Friday, 8 November 2013

CTAL-TTA and CTAL-TTA ISTQB Explained!

CTAL-TTA ISTQB Explained!


This exam CTAL-TTA_UK, ISTQB Certified Advanced Level - Technical Analyst basically aims to verify that the candidate has acquired the professional knowledge that is present in the syllabus of exam. The exam syllabus for CTAL-TTA_UK, ISTQB Certified Advanced Level - Technical Analyst includes about six topic under the heads of which the learn objectives are discussed.



The exam topics are as follows:


 First topic is of The Technical Analyst's Tasks in Risk-Based  it includes Risk Identification, Risk Assessment, and Risk Mitigation.

This exam CTAL-TTA_UK, ISTQB Certified Advanced Level - Technical Analyst basically aims to verify that the candidate has acquired the professional knowledge that is present in the syllabus of exam.

The exam syllabus for CTAL-TTA_UK, ISTQB Certified Advanced Level - Technical Analyst includes about six topic under the heads of which the learn objectives are discussed.

The exam topics are as follows:
First topic is of The Technical Analyst's Tasks in Risk-Based  it includes Risk Identification, Risk Assessment, and Risk Mitigation.

Second topic is of Structure-Based  for which the learn objectives are Condition , Decision Condition , Modified Condition/Decision Coverage (MC/DC) , Multiple Condition , Path , API , Select a Structure-Based Technique.

Third topic is about Analytical Techniques which includes Static Analysis further in which comes: Control Flow Analysis, Data Flow Analysis, and Us Static Analysis for Improving Maintainability, and Call Graphs. Dynamic Analysis which deals with Detect Memory Leaks, Detect Wild Pointers, and Analysis of Performance

Fourth topic is of Quality Characteristics for Technical  the objectives for which are General Planning Issues that further includes Stakeholder Requirements, Required Tool Acquisition and Train, Environment Requirements, Organizational Considerations, and Data Security Considerations, Security  which is about Security Planning and Security Specification, Reliability  which deals with Measuring Software Maturity, s for Fault Tolerance, Recoverability , Reliability Planning, Reliability Specification. Performance  includes its types, Performance Planning and Specification. Resource Utilization, Maintainability  which includes Analysability, Changeability, Stability and ability. Portability  which includes Install ability , Co-existence/Compatibility , Adaptability , Replace ability  
Fifth topic is about Reviews which includes Us Checklists in Reviews about Architectural Reviews and Code Reviews.

Sixth topic is of Tools and Automation in which the learn objectives are Integration and Information Interchange between Tools, Defining the Automation Project which further includes Select the Automation Approach and Model Business Processes for Automation. Specific Tools include Fault Seed/Fault Injection Tools, Performance  Tools, Tools for Web-Based , and Tools to Support Model-Based , Component  and Build Tools.

The candidate must successfully pass this CTAL-TTA_UK, ISTQB Certified Advanced Level - Technical Analyst exam administered by your Member Board or Examination Provider in order to get his certification issued with an ISTQB® Advanced Level Certificate, which is internationally recognized and this Advanced Level certificate has a lifelong validity.

Author: James M Cupp
Source: Link

Change Management Tools

Change Management Tools

It is the motto of any organization to develop and grow with time and accept changes in its ways. In fact while talking about organizational changes it means describing an on-going process directed as well as supported by management to enhance the vision. A successful procedure of organizational development helps a business to achieve desired target through improved productivity as well as better cooperation within a very short period of time. With Change Management Tools managing such changes becomes easy. Moreover, these tools provide series of advantages that tremendously help organization in long run. Effective change management aids in creation of change request either based on an existing requirement or as a new feature. At the same time such tools associates change requests to existing requirements in order to develop new versions of concerned requirement. These tools also allow developers to provide impact analysis information for every change request for test team for effective regression testing. All these benefits can only be reaped when an organization ensures that it has selected Change Management Tools successfully.

In order to select these tools carefully the organization must understand the changes that are going to be implemented. A thorough understanding helps to locate the types of tools required to manage such changes effectively. Moreover, understanding the goal of the organization is also effective in shortlisting the tools.

In the past few years, the demand for such tools has increased and many vendors now offer these tools with features and functionality. Carefully studying the features as well as comparing them ensures that budget is spent on right tool and yields desired results especially in long-run.

Allocating a budget for buying these tools would be extremely sensible. It is important to remember that budget allocation doesn't mean limited resources are available in an organization, but it ensures that available resources are spent on best Change Management Tools without compromising on quality or features and functionalities. This also helps to secure the future of the organization.

It is the duty of the management to ensure proposed changes are informed on all levels of the organizations. When employees are aware of the upcoming changes they remain mentally prepared and if they feel any issue can inform the management on time. In fact, query or confusion is nothing new when changes are implemented. Thus, only selecting the right Change Management Tools is not enough as proper support is also required that can play a pivotal role in managing any changes.

