Master The Rust Programming Language - Beginner To Advanced

[dkmdkm]

Free Download Master The Rust Programming Language - Beginner To Advanced
Last updated 10/2024
Duration: 23h18m | Video: .MP4, 1920x1080 30 fps | Audio: AAC, 44.1 kHz, 2ch | Size: 9.63 GB
Genre: eLearning | Language: English
Learn Rust(Latest Edition) programming step by step with hands-on exercises, from basics to advanced levels.

What you'll learn
Fundamental concepts of Rust programming language
Ownership and borrowing rules
References
String and String slice
Rust's package manager and build system (Cargo)
Structures and Enums
Unit testing in Rust
Lifetimes
Error Handling
Pattern matching
Loops and decison making
More is yet to come ( Generics, traits, trait objects, smart pointers, closures, iterators and more)
Requirements
No Prior Programming knowledge is required.
Microsoft visual studio code installed
Description
println!("### Our new Rust course, designed for beginners, covers ###");
println!("### % fundamental to advanced topics % ###");
println!("### to build a strong foundation. ###");
Update #5 and #6
Iterators: Trait 'Iterator', Trait 'IntoIterator',
Creating custom iterator
Implementing Trait 'IntoIterator' on a custom type
Update #4
Traits: trait objects, virtual table, boxing DST, memory layout
Closures: as struct member fields, memory layout
Update #3
Closures: introduction, syntax
Closures capturing environment, traits associated with closures(Fn, FnMut, FnOnce)
Passing closures as function arguments
Update #2
Traits: introduction, methods
Associated types of a trait
Implementing custom Display trait
Trait bounds
Update #1
Generics: syntax, functions, structs, enums
Lifetimes: scope, annotations, elision rules
Lifetime annotations: structs, methods
Const. and static variables
Do you want to learn a new programming language?
How about
The Rust Programming Language
?
Rust is becoming increasingly popular in system-level programming due to its memory safety and performance. It stands as a strong competitor to C++ and is perfect for those looking to elevate their system-level programming skills. Whether you are a beginner or an experienced programmer, Rust offers a modern and powerful toolset for your development needs.
Learning Rust opens doors to high-performance, safe, and reliable system-level programming
2023 Stack Overflow Developer Survey findings indicate that,
"Rust is the most admired language, more than 80% of developers that use it want to use it again next year."
"More respondents want to continue using
Cargo
(Rust's official package manager) next year than the top competitors."
Why should you consider learning Rust?
There are many answers, but here are the important ones.
* Memory safety without garbage collection
* Better concurrency without data races
* Safe and unsafe code
* Performance friendly abstractions
* Rust is designed to be as fast as C and C++
* Awesome Tools and Ecosystem (Cargo (the package manager and build system), rustfmt (code formatting), clippy (linting), and a comprehensive standard library.)
* Built-in testing support
* Support for key Object-oriented programming principles
Why should you consider our course?
Our course is designed with beginners in mind. We use text, images, graphics, and animations to concisely demonstrate many intriguing concepts of Rust. This will build a solid foundation for you to understand the key concepts of the language. Also, we cover numerous small to large code snippets to demonstrate the concepts, allowing you to build complex programs.
Important Topics covered so far in the course
1. Variables and primitive data types
2. Ownership and Borrow
3. Copy and Move semantics
4. Tuples and Pattern matching
5. Decision-making and Loops
6. Structs and Pattern matching
7. Enums and Pattern matching
8. Struct/Enum Methods and associated functions
9. Slices
10. String, String slice and UTF encoding
11. Lifetimes
12. Traits
13. Generics
14. Closures
12. More topics to come(Iterators, multi-thread , smart pointers, etc ). We constantly update this course to ensure you have the latest knowledge and skills
Hardware/Software
Requirements
1. Windows/MAC/Ubuntu machine with Microsoft VS Code IDE installed
Note
This course focuses on general Rust programming and does not specifically discuss
no_std
scenarios commonly used for embedded systems.
Who this course is for
Anyone interested in learning a new system-level programming language
Students and professionals seeking to enhance their skills
Homepage

Bitte Anmelden oder Registrieren um Code Inhalt zu sehen!

Recommend Download Link Hight Speed | Please Say Thanks Keep Topic Live

Bitte Anmelden oder Registrieren um Code Inhalt zu sehen!

