Have you ever wondered about how to find a bug in your
application? Do you have testcas that you think enough to track bugs? On this
blog we have detailed effective steps that can be used to find bugs in your
application.
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1. Save the code in a good place
This first step is not only useful for tracking bugs. It has
many other advantages, honestly, will give for the whole article. All files
that make up the application source code are not a simple file that we must
save in Dropbox or, worse, in the hard disk.
We should not save the application source code in places
such as Dropbox, Google Drive or on the hard drive. They are very strange
files.
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They are files that undergo different changes from time to
time and overall have different versions. For coders, this code version must be
easily accessible and must have an explanation of what they represent.
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To understand each other, we talk about various versions of
your code file, representing various versions of your application on the market
for example, version 1, version 1.1, and version 2.0.
For all this, we must add that these files must be easily
accessed by everyone who is working on it. The code owner must have these
files, but he must allow access in a safe way for developers or developers who
do it.
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Good news? There is a storage system that allows all this
and more specifically designed to store code. This system is called Git.
We can say that git is not just a protocol, standard or rule
to be followed, just call you wanted. From here, there are different platforms
that apply it. The best known today, and who has more popularity, is github.
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Git advantages include,
Distributed development
Each developer gets a local repository connected to a
central repository does not require a network connection to commit to create a
reliable environment
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Workflow branch ability
Easily manage a branched system that provides an isolated
environment for development. Create a new branch if you want to do something
new. Ensuring the master branch has a production quality code helping to work
in detail as a backlog agile
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Combine one branch with another
Combine a branch with another help to attract requests from
one branch to a completely different so, changes can be traced easily to open
up opportunities for discussion about their work before integrating with
developers who are not experienced at least because the attraction request is
made as a formal code
Community support
New additions for teams can be easily used for development
that are easily distributed to utilize the other 3-party libraries can branch
out their own source code
Faster release cycle.
Developers can share smaller changes often help with
sustainable shipping and deployment of the integration environment can be
automatic. You can build and use the code to the server from the branch like
you
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2. Tracking bugs
At this point I will assume that we have an application code
in the github repository.
If we have everything configured well, we, as an application
owner, must be the owner of the github repository and developer, must have
access to it to make the modification needed.
So far we haven't seen the reason why GitHub can help us in
tracking bugs, but peace of mind, we start now. Each repository in GitHub has a
tab called a bug (bug), and yes, we will use it appropriately to register
different bugs that occur in your application.
We can make new bugs by clicking on the new edition button.
From there we can add titles and descriptions. Now this bug will be registered
in the repository until someone does something with him.
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3. Automate log bugs
So far we have solved a small portion of the problem. Now we
have a registry bug, well we as code owners, and developers who will be the
person responsible for solving it, we can access.
But there are great losses. Now the log bug is something
manual. To track bugs, we have to experience it yourself and then go to the
repository to register it and write down the details.
Looks like it's not a good idea, right? Above all we have to
calculate that there will be bugs that will only appear in certain cases, with
what might happen, yes, they will be experienced by other users and not alone.
Also no need to mention that the process will make a bug
manually into the repository is not a very productive method.
Other tools for rescue! In this case about Rollbar. Rollbar
is a platform that is responsible for tracking bugs in all types of software.
We can use it on websites, desktop programs, and programs running on servers
and, of course, cellular applications.
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4. Configure the ROLBAR and connect with GitHub
How can we configure both tools to automate logging bugs?
First of all we have to make a project on the Rollbar and
configure it so that it is linked to a GitHub account. In particular we must
link new projects to the repository. This repository will obviously be the one
that contains all your application source code.
Next, we will have a slightly more technical part to be
solved by the developer. You must apply the Rollbar library in the application
source code. This is a fast job that can be ready in less than 1 day depending
on the level of registration you want to follow.
What will happen after these steps are complete? Any bug,
what happens to each user in your application, will be created automatically in
the GitHub repository problem. Automatic logging bugs!
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5. Get more information from each bug
Another problem we have without a rollbar which is the small
information we have about bugs.
For anyone, with or without technical knowledge, it is very
difficult to know the glimpse of what causes the application to fail. It
doesn't matter if you have technical knowledge. Maybe you can know where the
shot runs, it is almost impossible to know the cause at 100%.
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6. Solve bugs and communication with developers
Well, now we have seen different tools, the same
configuration and what benefits we will get, we will see what day will track
application bugs.
First of all, we should not have people in charge of
recording bugs. Automatically the rollbar will make it like what happens.
Each developer x time must consult if there is a new bug and
solve it. After the bug is completed and the code has been updated in the
repository, the bug will be closed.
This is a standard factor that requests testing, for each of
these clients, more information is needed, such as where the network bug
provider is detected or screen size where the bug is, etc.
Looking for bugs can be fun. The correct documentation along
with angular cases will help you maximize the results.
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