Learn How To Code: Google's Go (golang) Programming Language
Focused View
Todd McLeod
28:47:33
212 View
001 Welcome.mp4
05:45
001 course-outline-learn-to-code-go-v3.15.0.pdf
002 Course resources.html
002 Go-Proverbs.pdf
002 course-outline-learn-to-code-go-v3.15.0.pdf
003 00-Why-Go-Golang.pdf
003 01-Getting-Started-with-Go-Golang.pdf
003 02-Go-IDEs-Golang-Editors.pdf
003 03-Hello-World-Golang.pdf
003 003-how-computers-work.pdf
003 04-go-get-golang.pdf
003 05-Packages-Docs-code-organization-Golang.pdf
003 06-Using-Libraries-using-code-in-other-packages.pdf
003 07-Go-Build-Go-Install-Import.pdf
003 08-Review.pdf
003 008-seven-habits-36-24.zip
003 09-resources-help-variadic-BNF-reading-documentation.pdf
003 10-variables-zero-value-scope-capitalization-blank-identifier.pdf
003 11-constants-iota-memory-addresses-pointers.pdf
003 12-remainders-loops-range-switch-statements-conditionals.pdf
003 13-fmt-package-variadic.pdf
003 14-types-len-concat-strconv-conversion-math-rand-docs.pdf
003 15-slice-map-new-make-struct.pdf
003 15.5-exercises.pdf
003 16-funcs-func-expressions-closure-recursion-the-stack.pdf
003 17-types.pdf
003 18-methods-embedded-types.pdf
003 19-interfaces.pdf
003 20-readers-writers.pdf
003 20.5-Guest-Readers-and-Writers.pdf
003 21-Go-Routines.pdf
003 22-Review.pdf
003 23-Go-Notes.pdf
003 24-JSON.pdf
003 25-packages.pdf
003 26-Networking.pdf
003 27-TCP-Servers.pdf
003 28-TCP-Servers-bufio-Scanners-strings.Fields-concurrency.pdf
003 29-HTTP.pdf
003 30-HTTP-Server.pdf
003 31-Routing-Restful.pdf
003 32-Serving-Files.pdf
003 33-Errata.pdf
003 34-Templates.pdf
003 35-Passing-Data.pdf
003 36-Cookies-Sessions-Context.pdf
003 38-Photo-Blog.pdf
003 39-EXIF.pdf
003 40-Golang-Appengine.pdf
003 41-app-engine-services-APIs-github.pdf
003 42-Custom-Domains.pdf
003 43-Gorilla-Sessions-Memory-Leak-Fix.pdf
003 44-Julien-Schmidt-Router.pdf
003 45-Memcache.pdf
003 46-Datastore.pdf
003 47-AJAX.pdf
003 48-App-Engine-Channels.pdf
003 49-Google-Cloud-Storage.pdf
003 50-Putty-and-WinSCP.pdf
003 51-Go-Proverbs.pdf
003 52-fanout-fanin.pdf
003 Additional resources.html
003 Course-Resources.pdf
003 EXERCISES.pdf
003 Golang-Training-Notes.pdf
003 JAVASCRIPT-compared-to-GO.pdf
003 JSON-and-marhsalling.pdf
003 Summer-Web-Bootcamp-Golang-Programming-Outline.pdf
003 Todd-McLeod-Learn-To-Code-Golang-Hands-On-Exercises-01.pdf
003 Todd-McLeod-Learn-To-Code-Golang-Hands-On-Exercises-02.pdf
003 Understanding-nil.pdf
003 bitstream-vera-mono.zip
003 data-race.zip
003 reference-types.pdf
003 settings.zip
003 subscribe-to-go-on-stackoverflow.zip
003 webstorm-20211201T161047Z-001.zip
003 week-03-binary-numbering.pdf
004 The Power of Education to Transform Lives.html
external-links.txt
001 00-Why-Go-Golang-v3.pdf
001 Why Go.mp4
05:03
002 Documentation And example code.mp4
04:10
002 Go-Proverbs.pdf
003 Creating our first go program - hello gophers!.mp4
05:01
004 Exploring format printing and documentation.mp4
04:58
005 01-how-computers-work-week-2-intro-to-computers.pdf
005 Go-Proverbs.pdf
005 How computers work - core principles.mp4
06:34
006 ASCII, Unicode, And UTF-8 - understanding text.mp4
04:38
007 String literals and documentation.mp4
04:50
external-links.txt
001 Hands-on exercise #1.mp4
03:31
external-links.txt
001 Variables, zero values, blank identifier.mp4
10:34
