In this tutorial, we will take a look at string interpolation in C#. To enable string interpolation put the $ character before the string. Now variables in brackets can be put straight into a string. This is a bit more convenient compared to splitting up as string, putting the desired variables in between the strings and than concatenating it all together.
In this tutorial, we will take a look at string literals and the @ character in C#. In C# the @ character can either be used to make reserved keywords available as variable names or it can be used to make a string literal. A string literal takes everything in the string literally. For example, you do not have to escape a \ with \\ . Your string can now also span multiple rows in the editor. This can be useful when making SQL statements or HTML, XML, …
In this code snippet, we will take a look at break and continue in C#. break is used to break out of a code block. If done in a loop it will essentially stop the loop from executing. continue is used to inside a loop to skip the current iteration.
In this code snippet, we will take a look at the goto keyword in C#. goto is used to move the control of your program to a label you define beforehand. This can be useful to get out of nested loops, if statements or any nested code blocks in general. You can even make a DIY loop or method using the goto keyword 😁(But you should of course use the regular loops and methods).
In this code snippet, we will take a look at variable scope and code blocks in C#. A code block is the space between two { }. Variables can be considered out of or in scope depending on whether they are accessible or not from a particular code block.
In this code snippet, we will take a look at the TPL(Task Parallel Library) in C#. If you read some of my other posts on threading you will know that it can be quite complicated and laborious for the developers to implement parallelism into their programs(deadlocks, cancellation, thread pooling, getting data back from the thread, …). The Task Parallel Library(TPL) takes care of a lot of these things and or makes them easier manage.
In this tutorial, we will take a look at thread pools in .NET and C#. Creating threads and disposing of them when a task is done can be an expensive operation to perform as it uses up time and memory. To mitigate this we can use a thread pool which is essentially a collection of pre instantiated threads. We can assign tasks to these threads. When the task is completed the thread gets returned to the thread pool instead of being disposed of.
About In this code snippet, we will see some more ways of doing thread synchronization in C#. We’ll look at mutex, semaphore, and thread signaling(ManualResetEvent/AutoResetEvent). You can find out what thread synchronization is and why it’s needed in this …
In this tutorial, we will take a look at thread join, isAlive and abort in C#.
join() The main(parent) thread waits for the joined threads(threads that had the join() method called on them) to complete their execution before proceeding with its execution.
abort() Can be used to abort the thread execution. For example, if a thread takes to long to finish we can abort its execution. When this method is called on a thread it will throw a ThreadAbortException that will stop the thread. However, it’s not guaranteed that a thread will stop in all situations.
isAlive() Checks if the thread is running and returns true or false.
In this tutorial, we will take a look at thread deadlocks in C# and how to resolve them. If you see this post I made about thread resource locking you will see why a thread would need to lock a resource to prevent other threads from using it. But when you start locking down resources you could potentially run into a deadlock.