Top Android Developer For Hire | Best Android Developer

Custom App Updation in Android Implementing a Custom App Update Mechanism in AndroidIntroductionKeeping our Android app up to date is crucial for ensuring security, stability, and new features for users. While Google Play provides an in-app update mechanism, some developers prefer a custom solution—especially for enterprise apps, private distributions, or apps that aren't published on the Play Store.In this blog, i will walk throughimplementing a custom app update mechanism in Android that checks for updates, downloads the latest APK, and installs it seamlessly.Key Features of Our Custom Update MechanismChecks for UpdatesCompare the installed app version with the latest available version.Fetches update details from a remote server.Prompts the UserDisplays an update dialog with "Update Now" and "Later" options.Dismisses automatically after 10 seconds if no action is taken.Downloads the Latest APKUsesDownloadManager to download the APK.Stores the APK securely in app-specific storage.Installs the UpdateUsesFileProvider to securely install the APK.HandlesPendingIntent requirements for Android 12+Step-by-Step Implementation1. Checking for UpdatesBefore downloading the new version, we compare the installed app version with the latest version available on the server.private fun checkForUpdateAndNavigate(versionName: String) {val latestVersion = getLatestVersionFromServer() // Fetch from APIval downloadUrl = getDownloadUrlFromServer()if (isNewVersionAvailable(versionName, latestVersion)) {showUpdateDialog(downloadUrl)} else {navigateToNextScreen()}}private fun isNewVersionAvailable(currentVersion: String, latestVersion: String): Boolean {return currentVersion < latestVersion}2. Displaying an Update PromptWe display an update dialog usingDialogFragment. Users can choose to update immediately or later.class UpdateDialogFragment(private val downloadUrl: String) : DialogFragment() {override fun onCreateDialog(savedInstanceState: Bundle?): Dialog {return AlertDialog.Builder(requireContext()).setTitle("Update Available").setMessage("A new version is available. Update now?").setPositiveButton("Update Now") { _, _ -> downloadAndInstallApk(downloadUrl) }.setNegativeButton("Later", null).create()}}3. Downloading the APK SecurelyWe useDownloadManager to download the APK to the app's private storage.private fun downloadAndInstallApk(downloadUrl: String) {val fileName = "my_app_update.apk"val file = File(getExternalFilesDir(null), fileName)if (file.exists()) file.delete()val request = DownloadManager.Request(Uri.parse(downloadUrl)).apply {setTitle("Downloading Update")setDescription("Please wait...")setNotificationVisibility(DownloadManager.Request.VISIBILITY_VISIBLE)setDestinationUri(Uri.fromFile(file))}val downloadManager = getSystemService(Context.DOWNLOAD_SERVICE) as DownloadManagerval downloadId = downloadManager.enqueue(request)downloadReceiver = object : BroadcastReceiver() {override fun onReceive(context: Context?, intent: Intent?) {val id = intent?.getLongExtra(DownloadManager.EXTRA_DOWNLOAD_ID, -1)if (id == downloadId) {if (file.exists()) installApk(file)else showToast("Download failed.")}}}registerReceiver(downloadReceiver, IntentFilter(DownloadManager.ACTION_DOWNLOAD_COMPLETE}}4. Installing the APK UsingFileProviderTo securely install the APK, we use acontent:// URI instead of a file path.private fun installApk(file: File) {val uri = FileProvider.getUriForFile(this, "${packageName}.provider", file)val intent = Intent(Intent.ACTION_VIEW).apply {setDataAndType(uri, "application/vnd.android.package-archive")flags = Intent.FLAG_GRANT_READ_URI_PERMISSION or Intent.FLAG_ACTIVITY_NEW_TASK}startActivity(intent)}Ensure you define theFileProvider inAndroidManifest.xml:<providerandroid:name="androidx.core.content.FileProvider"android:authorities="your.package.name.provider"android:grantUriPermissions="true"android:exported="false"><meta-dataandroid:name="android.support.FILE_PROVIDER_PATHS"android:resource="@xml/file_paths" /></provider>Createres/xml/file_paths.xml:<paths><external-files-path name="update_apk" path="."/></paths>5. Handling Android 12+ PendingIntent RestrictionsAndroid 12+ requiresPendingIntent.FLAG_MUTABLE orFLAG_IMMUTABLE.val pendingIntent = PendingIntent.getBroadcast(this, 0, Intent(DownloadManager.ACTION_DOWNLOAD_COMPLETE),PendingIntent.FLAG_UPDATE_CURRENT or PendingIntent.FLAG_IMMUTABLE)Next StepsImplement background updates for a more seamless experience.Add progress indicators for the update download.Encrypt APK downloads for added security.ConclusionImplementing a custom app update mechanism ensures better control over app distribution and version management. Our approach is: ✔Secure (usesFileProvider) ✔Compatible (supports Android 12+ restrictions) ✔User-Friendly (provides update prompts and background installation)If you have any questions or need further improvements, feel free to reach out!