Author: Jett Lee
Source: Link

Test Management Tools

Test Management Tools

Software development is not complete without rigorous testing that involves series of repeated task. Manually these tasks are not only time consuming, but dull and monotonous that might severely affect the quality and feature of the concerned software. This process ensures bug-free software, proper functionality of the features as well as meeting the required industry standard.

In a cutting edge competition driven market scenario organizations left no stone unturned to release quality software and thus Test Management Tools are playing pivotal role to maintain this aspect. Testing tools makes best procedure simple yet effective and performs rigorous testing with consistency followed by managing as well as its results. With time such tools have evolved tremendously as the scenario of software development has been experiencing new aspects. Thus, other than regular features like conducting varied test, checking and rechecking coding standards, creating new database, feeding slightly altered data continuously developers look for tools with customized features that are successfully catered by vendors.

Today, This tools are available with features like following SBDT, a scenario-based methodology for development and testing for designing for best scenarios, test cases and test scripts, create test case based on used case scenarios, create test scenarios based formula models like Decision Tables and State Models, maintain traceability among requirements, scenarios, test cases, test sets and test scripts, maintain pass/fail status on test case level, test set level and the requirement level.

Quality Test Management Tools also ensure that test results are managed successfully for the sake of meeting deadlines and maintaining all the aspects required for software. Often software are developed where countless tests are required to perform and with proper management feature such as capability to share information among developers and testers, restrictive access of testing results to limited individuals, capability to access test and its result and information from different locations. Thus, during selection of such tools considering these features would be sensible. A smooth communication channel among developers and testers when they are in different locations ensures better workflow with minimized issues of miscommunication and understanding each other's requirement.

Successful selection of Test Management Tools is also possible when organizations consider other equally important factors like project requirement, infrastructure and budget. Selected testing tools must fit into the organizational infrastructure and not the other way around. Simultaneously, it is important to ensure that allotted budget is spent wisely such as keeping in mind the future requirement testing followed by number of people using it.


Author: Jett Lee
Source: Link

Manual V. Automated Testing

Manual V. Automated Testing


Software testing refers to the process of verifying as well as validating the successful functioning of a particular software application/program/product. It ensures that the ultimate product/application/program caters to the technical as well as the business requirements, which guide the entire design and development procedure at best. This particular process of testing is implemented in a number of software enterprises to assure that the product that is being launched in the market is safe, standard, and effective. Presently, two major approaches of software testing exist in the market that can be zeroed down to manual and automatic. The procedure of manual testing refers to the idea of hiring a professional tester to try or execute the product/program/application in different possible approaches of customer use. On the other hand, the automated procedure is all about acquiring a third party or external tool that is designed to execute a pre-set of scenarios along with steps that a customer might use.

Now, when it comes to manual vs. automation testing services, it is safe to say that the key to software testing rests with automation. The first question that an enterprise or tester should ask oneself when conducting manual tests is that 'is it at all possible to make the process automatic?' If yes, then it is always wise to think of the ways to automation.

How does Manual Testing Occur?

 Let us take this as an instance: you are a member of a Quality Assurance team that is responsible for conducting web application tests and you find out there is no automated process written for the same. The outcome: every time, you think of testing apps, you need to click all the links/buttons manually, enter data into input fields, as well as verify proper handling of input and output fields. After the completion of the method, you document the errors that have been encountered and notify the developers to fix the errors accordingly. Now, all these steps enable the functioning of a single application. You need to repeat the entire process for all the applications/programs.

What's the problem here?

 First of all, this process is not just cumbersome, but also inconsistent. If there is a team conducting software tests, the process completely turns out to be relative in respect to the individual conducting the test of a particular application/program. On the other hand, even if you are single-handedly taking care of the entire process, the approach is most likely to change, every time you take up the same. Well, a probable solution to this situation rests with the idea of creating a set standard that everyone needs to follow while testing application. However, it is hard to determine that the standard is being followed by everyone.
Secondly, even if everybody is keen on following the set standard, the method does not guarantee complete efficiency. The reason is simple; it takes too much time to ensure proper functioning of a web application or a program. Moreover, it also turns out to be boring. After all, all you need to do is follow instructions like 'press this button', 'type this', 'click here', etc. and that too repeatedly. Moreover, when you have the choice of implementing alternate ways of software testing, the entire manual procedure seems to be disinteresting.

How to solve the problem? The solution to efficient testing

 If you feel like being turned to a machine while conducting manual tests, it is time that the machine takes up the job. It is always wiser to invest the time in something better like implementing an automated test process, which can be run quickly as well as efficiency without any hitch.
The process of automated testing offers an enterprise reliability, consistency, as well as speed alongside making way for better time allocation. If programmed properly, the tasks can be easily performed consistently in an identical approach. Automation definitely enables fast run of the tasks at specific occurrences, which as a result saves maximum effort, time and money.

Author: Marvin Cole
Source: Link