Bloated, human readable format that demands extra compression. Neither schema nor contract. No support for batching, paging, sorting/searching, ...
time ago angularjs plugin allow to show the time in human readable format....
for example like few time ago,hours ago,etc Demo
Build Real App in Angular 10 and ASP.Net Web API
These are 2 of the hottest frameworks right now for the ‘back-end’ (Microsoft’s ASP.NET Core) and the ‘front-end’ (Google’s Angular) and are well worth spending the time to learn.
This course starts from scratch, you neither need to know Angular 1 nor Angular 2
We will start from nothing and incrementally build this property dealing application front-end using Angular 10.
And then we will connect our front-end with the Web-API until we have a fully functional Web Application that we will publish to Firebase and then on IIS.
JSON, short for JavaScript Object Notation, is a lightweight computer data interchange format. JSON is a text-based, human-readable format for representing simple data structures and associative arrays (called objects).
Is it possible to code using neither IDE nor Notepad?
Conventional Commits
A specification for adding human and machine readable meaning to commit messages
Elemental.JsonResource
Json Resource file support in C# projects.
This provides an alternative to using resx files to defined resources in C# projects. The benefits over resx are:
- human readable file format (try writing resx xml from scratch without documentation)
- generated C# code doesn't get included in project/source control
- Doesn't require modifying the .csproj (adding a single resx file will add ~12 lines to your csproj file)
- Doesn't require Visual Studio to function. (resx files don't work in VS Code for example)
A complete sample application using AngularJS, trNgGrid, ngTable, and ASP.NET Web API to access and display data with server-side data filtering, sorting, and paging.
Open source library containing known sorting and searching algorithms.
My road for the series is as follows,
RESTful Day #1: Enterprise level application architecture with Web APIs using Entity Framework, Generic Repository pattern and Unit of Work.
RESTful Day #2: Inversion of control using dependency injection in Web APIs using Unity Container and Bootstrapper.
RESTful Day #3: Resolve dependency of dependencies using Inversion of Control and dependency injection in Asp.net Web APIs with Unity Container and Managed Extensibility Framework (MEF).
RESTful Day #4: Custom URL Re-Writing/Routing using Attribute Routes in MVC 4 Web APIs.
RESTful Day #5: Basic Authentication and Token based custom Authorization in Web APIs using Action Filters.
RESTful Day #6: Request logging and Exception handing/logging in Web APIs using Action Filters, Exception Filters and nLog.
RESTful Day #7: Unit testing ASP.NET Web APIs controllers using nUnit.
RESTful Day #8: Extending OData support in ASP.NET Web APIs.
