Members(3)
π Members(3) β the members & senders accounting page, bestie edition π
okay so you opened the Members(3) manual from the Library Functions Manual and honestly? it's a little baby page but it's doing its job and we respect it. sit down, grab a boba, let's go π§β¨
πΈ NAME πΈ
Members β members and senders accounting. that's it, that's the whole vibe. counting girlies. π
π¦ SYNOPSIS π¦
#include <iqueue.h>
Inherited by MembershipBookkeeping [private]. yeah she's a private legacy situation, iykyk π
β¨ Public Member Functions β¨
void setMembersCount (uint32 n)β sets the member count ton, no notes, no drama.void increaseMembersCount ()β bump it up β¬οΈvoid decreaseMembersCount ()β bump it down β¬οΈuint32 getMembersCount () constβ hand over the current member count, please and thank you.void setSendersCount (uint32 n)β sets the senders count ton, same energy, different counter.void increaseSendersCount ()β more senders, more fun π₯void decreaseSendersCount ()β fewer senders, still iconic.uint32 getSendersCount () constβ returns the senders count. that's the whole task, bestie.
π Protected Member Functions π
Members ()β the constructor. protected, so don't try to instantiate her directly πvirtual ~Members ()β the destructor. virtual. protected. goodbye queen π
π Detailed Description π
members and senders accounting β like, that's the job description and she's sticking to it.
It records the number of members as well as active senders. and then β and this is a direct quote, not me being shady β "For now, it is too simple." π she said it herself. self-aware king behavior honestly. no cap, the original author really wrote that in the docs and we're keeping it because it's iconic.
π«Ά Constructor & Destructor Documentation π«Ά
Members::Members () [inline], [protected]
the constructor. inline. protected. that's the whole entry, she doesn't elaborate. mystery is the brand β¨
virtual Members::~Members () [inline], [protected], [virtual]
the destructor. inline, protected, and virtual β she's got three tags and zero explanation. main character energy fr fr π
β Member Function Documentation β
void Members::decreaseMembersCount () [inline]
drops the member count by one. inline. that's the tea π
void Members::decreaseSendersCount () [inline]
drops the senders count by one. inline. same energy, different counter π«
uint32 Members::getMembersCount () const [inline]
returns the member count. it's const, so she's not changing anything, just reporting the facts π€
uint32 Members::getSendersCount () const [inline]
returns the senders count. also const. also just reporting π€
void Members::increaseMembersCount () [inline]
bumps the member count up by one. inline. slay β¬οΈ
void Members::increaseSendersCount () [inline]
bumps the senders count up by one. inline. slay again β¬οΈ
void Members::setMembersCount (uint32 n) [inline]
takes a uint32 n and sets the member count to it. direct. decisive. we love a setter that knows what she wants π
void Members::setSendersCount (uint32 n) [inline]
takes a uint32 n and sets the senders count to it. twin behavior with the one above, but for senders π
π Author π
- Federico Montesino Pouzols β
fedemp@altern.org
(that's the author of the class itself, we're crediting her properly, no erasing anyone's work here π«Ά)
π Author (yes, again, different author, stay with me) π
Generated automatically by Doxygen for ccRTP from the source code. β not a human, a robot, doing her little documentation thing π€β¨
heads up bestie: this page is generated docs, so the "too simple" comment and all those empty-looking function entries are exactly what the source says. i'm not adding anything that isn't there, promise πΈ
okay that's the whole page!! this was ccRTP's Members(3) manpage, and the footer said the same thing β ccRTP, Members(3). mwah, love you, go count some members ππ
π¦
π¦ where this page comes from
- debian trixie: libccrtp-doc 2.0.9-4.1 Β· GPL-2.0-or-later WITH MIF exception
- ubuntu noble: libccrtp-doc 2.0.9-2.5build1
- ubuntu questing: libccrtp-doc 2.0.9-4.1build1
- π girlified by deepseek-ai/DeepSeek-V4.1-Flash on : a language model's rewrite of the original, under its terms