Note about named arguments
Aliases:
// C++ does not support named arguments in the same way as some other languages.
// Note: C# does not have named arguments in function definitions.// You can use named parameters in method calls.public void MyFunction(type1 arg1, type2 arg2){ // Your code here}
void myFunction({arg1, arg2}) { // Your code here}
// Go does not support named arguments in function definitions.
-- Haskell does not have named arguments in the traditional sense.-- You can use record syntax or higher-order functions to achieve similar functionality.
// Note: Java does not support named arguments in function definitions.
function myFunction({arg1, arg2}) { // Your code here}
fun myFunction(arg1: Type1 = defaultValue1, arg2: Type2 = defaultValue2): Unit { // Your code here}
# Perl does not have named arguments in the traditional sense.# You can use record syntax or higher-order functions to achieve similar functionality.
// Note: PHP does not support named arguments in function definitions.
function MyFunction { param( [Parameter(Mandatory)] [type]arg1, [Parameter(Mandatory)] [type]arg2 ) # Your code here}
def my_function(*, arg1=value1, arg2=value2): # Your code here
def my_function(arg1: value1, arg2: value2) # Your code hereend
// Note: Rust does not support named arguments in function definitions.
def myFunction(arg1: Type1 = defaultValue1, arg2: Type2 = defaultValue2): Unit = { // Your code here}
# Bash doesn't directly support named arguments, but you can simulate them using associative arrays or options parsing.
func myFunction(arg1Name arg1: Type1, arg2Name arg2: Type2) -> Void { // Your code here}
function myFunction({arg1, arg2}: {arg1: type1, arg2: type2}): void { // Your code here}