Vector::BL...tFrameData(3)

💅 Vector::BLF::CanFdExtFrameData ✨

okay so bestie, we're in the Library Functions Manual today and the main character is Vector::BLF::CanFdExtFrameData — no cap, this is the glow-up page for it. 🫶

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🎀 NAME 🎀

Vector::BLF::CanFdExtFrameData — literally the class, that's the name, we're not doing a whole paragraph about it 💖

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✨ SYNOPSIS ✨

#include <CanFdExtFrameData.h>

Inherited by Vector::BLF::CanFdErrorFrame64, and Vector::BLF::CanFdMessage64. 👑

🌸 Public Member Functions 🌸

these are the moves it can do, and yes they're mostly defaulted, she's lowkey low-maintenance:

• CanFdExtFrameData (const CanFdExtFrameData &)=default — copy constructor, defaulted, slay
• CanFdExtFrameData & operator= (const CanFdExtFrameData &)=default — copy assignment, also defaulted
• CanFdExtFrameData (CanFdExtFrameData &&)=default — move constructor, defaulted
• CanFdExtFrameData & operator= (CanFdExtFrameData &&)=default — move assignment, defaulted
• virtual void read (AbstractFile &is) — reads stuff
• virtual void write (AbstractFile &os) — writes stuff
• virtual uint32_t calculateObjectSize () const — does math on the size

🦋 Public Attributes 🦋

• uint32_t btrExtArb {}
• uint32_t btrExtData {}
• std::vector< uint8_t > reservedCanFdExtFrameData {}

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💜 Detailed Description 💜

it's giving optional information in the CanFdMessage64 and CanFdErrorFrame64 classes. like, the extra little lore, yk? 💀

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👑 Member Function Documentation 👑

🧚 uint32_t Vector::BLF::CanFdExtFrameData::calculateObjectSize () const

[virtual]

calculates the objectSize. that's the whole job. iconic honestly.

Returns object size

Reimplemented in Vector::BLF::CanFdErrorFrame64, and Vector::BLF::CanFdMessage64.

🧚 void Vector::BLF::CanFdExtFrameData::read (AbstractFile & is) [virtual]

read the data of this object, bestie. pull it in.

Parameters is — input stream

Reimplemented in Vector::BLF::CanFdErrorFrame64, and Vector::BLF::CanFdMessage64.

🧚 void Vector::BLF::CanFdExtFrameData::write (AbstractFile & os) [virtual]

write the data of this object. push it back out. ✨

Parameters os — output stream

Reimplemented in Vector::BLF::CanFdErrorFrame64, and Vector::BLF::CanFdMessage64.

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💖 Member Data Documentation 💖

🌈 uint32_t Vector::BLF::CanFdExtFrameData::btrExtArb {}

bit rate in arbitration phase. okay so the bits are doing a whole thing here:

• Bit 0-7: TSEG1-1
• Bit 8-15: TSEG2-1
• Bit 16-27: Prescaler
• Bit 28-31: Quartz Frequency (enumeration). Supported values:
  • 0: 16 MHz
  • 1: 32 MHz
  • 2: 80 MHz

🌈 uint32_t Vector::BLF::CanFdExtFrameData::btrExtData {}

bit rate in data phase. and the layout is serving the exact same, no cap:

• Bit 0-7: TSEG1-1
• Bit 8-15: TSEG2-1
• Bit 16-27: Prescaler
• Bit 28-31: Quartz Frequency (enumeration). Supported values:
  • 0: 16 MHz
  • 1: 32 MHz
  • 2: 80 MHz

🌈 std::vector<uint8_t> Vector::BLF::CanFdExtFrameData::reservedCanFdExtFrameData {}

reserved. that's it. she's reserved. 🙈 (fr fr that's the entire description 💀)

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🍓 Author 🍓

Generated automatically by Doxygen for Vector BLF from the source code. yes bestie, nobody hand-wrote this, it manifested.

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lowkey a reminder that this whole page is auto-generated, so don't come for the prose, come for Doxygen 🫶

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💅 and that's the page! brought to you by Vector BLF and its Vector::BL...tFrameData(3) manual page — mwah, go read the real thing, periodt. 💜