002 Using printf for decimal And hexadecimal values.mp4
04:45
003 Numeral systems decimal, binary, And hexadecimal.mp4
08:38
003 week-03-binary-numbering.pdf
004 Values, types, conversion, scope, And housekeeping.mp4
09:10
005 Built-in types, aggregate types, and composition.mp4
05:08
external-links.txt
001 Hands-on exercise #2 - go tour step 1 - 3.mp4
09:53
002 Hands-on exercise #3 - go tour step 4 - 7.mp4
06:04
003 Hands-on exercise #4 - go tour step 8 - 10.mp4
06:39
004 Hands-on exercise #5 - go tour step 11 - 13.mp4
06:36
005 Hands-on exercise #6 - go tour step 14 - 15.mp4
02:52
006 Hands-on exercise #7 - go tour step 16 - 17 - bitwise ops And bit shifting.mp4
04:22
007 Hands-on exercise #8 (was #03) - iota.mp4
03:46
008 Hands-on exercise #9 (was #04) - measuring bits with bitwise operations.mp4
06:48
009 Hands-on exercise #10 (was #05) - zero value, =, type specificity, blank identi.mp4
04:54
010 Hands-on exercise #11 (was #06) - printf verbs to show values and types.mp4
03:15
011 Hands-on exercise #12 (was #07) - printf binary, decimal, And hexadecimal.mp4
04:04
012 Hands-on exercise #13 (was #08) - signed and unsigned int.mp4
02:38
external-links.txt
001 Introduction.mp4
03:48
002 Terminology.mp4
06:28
002 bill-gates-paul-allen.zip
003 Understanding scope.mp4
12:25
004 Working at the terminal.mp4
04:19
005 Using bash on Windows.mp4
01:53
006 Terminal commands - part 1.mp4
04:42
007 Terminal commands - part 2.mp4
08:35
008 Github and ssh authentication.mp4
07:57
009 Setting up a github repo.mp4
07:42
010 Checksums.mp4
04:34
external-links.txt
001 Getting up and running.mp4
03:56
002 Running go programs on your machine.mp4
08:56
003 Go install puts binary in $GOPATHbin.encrypted.m4a
003 Go install puts binary in $GOPATHbin.encrypted.mp4
:
external-links.txt
001 Introduction to go modules And dependency management.mp4
09:13
002 Modular code, dependency mgmt, go get - overview.mp4
13:15
003 Go modules in action go mod init And go mod tidy.mp4
04:18
004 Looking at the documentation for go mod tidy.mp4
02:13
005 Modular code, dependency mgmt, go get - #1.mp4
11:28
006 Modular code, dependency mgmt, go get - #2.mp4
09:45
007 Tag git commits with version - overview.mp4
05:28
008 Tag git commits with version - example #1.mp4
02:18
009 Tag git commits with version - example #2.mp4
03:21
010 Specifying dependency version.mp4
08:07
001 Hands-on exercise #14 (was #09).mp4
04:40
002 Hands-on exercise #15 (was #10).mp4
03:13
003 Hands-on exercise #16 (was #11).mp4
03:36
004 Hands-on exercise #17 (was #12).mp4
02:33
005 Hands-on exercise #18 (was #13).mp4
03:25
006 Hands-on exercise #19 (was #14).mp4
04:36
007 Hands-on exercise #20 (was #15).mp4
02:27
008 Hands-on exercise #21 (was #16).mp4
02:57
009 Hands-on exercise #22 And git clone (was #17).mp4
02:47
001 Hash Algorithms, Symmetric & Asymmetric Encryption, & Network Communication.mp4
04:29
001 Previewing code.mp4
03:28
002 Understanding control flow.mp4
09:26
003 If statements And comparison operators.mp4
03:52
004 Understanding And using Logical operators.mp4
02:02
005 The statement; statement And comma, ok idioms.mp4
06:04
006 Using switch statements to make decisions in code.mp4
03:32
007 Using select statements for concurrency communication.mp4
04:33
008 Understanding And using for statement to create loops.mp4
