- A Microsoft Certified Software Developer (MCSD) refers to the individual who successfully passed out the examination done for judging the tactics of designing mobile applications. Nowadays, with the increasing momentum of these services, most developers across the globe are going for this certification. An MCSD is given out to the individuals who are knowledgeable in implementing the development works. Resultantly, MCSD Training in Noida getting out a boom.
- Students interested in learning how to create and analyze enterprise solutions using Microsoft technologies and development tools might consider enrolling in Croma Campus's top MCSD Training Institute in Noida. An MCSD not only validates a developer's abilities but also boosts their earning potential. It has a contributing capacity of multiple people which makes it unique in view.
- The main objective of the MCSD Training Institute in Noida learning is that we will help you with the skills that are important to build modern mobile and web applications. This course offers training and practical exposure to the work process required in the organization today.
- Here are the MCSD certification course objectives:
Learning out the design process of UI layouts.
Designing out the separation of concerns.
Applying out the MVVM pattern.
Designing as well as implementing a process lifetime management system.
Creating out the layout are apps for further handling.
- The salary expectation after completing the MCSA Training in Noida gets based on the skills that you learn and the educational qualification you have before learning this course. With the certification, you will surely get the eligibility but the salary can be expected seeing the factors such as firm size, reputation, job type, and work experience. A Microsoft Certified Solution Developer in the United States earns an average annual salary of $99,000, according to Payscale.
- There are various domains that you can enroll in after completing the course. With the certificate, you can easily handle the major categories related to server, application, desktop, developer, and database. Here are a few more points that can help you after completing the course at MCSD Training Institute in Noida.
The course curriculum helps out in understanding different perspectives of development and individuals can get to multiple sectors like IT(Information Technology), Telecommunications, Financial services, etc.
With the simultaneous rise in software-powered companies, the revenue growth of unicorns may cross out the US $ 1 billion in the upcoming period.
You should be able to become more productive with the knowledge you gain through Microsoft certification training.
Our Microsoft Certification Training can help you stand out by providing further verification of your knowledge.
As you hunt for new work, the certification program may help you stand out in your professional network.
- We all know Microsoft and the components it provides to assist with business-related work and other personnel work as well, with such great goodwill many organizations and people are regularly using the components to solve issues and to bring in productivity. Before enrolling in MCSD Training in Noida it is important to check out the reasons behind its popularity
The certification path gets designed for IT(Information Technology) professionals who want to go into the verticals of mobile app development & SharePoint applications.
MCSD also has six types of certifications that help out in tracking the work of software developers, web developers as well as and applications engineers.
With this certification, learners will be able to architect, construct, and administer Microsoft Azure solutions.
The MCSD Azure Solutions Architect certification necessitates a more extensive set of abilities, including programming and programming languages.
Applicants must show they can work as a developer, IT professional, DevOps practitioner, and designer/architect.
- You will be required to perform a variety of job duties at work after completing your MCSD Training in Noida. Let's talk about them!
Provide IT support to internal employees within the organization.
Reorganize employee workstations for new hires.
Hands-on fixes at the desktop level, covering system and application installation and upgrades, as well as software and configuration.
Information technology-related processes and procedures should be documented.
Examine IT operations and give improved suggestions.
- After completing the course at MCSD Training Institute in Noida many organizations are using the Microsoft components to have access to control the organization process. Well, this is today implemented in many top organizations, here are the reasons that explain how and which organizations you will get opportunities from after completing the MCSD training.
- Here are the points that explain the popularity of the MCSD Training in Noida and its importance in the market. Establish yourself as a sought-after expert on a global scale. In interviews, you'll be able to effortlessly outperform other prospects. Your credentials have been verified, allowing you to operate remotely.
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Exam 70-486: Developing ASP.NET MVC Web Application
Design the application architecture (15-20%)
Design the build and deployment architecture (10%-15%)
Design the User Experience (15% - 20%)
Develop the User Experience (15% to 20%)
Troubleshoot and Debug Web Applications (20%-25%)
Design and Implement Security (15% to 20%)
Exam 70-483: Programming in C#
Manage Program Flow (25-30%)
Create and Use Types (25-30%)
Debug Applications and Implement Security (25-30%)
Implement Data Access (25-30%)
- Exam 70-486: Developing ASP.NET MVC Web Application
- Plan the application layers
Plan data access; plan for separation of concerns,
Appropriate use of models, views, controllers, view components, and service dependency injection;
Choose between client-side and server-side processing;
Design for scalability;
Choose between ASP.NET Core and ASP.NET;
Choose when to use .NET standard libraries;
- Design a Distributed Application
Design a hybrid application;
Plan for session management in a distributed environment
Plan web farms; run Microsoft Azure services on-premises with Azure Pack;
Enable deferred processing through Azure features (including queues, scheduled, and on-demand jobs, Azure Functions, and Azure Web Jobs, etc.)
