foreach (var iteration in Enumerable.Range(0, 20)){
var tæmpen = new Random().Next(-60, 60);
var været = $"Været e i dag {tæmpen}C og på Trondheimsdialækt: {tæmpen switch
{
<= -50 => "Du træng eitt nytt termometer. For kaldt!",
<= -35 => "Småfuggel'n dætt dau fra trær'n",
<= -30 => "Båinnspeika",
<= -25 => "Få inn katta!",
<= -20 => "Gnallerfrost",
<= -10 => "Kjøle kaaalt",
<= -5 => "Kaillvoli",
<= 5 => "Kaillhustri",
<= 10 => "Julivær",
<= 15 => "Godværsle",
<= 20 => "Kjøle varmt",
<= 25 => "Råådeili",
<= 30 => "Steikvarmt",
<= 40 => "Søkke heitt",
<= 50 => "Kokheitt",
_ => "Du træng eitt nytt termometer. For varmt!"
}}";
System.Console.WriteLine(været);
}
As we can see, in C# 11, we can do a lot more inside string interpolation expressions and now allow multiple lines, including relational patterns. It can be quite handy to use, when .NET 7 and C# 11 reaches mainstream usage.
The text here is based upon a dialect based thermometer, available for purchase from here:
https://dialekttempen.no/butikk/termometer/fylker/sor-trondelag/trondheim-munkholmen/#&gid=1&pid=1
Showing posts with label C# 11
String interpolation
Raw string literals
Relational patterns. Show all posts
Showing posts with label C# 11
String interpolation
Raw string literals
Relational patterns. Show all posts
Saturday, 4 March 2023
Trøndersk dialekttemp with C# 11 og and patterns
This article demonstrates the use of relational patterns in C# 11.
First off, relational patterns allow us to test how a given value /variable compares to constants. If we want to have multiple conditions we can use and operator not shown here.
I have here different conditions / intervals for temperaturs outputting the temperature and description of the weather in some local language of mine from Norway (Trøndersk / Trondheim city).
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