Technology: ANDROID Category: Mobile

Mahipal Singh

24 Jan 2025

Building Kotlin Libraries with Gradle Building Kotlin Libraries with Gradle: A Comprehensive GuideThis guide demonstrates how to create a Kotlin library with Gradle using gradle init. You can follow the guide step-by-step to create a new project from scratch or download the complete sample project using the links above.What you'll buildYou'll generate a Kotlin library that follows Gradle's conventions.What you'll needA text editor or IDE - for example IntelliJ IDEAA Java Development Kit (JDK), version 8 or higher - for example AdoptOpenJDKThe latest Gradle distributionCreate a project folderGradle comes with a built-in task, called init, that initializes a new Gradle project in an empty folder. The init task uses the (also built-in) wrapper task to create a Gradle wrapper script, gradlew.The first step is to create a folder for the new project and change directory into it.$ mkdir demo $ cd demoRun the init taskFrom inside the new project directory, run the init task using the following command in a terminal: gradle init. When prompted, select the 2: library project type and 2: Kotlin as the implementation language. Next you can choose the DSL for writing buildscripts - 1 : Kotlin or 2: Groovy. For the other questions, press enter to use the default values.The output will look like this:$ gradle init Select type of build to generate: 1: Application 2: Library 3: Gradle plugin 4: Basic (build structure only) Enter selection (default: Application) [1..4] 2 Select implementation language: 1: Java 2: Kotlin 3: Groovy 4: Scala 5: C++ 6: Swift Enter selection (default: Java) [1..6] 2 Enter target Java version (min: 7, default: 21): Project name (default: demo): Select application structure: 1: Single application project 2: Application and library project Enter selection (default: Single application project) [1..2] 1 Select build script DSL: 1: Kotlin 2: Groovy Enter selection (default: Kotlin) [1..2] Select test framework: 1: JUnit 4 2: TestNG 3: Spock 4: JUnit Jupiter Enter selection (default: JUnit Jupiter) [1..4] Generate build using new APIs and behavior (some features may change in the next minor release)? (default: no) [yes, no] BUILD SUCCESSFUL 1 actionable task: 1 executedThe init task generates the new project with the following structure:├── gradle │ ├── libs.versions.toml │ └── wrapper │ ├── gradle-wrapper.jar │ └── gradle-wrapper.properties ├── gradlew ├── gradlew.bat ├── settings.gradle.kts └── lib ├── build.gradle.kts └── src ├── main │ └── kotlin │ └── demo │ └── Library.kt └── test └── kotlin └── demo └── LibraryTest.ktThe file src/main/kotlin/demo/Library.kt is shown here:Generated src/main/kotlin/demo/Library.kt/* * This source file was generated by the Gradle 'init' task */ package demo class Library { fun someLibraryMethod(): Boolean { return true } }The generated test, src/test/kotlin/demo/Library.kt is shown next:Generated src/test/kotlin/demo/LibraryTest.kt/* * This source file was generated by the Gradle 'init' task */ package demo import kotlin.test.Test import kotlin.test.assertTrue class LibraryTest { @Test fun someLibraryMethodReturnsTrue() { val classUnderTest = Library() assertTrue(classUnderTest.someLibraryMethod(), "someLibraryMethod should return 'true'") } }The generated test class has a single kotlin.test test. The test instantiates the Library class, invokes a method on it, and checks that it returns the expected value.More information about the features the java-library plugin adds to any JVM library project, such as API and implementation separation, can be found in the Java Library Plugin documentation.Assemble the library JARTo build the project, run the build task. You can use the regular gradle command, but when a project includes a wrapper script, it is considered good form to use it instead. $ ./gradlew build BUILD SUCCESSFUL in 0s 5 actionable tasks: 5 executedThe first time you run the wrapper script, gradlew, there may be a delay while that version of gradle is downloaded and stored locally in your ~/.gradle/wrapper/dists folder.The first time you run the build, Gradle will check whether or not you already have the required dependencies in your cache under your ~/.gradle directory. If not, the libraries will be downloaded and stored there. The next time you run the build, the cached versions will be used. The build task compiles the classes, runs the tests, and generates a test report.You can view the test report by opening the HTML output file, located at lib/build/reports/tests/test/index.html.You can find your newly packaged JAR file in the lib/build/libs directory with the name lib.jar. Verify that the archive is valid by running the following command:$ jar tf lib/build/libs/lib.jar META-INF/ META-INF/MANIFEST.MF lib/ lib/Library.classYou should see the required manifest file —MANIFEST.MF— and the compiled Library class.All of this happens without any additional configuration in the build script because Gradle's java-library plugin assumes your project sources are arranged in a conventional project layout. You can customize the project layout if you wish as described in the user manual.Congratulations, you have just completed the first step of creating a Kotlin library! You can now customize this to your own project needs.Customize the library JARYou will often want the name of the JAR file to include the library version. This is achieved by setting a top-level version property in the build script:KotlinGroovybuild.gradle.ktsversion = "0.1.0"Next to the version, other important identity properties of a library are it's name and group. The name is directly derived from the subproject name that represents the library. It's lib in the example so you probably want to adjust it by changing the name of the lib folder and the corresponding include(…) statement in the settings.gradle(.kts) file. The group is used to give your library full coordinates when published. You can define it directly in the build script by setting the group property similar to how you set the version (shown above).Now run the jar task:$ ./gradlew jar BUILD SUCCESSFUL 2 actionable tasks: 1 executed, 1 up-to-dateYou'll notice that the resulting JAR file at lib/build/libs/lib-0.1.0.jar contains the version as expected.Another common requirement is customizing the manifest file, typically by adding one or more attributes. Let's include the library name and version in the manifest file by configuring the jar task. Add the following to the end of your build script:KotlinGroovybuild.gradle.ktstasks.jar { manifest { attributes(mapOf("Implementation-Title" to project.name, "Implementation-Version" to project.version)) } }To confirm that these changes work as expected, run the jar task again, and this time also unpack the manifest file from the JAR:$ ./gradlew jar $ jar xf lib/build/libs/lib-0.1.0.jar META-INF/MANIFEST.MFNow view the contents of the META-INF/MANIFEST.MF file and you should see the following:META-INF/MANIFEST.MFManifest-Version: 1.0 Implementation-Title: lib Implementation-Version: 0.1.0Generating Sources JARYou can easily generate a sources JAR for your library:KotlinGroovybuild.gradle.ktsjava { withSourcesJar() }The additional JAR will be produced as part of the assemble or build lifecycle tasks and will be part of the publication. The resulting file is found in lib/build/libs, with a name using the conventional classifier -sources.Publish a Build ScanThe best way to learn more about what your build is doing behind the scenes, is to publish a build scan. To do so, just run Gradle with the --scan flag. class="language-plaintext">$ ./gradlew build --scan BUILD SUCCESSFUL in 0s 5 actionable tasks: 5 executed Publishing a build scan to scans.gradle.com requires accepting the Gradle Terms of Service defined at https://gradle.com/terms-of-service. Do you accept these terms? [yes, no] yes Gradle Terms of Service accepted. Publishing build scan... https://gradle.com/s/5u4w3gxeurtd2Click the link and explore which tasks where executed, which dependencies where downloaded and many more details!SummaryThat's it! You've now successfully configured and built a Kotlin library project with Gradle. You've learned how to:Initialize a project that produces a Kotlin libraryRun the build and view the test reportCustomize the Jar files the build producesNow you could complete this exercise by trying to compile some Kotlin code that uses the library you just built.