No Password - Links are Interchangeable

 

[0dayddl]

9.63 GB | 00:32:27 | mp4 | 1920X1080 | 16:9
Genre:eLearning |Language:English​

Files Included :

Spoiler

1 - Introduction (11.02 MB)
2 - How Rust is different from other programming languages Immutability (20.38 MB)
4 - Borrowing (32.73 MB)
5 - Rust automatically deallocates heap memory (8.08 MB)
6 - Features related to type inferenceownershiperror handlingand dangling pointer (38.64 MB)
7 - Create Build Run a Rust program (114.12 MB)
56 - Tuple datatype (76.03 MB)
57 - Pattern matching with tuples (135.15 MB)
58 - Tuple matching and Move (25.13 MB)
59 - ref keyword (22.81 MB)
62 - Creating and Initializing a struct (39.57 MB)
63 - Is struct move or copy (149.15 MB)
64 - Struct and Default trait (56.06 MB)
65 - Tuple struct and Unit struct (56.95 MB)
66 - Writing Struct methods (116.54 MB)
67 - Associated function as Constructor of a Struct (51.83 MB)
68 - Pattern matching with Struct (84.93 MB)
69 - ref and usage in pattern matching with Struct (9.37 MB)
70 - Defining an Enum in Rust (121.02 MB)
71 - Methods and associated functions of an Enum (57.54 MB)
72 - Pattern matching using Enums (34.25 MB)
73 - OptionT type (117.59 MB)
74 - OptionT Usage (56.64 MB)
75 - Introduction to Vectors (50.66 MB)
76 - Vectors under the hood (49.09 MB)
77 - Vector indexing (43.92 MB)
78 - Slice of a vector (13.04 MB)
79 - Vector methods push pop shrinktofit (27.1 MB)
80 - Exercisediy11 (42.5 MB)
81 - Vector methods drain extractif (67.25 MB)
82 - Vector methods retain retainmut (57.37 MB)
83 - Vector methods split and friends (36.71 MB)
84 - Vector methods splice append extend (63.97 MB)
85 - Vector methods prepend using index and splice (34.26 MB)
86 - VecDeque (60.66 MB)
87 - HashMap and its methods part1 (114.67 MB)
88 - HashMap and its methods part2 (95.04 MB)
100 - Exercise on error conversion (16.42 MB)
101 - Exercise on error conversion contd (146.07 MB)
102 - maperr usage (60.44 MB)
103 - Auto conversion of errors (12.36 MB)
89 - Enum ResultT E (10.03 MB)
90 - Error handling using ResultT E enum (81.46 MB)
91 - Exercise on ResultT E (19.69 MB)
92 - Error propagation operator (47.44 MB)
93 - Converting OptionT to ResultT E type (26.93 MB)
94 - unwrap and expect methods (23.77 MB)
95 - unwraperr (41.07 MB)
96 - Std Library error types (34.5 MB)
97 - Handling stdioError (152.42 MB)
98 - Numeric Errors Exercise (21.8 MB)
99 - Numeric Errors Exercise contd (53.44 MB)
106 - Generics syntax and Writing generic functions (151.21 MB)
107 - Function with multiple generic type parameters (6.39 MB)
108 - Generic structs and Enums (107.4 MB)
110 - Lifetime and scope (82.2 MB)
111 - Lifetime annotations example (221.45 MB)
112 - Lifetime elision rules (117.86 MB)
113 - Lifetime annotations with structs (12.82 MB)
114 - Lifetime annotations with structs contd (30.67 MB)
115 - Lifetime annotations with struct methods (109.29 MB)
116 - Const and Static variables (30.71 MB)
117 - Introduction to Trait and Trait methods (136.03 MB)
118 - Associated types of a Trait (74.01 MB)
119 - Exercise Implementing Display trait for user defined structure part1 (32.32 MB)
120 - Exercise Implementing Display trait for user defined structure part2 (97.52 MB)
121 - Exercise Implementing Display trait for user defined structure part3 (69.19 MB)
122 - Trait bounds (100.76 MB)
123 - Trait objects and Virtual table (149 MB)
124 - Boxing the DST (45.29 MB)
125 - Memory layout of Boxdyn Trait (9.44 MB)
10 - Exercisediy1 (11.83 MB)
11 - Useful cargo tools (133.65 MB)
