user requests into machine language or codes comprehensible to the hardware component after it receives the requests. The result would be the implementation by the hardware device of the related application or user requests.

A programming language called Assembly has the capability to directly tap into the functionality of a device. However, it is not compatible with the design and complexity required by user’s for high-end applications.

A simple example of such device driver activity is when a user tries to view a music file using a third-party application such as Windows Media Player. The media application then relays the user’s instructions to the sound device through the use of the audio device driver. The user can subsequently view the audio data contained in the music file through the speakers or headphones attached to the sound card of the machine.

Hardware devices also require the capability of device drivers to provide users with the ability to directly manipulate its functionality. Aside from using a third-party program to achieve this, a user may change the settings and configurations of a hardware device using its respective drivers. This is usually the case of display and sound devices installed in the computer.

However, the correct device drivers need to be installed before a related application or a user can manipulate a hardware device and use its bundled functions or features. One should always consider these factors when installing the correct drivers for a particular hardware device: the version of the operating system used; manufacturer of the device and the model or make of the hardware component.