Technology: GRADLE , KOTLIN more Category: Mobile

Mahipal Singh

13 Dec 2024

Boost Engagement with Geo-Fencing Push Notifications for Your App When it comes tomobile apps for the retail sector, engaging customers at the right time and place has become a key factor in driving business success. Geo-fencing-based push notifications have emerged as a powerful tool to enhance user engagement, offering businesses a way to deliver targeted, location-based messages in real-time.Whether you run a retail business, a restaurant, or an event-based service, geo-fencing can help you interact with customers in a personalized and meaningful way. This article explores what geo-fencing-based push notifications are, how they work, and why they're a game-changer for businesses.Why Geo-Fencing-Based Push Notifications Matter for Your BusinessGeo-fencing is a technology that creates virtual boundaries around specific locations, such as a store, stadium, or neighborhood. When users with your mobile app installed enter or exit these predefined areas, they receive a push notification on their device. These notifications can include anything from special promotions and discounts to personalized messages and reminders.Geo-fencing works by leveraging GPS, Wi-Fi, or cellular data to detect a user's location in real-time. It allows businesses to reach users when they are in close proximity to a specific location, making interactions timely, relevant, and highly engaging.Geo-fencing-based push notifications provide several benefits for businesses looking to engage customers more effectively:1. Location-Based TargetingGeo-fencing allows you to target users based on their physical location, which means you can reach them when they are most likely to interact with your brand. Whether you're sending promotions to customers near your store or providing directions to event attendees, location-specific targeting makes your message more relevant.2. Enhanced Customer EngagementTiming is everything in marketing. With geo-fencing, you can engage customers with timely and contextual messages, prompting them to take immediate action. For example, a restaurant could send out lunch-time deals when users are nearby, or a retail store could push out flash sales when a customer is close to one of its outlets.3. Cost-Effective MarketingCompared to traditional forms of marketing, geo-fencing-based notifications are cost-effective. They allow businesses to communicate directly with users who are more likely to convert due to their proximity to your physical location, leading to higher ROI on your marketing efforts.4. Personalized User ExperienceGeo-fencing enables a highly personalized experience for users. By sending location-relevant messages, businesses can cater to individual needs and preferences, enhancing customer satisfaction and loyalty. Imagine sending a notification welcoming a customer to your store with an exclusive discount, just as they walk through the door.Also Read: Beyond Native: Why Cross-Platform is the New Enterprise StandardReal-World Use Cases of Geo-Fencing inMobile AppsSeveral industries have adopted geo-fencing technology to drive engagement and improve customer experiences. Here are some key use cases:Retail: Geo-fencing can send location-based offers, product promotions, or event invitations to users near a store, increasing foot traffic and driving in-store purchases.Hospitality: Hotels can use geo-fencing to offer upgrades or exclusive services to guests as they enter the premises or specific areas within the hotel.Events: Event organizers can notify attendees about session updates, meet-and-greets, or location-specific details as they enter the venue.Restaurants: Food delivery apps can send push notifications about nearby discounts or special offers when users are close to a partnered restaurant.Why Choose Oodles for Building Your Next Transformative Mobile AppAt Oodles, we bring a holistic approach to mobile app development, ensuring that every aspect of your app is designed to meet your business goals and user expectations. When you partner with us, you'll benefit from:End-to-End Development Solutions: From initial concept and design to development, testing, and deployment, we handle every stage of the app development process to ensure a seamless experience.Custom Mobile App Design: Our development team builds fully customized apps that reflect your brand, optimize user experience, and deliver the unique functionality you need to stand out in the market.Scalability and Flexibility: We create apps with scalability in mind, ensuring that your mobile app grows with your business and adapts to new features, user demands, or technological advancements.Cross-Platform Expertise: Whether it's iOS, Android, or cross-platform development, we have expertise in creating apps that deliver consistent performance across all devices, maximizing your reach.Performance and Security: Our apps are built with high-performance architectures and top-notch security measures, ensuring your users enjoy a fast, secure, and reliable experience.Post-Launch Support and Maintenance:We don't stop at delivery. Our team offers ongoing support and maintenance, helping you update, optimize, and improve your app as your business evolves.Whether you're a startup or an established enterprise, Oodles can help you achieve your goals and stay ahead in the competitive market. Partner with ustoday to start your digital transformation journey and turn your visionary idea into an industry-leading success.

