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C# String Format: Composite Formatting and Specifiers
c# string format: Learn C# string format with composite formatting, format specifiers, alignment, culture handling, and performance tradeoffs.
C# String Interpolation Formatting: Syntax and Specifiers
C# string interpolation formatting: alignment, format specifiers, culture handling, common pitfalls, and performance tradeoffs.
C# String Interpolation: Syntax, Performance, and Edge Cases
Learn C# string interpolation syntax, compiled behavior, format specifiers, performance characteristics, and edge cases that matter in production code.
C# String Concatenation: Choosing the Right Approach
Learn how C# string concatenation works under the hood, compare the + operator, String.Concat, interpolation, and StringBuilder, and choose the right approach for your scenario.
C# String Usage: Methods, Immutability, and Performance
Explore practical C# string usage: common methods, immutability, concatenation, interpolation, comparison, and performance tradeoffs.
Using C# Span with Arrays for Zero-Allocation Slicing
c# span with arrays: Learn how to use Span<T> with arrays in C# to slice, modify, and pass array data without allocating new memory, and understand the ref struct limi...
Using ArraySegment in C# to Slice Arrays Without Copying
Learn how to use ArraySegment<T> in C# to work with slices of arrays without copying data. See how to create segments, pass slices to methods, and compare ArraySegment<T> with Span<T>.
C# Array vs List: Choosing the Right Collection Type
c# array vs list: Compare C# arrays and List<T> for fixed-size and dynamic collections, covering memory, performance, API differences, and when each type fits best.
C# Multidimensional Array vs Jagged Array: Key Differences
Compare C# multidimensional and jagged arrays: syntax, memory layout, performance, and when to choose each for your code.
C# Jagged Array: Syntax, Usage, and Performance
C# jagged array: Learn how to declare, initialize, and iterate C# jagged arrays, understand their memory layout, and see when they outperform multidimensional arrays.