#golanglearning Suchergebnisse
๐ Step 26: Communicating with channels in #Golang! Channels allow goroutines to communicate Efficient and safe data sharing! ๐ #GolangLearning #100DaysOfCode #DevJourney #Channels #Concurrency
๐ข Step 22: Working with enums in #Golang! Go doesn't have built-in enums, but you can create them using `iota`: type Status int const ( Pending Status = iota Active Inactive ) fmt.Println(Pending, Active, Inactive) Simple and effective for constant values! #GolangLearning
๐ Step 16: Exploring variadic functions in #Golang! Variadic functions take multiple arguments Perfect for flexible input! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #VariadicFunctions
๐ Step 17: Learning closures in #Golang! Closures capture variables from their surrounding scope: Functions within functionsโpowerful! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Closures
๐ Step 28: Working with files in #Golang! Read and write files easily Handle file I/O efficiently! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #FileHandling
๐ ๏ธ Step 21: Understanding interfaces in #Golang! Interfaces define behaviour: Flexible and powerful for polymorphism! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Interfaces
๐ Step 20: Learning struct embedding in #Golang! Embed structs to reuse fields: A neat way to compose structs! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #StructEmbedding
๐ Step 27: Synchronizing with `Mutex` in #Golang! Use `Mutex` to prevent race conditions Ensure safe access to shared resources! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Mutex #Concurrency
๐ฆ Step 29: Organizing code with packages in #Golang! Create reusable code by using packages Keep your code clean and modular! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Packages
๐ง Step 23: Exploring generics in #Golang! Generics allow for type-safe, reusable code Generics make functions and types more flexible! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Generics
๐ Step 18: Understanding pointers in #Golang! Pointers hold the memory address of a value: var x int = 42 var ptr *int = &x fmt.Println(*ptr) // Outputs: 42 Great for efficient memory management and passing by reference! ๐ #GolangLearning #100DaysOfCode #DevJourney #Pointers
๐ My #GoLangLearning summary of last week ๐ Check out my journey diving into #Golang: github.com/dhairya-rathodโฆ #Go #GoLang #CodingJourney #TechLearning
๐ Step 11: Exploring arrays in #Golang! Arrays hold a fixed size of elements: var arr [5]int arr[0] = 10 fmt.Println(arr) Efficient and great for handling static data! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Arrays
![sandipkurmi0's tweet image. ๐ Step 11: Exploring arrays in #Golang!
Arrays hold a fixed size of elements:
var arr [5]int
arr[0] = 10
fmt.Println(arr)
Efficient and great for handling static data! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Arrays](https://pbs.twimg.com/media/GYj32jiXMAAOAt4.jpg)
๐บ๏ธ Step 13: Understanding maps in #Golang! Maps store key-value pairs: m := map[string]int{"apples": 5, "bananas": 3} fmt.Println(m["apples"]) Super useful for fast lookups! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Maps
![sandipkurmi0's tweet image. ๐บ๏ธ Step 13: Understanding maps in #Golang!
Maps store key-value pairs:
m := map[string]int{"apples": 5, "bananas": 3}
fmt.Println(m["apples"])
Super useful for fast lookups! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Maps](https://pbs.twimg.com/media/GYkG3Z7WkAAzMpS.jpg)
๐ Step 14: Using `range` in #Golang! The `range` keyword iterates over arrays, slices, and maps: nums := []int{1, 2, 3} for i, num := range nums { fmt.Println(i, num) } Great for concise loops! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Range
![sandipkurmi0's tweet image. ๐ Step 14: Using `range` in #Golang!
The `range` keyword iterates over arrays, slices, and maps:
nums := []int{1, 2, 3}
for i, num := range nums {
fmt.Println(i, num)
}
Great for concise loops! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Range](https://pbs.twimg.com/media/GYkNO3KXsAEIHMa.jpg)
๐ง Step 15: Writing functions in #Golang! Functions keep your code modular and reusable: func add(a int, b int) int { return a + b } fmt.Println(add(5, 3)) Organized code, made simple! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Functions
โณ Step 25: Synchronizing Goroutines with `WaitGroup` in #Golang! `WaitGroup` ensures all goroutines finish before proceeding Perfect for managing concurrent tasks! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #WaitGroup #Goroutines
๐ช Step 12: Diving into slices in #Golang! Slices are dynamic, and more flexible than arrays: s := []int{1, 2, 3} s = append(s, 4) fmt.Println(s) Perfect for handling variable-length data! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Slices
![sandipkurmi0's tweet image. ๐ช Step 12: Diving into slices in #Golang!
Slices are dynamic, and more flexible than arrays:
s := []int{1, 2, 3}
s = append(s, 4)
fmt.Println(s)
Perfect for handling variable-length data! ๐ #GoLang #GolangLearning #100DaysOfCode #DevJourney #Slices](https://pbs.twimg.com/media/GYkB6MxXcAAmLAL.jpg)
โก๏ธ Step 24: Harnessing the power of Goroutines in #Golang! Goroutines enable lightweight concurrency: go func() { fmt.Println("Running in a goroutine!") }() Achieve parallelism with easeโfast and efficient! ๐ #GolangLearning #100DaysOfCode #DevJourney #Goroutines #Concurrency
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