Technology: FIREBASE , NO SQL/MONGODB more Category: Mobile

Arpita Pal

18 Oct 2024

Beyond Native: Why Cross-Platform is the New Enterprise Standard Why Should Your Enterprise Opt for Cross-Platform Solutions?In today's time, enterprises represent an integrated ecosystem of multiple devices, operating systems and different types of users. From employees working in different locations to customers using your product globally, this ecosystem is responsible for innumerable responsibilities that keep your business functioning and thriving.However, it can only be achieved if your systems are seamless, scalable, secure and compatible with the growing needs of your expanding business. As the market and customer demands continue to evolve and expand rapidly, enterprises require robust systems that can adapt and cater to diverse audiences faster and dynamically.Andcross-platform solutions can be the key to creating such a robust ecosystem.Whether your business is in its nascent stage or it's a fully thriving enterprise with large-scale operations, cross-platform solutions offer you an upper hand in terms of flexibility, cost-efficiency and accelerated development.How so?Such applications excel in providing multi-device support with a single codebase. This means, you only have to develop it once and enjoy it on multiple platforms such as iOS, Android, Windows, Mac and more.If that sounds intriguing to you, keep reading to discover more about how cross-platform solutions can help your business drive innovation and streamline functionality.Key takeaways of what you'll learn in this blog:1. What are cross-platform apps?2. How do cross-platform apps provide you with a significant advantage as an enterprise?3. Popular frameworks for developing cross-platform apps.4. When should you opt for native apps?Understanding Cross-Platform AppsAs a business, you need a coordinated and uninterrupted approach for systems between your employees, resources, stakeholders, and customers. This means maintaining a smooth flow and cohesiveness between a plethora of devices, platforms, and multiple operating systems for the organization to operate successfully and efficiently.Cross-platform applications offer an integrated approach to managing all your parties with a system requiring only a single codebase.Developing applications exclusive to specific systems is not just a time-consuming and resource-intensive process, but is impractical if you're looking for a comprehensive answer to handle all your technological requirements in a fast-evolving market.That doesn't mean native apps are not meant for you.They do rank high in providing functionality-specific performance and are great in terms of reliability. Later in the blog, you'll learn when to opt for native overcross-platform apps.But if you need a strategic solution for multi-device support across your business ecosystem, cross-platform apps provide you with a greater advantage in terms of:1. Accelerated Time-to-Market:Code Reusability, hot reloading and pre-built components are a few of the major advantages that allow cross-platform apps an accelerated market entry through speedy development. Cross-platform apps allow developers to reuse components including business logic, data logic and numerous UI components of a single code base multiple times. This reuse feature helps them to focus on integrating platform-specific features and optimizations, which significantly reduces development time.Moreover, hot reloading is now supported in a major number of cross-platform apps. This allows developers to create the best versions of their products through rapid iterations, as all improvements are reflected immediately without recompilations, saving upto 30-40% of their time.Pre-built components such UI components, navigation systems etc provided by frameworks help ensure timely product development. CI/CD integration, automated testing and more along with the previously mentioned factors greatly facilitate a quick and successful entry into the market.2. Unified User Experience:A consistent user experience across diverse business platforms is crucial to ensuring a strong brand identity among its customers. Cross-platform integration alleviates development efforts in maintaining uniform experience across multiple platforms with their essential UI solutions such as UI component libraries, platform-specific adapters, responsive design techniques and state management solutions.UI component libraries drastically reduce designing and development time by providing pre-built components including buttons, navigation fields and text fields that already adhere to platform-specific guidelines.Additionally, features like platform-specific adapters and responsive design techniques seamlessly adjust and integrate UI components across multiple platforms specific to their layouts, and screen sizes, giving the apps a superior native look and feel. React Native Paper, Flutter Material, and NativeScript UI are some of the prominent examples that contribute to ensuring a consistent user experience across diverse platforms for an engaging brand identity.3. Easier Maintenance and Resource OptimisationOne of the core strengths of cross-platform apps lies in their ability to make changes once and it automatically get deployed to platforms across the business ecosystem. This capability not only saves developmental efforts but also directly correlates with easier maintenance and resource optimization.From updates to bug fixes, all changes only need to be deployed once and rest assured, they will be implemented across multiple platforms automatically. CI/CD pipelines further streamline the process through automated testing and centralized troubleshooting, enabling developers to collaborate effectively and accelerate development.Cross platforms offer a centralized approach to resource management with the help of shared knowledge bases, common API interfaces and unified testing frameworks leading to efficient savings for businesses.4. Broader Market Coverage:Reaching a diverse user base is a significant advantage businesses can achieve with cross-platform apps both quickly and effectively. The multi-device support, fueled by easy adaptation to numerous operating systems, provides the flexibility to offer products