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Flutter Developer with Azure DevOps Salary in 2024

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Total:
45
Median Salary Expectations:
$7,986
Proposals:
1

How statistics are calculated

We count how many offers each candidate received and for what salary. For example, if a Flutter developer with Azure DevOps with a salary of $4,500 received 10 offers, then we would count him 10 times. If there were no offers, then he would not get into the statistics either.

The graph column is the total number of offers. This is not the number of vacancies, but an indicator of the level of demand. The more offers there are, the more companies try to hire such a specialist. 5k+ includes candidates with salaries >= $5,000 and < $5,500.

Median Salary Expectation – the weighted average of the market offer in the selected specialization, that is, the most frequent job offers for the selected specialization received by candidates. We do not count accepted or rejected offers.

Flutter

So What Exactly Is Flutter?

Flutter is a solid mobile app development framework for developing cross-platform apps for different platforms such as iOS, Android, and Windows. It supports Google’s Dart programming language, and it comes with its own graphics library and material design for accelerating the development of apps and resulting in a more polished finished product.

The basic concept of Flutter is that widgets, and by combining different widgets developers can build a full user interface (UI). In other words, the widget is either a structural element (such as a button or a menu) or it’s a stylistic element (font or colour scheme). Flutter gives a developer predefined widgets, which look native.

Flutter comprises two essential components.

  1. Software development kit (SDK) – a set of tools that will help your developers compile code into native machine code (for iOS and Android).
  2. A framework or widgets-based UI library or set of UI components that the developer can use to customise and brand the application.

It is backed by Google, underpinned by Flutter itself, and used and trusted by global brands from eBay to Toyota. What’s more, it’s supported by Android Studio – a lightweight code editor and toolkit – and VS Code that does the same for Windows, Mac, and Linux. From the programmer’s point of view, everything is configurable.

To avoid performance issues, the platform compiles this Dart into the native code for each supported platform ahead of time, which improves application start-up time. Flutter is the only mobile SDK that supports a reactive view without JavaScript code, and that’s why so many apps were built using Flutter.

Cross-Platform Development

Flutter means you write the code once, and it will run everywhere: in iOS apps, and in Android apps, and, well, right now, production-level Windows apps too.

Cross-platform development, in other words, means you can code once and run anywhere, which is nothing but a boon for developers! Cross-platform frameworks have been around for quite some time now – but they have yet to deliver the same quality of apps for iOS and Android that Flutter seems to be delivering.

So, after all that, let me say that, while I have nothing against Flutter vs React Native or any other development framework … Most developers would say there is no competition when it comes to Flutter.

Faster Code Compilation

Flutter is fast – the Flutter code is interpreted to ARM or Intel machine code and JavaScript to run quickly on any device, and it has a handy feature called hot reload which means you can change the code and see the changes in real time. This is a great time-saver if you are busy designing an app, adding features or fixing bugs in your application’s code!

You can develop apps that will run on all the latest devices with Flutter in a small fraction of the time it would have taken you to develop them natively on both platforms. Or, if you have a low budget but need an app with more features, this is all possible, too, because cost-effectively delivering more with less was never really an option for native platform development teams because native apps are so complex to develop.

Great For Startups!

The platform is the best solution for start-ups who want to quickly develop a minimal viable product (MVP) and show it to investors or to the internal teams!

Moreover, Flutter is easy to pick up and use – much easier than say Java or React Native, by using something called widgets. They let you create a native-looking app without doing much coding. In exchange, you can use automated testing, developer tools and frameworks as needed to guide your workflow at every stage of building production-quality apps.

Hire Flutter Mobile Developer Experts

Flutter Development Tools

Flutter comes with many beautiful, fast and customisable ready-made widgets. Flutter uses React Native coding architecture. The Flutter framework has 2 parts- a widget based UI library and a self-sufficient SDK with developmental tools.

Following are some of the reputed Flutter development tools which offer the best Flutter app development service:

  • Panache: Custom themes for Flutter apps, shapes and colours, beautiful interfaces you can build for your users.
  • Codemagic: It automatically builds and tests your apps, integrates with any tool and you can get started in two clicks.
  • Appetize: Binds to the launch of iOS and Android, runs online, manages network traffic, and is configurable.
  • Visual Studio Code: A free code editor for iOS, Linux and Windows that offers intelligent code completion, code refactoring and more.
  • Android Studio: official IDE for the Android OS that contains wizards to create layouts for multiple screens.
  • Dartpad: Free, open-source code editor and debugger with a flexible interface, automatic score tracking.
  • Vysor: a Chrome app that lets you mirror your Android device’s screen and interact with it from your computer.
  • Dio: Https client for dart support interceptor, timeout, global configuration etc, provides powerful yet easy to use request library.
  • Bitrise: A CI/CD platform for automating the whole app development workflow, easy to use, works with other languages.
  • TestMagic: Tool for automating tests for free mobile apps. It offers real-time testing and a clean interface.

