Structs in Rust define custom data types with named fields. They come in three forms: **unit-like** (empty), **tuple-like** (unnamed fields), and **regular** (named fields). Use `impl` blocks to add methods. Structs are key for creating complex, reusable data models in Rust.
- 1Introduction to Rust Structs: A Foundational Overview
- 2Defining Basic Structs in Rust and Their Named Fields
- 3Working with Tuple Structs and Unit-Like Structs in Rust
- 4Understanding Public vs Private Fields in Rust Structs
- 5Initializing Structs and the Struct Update Syntax in Rust
- 6Destructuring Rust Structs in Function Parameters and Pattern Matching
- 7Implementing Methods and Associated Functions on Rust Structs
- 8Combining Rust Structs with Traits for Polymorphic Behavior
- 9Generic Structs in Rust: Parametric Polymorphism Explained
- 10Deriving Common Traits (Debug, Clone, PartialEq) for Rust Structs
- 11Advanced Derives: Serialize, Deserialize with Serde for Rust Structs
- 12Embedding Lifetimes in Struct Definitions: Ensuring Safe References
- 13PhantomData in Rust Structs: Zero-Sized Helpers for Generic Constraints
- 14Encapsulation in Rust: Getter and Setter Methods for Struct Fields
- 15Using Default Implementations for Rust Struct Initialization
- 16Building Complex Data with Nested Structs in Rust
- 17Rust - Applying the Builder Pattern for Configurable Struct Creation
- 18Rust - RefCell and Interior Mutability in Struct Fields: Pros and Cons
- 19Pinning and Self-Referential Structs in Rust: Avoiding Move Pitfalls
- 20Implementing Operator Overloading via Trait Implementations for Structs
- 21Associated Constants and Type Aliases in Rust Impl Blocks
- 22Extending Struct Functionality with Blanket Trait Implementations
- 23Documenting Rust Structs with doc comments and Examples
- 24Macro-Generated Structs: Reducing Boilerplate with Rust Macros
- 25Modeling Domain Concepts: Best Practices for Struct Organization
- 26Handling Optional Fields with Option<T> in Rust Structs
- 27Combining Enums and Structs for Rich Data Models in Rust
- 28Rust - Safely Sharing Ownership with Rc and Arc in Struct Fields
- 29Working with HashMap and Other Collections Inside Rust Structs
- 30Method Chaining and Fluent APIs on Rust Structs
- 31Rust - Unit Structs and Zero-Sized Types for Marker Traits
- 32Rust - Ensuring Thread Safety: Structs with Mutex or RwLock Fields
- 33Rust - Derive Macros vs Manual Implementations for Struct Traits
- 34Leveraging Visibility Rules to Create Modular Rust Struct APIs
- 35Rust - Avoiding Common Compiler Errors with Struct Lifetime Annotations
- 36Rust - Returning Structs from Functions: Ownership and Borrowing Considerations
- 37Rust - Storing References in Structs: The Trade-Offs of Borrowed Fields
- 38Migrating C Structs to Rust: FFI and #[repr(C)]
- 39Pattern Matching Structs in Rust’s `match` Expressions
- 40Rust - Creating Domain-Specific Types with Newtype Structs
- 41Designing Data Transfer Objects (DTOs) with Rust Structs
- 42Rust - Splitting Large Structs into Smaller Logical Units
- 43Refactoring Code with Inline Struct Declarations in Rust
- 44Managing Mutability in Rust Struct Methods: &self vs &mut self
- 45Inheriting Behavior Through Composition of Rust Structs
- 46Rust - Integrating Structs into Concurrency Models: Channels and Threads
- 47Rust - Using #[non_exhaustive] on Structs for Future Compatibility
- 48Versioning and Evolving Rust Structs in Public Libraries
- 49Debugging Struct Layout and Memory Alignment in Rust
- 50Comparing Struct Fields in Rust: PartialEq and Hash Implementations
- 51Testing Rust Structs with #[cfg(test)] and Unit Tests
- 52Rust - Storing Closures in Struct Fields for Runtime Behavior Customization
- 53Best Practices for Naming, Organizing, and Documenting Rust Structs