and services to a wide range of audiences, whether they are using iOS, Android or Windows.Platform abstraction layers and progressive enhancement techniques make adaptation to multiple platforms seamless, eliminating the need to develop separate applications for different system requirements.Server-side rendering is a feature that generates the initial HTML of the web app on the server and improves accessibility by enhancing SEO, performance and user experience. Additionally, responsive user design ensures that the apps adapt to different screen sizes, irrespective of their OS, seamlessly.All of these provisions allow developers and businesses to cater their products to larger audiences, significantly increasing revenue compared to platform-specific apps.Section Recap:To summarize,cross-platform apps can offer the right strategic solution for your enterprise with:Accelerated time-to-marketwith features like code reusability, hot reloading and pre-built UI components.Aconsistent user experiencewith the UI component libraries, platform-specific adapters and responsive design techniques.Easier maintenance and resource optimizationwith CI/CD pipelines, automated testing and centralized troubleshooting.Wider reach with the help of multi-device support, platform abstraction layers, server-side rendering and progressive enhancement techniques.Best Frameworks For Cross-Platform EfficiencyOnce you have chosen cross-platform solutions for your enterprise, it is essential to understand which frameworks can best support your business requirements optimally. Below, we discuss some of the popular cross-platform frameworks that can help you achieve a multi-platform ecosystem tailored to your organization's needs:React NativeDeveloped by Facebook, React Native provides its users with a powerful framework to build mobile apps across platforms, whether Android or iOS. It offers extensive third-party libraries, a large community and robust reliability features that empower seamless cross-platform development. Ensuring a native-like performance and feel, React Native is a preferred choice among developers for building cross-platform apps and establishing a strong digital presence.FlutterFlutter is a cross-platform framework created by Google which utilizes Dart programming language to build natively compiled applications for multiple platforms. Powered with pre-designed widgets, hot-reloading features and a high-performance rendering engine, developers need to create only a single codebase with Flutter to implement changes across applications in multiple devices.NativeScriptNativeScript is an open-source framework for building cross-platform mobile apps where developers can use JavaScript, TypeScript or Angular to build native apps for Android and iOS with a single codebase. Direct access to native APIs allows developers to ensure exemplary performance and true native experiences, while its extensive library of plugins helps to maintain flexibility, contributing to accelerated development and cost efficiency.IonicIonic is also an open-source framework that leverages web technologies such as HTML, CSS and JavaScript for creating cross-platform apps for Android, iOS and web. Key features provided by Ionic include native device integration, reusable UI components, an extensive plugin ecosystem, easy testing and debugging and more. The framework utilizes Apache Cordova for packaging web applications into native apps, which allows for more native-like features without investing resources to build separate apps for each platform and aiding in faster development.PhoneGapPhoneGap, also known as Apache Cordova is a versatile and popular open-source framework used for building cross-platform mobile apps using standard web technologies including HTML, CSS and Javascript. PhoneGap mainly operates by wrapping web applications into a native container, which is then utilized to access device-like features through a series of plugins. It offers a compelling solution for businesses seeking to deploy cross platform mobile apps with minimal resources.When Should You Opt for Native App Development?1. When you're seeking platform-specific features for your app: If the app is heavily dependent on the unique capabilities of the platform (e.g., Android, iOS, or Windows), and cross-platform frameworks cannot fully support them, native apps would be better option to leverage those features. For instance, access to biometric sensors, AI assistants, NFC/Bluetooth features etc.2. If your app requires specific hardware integration:If your application requires deep hardware integration or customized components to function properly, native apps are a more suitable choice than cross-platform solutions. For example, proprietary sensors, camera specifications etc.3. Regulatory Compliance:If your app operates in an industry governed by strict regulatory requirements, native apps offer easier customization to meet government-mandated guidelines for security and data handling—for example, encryption protocols, regulations like HIPAA etc.ConclusionCross-platform solutions are a no-brainer for enterprises seeking a multi-platform presence in the digital ecosystem, especially as they offer such a time and cost-efficient alternative for development. With powerful frameworks like React Native, Flutter and more featuring robust capabilities such as code reusability, hot reloading and pre built components, cross-platform app development ensures top performance and efficiency while maintaining a native look and feel. In a fast-evolving landscape, cross-platform solutions can be implemented swifter with lfewer teams and resources, making them a preferred choice for businesses operating with limited budgets and time.Why Choose Oodles For Mobile App DevelopmentWith over 15 years in the industry, we've successfully launched 100+ mobile apps, transforming visions into reality. Our deep expertise allows us to deliver high-quality, scalable, and user-centric solutions tailored to your specific business needs. Whether you're a startup or an established enterprise, Oodles can help you achieve your goals and stay ahead in the competitive market. Partner with us today to start your digital transformation journey and turn your visionary idea into an industry-leading success.