Where is Azure DevOps used?

 

Automating the Snooze Button



  • Developers used to hit the snooze button over and over on their morning alarms, just like they did with bug fixing. Azure DevOps swooped in like a caffeinated superhero, automating those tedious deployment pipelines, so no one skips a bug squash session ever again.




The 'Git' in Fit



  • Remember when coders would play hot potato with version control? Azure DevOps got everyone in sync faster than an 80's boy band, with repo management that's tighter than a fresh perm.




Feedback Faster than a Teenager Texting



  • Back in the dark ages, waiting for feedback was like waiting for dial-up. Now, Azure DevOps does continuous integration and delivery so quickly, clients can comment before developers have time to celebrate.




Where's Waldo: Code Edition



  • Finding bugs used to be a game of 'Where's Waldo.' Azure DevOps introduced automated testing so specific, it pinpoints bugs with the accuracy of a hawk spotting a field mouse from 10,000 feet up.

 

Azure DevOps Alternatives

 

GitHub Actions

 

CI/CD tool integrated with GitHub for automation. Enables build, test, deploy within GitHub repos.

 


name: CI

on: [push]

jobs:
build:
runs-on: ubuntu-latest
steps:
- uses: actions/checkout@v2
- name: Run a one-line script
run: echo Hello, world!
- name: Run a multi-line script
run: |
echo Add other commands here
echo This is a multi-line script



  • Deep integration with GitHub ecosystem

 

  • Free for public repos

 

  • Simple to set up

 

  • Limited compute minutes for private repos

 

  • Less customization compared to dedicated CI/CD services

 

  • Primarily focused on GitHub




Jenkins

 

Open-source automation server that provides hundreds of plugins to support building and testing virtually any project.

 


pipeline {
agent any
stages {
stage('Build') {
steps {
echo 'Building..'
sh './gradlew build'
}
}
stage('Test') {
steps {
echo 'Testing..'
sh './gradlew test'
}
}
stage('Deploy') {
steps {
echo 'Deploying...'
sh './deploy.sh'
}
}
}
}



  • Highly configurable and extendable

 

  • Large plugin ecosystem

 

  • Strong community support

 

  • Requires maintenance and setup

 

  • Steep learning curve

 

  • UI is not as modern as competitors




GitLab CI/CD

 

GitLab's integrated CI/CD enables software professionals to automatically test and deploy their code within the GitLab platform.

 


stages:
- build
- test
- deploy

build_job:
stage: build
script:
- echo "Compiling the code..."
- gcc -o myapp source_code.c

test_job:
stage: test
script:
- echo "Running tests..."
- ./test_script

deploy_job:
stage: deploy
script:
- echo "Deploying application..."
- ./deploy_script



  • Comprehensive DevOps solution integrated with Git

 

  • Auto DevOps feature for automatic build, test, and deploy

 

  • Integrated with GitLab's issue tracking

 

  • Can be more expensive for larger teams

 

  • May have a slower web interface

 

  • Self-hosted solution requires infrastructure maintenance

 

Quick Facts about Azure DevOps

 

The Birth of Azure DevOps from Team Foundation Server

 

Once upon a time in the mystical land of Microsoft, there was a robust platform named Team Foundation Server (TFS), born in 2005. This platform aimed to make developers' lives less complicated, offering a suite for managing software development projects. Fast forward to 2018, TFS underwent a magical transformation to become what modern developers call a one-stop-shop for DevOps tooling: Azure DevOps. Its inception marked a pivotal chapter in Microsoft's crusade to dominate cloud services.



Breaking New Ground with Pipelines

 

Azure DevOps trumpeted a grand spectacle with the unveiling of Azure Pipelines. These aren't your grandma's plumbing pipes! Azure Pipelines is a continuous integration/continuous delivery (CI/CD) service that allows mere mortals to automatically build, test, and deploy their code from virtually any platform to any platform. Behold the power of infinite computing resources, enabling wizards and wizard-adjacent people to deploy 10 deployments a day or even hit the mythical 100-deployment-a-day mark!



Azure Repos - The Git of Tomorrow, Today!

 

Picture a world where code is king, and there's a kingdom vast enough to store repositories as far as the 'ls' command can list. Enter Azure Repos, the unlimited private Git storage realm in the cloud! Azure Repos blew the traditional Git hosting services out of the water, supporting gigantic repositories that would make your computer tremble if it dared to clone them. With file locking and advanced file management, it's like having a castle with a moat to protect your treasured code artifacts.



// Example commit to Azure Repos
git commit -m "Here be dragons: Adding the final touches to the space-cat laser app."

