An application’s code base is a living entity. It keeps growing, changing, and adapting. There’s always a new feature to add, more bugs to solve, and new bugs that are created as a result. As the teams grow, the code changes more often and there are ever more features, more issues, and more bugs. Thorough manual testing becomes impossible the bigger your application gets and as you ship more frequently.
Event based jQuery element resize
The plugin does not use any kind of timer(s) to detect size changes. It uses the resize event on (invincible) iframe(s) which makes it perform much better than other solutions which use timers to poll element size. The script detects size changes made from JS, CSS, animations etc. and it works on any element able to contain other elements (e.g. div, p, li etc.). To use it on other inline elements (e.g. images) you need to add a wrapper and call the event on it. Demo
1. Evaluate an expression with or without side effects
2. Breaking on Exceptions with or without source code
- Disable the "Enable Just My Code"
- Debug your references with DnSpy
4. Edit and Continue
5. Use OzCode
6. Special $ variables
7. Make sense of a complicated scenario with dotTrace Performance Profiler
The bridge networking driver is the first driver on our list. It’s simple to understand, simple to use, and simple to troubleshoot, which makes it a good networking choice for developers and those new to Docker. The bridge driver creates a private network internal to the host so containers on this network can communicate. External access is granted by exposing ports to containers. Docker secures the network by managing rules that block connectivity between different Docker networks.
The built-in Docker overlay network driver radically simplifies many of the complexities in multi-host networking. It is a swarm scope driver, which means that it operates across an entire Swarm or UCP cluster rather than individual hosts. With the overlay driver, multi-host networks are first-class citizens inside Docker without external provisioning or components. IPAM, service discovery, multi-host connectivity, encryption, and load balancing are built right in. For control, the overlay driver uses the encrypted Swarm control plane to manage large scale clusters at low convergence times.
The macvlan driver is the newest built-in network driver and offers several unique characteristics. It’s a very lightweight driver, because rather than using any Linux bridging or port mapping, it connects container interfaces directly to host interfaces. Containers are addressed with routable IP addresses that are on the subnet of the external network.
As a result of routable IP addresses, containers communicate directly with resources that exist outside a Swarm cluster without the use of NAT and port mapping. This can aid in network visibility and troubleshooting. Additionally, the direct traffic path between containers and the host interface helps reduce latency. macvlan is a local scope network driver which is configured per-host. As a result, there are stricter dependencies between MACVLAN and external networks, which is both a constraint and an advantage that is different from overlay or bridge.
Rust – the Ultimate Programming Language?
What makes a good programming language? Syntax? Compiler? Tools and ecosystem? It is tempting to say “all of that” but in that case, why there are so many different programming languages? All these components are very important but they alone can’t make the language “good”. One of essential things is the purpose — like languages for rapid development, or development of distributed algorithms, or general purpose for high-level and low-level applications, or easy to learn, or safe to use and so on.
Blazor Hybrid for Beginners
Join James Montemagno as he takes you on a journey of building your first Hybrid applications across iOS, Android, Mac, Windows, and Web with ASP.NET Core, Blazor, Blazor Hybrid, and .NET MAUI! You will learn how to use Blazor Hybrid to blend desktop and mobile native client frameworks with .NET and Blazor.
In a Blazor Hybrid app, Razor components run natively on the device. Components render to an embedded Web View control through a local interop channel. Components don't run in the browser, and WebAssembly isn't involved. Razor components load and execute code quickly, and components have full access to the native capabilities of the device through the .NET platform. Component styles rendered in a Web View are platform dependent and may require you to account for rendering differences across platforms using custom stylesheets.
Blazor Hybrid support is built into the .NET Multi-platform App UI (.NET MAUI) framework. .NET MAUI includes the BlazorWebView control that permits rendering Razor components into an embedded Web View. By using .NET MAUI and Blazor together, you can reuse one set of web UI components across mobile, desktop, and web.
ILogger: is responsible to write a log message of a given Log Level.
ILoggerProvider: is responsible to create an instance of ILogger (you are not supposed to use ILoggerProvider directly to create a logger)
ILoggerFactory: you can register one or more ILoggerProviders with the factory, which in turn uses all of them to create an instance of ILogger. ILoggerFactory holds a collection of ILoggerProviders.
.NET 7 brings your apps increased performance and new features for C# 11/F# 7, .NET MAUI, ASP.NET Core/Blazor, Web APIs, WinForms, WPF and more. With .NET 7, you can also easily containerize your .NET 7 projects, set up CI/CD workflows in GitHub actions, and achieve cloud-native observability.
Thanks to the open-source .NET community for your numerous contributions that helped shape this .NET 7 release. 28k contributions made by over 8900 contributors throughout the .NET 7 release!
.NET remains one of the fastest, most loved, and trusted platforms with an expansive .NET package ecosystem that includes over 330,000 packages.
turbo.js is a small library that makes it easier to perform complex calculations that can be done in parallel. The actual calculation performed (the kernel executed) uses the GPU for execution. This enables you to work on an array of values all at once.
turbo.js is compatible with all browsers (even IE when not using ES6 template strings) and most desktop and mobile GPUs.
Code rules are rules that the compiler or code analysis tool enforces at the build level