- Design and Implement the Azure Web Apps Life Cycle
Identify and implement Start, Run, and Stop events
Code against application events in applications;
Configure startup tasks, including (IIS, app pool configuration, and third-party tools)
- Configure State Management
Choose a state management mechanism including (in-process, out of process, and Redis- based state management);
Plan for scalability;
Use cookies or local storage to maintain state;
Apply configuration settings in web.config files;
Implement session less state (including Query Strings)
Configure middleware to enable session and application state in ASP.NET Core
- Design a Caching Strategy
Implement page output caching
Implement data caching;
Create cache profiles;
Implement HTTP caching;
Implement Azure Redis caching
Plan a content delivery
Network (CDN) strategy, for example, Azure CDN
- Design and implement a Web Socket strategy
Read and write string and binary data asynchronously
Choose a connection loss strategy; decide when to use
Web Sockets; implement Signal R;
Enable web socket features in an Azure Web App instance
- Design a Configuration Management Solution
Manage configuration sources, including XML, JSON, and INI files;
Manage environment variables; implement Option objects;
Implement multiple environments using files and hierarchical structure
Manage sensitive configuration;
React to runtime configuration changes;
Implement a custom configuration source;
Secure configuration by using Azure Key Vault
Use the Secret Manager tool in development to keep secrets out of your code for configuration values
- Interact with the host environment
Work with file system using file providers; work with environment variables;
Determine hosting environment capabilities;
Implement native components, including PInvoke and native dependencies for hosts including Linux and Windows;
Use ASP.NET hosting on an Open Web Interface for .NET (OWIN)-based server
- Compose an application by using the framework pipeline
Add custom request processing modules to the pipeline;
Add, remove, and configure services used in the application;
Design and implement middleware;
Design for kestrel, Http.sys web server and IIS;
Design and implement startup filters
- Design a browser artifact build strategy
Design a JavaScript build pipeline using Gulp, Grunt, NPM and Bower;
Design an artifact build strategy using Less, Sass and Font Awesome;
Design and implement a bundling and minification strategy for browser artifacts, including JavaScript, CSS, and images
- Design a server build strategy
Manage NuGet dependencies;
Target runtimes, including the full .NET Framework, .NET core, and .NET standard;
Manage debug and release configurations, including compilation and optimization options;
Include or exclude files from build;
Manage build sources, including content, resources, and shared files;
Implement metadata for projects, including version, release notes, and descriptions;
Define other build options, including XML Doc and warningsAsErrors;
Work with static files in ASP.NET core.