What is the difference between Junior, Middle, Senior and Expert Azure DevOps developer?


































Seniority NameYears of ExperienceAverage Salary (USD/year)Responsibilities & Activities
Junior0-2$50,000 - $70,000

  • Maintenance of existing CI/CD pipelines

  • Assistance with deployment/automation scripts

  • Documentation update and basic bug fixes


Middle2-5$70,000 - $100,000

  • Design and implementation of new CI/CD pipelines

  • Improvement of deployment strategies

  • Assist with cloud resource optimization


Senior5-10$100,000 - $130,000

  • Architect complex CI/CD solutions

  • Oversee DevOps strategies across teams

  • Lead cloud service integration efforts


Expert/Team Lead10+$130,000+

  • DevOps team leadership and mentoring

  • Strategic planning of DevOps evolution

  • Key stakeholder in enterprise-wide projects


 

Top 10 Azure DevOps Related Tech




  1. Git (Version Control)



    Imagine a world where code is heaped up like your laundry pile—chaotic, right? Enter Git, the 'neat freak' that keeps your code versions tidier than a Marie Kondo-ed closet. It’s the bedrock of Azure DevOps, tracking every change and branching out like a well-pruned bonsai tree. Here's a starter command to clone a repository that even your grandma can use:


    git clone https://github.com/your-repository.git

     




  1. Azure Boards



    Picture a hive of bees, every little bee zooming in on tasks, that's Azure Boards for you. It's a project management wizard, charming your tasks into neat boards, work items, and sprints, so you can keep track of your software feats as you go. Juggling tasks without it is like eating spaghetti with a straw—messy and sort of sad.




  1. Azure Pipelines



    Behold the magic pipelines, the Gandalf of CI/CD. Automagically turns your code commits into ready-to-deploy artifacts with spells like build, test, and release. Think of it as the express laundry chute for your code—drop it in, and voilà, it’s out the other end, clean and deployable.


    trigger:
    - main

    pool:
    vmImage: 'ubuntu-latest'

    steps:
    - script: echo Hello, Azure Pipelines!

     




  1. Azure Repos



    This is Git's fancy home within Azure DevOps, where your code repos sit like royalty on cloud thrones. It's private, secure, and more integrated than an over-enthusiastic Tetris game. Azure Repos is the code bank where your dollars are lines and your interest rate is measured in commits.




  1. Azure Test Plans



    Btn-smashing QA engineers, rejoice! Azure Test Plans is like having an army of robot testers at your beck and call, automating and executing tests faster than a caffeine-fueled hamster on a wheel. It’s about catching bugs the way you'd catch Pokémon—gotta test 'em all!




  1. Azure Artifacts



    Bippity, boppity, boom! Azure Artifacts turns your code nuggets into packages faster than a fairy godmother turning pumpkins into carriages. NuGet, npm, Maven, and more, it keeps your packages dancing together in perfect harmony like the von Trapps in Sound of Music.




  1. Infrastructure as Code (IaC) with ARM Templates/Terraform



    With IaC, you can script out your entire infrastructure like a playwright scripting a Broadway show. ARM Templates and Terraform are your pens, Azure is your stage. Spin up Azure resources like casting actors, and if they flub their lines, re-deploy! Here’s a taste of Terraform:


    resource "azurerm_resource_group" "rg" {
    name = "resourceGroupName"
    location = "westus"
    }

     




  1. PowerShell/Bash Scripting



    Master of the command line, with PowerShell or Bash, you wield the power to navigate, automate, and orchestrate Azure resources like a conductor with an orchestra. Just swap out your baton for scripts that work harmoniously to spin up services and wrangle deployments.


    # PowerShell to get an Azure VM’s status
    Get-AzVM -Name "VMName" -ResourceGroupName "ResourceGroupName" | Select -ExpandProperty Statuses

     




  1. Docker & Kubernetes



    Docker containers pack up your software snug as a bug while Kubernetes orchestrates the container dance, like a stage manager juggling cats. Together, they’re like a dynamic duo—Batman and Robin for your cloud-native apps. Suit up!


    # Docker run example
    docker run hello-world

    # Kubernetes pod deployment snippet
    kubectl create deployment hello-node --image=k8s.gcr.io/echoserver:1.4

     




  1. Monitoring and Logging with Azure Monitor & Application Insights



    Play the tech detective with Azure Monitor and Application Insights. Like Sherlock Holmes’s magnifying glass, these tools let you scrutinize logs and metrics to unearth perf mysteries. Manage what you measure, after all, visibility is key, especially when it's your app on the line.


    // Query example in Application Insights
    requests
    | where timestamp > ago(1d)
    | summarize requestCount=count() by bin(timestamp, 1h), success

     

 

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