06:12
009 Multiple iteration - nesting a loop within a loop.mp4
01:52
010 Understanding And using for range loops.mp4
03:42
011 Finding a modulus remainder.mp4
03:25
001 Hands-on exercise #23 (was #18).mp4
03:49
001 SNOWY-EVENING.txt
002 Hands-on exercise #24 (was #19).mp4
06:02
003 Hands-on exercise #25 (was #20).mp4
02:23
004 Hands-on exercise #26 (was #21).mp4
03:47
005 Hands-on exercise #27 (was #22).mp4
04:48
006 Hands-on exercise #28 (was #23).mp4
05:07
007 Hands-on exercise #29 (was #24).mp4
04:20
008 Hands-on exercise #30 (was #25).mp4
05:43
009 Hands-on exercise #31 (was #26) And infinite loops.mp4
04:17
010 Hands-on exercise #32 (was #27).mp4
03:25
011 Hands-on exercise #33 (was #28) And a joke.mp4
04:14
012 Hands-on exercise #34 (was #29).mp4
02:15
013 Hands-on exercise #35 (was #30).mp4
02:48
014 Hands-on exercise #36 (was #31).mp4
02:29
015 Hands-on exercise #37 (was #32).mp4
07:34
016 Hands-on exercise #38 (was #33).mp4
04:26
017 Hands-on exercise #39 (was #34).mp4
03:56
018 Additional code.mp4
02:37
external-links.txt
001 Review and preview.mp4
04:08
002 Introduction to grouping values.mp4
04:45
003 Array - an introduction to arrays.mp4
05:45
004 Hands-on exercise #40.mp4
04:25
005 Slice - composite literal.mp4
01:11
006 Hands-on exercise #41.mp4
03:54
007 Slice - for range And access values by index position.mp4
05:01
008 Slice - append to a slice.mp4
07:20
009 Slice - slicing a slice.mp4
03:11
010 Slice - deleting from a slice.mp4
03:25
011 Slice - make.mp4
08:29
012 Slice - multidimensional slice.mp4
05:11
013 Slice - slice internals And underlying array - 01.mp4
05:09
014 Slice - slice internals And underlying array - 02.mp4
02:58
015 Slice - slice internals And underlying array - 03.mp4
04:55
external-links.txt
001 Hands-on exercise #42.mp4
03:33
002 Hands-on exercise #43.mp4
02:40
003 Hands-on exercise #44.mp4
03:16
004 Hands-on exercise #45.mp4
02:47
005 Hands-on exercise #46.mp4
01:48
006 Hands-on exercise #47.mp4
09:33
007 Hands-on exercise #48.mp4
03:35
external-links.txt
001 Map - introduction.mp4
05:11
002 Map - for range over a map.mp4
03:30
003 Map - delete element.mp4
04:39
004 Map - comma ok idiom.mp4
04:29
005 Map - counting words in a book.mp4
11:04
external-links.txt
001 Hands-on exercise #49 - map[string][]string.mp4
04:45
002 Hands-on exercise #50 - add a record.mp4
01:23
003 Hands-on exercise #51 - delete a record.mp4
02:32
004 Hands-on exercise #52 - word frequency.mp4
04:06
external-links.txt
001 Struct introduction.mp4
03:56
002 Embedded structs.mp4
05:48
003 Anonymous structs.mp4
03:07
004 Composition.mp4
11:39
external-links.txt
001 Hands-on exercise #53 - struct with slice.mp4
05:22
002 Hands-on exercise #54 - map struct.mp4
03:44
003 Hands-on exercise #55 - embed struct.mp4
04:46
004 Hands-on exercise #56 - anonymous struct.mp4
04:37
external-links.txt
001 Introduction to functions.mp4
03:42
002 Syntax of functions in Go.mp4
09:59
003 Variadic parameter.mp4
09:13
004 Unfurling a slice.mp4
01:43
005 Defer.mp4
05:03
006 Methods.mp4
02:27
007 Interfaces And polymorphism.mp4
06:58
008 Exploring the stringer interface.mp4
06:11
009 Expanding on the stringer interface - wrapper func for logging.mp4
04:08
010 Writer interface And writing to a file.mp4
10:03
