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|
use std::time::SystemTime;
use time::OffsetDateTime;
use crate::mem::{GensioState, Mem};
pub struct CurrentController {
pub reg: Option<u8>,
pub control_reg: u8,
//TODO: make enum
pub charging_mode: u8,
pub tenbit_adc: u16,
pub head_hook_detection: u8,
//TODO: make enum
pub watchdog_setting: u8,
pub rtc_enable: u8,
//TODO: track time in struct
pub alarm_minute: u8,
pub alarm_hour: u8,
pub rtc_calibration: u8,
/// Bit 0 - RTC bat present
/// Bit 3/3 - CContINT 3-7
pub irq: u8,
/// True(1)/False(0)
pub irq_mask: u8,
}
impl CurrentController {
pub fn new() -> Self {
Self {
reg: None,
control_reg: 0,
charging_mode: 0,
tenbit_adc: 0,
head_hook_detection: 0,
watchdog_setting: 0,
rtc_enable: 0,
alarm_minute: 0,
alarm_hour: 12,
rtc_calibration: 0,
irq: 0,
irq_mask: 0,
}
}
pub fn event(&mut self, mem: &mut Mem) {
log::trace!("CCont value={:02X}", mem.inner[Mem::CCONT_WRITE]);
log::trace!(
"CCont write >> 3 value={:02X}",
mem.inner[Mem::CCONT_WRITE] >> 3
);
log::trace!(
"CCont read ^ 4 >> 3 value={:02X}",
(mem.inner[Mem::CCONT_WRITE] ^ 0x04) >> 3
);
let and_four = mem.inner[Mem::CCONT_WRITE] & 0x04;
match self.reg {
None => {
if and_four > 0 {
self.read(mem.inner[Mem::CCONT_WRITE], mem);
} else {
self.reg = Some(mem.inner[Mem::CCONT_WRITE])
}
}
Some(reg) => {
self.write(reg, mem);
self.reg = None;
}
}
}
pub fn read(&mut self, addr: u8, mem: &mut Mem) {
log::trace!("ccont::read()");
let reg = (addr ^ 0x04) >> 3;
match reg {
0x02 => {
log::trace!("CCont A/D 0-7 Read");
let adc = self.tenbit_adc.to_be_bytes();
mem.inner[Mem::CCONT_READ] = adc[0];
}
0x03 => {
log::trace!("CCont Headset/Hooked flag?");
mem.inner[Mem::CCONT_READ] = self.head_hook_detection;
}
0x04 => {
log::trace!("CCont A/D 8-9 Read & test bits");
let adc = self.tenbit_adc.to_be_bytes();
mem.inner[Mem::CCONT_READ] = ((adc[1] >> 6) & 3) | 0b101100_00;
}
0x09 => {
log::trace!("CCont RTC Second");
let time = OffsetDateTime::now_local().unwrap();
mem.inner[Mem::CCONT_READ] = time.second();
}
0x0A => {
log::trace!("CCont RTC Minute");
let time = OffsetDateTime::now_local().unwrap();
mem.inner[Mem::CCONT_READ] = time.minute();
}
0x0B => {
log::trace!("CCont RTC Hour");
let time = OffsetDateTime::now_local().unwrap();
mem.inner[Mem::CCONT_READ] = time.hour();
}
0x0C => {
log::trace!("CCont RTC Day");
let time = OffsetDateTime::now_local().unwrap();
mem.inner[Mem::CCONT_READ] = time.day();
}
0x0D => {
log::trace!("CCont RTC Alarm Minute");
mem.inner[Mem::CCONT_READ] = self.alarm_minute;
}
0x0E => {
log::trace!("CCont RTC Alarm Hour");
mem.inner[Mem::CCONT_READ] = self.alarm_hour;
}
0x0F => {
log::trace!("CCont RTC Calibration");
mem.inner[Mem::CCONT_READ] = self.rtc_calibration;
}
0x10 => {
log::trace!("CCont RTC Interrupt Controller");
mem.inner[Mem::CCONT_READ] = self.irq;
}
0x11 => {
log::trace!("CCont RTC IRQ Mask");
mem.inner[Mem::CCONT_READ] = self.irq_mask;
}
reg => {
log::trace!("CCont !!! {reg:02X} unknown read!");
panic!()
}
}
//mem.gensio_status_clear();
mem.set_gensio_status(GensioState::DataRead);
//mem.set_gensio_status(GensioState::TransactionReady);
}
pub fn write(&mut self, addr: u8, mem: &mut Mem) {
log::trace!("ccont::write()");
let reg = addr >> 3;
let val = mem.inner[Mem::CCONT_WRITE];
match reg {
0x00 => {
log::trace!("CCont control register");
self.control_reg = val;
}
0x01 => {
log::trace!("CCont PWM (charger)");
self.charging_mode = val;
}
0x03 => {
log::trace!("CCont A/D Read 0-7 (why call write?)");
log::info!("Not writing to AD due to confusion on how that works");
}
0x05 => {
log::trace!("CCont Headset/Hooked flag?");
self.head_hook_detection = val;
}
0x06 => {
log::trace!("CCont Set Watchdog");
self.watchdog_setting = val;
}
0x07 => {
log::trace!("CCont RTC Enable");
self.rtc_enable = val;
}
0x08 => {
log::trace!("CCont RTC Second");
log::info!("Ignoring RTC Second write due to current RTC implementation")
}
0x0C => {
log::trace!("CCont RTC Day");
log::info!("Ignoring RTC Day write due to current RTC implementation")
}
0x0D => {
log::trace!("CCont RTC Alarm Minute");
self.alarm_minute = val;
}
0x0E => {
log::trace!("CCont RTC Alarm Hour");
self.alarm_hour = val;
}
0x0F => {
log::trace!("CCont RTC Callibration");
self.rtc_calibration = val;
}
0x10 => {
log::trace!("CCont RTC Interrupt Controller");
self.irq = val;
}
0x11 => {
log::trace!("CCont RTC IRQ Mask");
self.irq_mask = val;
}
reg => {
log::trace!("CCont !!! {reg:02X} unknown register")
}
}
}
}
|
