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| Good Quality
software development is a multifaceted process
that requires a good field-proven methodology.
At Binarysoft Technologies, we productively
execute a methodology that helps us handle
complex IT projects in the most effective
way. |
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| 1.
System Analysis |
First
of all, you provide us with your system
requirements or a design prospectus.
It also helps a lot to discuss your
system functionality in advance. Such
a discussion may be arranged as a
series of interviews and reviews of
your existing software and/or supporting
documentation on the software. Using
project specifications, the Project
Coordinator formulates a draft project
plan, which is used for project management
coordination, scheduling, and communication.
On their part, system analysts prepare
the analysis of your project requirements
as a draft of the Software Requirement
Specification (SRS). This specification
will be used at the next stage to
building the initial prototype. |
| 2.
Prototyping |
Top^ |
The
preliminary mockup of the application
is made available on our Prototype
Server. It aims to demonstrate the
architecture and interface design.
Building a prototype at the early
stage of the development process has
distinct advantages:
Demonstrates system interface/functionality.
Exhibits the "look and feel" of the
application
Provides a core system for use at
stage 4. |
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| 3.
Detailed Design |
Top^ |
We
prepare the Test Plan and formulate the
System Design Specification (SDS) that includes:
Database Design (Logical and Physical).
Protocols and Software Interfaces
Algorithm Descriptions
Variable & Function Definitions
The Test Plan outlines specific reproducible
tests, manual or automated, to verify the
accuracy of the implementation. The test
criteria include:
Database Integrity
Functional Correctness
Fault Tolerance
Stability and Reliability
Performance
This is also the stage, when the Users Technical
Manual is initially drafted. |
| 4.
Code and Unit Testing |
Top^ |
Unit
testing is most effective for detecting
as many errors as possible. Each application
module or method is tested separately. The
main advantage of unit testing is that it
puts you much closer to the errors in a
particular piece of code, thereby making
error detection quick and easy.
Unit testing prevents many errors, catches
existing errors as early as possible, achieves
the widest possible coverage of your methods
and uncovers problems that are hard to detect
at later testing stages. The developer is
responsible for testing all methods and
modules in his code. Unit test results are
also reviewed by other members of the development
team. |
| 5.
Issues/Bug Tracking |
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Although
we pay close attention to unit and application
testing, everyone knows that bugs may still
crop up. In order to track and solve such
bugs, every released application is automatically
assigned an account within our Bug Tracking
system (Mantis). This system has Web and
Email interfaces and allows the owners or
users of the application to send us bug/issue
reports and monitor the bug fixing process.The
additional advantage of this mechanism is
the accumulation of user suggestions for
product improvements that are invaluable
in making up a list of improvements/features
to be implemented in the next version of
the application. |
| 6.
Beta Testing |
Top^ |
Beta
testing is a cyclic process of release and
revision that ultimately results in the
creation of the final release version. Testing
is conducted in accordance with the Test
Plan upon the production of each beta version. |
| 7.
Post Deployment |
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In
order to ensure that all the operations
are running smoothly, we offer a range of
post-deployment and support services rendered
upon the completion of installation. These
include:
Site Administration
Site Monitoring
Data Migration
Content Management
24x7 Technical Support
Software Updates
Content Conversions. |
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