- Design a publishing strategy
Implement application publishing using dotnet.exe;
Manage publishing options in csproj; implement additional tooling;
Implement pre-publish and post-publish scripts;
Implement native compilation;
Publish to Docker container image
- Implement an Azure deployment strategy
Deploy Azure Web App using supported deployment models including FTP, Kudu, Web Deploy, and Visual Studio Publishing Wizard;
Provision ARM- based resources while deploying applications;
Implement deployment environments, including dev, test, and prod in Azure;
Use deployment slots for staging sites;
Deploy to Azure Stack
- Implement a on-premises deployment strategy
Deploy application to IIS using Web Deploy, XCOPY, and Visual Studio Publishing Wizard;
Deploy application to Windows Nano Server, deploy application to IIS Hosted Web Core, deploy application to HTTP.sys web server;
Deploy application to Kestrel on Windows and Linux; implement reverse proxying to Kestrel using IIS and Nginx
- Create elements of the user interface for a web application
Create and apply styles by using CSS;
Structure and lay out the user interface by using HTML,
Implement dynamic page content based on a design
- Design and implement UI behavior
Implement client-side forms validation;
Use JavaScript to manipulate the DOM;
Extend objects by using prototypal inheritance;
Use AJAX to make partial page updates
Design the UI layout of an application
Implement partial views and view components for reuse in different areas of the application;
Design and implement pages by using Razor Pages;
Design and implement layouts to provide visual structure;
Define and render optional and required page sections;
Create and use tag and HTML helpers to simplify markup
- Plan a responsive UI layout
Plan for applications that run on multiple devices and screen resolutions;
Use media queries and Bootstrap’s responsive grid;
Detect browser features and capabilities;
Create a web application that runs across multiple browsers and mobile devices;
Enable consistent cross-browser experiences with poly-fills
- Plan mobile UI strategy
Implement mobile specific UI elements such as touch input, low bandwidth situations, and device orientation changes;
Define and implement a strategy for working with mobile browsers
- Plan for search engine optimization and accessibility
Use analytical tools to parse HTML;
Provide an xml sitemap and robots.txt file to improve scraping;
Write semantic markup for accessibility, for example, screen readers;
Use rich snippets to increase content visibility
- Plan and implement globalization and localization
Plan a localization strategy;
Create and apply resources to UI including JavaScript resources;
Set cultures and implement server-side localization and globalization
Design and implement MVC controllers and actions
Apply authorization attributes, filters (e.g., including global, authentication, and overridden filters);
Use choose and implement custom HTTP status codes and responses;
Implement action results;
Implement MVC areas;
Implement Dependency Injection for services in controllers;
- Design and implement routes
Define a route to handle a URL pattern;
Apply route constraints; ignore URL patterns;
Add custom route parameters and define areas;
Define routes that interoperate with Single Page Application frameworks such as Angular
- Control application behavior by using MVC extensibility points `
Create custom middleware and inject it into the pipeline;
Implement MVC filters and controller factories;
Control application behavior by using action results, model binders, and route handlers;
Inject services into a view
- Design and implement serialization and model binding
Serialize models and data using supported serialization formats, including JSON, XML, protobuf, and WCF/SOAP;
Implement model and property binding, including custom binding and model validation;
Implement web socket communication in MVC
Implement file uploading and multipart data;
Use AutoRest to build clients
- Prevent and troubleshoot runtime issues
Troubleshoot performance, security, and errors;
Implement tracing, logging, and debugging (including IntelliTrace);
Enable and configure health monitoring (including Performance Monitor));
Configure and use App Insights runtime telemetry
- Design an exception handling strategy
Handle exceptions across multiple layers; use MVC middleware to configure error handling;
Use different exception handling strategies for different environments;
Create and display custom error pages;
Configure a custom pipeline for error handling;
Handle first chance exceptions;
Configure and use App Insights;
Log application exceptions;
- Test a web application
Create and run unit tests, for example, use the Assert class, create mocks and stubs;
Create and run web tests including using Browser Link;
Debug a web application in multiple browsers and mobile emulators;
Use Azure DevTest Labs; use Visual Studio Team Services
- Debug an Azure application
Collect diagnostic information by using Azure App Insights;
Choose log types, for example, event logs, performance counters, and crash dumps;
Stream logs directly to Visual Studio from a deployed site;
Debug an Azure application by using Visual Studio and remote debugging;
Interact directly with remote Azure websites using Server Explorer
- Configure authentication and Authenticate users
Enforce authentication settings
Implement ASP.NET Core Identity and enable Facebook, Google and other external providers;
Implement account confirmation, password recovery, and multi-factor authentication.
Perform authentication using Azure Active Directory, Azure Active Directory B2C, Azure Active Directory B2B, and Microsoft Identity manage user session by using cookies;
Acquire access tokens using the Microsoft Authentication Library (MSAL)
- Configure and apply authorization
Create roles; authorize roles programmatically; configure and work with custom User Stores using middleware; configure controllers and actions to participate in authorization
Design and implement claims-based authentication
Perform authentication and authorization using tokens including OpenID, OAuth, JWT, SAML, bearer tokens, etc.
- Manage data integrity
Apply encryption to application data; apply encryption to the configuration sections of an application;
Sign application data to prevent tampering; secure data using Azure Key Vault;
Implement encryption for data protection using the data protection APIs in transit and at rest
- Implement a Secure Site
Secure communication by applying SSL certificates
Require SSL for all requests;
Enable SSL hosting in the development environment;
Implement SSL using Azure Load Balancers; salt and hash passwords for storage;
Use HTML encoding to prevent cross-site scripting attacks (ANTI-XSS Library);
Implement deferred validation and handle unvalidated requests, for example, form, query string, and URL;
Prevent SQL injection attacks by
Parameterizing queries; prevent cross-site request forgeries (XSRF);
Use Azure Security Center to monitor Azure resources;
Implement Cross Origin Resource Sharing (CORS)
Implement protection against open redirect attacks
- Candidates for this exam are developers with at least one year of experience programming essential business logic for a variety of application types, hardware, and software platforms using C#.
