SkillSoft Explore Course – Lambers, Inc.

Aspire Go Programming Essentials Go Programming Essentials Track : 02 Advanced Programming in Go

Final Exam: Advanced Programming in Go will test your knowledge and application of the topics presented throughout the Advanced Programming in Go track of the Aspire Go Programming Essentials Journey.

Asset ID	it_fegpe_02_enus
Course Type	Video Course
Course Category	Go Programming Essentials

Objectives
Final Exam: Advanced Programming in Go compare and contrast single-threaded programming versus multi-threaded programming create and execute a simple Goroutine create and use prepared statements in relation to databases in Go programs create and work with buffered and unbuffered channels in Goroutines create and work with modules and packages define what a package is in Go programming describe best practice concepts relating to Go programming describe Go channels and how they fit in Go's overall concurrency model describe Goroutines and how they fit in Go's concurrency model describe how databases are accessed in Go programs describe how to organize Go code including code structure, naming conventions, comments describe pipelines and list common pipeline patterns describe race conditions and how they affect Go programs describe the concepts underlying concurrency and parallelism describe why packages are used in Go programming discuss sequential programming concepts follow a best practice approach to error handling in Go programs follow a process for systematically debugging a Go program implement unit testing against a Go program utilize programming tools in Go that help detect race conditions

Objectives

Final Exam: Advanced Programming in Go

compare and contrast single-threaded programming versus multi-threaded programming
create and execute a simple Goroutine
create and use prepared statements in relation to databases in Go programs
create and work with buffered and unbuffered channels in Goroutines
create and work with modules and packages
define what a package is in Go programming
describe best practice concepts relating to Go programming
describe Go channels and how they fit in Go's overall concurrency model
describe Goroutines and how they fit in Go's concurrency model
describe how databases are accessed in Go programs
describe how to organize Go code including code structure, naming conventions, comments
describe pipelines and list common pipeline patterns
describe race conditions and how they affect Go programs
describe the concepts underlying concurrency and parallelism
describe why packages are used in Go programming
discuss sequential programming concepts
follow a best practice approach to error handling in Go programs
follow a process for systematically debugging a Go program
implement unit testing against a Go program
utilize programming tools in Go that help detect race conditions