Technology: IONIC , Flutter more Category: Mobile

Arpita Pal

11 Sep 2024

Augmenting Crypto Trading with Bot Development The crypto market fluctuates dramatically. Short-term and long-term investors around the world are interested in them because of their dynamic nature. Since cryptocurrencies can fluctuate within milliseconds, we humans started using crypto trading bots developed using crypto development services to automate the process.What is a Crypto Trading Bot?A bot is a simple automated program that runs on the Internet and performs repetitive tasks more efficiently than humans. In fact, some estimates suggest that more than half of internet traffic consists of bots interacting with websites and users, viewing content, and performing other tasks. Crypto trading bots work on the same basic principle. They are software programs that use artificial intelligence to perform functions based on predefined parameters. No more missed deals or missed opportunities. Whether you want to buy the most undervalued cryptocurrency or add a new cryptocurrency to your portfolio, just use crypto trading and your assets will be automatically traded from anywhere in the world, day or night. You can buy, sell, or hold automatically in a timely, efficient manner. use a bot.Also, Read | Crypto Trading Bot Development | A Quick GuideHow Do Crypto Trading Bots Work?To trade with a cryptocurrency bot on a cryptocurrency exchange, you must authorize the trading bot to access your account via an API (application program interface) key. At any time, access may be granted or canceled. So what is the actual mechanics of a profitable cryptocurrency trading bot? Trading is built on Traality by communicating directly with cryptocurrency exchanges and automatically placing orders based on pre-set conditions Bots offer exceptional speed and efficiency, reduced error, and emotionless trading tailored to individual risk tolerance and investment goals.Broadly speaking, trading bots work in four main phases: data analysis > signal generation > risk allocation > execution.Data is king. Therefore, data analysis is essential for the success of cryptocurrency trading bots. Unlike humans, machine learning-powered software can identify, collect, and analyze large amounts of data faster, smarter, and better.Once data analysis is complete, bot signal generation basically does the trader's job of making predictions and identifying possible trades based on market data and technical analysis indicators.In risk allocation, bots allocate risk according to a specific set of parameters and rules set by traders. This typically includes how and to what extent capital is allocated when trading.Execution is the phase in which cryptocurrencies are actually bought or sold based on signals generated by pre-configured trading systems. At this stage, the signal generates buy and sell orders that are sent to the exchange via the API.Also, Check | Can ChatGPT Replace Crypto Trading BotsHow to Build a Crypto Trading Bot:Step by StepNow that you have an understanding of cryptocurrency bots and how they work, let's see how to create a crypto trading bot.Programming LanguageList all Crypto ExchangesCreate Accounts on these ExchangesChoose the Type of BotConfirm the AlgorithmEncodingProduct TestingLive DeploymentStep 1: Programming LanguageWe recommend that you choose a language that you are familiar with to build your bot. The most commonly used languages for building cryptobots are:CJavascriptPerlPythonThe advantage of using such a well-known programming language is that it makes it easier to write or modify the code with the help of other programmers if problems arise.Python continues to be one of the most interesting in many areas, such as algorithmic trading. Python is known for its sophisticated libraries and simple basics. As one of the easiest languages for beginners, more and more traders use this language to create their Python trading bots. Using this language, you can create both simple and complex bots with different capabilities.Step 2: Integrate Crypto ExchangesBefore you begin creating, you must also acquire the APIs your bot requires to access the exchanges you want it to trade on. The good news is that all of the major cryptocurrency exchanges, including:BittrexCEX.IOCoinbaseKrakenPoloniexStep 3: Create Accounts on these ExchangesCreating an account is a very easy process. Please note that the procedure for opening a new account differs depending on the exchange. Note that some services allow anonymous transactions, while others require authorization.Step 4: Choose the Type of BotBefore learning how to create a crypto trading bot, you need to decide what kind of crypto trading bot you want to design. Here are the two most popular types of cryptocurrency trading bots:Arbitrage Bots:Crypto arbitrage is a method of profiting from price movements of a single asset on many trading platforms. It should be noted that more sophisticated trading models take longer to build.Also, Explore | Exploring Crypto Arbitrage Trading Bot and DevelopmentStep 5:AlgorithmA bot's architecture has a huge impact on its performance and performance. Choosing the algorithms your bot uses to analyze your data is important to understanding how your bot works. Algorithmic trading is a huge industry generating billions of dollars in annual revenue. Each method must be supported by a strong mathematical model. Otherwise, you may suffer financial damageStep 6: EncodingNow that you know how to create a crypto trading bot, once you have written the bot's architecture, you can start writing the code.Step 7: Product TestingThe test has two main goals.The main goal is to make sure the bot performs well and can withstand the kinds of data fluctuations thrown at it. Factors such as risk versus return and modeling errors such as "overfitting" should be evaluated at this level. Performance optimization is the second feature. Note that performance means improving the kind of behavior you want your bot to see.Step 8: Live DeploymentAfter all issues have been resolved, we are ready to launch our new automated Bitcoin trading bot.The reputable company continues to provide support after the app's release. It enables the smooth operation of the company.If you are interested in developing a crypto trading bot as per your requirement, connect with our skilled crypto developers to get started.