- Exam 70-483: Programming in C#
- Implement multithreading and asynchronous processing
Use the Task Parallel library, including the Parallel. For method, PLINQ, Tasks; create continuation tasks; spawn threads by using Thread Pool; unblock the UI; use async and await keywords; manage data by using concurrent collections
- Manage Multithreading
Synchronize resources; implement locking; cancel a long-running task; implement thread-safe methods to handle race conditions
- Implement program flow
Iterate across collection and array items; program decisions by using switch statements, if/then, and operators; evaluate expressions,
- Create and implement events and call-backs
Create event handlers; subscribe to and unsubscribe from events; use built-in delegate types to create events; create delegates; lambda expressions; anonymous methods
- Implement exception handling
Handle exception types, including SQL exceptions, network exceptions, communication exceptions, network timeout exceptions; use catch statements; use base class of an exception; implement try-catch-finally blocks; throw exceptions; rethrow an exception; create custom exceptions; handle inner exceptions; handle aggregate exceptions
- Create types
Create value types, including structs and enum; create reference types, generic types, constructors, static variables, methods, classes, extension methods; create optional and named parameters; create indexed properties; create overloaded and overridden methods
- Consume types
Box or unbox to convert between value types; cast types; convert types; handle dynamic types; ensure interoperability with unmanaged code that accesses COM APIs
- Enforce encapsulation
Enforce encapsulation by using properties; enforce encapsulation by using accessors, including public, private, protected, and internal; enforce encapsulation by using explicit interface implementation
- Create and implement a class hierarchy
Design and implement an interface; inherit from a base class; create and implement classes based on the IComparable, IEnumerable, IDisposable, and IUnknown interfaces
- Find, execute, and create types at runtime by using reflection
Create and apply attributes; read attributes; generate code at runtime by using Code-Dom and lambda expressions; use types from the System. Reflection namespace, including Assembly, PropertyInfo, MethodInfo, Type
- Manage the object life cycle
Manage unmanaged resources; implement IDisposable, including interaction with finalization; manage IDisposable by using the Using statement; manage finalization and garbage collection
- Manipulate strings
Manipulate strings by using the StringBuilder, StringWriter, and StringReader classes; search strings; enumerate string methods; format strings; use string interpolation
- Validate application input
Validate JSON data; choose the appropriate data collection type; manage data integrity; evaluate a regular expression to validate the input format; use built-in functions to validate data type and content
- Perform symmetric and asymmetric encryption
Choose an appropriate encryption algorithm; manage and create certificates; implement key management; implement the System. Security namespace; hashing data; encrypt streams
- Manage assemblies
Version assemblies; sign assemblies using strong names; implement side-by-side hosting; put an assembly in the global assembly cache; create a Win MD assembly
- Debug an application
Create and manage pre-processor compiler directives; choose an appropriate build type; manage program database files and (debug symbols)
- Implement diagnostics in an application
Implement logging and tracing; profiling applications; create and monitor performance counters; write to the event logs.
- Perform I/O operations
Read and write files and streams; read and write from the network by using classes in the System.Net namespace; implement asynchronous I/O operations
- Consume data
Retrieve data from a database; update data in a database; consume JSON and XML data; retrieve data by using web services
- Query and manipulate data and objects by using LINQ
Query data by using operators, including projection, join, group, take, skip, aggregate; create method-based LINQ queries; query data by using query comprehension syntax; select data by using anonymous types; force execution of a query; read, filter, create, and modify data structures by using LINQ to XML.
- Serialize and deserialize data
Serialize and deserialize data by using binary serialization, custom serialization, XML Serializer, JSON Serializer, and Data Contract Serializer
- Store data in and retrieve data from collections
Store and retrieve data by using dictionaries, arrays, lists, sets, and queues; choose a collection type; initialize a collection; add and remove items from a collection; use typed vs. non-typed collections; implement custom collections; implement collection interfaces.
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