TT_MESSAGE_HANDLER_PTYPE(3)

📦
version 2.5.3 · 2 versions
, in nixos 26.05

🎀 tt_message_handler_ptype — the library call moment 🎀

okay so bestie, this is the manual page for tt_message_handler_ptype, from the library call manual. It's giving "retrieve the handler ptype attribute from a message" energy, and honestly? iconic. 💅

✨ NAME ✨

tt_message_handler_ptype — retrieve the handler ptype attribute from a message 🫶

🌸 SYNOPSIS 🌸

#include &<Tt/tt_c.h>
char *tt_message_handler_ptype(
Tt_message m);

💖 DESCRIPTION 💖

The tt_message_handler_ptype function retrieves the handler ptype attribute from the specified message. No cap, that's literally the whole glow-up. ✨

The m argument is the opaque handle for the message involved in this operation. Opaque handle = the mysterious little main character we're working with. 👑

🔥 RETURN VALUE 🔥

Upon successful completion, the tt_message_handler_ptype function returns the type of process that should handle this message.

The application can use tt_ptr_error(3) to extract one of the following Tt_status values from the returned pointer:

  • TT_OK — The operation completed successfully. Slay. ✅
  • TT_ERR_NOMP — The ttsession(1) process is not running and the ToolTalk service cannot restart it. 😭
  • TT_ERR_POINTER — The pointer passed does not point to an object of the correct type for this operation. 💀

🧼 APPLICATION USAGE 🧼

The application should use tt_free(3) to free any data stored in the address returned by the ToolTalk API. Bestie, please free it — don't just leave it there looking pretty. 🎀

👀 SEE ALSO 👀

Tt/tt_c.h - Tttt_c(5), tt_ptr_error(3), tt_free(3).

footer vibe check: the source/version tag is tt_message_handler_ptype(library call), and that's the whole date-line situation too — mwah 💋✨
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