011 Writer interface And writing to a byte buffer.mp4
04:34
012 Writing to either a file or a byte buffer.mp4
03:29
013 Anonymous func.mp4
04:30
014 func expression.mp4
04:54
015 Returning a func.mp4
04:59
016 Callback.mp4
07:15
017 Closure.mp4
06:30
018 Function fundamentals.mp4
02:47
019 Recursion.mp4
05:59
020 Wrapper function.mp4
07:11
external-links.txt
001 Hands-on exercise #57 - func concepts.mp4
06:18
002 Hands-on exercise #58 - basic funcs.mp4
01:35
003 Hands-on exercise #59 - variadic func.mp4
03:39
004 Hands-on exercise #60 - defer func.mp4
01:47
005 Hands-on exercise #61 - method.mp4
02:17
006 Hands-on exercise #62 - interfaces.mp4
05:50
007 Hands-on exercise #63 - tests in go #1.mp4
04:16
008 Hands-on exercise #64 - tests in go #2 - unit tests.mp4
03:30
009 Hands-on exercise #65 - tests in go #3 - unit tests.mp4
02:37
010 Hands-on exercise #66 - documenting code with comments.mp4
07:08
011 Hands-on exercise #67 - interfaces And mock testing a db.mp4
10:59
012 Hands-on exercise #68 - anonymous func.mp4
01:22
013 Hands-on exercise #69 - func expression.mp4
01:14
014 Hands-on exercise #70 - func return.mp4
02:09
015 Hands-on exercise #71 - callback.mp4
04:26
016 Hands-on exercise #72 - closure.mp4
03:01
017 Hands-on exercise #73 - wrapper.mp4
05:45
external-links.txt
001 What are pointers.mp4
07:43
002 Seeing type And value for pointers.mp4
02:43
003 Dereferencing pointers.mp4
06:20
004 Pass by value, pointers reference types, and mutability.mp4
08:02
005 Pointer And value semantics defined.mp4
05:14
006 Pointer And value semantics heuristics.mp4
08:30
007 Pointers, values, the stack, And the heap.mp4
07:41
008 Exploring method sets part 1.mp4
06:18
009 Exploring method sets part 2.mp4
04:06
external-links.txt
001 Hands-on exercise #74 - create a pointer.mp4
01:16
002 Hands-on exercise #75 - dereference an address.mp4
03:20
003 Hands-on exercise #76 - interface implementation And method sets.mp4
04:24
004 Hands-on exercise #77 - value And pointer semantics.mp4
05:15
external-links.txt
001 COURSE UPDATE EXPLANATION.mp4
01:24
001 JSON documentation.mp4
12:12
001 JSON-and-marhsalling.pdf
002 JSON marshal.mp4
06:28
003 JSON unmarshal.mp4
16:14
004 Writer interface.mp4
15:37
005 Sort.mp4
05:44
006 Sort custom.mp4
10:32
007 bcrypt.mp4
12:02
001 Hands-on exercise #1.mp4
04:07
002 Hands-on exercise #2.mp4
08:00
003 Hands-on exercise #3.mp4
05:17
004 Hands-on exercise #4.mp4
01:47
005 Hands-on exercise #5.mp4
07:14
001 Concurrency vs parallelism.mp4
05:50
002 WaitGroup.mp4
12:28
003 Method sets revisited.mp4
12:01
004 Documentation.mp4
13:18
005 Race condition.mp4
12:29
005 data-race.zip
006 Mutex.mp4
04:28
007 Atomic.mp4
05:44
001 Hands-on exercise #1.mp4
16:14
002 Hands-on exercise #2.mp4
11:56
003 Hands-on exercise #3.mp4
11:05
004 Hands-on exercise #4.mp4
04:42
005 Hands-on exercise #5.mp4
04:48
006 Hands-on exercise #6.mp4
05:39
001 Understanding channels.mp4
15:52
002 Directional channels.mp4
09:55
003 Using channels.mp4
06:35
004 Range.mp4
05:34
005 Select.mp4
10:28
006 Comma ok idiom.mp4
05:56
007 Fan in.mp4
07:57
008 Fan out.mp4
06:35
009 Context.mp4
14:39
001 Hands-on exercise #1.mp4
03:19
002 Hands-on exercise #2.mp4
02:36
003 Hands-on exercise #3.mp4
03:26
004 Hands-on exercise #4.mp4
06:16
005 Hands-on exercise #5.mp4
02:44
