Ultimate Rust Foundations

Name: Ultimate Rust Foundations
Price: 9 USD
Availability: InStock

17h 53m 36s

English

Paid

March 15, 2024

Ultimate Rust: This course covers many best practices to help you integrate Rust into your workflow, and let Rust’s tooling work for you. It includes formatting, linting, dependencies, vulnerabilities, code style, and general development advice..

Watch Online Ultimate Rust Foundations

Join premium to watch

Go to premium

#	Title	Duration
1	1.0 - Introduction	01:57
2	1.1 - Setup & Update Rust	04:17
3	1.2 - Setup Dev Environment	04:17
4	1.3 - IDE Configuration	03:43
5	1.4 - Rust Fundamentals	28:56
6	1.5 - Console Text Input	07:50
7	1.6 - Create a Library	15:05
8	1.7- WorldвЂ™s Simplest Login System	09:10
9	1.8 - Enumerations	23:41
10	1.9 - Structures	14:56
11	1.10 - Vectors	12:11
12	1.11 - HashMaps	10:03
13	1.12 - Serialization/Deserialization	15:48
14	1.13 - Hashing Passwords	11:10
15	1.14 - Start a CLI App	41:06
16	2.0 - Introduction	04:27
17	2.1 - System Threads: Overview	06:02
18	2.2 - Create Your First Thread	05:13
19	2.3 - Spawning Threads with Parameters and Closures	06:06
20	2.4 - Returning Data from Threads	05:17
21	2.5 - Dividing Workloads	09:36
22	2.6 - The ThreadBuilder Pattern	08:09
23	2.7 - Scoped Threads for Easy Local Data Sharing	10:08
24	2.8 - Sharing Data with Atomics	18:13
25	2.9 - Sharing Data with Mutexes	09:49
26	2.10 - Read/Write Locks	14:40
27	2.11 - Deadlocks, Panics and Poisoning	18:29
28	2.12 - Sharing Data with Lock-Free Structures	07:24
29	2.13 - Parking Threads	07:14
30	2.14 - Sending Data Between Threads with Channels	08:35
31	2.15 - Sending Functions to Worker Threads	13:58
32	2.16 - LetвЂ™s build a work queue with a thread pool	09:28
33	2.17 - Thread CPU/Core Affinity	07:47
34	2.18 - Thread Priority	12:20
35	2.19 - Making it Easy with Rayon	16:34
36	2.20 - Scopes and Pooled Threads with Rayon	17:18
37	3.0 - Introduction / Async Overview	07:30
38	3.1 - Hello Async/Await	15:28
39	3.2 - Getting Started with Tokio	09:07
40	3.3 - Working with Tokio Futures: Awaiting, Yielding and Spawning	14:02
41	3.4 - Blocking Tasks	10:05
42	3.5 - Unit Testing Tokio	10:21
43	3.6 - Handling Errors	41:44
44	3.7 - File I/O	17:21
45	3.8 - Basic Network I/O	23:50
46	3.9 - Async Channels (Tokio)	14:28
47	3.10 - Shared State (Tokio)	14:28
48	3.11 - Selecting Futures	09:16
49	3.12 - Pinning	16:48
50	3.13 - Tokio Tracing	22:56
51	3.14 - Working with Databases	34:13
52	3.15 - Axum - A Web Framework built on Tokio	18:56
53	3.16 - LetвЂ™s Build a Thumbnail Server	01:12:26
54	4.0 - Why HavenвЂ™t We Manually Managed Any Memory Yet?	03:42
55	4.1 - The unsafe Keyword	09:06
56	4.2 - Low-Level Memory Management	07:15
57	4.3 - The Drop Trait & RAII (Resource Acquisition is Initialization)	17:09
58	4.4 - Reference Counting	18:30
59	4.5 - Lifetimes	17:06
60	4.6 - Traits	25:08
61	4.7 - Generics	19:30
62	4.8 - Iterators	15:05
63	4.9 - Cycles and the Difficulty of Linked Lists	06:53
64	4.10 - Memory Fragmentation, Allocators and Arenas	07:39
65	4.11 - Packing, Reordering & Mangling	05:27
66	4.12 - From Bytes to Types	12:04
67	4.13 - Safely Interacting with Other Languages & Surprise: Memory Leaks are Safe!	17:10
68	5.0 - Introduction & Planning Our Project	06:28
69	5.1 - Shared Data Structures	15:31
70	5.2 - Collection Daemon Mk 1	13:23
71	5.3 - Collection Server Mk 1	09:01
72	5.4 - Error Handling in the Collector	22:47
73	5.5 - Setting the Collector ID	05:10
74	5.6 - Web Service Mk 1	27:32
75	5.7 - Web Server	11:10
76	5.8 - LetвЂ™s Use Less Bandwidth	06:54