std::decimal::decimal32(3)

🌸 NAME 🌸

okay bestie, sit down, hydrate, because this is the std::decimal::decimal32(3) page from the Library Functions Manual, and it is entirely about one icon: std::decimal::decimal32, aka 3.2.2 Class decimal32 ✨

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✨ SYNOPSIS ✨

first step, obviously, you gotta let it in the door:

#include <decimal>

🎀 Public Types 🎀

• typedef float __decfloat32 — the one (1) public type in this whole clique. it's a float with a tiny little alias name tag on 🎀

💅 Public Member Functions 💅

okay so this list is LONG and I need you to stay with me, no scrolling away 🙈 every single one, present and accounted for:

• decimal32 (__decfloat32 __z) — Conforming extension: conversion from scalar decimal type. (this one actually has documentation attached, bestie, she's the special one 🫶)

and then the rest of the constructor crew, all showing up to the same party:

• decimal32 (decimal128 __d128)
• decimal32 (decimal64 __d64)
• decimal32 (double __r)
• decimal32 (float __r)
• decimal32 (int __z)
• decimal32 (long __z)
• decimal32 (long double __r)
• decimal32 (long long __z)
• decimal32 (unsigned int __z)
• decimal32 (unsigned long __z)
• decimal32 (unsigned long long __z)
• __decfloat32 __getval (void) — yep, it's the getter. she gets the value 💅
• void __setval (__decfloat32 __x) — and this is the setter. she sets it. balanced. iconic.
• operator long long () const — the conversion operator, doing its one job.
• decimal32 & operator*= (decimal128 __rhs)
• decimal32 & operator*= (decimal32 __rhs)
• decimal32 & operator*= (decimal64 __rhs)
• decimal32 & operator*= (int __rhs)
• decimal32 & operator*= (long __rhs)
• decimal32 & operator*= (long long __rhs)
• decimal32 & operator*= (unsigned int __rhs)
• decimal32 & operator*= (unsigned long __rhs)
• decimal32 & operator*= (unsigned long long __rhs)
• decimal32 & operator++ () — the prefix one, she goes first 💖
• decimal32 operator++ (int) — the postfix one, she takes a lil int napkin with her.
• decimal32 & operator+= (decimal128 __rhs)
• decimal32 & operator+= (decimal32 __rhs)
• decimal32 & operator+= (decimal64 __rhs)
• decimal32 & operator+= (int __rhs)
• decimal32 & operator+= (long __rhs)
• decimal32 & operator+= (long long __rhs)
• decimal32 & operator+= (unsigned int __rhs)
• decimal32 & operator+= (unsigned long __rhs)
• decimal32 & operator+= (unsigned long long __rhs)
• decimal32 & operator-- () — prefix decrement, still first in line 🦋
• decimal32 operator-- (int) — postfix decrement, still carrying that int.
• decimal32 & operator-= (decimal128 __rhs)
• decimal32 & operator-= (decimal32 __rhs)
• decimal32 & operator-= (decimal64 __rhs)
• decimal32 & operator-= (int __rhs)
• decimal32 & operator-= (long __rhs)
• decimal32 & operator-= (long long __rhs)
• decimal32 & operator-= (unsigned int __rhs)
• decimal32 & operator-= (unsigned long __rhs)
• decimal32 & operator-= (unsigned long long __rhs)
• decimal32 & operator/= (decimal128 __rhs)
• decimal32 & operator/= (decimal32 __rhs)
• decimal32 & operator/= (decimal64 __rhs)
• decimal32 & operator/= (int __rhs)
• decimal32 & operator/= (long __rhs)
• decimal32 & operator/= (long long __rhs)
• decimal32 & operator/= (unsigned int __rhs)
• decimal32 & operator/= (unsigned long __rhs)
• decimal32 & operator/= (unsigned long long __rhs)

like... the way every arithmetic operator got the exact same nine-overload treatment? consistency ate and left no crumbs 👑

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💖 DETAILED DESCRIPTION 💖

3.2.2 Class decimal32.

that's it. that is the entire detailed description. she said "my work here is done" 💀

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🧚 CONSTRUCTOR & DESTRUCTOR DOCUMENTATION 🧚

⭐ std::decimal::decimal32::decimal32 (__decfloat32 __z) [inline] ⭐

Conforming extension: conversion from scalar decimal type.

(the [inline] is right there in the name, bestie — don't miss it 🌸)

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👑 AUTHOR 👑

Generated automatically by Doxygen for libstdc++ from the source code. no human author, just a robot doing her little document-generating thing and honestly? slay 🤖✨

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and that's the whole page, bestie 🫶 this was the std::decimal::decimal32(3) man page, section 3, brought to you by libstdc++ — go forth and decimal responsibly 💖🎀🌈