006 Hands-on exercise #6.mp4
03:07
007 Hands-on exercise #7.mp4
04:54
external-links.txt
001 Understanding.mp4
14:42
002 Checking errors.mp4
07:04
003 Printing and logging.mp4
09:11
004 Recover.mp4
10:07
005 Errors with info.mp4
18:26
001 Hands-on exercise #1.mp4
03:45
002 Hands-on exercise #2.mp4
11:53
003 Hands-on exercise #3.mp4
10:37
004 Hands-on exercise #4.mp4
06:01
001 Introduction.mp4
05:19
002 go doc.mp4
07:53
003 godoc.mp4
06:46
004 godoc.org.mp4
04:25
005 Writing documentation.mp4
12:04
001 Hands-on exercise #1.mp4
04:39
001 Introduction.mp4
14:14
002 Table tests.mp4
07:45
003 Example tests.mp4
09:47
004 Golint.mp4
04:45
005 Benchmark.mp4
09:26
006 Coverage.mp4
08:36
007 Benchmark examples.mp4
12:13
008 Review.mp4
12:32
001 Hands-on exercise #1.mp4
13:31
002 Hands-on exercise #2.mp4
19:05
003 Hands-on exercise #3.mp4
15:04
001 Congratulations.mp4
05:58
001 The original course.html
001 Concurrency And WaitGroup.mp4
05:10
002 Parallelism.mp4
04:42
003 Race Conditions.mp4
04:09
003 data-race.zip
004 Mutex.mp4
03:46
005 Atomicity.mp4
03:58
006 Review And Channels Preview.mp4
08:35
external-links.txt
001 Channels - Introduction.mp4
09:30
002 Range Clause.mp4
05:36
003 N-to-1.mp4
05:22
004 Semaphores - Part 1.mp4
07:29
005 Semaphores - Part 2.mp4
01:37
006 1-to-N.mp4
04:14
007 Channels as Arguments And Returns.mp4
07:02
008 Channel Direction.mp4
05:47
external-links.txt
001 Incrementor With Channels.mp4
06:01
002 Deadlock Challenge.mp4
07:14
003 Factorial Challenge.mp4
04:43
004 Pipeline Pattern.mp4
06:35
005 Factorial Challenge Redux.mp4
05:37
006 Factorial Challenge Redux Solution.mp4
04:38
007 Fan Out Fan In Pattern - Overview.mp4
03:32
008 Fan In Pattern.mp4
07:03
009 Fan Out Fan In - Example.mp4
16:20
external-links.txt
001 Fan Out Fan In - Challenge.mp4
01:31
002 Fan Out Fan In - Solution.mp4
09:11
003 Fan Out Fan In - Challenge Factorial.mp4
02:06
004 Fan Out Fan In - Solution Factorial.mp4
11:22
005 Deadlock Challenge.mp4
00:42
006 Deadlock Solution.mp4
04:22
007 Incrementor Challenge Revisited.mp4
01:11
008 Incrementor Solution.mp4
05:44
001 Additional Resources.mp4
04:53
external-links.txt
001 An Introduction to Error Handling in Go.mp4
05:41
002 Improving Your Code with Golint.mp4
05:56
003 Handling Errors And Logging Errors to a File.mp4
08:45
004 Four Common Ways to Handle Errors.mp4
05:45
005 Custom Errors - Creating Values of Type error.mp4
07:25
006 Idiomatic Error Handling.mp4
04:28
007 Providing Context with Errors.mp4
05:11
008 Providing Even More Context with Errors.mp4
07:12
009 Error Handling Review And Resources.mp4
04:47
external-links.txt
001 Congratulations.mp4
05:58
002 Bonus lecture.mp4
05:37
002 Todd-McLeod-Courses-Coupons.pdf
Description
The Ultimate Comprehensive Course - Perfect for Both Beginners and Experienced Developers
What You'll Learn?
- The ultimate comprehensive course
- For beginners and experienced devs
- Taught by a university professor
- From beginning to advanced concepts
- Concurrency, channels, benchmarking
- Testing, error handling, documentation
- Hands-on exercises with solutions
- Access to valuable code base
- This course is tried, tested, and proven
- Over 2.65 Million students taught
- Lifetime course access
- Learn at your own pace
- 100% satisfaction guaranteed
Who is this for?