12 - Printing in hex and binary formats (8.48 MB)
15 - r and r tagging of strings (70.52 MB)
8 - Print related macros in Rust (68.99 MB)
9 - format and named place holders (36.15 MB)
126 - Introduction to Closures and Syntax (29.84 MB)
127 - Closure capturing environment (107.6 MB)
128 - Traits associated with closures (45.13 MB)
129 - Behaviour of closure variables (19.69 MB)
130 - Passing closure as arguments to a function part1 (46.09 MB)
131 - Passing closure as arguments to a function part2 (149.37 MB)
132 - Closures as Struct member fieldsUsing Trait Object (47.26 MB)
133 - Memory layout of the program (27.31 MB)
134 - Types of Closures (21.13 MB)
135 - Exercise on Closure (26.47 MB)
136 - Closures as Struct member fieldsUsing Generics (94.4 MB)
137 - Closures and event handling (67.78 MB)
138 - Introduction to Iterators (35.76 MB)
139 - About Trait Iterator (11.15 MB)
140 - Creating a custom iterator (162.62 MB)
141 - Iterating over custom iterator by value mutable and immutable borrow (124.54 MB)
142 - Creating a custom iterator Refactoring next method (218.55 MB)
143 - Trait Iterator Vs Trait IntoIterator (57.88 MB)
144 - Exercise Implementing a custom iterator (45.99 MB)
145 - Solution Implementing a custom iterator (222.41 MB)
146 - Implementing Trait IntoIterator for a custom type Part1 (46.45 MB)
147 - Implementing Trait IntoIterator for a custom type Part2 (44.43 MB)
148 - Implementing Trait IntoIterator for a custom type Part3 (120.22 MB)
149 - Implementing Trait IntoIterator for a custom type Part4Solution (75.45 MB)
150 - Iterator Methods (47.94 MB)
151 - foreach as an alternate to for loop (18.25 MB)
152 - iter itermut and intoiter explanation (49.64 MB)
153 - Commonly used iterator adapters (23.85 MB)
154 - map method explanation with examples (48.18 MB)
155 - collect (27.72 MB)
16 - Variables mutability and data types explanation (282.44 MB)
17 - as keyword and storing ASCII values (58.11 MB)
18 - char data type (73.51 MB)
20 - Array and array iteration (68.79 MB)
22 - Arithmetic operators and short hand notations (50.57 MB)
23 - Writing a Function in Rust (135.96 MB)
24 - Unit testing (41.7 MB)
25 - Writing test cases (79.06 MB)
26 - Standard library assert macros (130.14 MB)
27 - Writing test cases contd (118.48 MB)
29 - References (32.89 MB)
30 - Borrow Borrower and Referent (104.63 MB)
31 - slice data type (148.27 MB)
32 - Std library functions of the slice data type (82.46 MB)
33 - Using ifelse as statements and expressions (63.35 MB)
34 - The match statement (145.96 MB)
35 - Using ifelse ifelse and if letelse if letelse (24.98 MB)
36 - comparision and logical operators (69.59 MB)
37 - Bitwise operators (50.6 MB)
40 - Strings in Rust (166.96 MB)
41 - Strings and UTF8 format (28.38 MB)
42 - Slice of a String (87.83 MB)
43 - Converting String to Slice and vice versa (22.24 MB)
44 - String concatination (42.15 MB)
45 - String Indexing (123 MB)
46 - Exercisediy7Part1 (134.34 MB)
47 - Exercisediy7Part2 (154.99 MB)
48 - Exercisediy7Part3 (86.66 MB)
49 - Ownership Move and Copy semantics (133.09 MB)
50 - Call by value and Call by reference (32.56 MB)
51 - Loop statements in Rust (61.87 MB)
52 - Different ways of Iteration using forin loop (71.28 MB)
53 - Solution (4.82 MB)
54 - while and while let loops (34.15 MB)

]
Screenshot

Spoiler

Fikper

Bitte Anmelden oder Registrieren um Code Inhalt zu sehen!

FileAxa

Bitte Anmelden oder Registrieren um Code Inhalt zu sehen!

RapidGator

Bitte Anmelden oder Registrieren um Code Inhalt zu sehen!

TurboBit

Bitte Anmelden oder Registrieren um Code Inhalt zu sehen!