Technology: ANDROID , MEAN more Category: Blockchain

Vishu Pal

26 Dec 2022

Anatomy of Android Application There are four building blocks to an Android application:ActivityIntent ReceiverServiceContent ProviderNot every application needs to have all four, but your application will be written with some combination of these.Once you have decided what components you need for your application, you should list them in a file called AndroidManifest.xml. This is an XML file where you declare the components of your application and what their capabilities and requirements are. We will discuss soon, what the AndroidManifest.xml is responsible for.Activity :Activities are the most common of the four Android building blocks. An activity is usually a single screen in your application. Each activity is implemented as a single class that extends the Activity base class. Your class will display a user interface composed of Views and respond to events. Most applications consist of multiple screens. For example, a text messaging application might have one screen that shows a list of contacts to send messages to, a second screen to write the message to the chosen contact, and other screens to review old messages or change settings. Each of these screens would be implemented as an activity.When a new screen opens, the previous screen is paused and put onto a history stack. The user can navigate backward through previously opened screens in the history. Screens can also choose to be removed from the history stack when it would be inappropriate for them to remain. Android retains history stacks for each application launched from the home screen.Intent and Intent Filters :Android uses a special class called Intent to move from screen to screen. Intent describe what an application wants done. The two most important parts of the intent data structure are the action and the data to act upon. Typical values for action are MAIN (the front door of the application), VIEW, PICK, EDIT, etc. The data is expressed as a Uniform Resource Indicator (URI). For example, to view a website in the browser, you would create an Intent with the VIEW action and the data set to a Website-URI.new Intent(android.content.Intent.VIEW_ACTION, ContentURI.create("http://anddev.org")); There is a related class called an IntentFilter. While an intent is effectively a request to do something, an intent filter is a description of what intents an activity (or intent receiver, see below) is capable of handling.Activities publish their IntentFilters in the AndroidManifest.xml file.Intent Receiver :You can use an IntentReceiver when you want code in your application to execute in reaction to an external event, for example, when the phone rings, or when the data network is available, or when it's midnight. Intent receivers do not display a UI, although they may display Notifications to alert the user if something interesting has happened. Intent receivers are also registered in AndroidManifest.xml, but you can also register them from code using Context.registerReceiver().Service :A Service is code that is long-lived and runs without a UI. A good example of this is a media player playing songs from a play list. In a media player application, there would probably be one or more activities that allow the user to choose songs and start playing them. However, the music playback itself should not be handled by an activity because the user will expect the music to keep playing even after navigating to a new screen. In this case, the media player activity could start a service using Context.startService() to run in the background to keep the music going. The system will then keep the music playback service running until it has finished. (You can learn more about the priority given to services in the system by reading Life Cycle of an Android Application.) Note that you can connect to a service (and start it if it's not already running) with the Context.bindService() method. When connected to a service, you can communicate with it through an interface exposed by the service. For the music service, this might allow you to pause, rewind, etc.Content Provider :Applications can store their data in files, a SQLite database, preferences or any other mechanism that makes sense. A content provider, however, is useful if you want your application's data to be shared with other applications. A content provider is a class that implements a standard set of methods to let other applications store and retrieve the type of data that is handled by that content provider.

Technology: ANDROID Category: ERP Solutions

Amit Saini

09 Jun 2015

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