What You Need to Know?
More details
DescriptionThis course is the ultimate comprehensive resource for learning the Go Programming Language.
This course is perfect for both beginners and experienced developers. The course is full of examples, hands-on exercises, solutions to the hands-on exercises, and an amazing code repository.
This course is taught by one of the world's leading Go Programming Trainers, Todd McLeod. Todd was the first university professor in America to teach Go at the university level. Todd has taught over 3.25 Million students how to use the Go Programming Language. This course is tried, tested, and proven to train beginners and experienced developers how to use Go.Â
This course has a tremendous amount of content and resources so that you can learn everything you need to know - whatever is appropriate for your ability level.
When you enroll in this course, you will have lifetime access to the course. You will be able to learn at your own pace. You will always be able to come back to the content to review it, or learn additional concepts when you are ready for them.
This course also comes with a 100% Satisfaction Money Back Guarantee.
IÂ know that this is absolutely the best course in the entire world for learning the Go Programming Language.
I know that you are going to be completely satisfied with the course.
And, if for any reason the course does not work for you, then within the first 14 days, you can receive a full refund.
So enroll now!
You will get great value from this course and, more importantly, you will have a great time learning the greatest programming language every made - The Go Programming Language - The fastest growing, highest paying programming language in America.
Join me on this incredible journey. Sign-up Today.
Go is an open source programming language that makes it easy to build simple, reliable, and efficient software.
Go is an amazing choice for a language as it was developed by some of the same individuals who created the C programming language, Unix, and UTF-8 - some of the most influential contributions to computer science. Robert Griesemer, Rob Pike, and Ken Thompson created Go to be a modern language that easily uses multiple cores, easily implements concurrency, easily works in distributed environments, and easily allows the programmer to write programs - it has a very lean and user-friendly syntax.
Go was created by luminaries in computer science at one of the best, if not the very best, software engineering firm to have ever existed - Google.
The credentials of Go are unsurpassed.
But why did Google create a new language?
In Google’s words, “Go was born out of frustration with existing languages and environments for systems programming. Programming had become too difficult and the choice of languages was partly to blame. One had to choose either efficient compilation, efficient execution, or ease of programming; all three were not available in the same mainstream language. Programmers who could were choosing ease over safety and efficiency by moving to dynamically typed languages such as Python and JavaScript rather than C++ or, to a lesser extent, Java. Go is an attempt to combine the ease of programming of an interpreted, dynamically typed language with the efficiency and safety of a statically typed, compiled language. It also aims to be modern, with support for networked and multicore computing. Finally, working with Go is intended to be fast: it should take at most a few seconds to build a large executable on a single computer. To meet these goals required addressing a number of linguistic issues: an expressive but lightweight type system; concurrency and garbage collection; rigid dependency specification; and so on. These cannot be addressed well by libraries or tools; a new language was called for.â€
In my opinion, Go is the best programming language that you can be learning today. I began programming in 1982 with BASIC, I have worked with many languages, and Go is the best language which I have ever used. Go is also the top-paid programming language in America today.
Come learn about the greatest programming language ever created. You will leave with resources and code samples to start making all of your software and apps really go.
Who this course is for:
- This is a first semester university level programming course.
- This course is ideal for beginners wanting to learn programming.
- This course is perfect for experienced programmers wanting a thorough introduction to the Go programming language.
- This course is perfect for experienced programmers wanting to fill in gaps in their programming knowledge.
This course is the ultimate comprehensive resource for learning the Go Programming Language.
This course is perfect for both beginners and experienced developers. The course is full of examples, hands-on exercises, solutions to the hands-on exercises, and an amazing code repository.
This course is taught by one of the world's leading Go Programming Trainers, Todd McLeod. Todd was the first university professor in America to teach Go at the university level. Todd has taught over 3.25 Million students how to use the Go Programming Language. This course is tried, tested, and proven to train beginners and experienced developers how to use Go.Â
This course has a tremendous amount of content and resources so that you can learn everything you need to know - whatever is appropriate for your ability level.
When you enroll in this course, you will have lifetime access to the course. You will be able to learn at your own pace. You will always be able to come back to the content to review it, or learn additional concepts when you are ready for them.
This course also comes with a 100% Satisfaction Money Back Guarantee.
IÂ know that this is absolutely the best course in the entire world for learning the Go Programming Language.
I know that you are going to be completely satisfied with the course.
And, if for any reason the course does not work for you, then within the first 14 days, you can receive a full refund.
So enroll now!
You will get great value from this course and, more importantly, you will have a great time learning the greatest programming language every made - The Go Programming Language - The fastest growing, highest paying programming language in America.
Join me on this incredible journey. Sign-up Today.
Go is an open source programming language that makes it easy to build simple, reliable, and efficient software.
Go is an amazing choice for a language as it was developed by some of the same individuals who created the C programming language, Unix, and UTF-8 - some of the most influential contributions to computer science. Robert Griesemer, Rob Pike, and Ken Thompson created Go to be a modern language that easily uses multiple cores, easily implements concurrency, easily works in distributed environments, and easily allows the programmer to write programs - it has a very lean and user-friendly syntax.
Go was created by luminaries in computer science at one of the best, if not the very best, software engineering firm to have ever existed - Google.
The credentials of Go are unsurpassed.
But why did Google create a new language?
In Google’s words, “Go was born out of frustration with existing languages and environments for systems programming. Programming had become too difficult and the choice of languages was partly to blame. One had to choose either efficient compilation, efficient execution, or ease of programming; all three were not available in the same mainstream language. Programmers who could were choosing ease over safety and efficiency by moving to dynamically typed languages such as Python and JavaScript rather than C++ or, to a lesser extent, Java. Go is an attempt to combine the ease of programming of an interpreted, dynamically typed language with the efficiency and safety of a statically typed, compiled language. It also aims to be modern, with support for networked and multicore computing. Finally, working with Go is intended to be fast: it should take at most a few seconds to build a large executable on a single computer. To meet these goals required addressing a number of linguistic issues: an expressive but lightweight type system; concurrency and garbage collection; rigid dependency specification; and so on. These cannot be addressed well by libraries or tools; a new language was called for.â€
In my opinion, Go is the best programming language that you can be learning today. I began programming in 1982 with BASIC, I have worked with many languages, and Go is the best language which I have ever used. Go is also the top-paid programming language in America today.
Come learn about the greatest programming language ever created. You will leave with resources and code samples to start making all of your software and apps really go.
Who this course is for:
- This is a first semester university level programming course.
- This course is ideal for beginners wanting to learn programming.
- This course is perfect for experienced programmers wanting a thorough introduction to the Go programming language.
- This course is perfect for experienced programmers wanting to fill in gaps in their programming knowledge.
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Todd McLeod
Instructor's CoursesFun, Quick, & EasyLearning can be fun, quick, and easy if you have the right teacher. I come from a family of teachers, I've taught at the college and university level for over 20 years, and I have been recognized as one of the top teachers in the California college system. I became a teacher because I love sharing knowledge and seeing how it transforms people's lives. Learning is the noblest of all endeavors. The more you learn, the more you improve your life.Learn Quickly & Effectively All of my courses include step-by-step tutorials and hands-on exercises. The tutorials show you what to do. The hands-on exercises allow you to practice what you have just seen. These hands-on exercises also come with all of the files you need and video solutions so that you can learn more quickly and effectively.Great Courses for BeginnersI work with beginners all of the time. I understand how to take topics and make them easy to understand.The Human ElementStudents do better in classes where they enjoy the teacher. I am a bit goofy at times but this keeps my courses fun, interesting, and engaging. When you are learning with me, you are guaranteed to have a few laughs.Traditional Credentials I am a tenured professor in California, an autodidact, and multidisciplinarian. I have taught at the graduate and undergraduate levels in business, information system, and computer science. I also have a lot of knowledge about mindfulness, meditation, psychology, and personal growth. I was born into a culture of mindfulness and meditation, and have been involved with mindfulness and meditation all of my life. I have authored 48 books and have experience with the publishing industry, literature, and film. As I said, I love learning and love sharing knowledge with others.I look forward to seeing you in class!
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- language english
- Training sessions 289
- duration 28:47:33
- English subtitles has
- Release Date 2023/08/01
