thermal: Add ereports

app/cosmo/base.toml

@@ -154,7 +154,7 @@ priority = 8
 max-sizes = {flash = 32768, ram = 8192 }
 stacksize = 3000
 start = true
-task-slots = ["i2c_driver", "sensor", "cosmo_seq", "jefe"]
+task-slots = ["i2c_driver", "sensor", "cosmo_seq", "packrat"]
 notifications = ["timer"]
 
 [tasks.power]

app/gimlet/base.toml

@@ -138,7 +138,7 @@ priority = 5
 max-sizes = {flash = 32768, ram = 8192 }
 stacksize = 2000
 start = true
-task-slots = ["i2c_driver", "sensor", "gimlet_seq", "jefe"]
+task-slots = ["i2c_driver", "sensor", "gimlet_seq", "packrat"]
 notifications = ["timer"]
 
 [tasks.power]

app/grapefruit/rev-a-ruby.toml

@@ -9,14 +9,34 @@ features = ["usart6", "hardware_flow_control"]
 uses = ["usart6"]
 interrupts = {"usart6.irq" = "usart-irq"}
 
+# needed for thermal ereports
+[tasks.packrat]
+features = ["ereport"]
+stacksize = 1280
+
+# We don't actually tell jefe to notify us on faults,
+# but this is still required
+notifications = ["task-faulted"]
+task-slots = ["jefe"]
+
+# needed for thermal ereports
+[tasks.rng_driver]
+features = ["h753", "packrat"]
+name = "drv-stm32h7-rng"
+priority = 6
+uses = ["rng"]
+start = true
+stacksize = 512
+task-slots = ["sys", "packrat"]
+
 [tasks.thermal]
 name = "task-thermal"
 features = ["grapefruit"]
 priority = 5
-max-sizes = {flash = 32768, ram = 8192 }
-stacksize = 6000
+max-sizes = {flash = 32768, ram = 5120 }
+stacksize = 1536
 start = true
-task-slots = ["i2c_driver", "sensor", "jefe"]
+task-slots = ["i2c_driver", "sensor", "packrat"]
 notifications = ["timer"]
 
 [config]

app/minibar/base.toml

@@ -112,7 +112,7 @@ priority = 5
 max-sizes = {flash = 32768, ram = 16384 }
 stacksize = 8096
 start = true
-task-slots = ["i2c_driver", "sensor"]
+task-slots = ["i2c_driver", "sensor", "packrat"]
 notifications = ["timer"]
 
 [tasks.power]

app/sidecar/base.toml

@@ -299,7 +299,7 @@ priority = 5
 max-sizes = {flash = 32768, ram = 16384 }
 stacksize = 4000
 start = true
-task-slots = ["i2c_driver", "sensor", "sequencer"]
+task-slots = ["i2c_driver", "sensor", "sequencer", "packrat"]
 notifications = ["timer"]
 
 [tasks.power]

task/sensor-api/src/lib.rs

@@ -87,15 +87,15 @@ impl SensorId {
     /// Note that multiple sensor IDs may have the same component ID, when a
     /// single device exposes multiple measurement channels.
     #[cfg(feature = "component-id-lookup")]
-    pub fn component_id(
+    pub const fn component_id(
         &self,
     ) -> fixedstr::FixedStr<'static, { config::MAX_COMPONENT_ID_LEN }> {
         config::SENSOR_ID_TO_COMPONENT_ID[self.0 as usize]
     }
 
     /// Returns the name of this sensor.
     #[cfg(feature = "sensor-name-lookup")]
-    pub fn name(
+    pub const fn name(
         &self,
     ) -> fixedstr::FixedStr<'static, { config::MAX_SENSOR_NAME_LEN }> {
         config::SENSOR_ID_TO_NAME[self.0 as usize]

task/thermal/Cargo.toml

@@ -27,6 +27,12 @@ static-cell.path = "../../lib/static-cell"
 task-sensor-api = { path = "../sensor-api", features = ["sensor-name-lookup", "component-id-lookup"] }
 task-thermal-api.path = "../thermal-api"
 
+# ereports deps
+task-packrat-api.path= "../packrat-api"
+ereports = { path = "../../lib/ereports", features = ["ereporter-macro"] }
+microcbor = { path = "../../lib/microcbor" }
+fixedstr = { path = "../../lib/fixedstr", features = ["microcbor"] }
+
 [build-dependencies]
 anyhow = { workspace = true }
 idol = { workspace = true }

task/thermal/src/bsp/common/emc2305.rs

@@ -6,9 +6,12 @@
 
 use drv_i2c_api::{I2cDevice, ResponseCode};
 use drv_i2c_devices::emc2305::Emc2305;
+use drv_i2c_devices::emc2305::Fan as EmcFan;
 use ringbuf::ringbuf_entry_root;
 use task_sensor_api::SensorId;
-use task_thermal_api::{SensorReadError, ThermalError};
+use task_thermal_api::{
+    SANYO_DENKI_FAN_PROPERTIES, SensorReadError, ThermalError,
+};
 
 use crate::{
     Trace,
@@ -96,24 +99,22 @@ impl From<ControllerInitError> for SensorReadError {
 #[allow(dead_code)]
 pub(crate) const fn make_consecutive_nonremovable_fans<const N: usize>(
     sensors: &'static [SensorId; N],
-) -> [crate::control::Fan<drv_i2c_devices::emc2305::Fan>; N] {
-    const ONE: crate::control::Fan<drv_i2c_devices::emc2305::Fan> =
-        crate::control::Fan::new(
-            SensorId::new(0),
-            drv_i2c_devices::emc2305::Fan::new_const(0),
-        );
+) -> [crate::control::Fan<EmcFan>; N] {
+    const ONE: crate::control::Fan<EmcFan> = crate::control::Fan::new(
+        SensorId::new(0),
+        SANYO_DENKI_FAN_PROPERTIES,
+        EmcFan::new_const(0),
+        0,
+    );
 
     let mut out = [ONE; N];
     let mut idx = 0;
     while idx < N {
-        out[idx] = crate::control::Fan::new(
-            sensors[idx],
-            drv_i2c_devices::emc2305::Fan::new_const(idx as u8),
-        );
-        out[idx].cur_state = FanState::Present(FanPresentState::Unresponsive(
-            SensorReadError::NoData,
-        ));
+        out[idx].rpm_sensor_id = sensors[idx];
+        out[idx].bsp_data = EmcFan::new_const(idx as u8);
+        out[idx].cur_state = FanState::Present(FanPresentState::Unpolled);
         out[idx].presence_acked = true;
+        out[idx].system_index = idx as u8;
         idx += 1;
     }
 

task/thermal/src/bsp/common/max31790.rs

@@ -5,10 +5,13 @@
 //! Common types and helpers for Max31790 Fan Controller
 
 use drv_i2c_api::{I2cDevice, ResponseCode};
+use drv_i2c_devices::max31790::Fan as MaxFan;
 use drv_i2c_devices::max31790::Max31790;
 use ringbuf::ringbuf_entry_root;
 use task_sensor_api::SensorId;
-use task_thermal_api::{SensorReadError, ThermalError};
+use task_thermal_api::{
+    SANYO_DENKI_FAN_PROPERTIES, SensorReadError, ThermalError,
+};
 
 use crate::{
     Trace,
@@ -103,24 +106,22 @@ impl From<ControllerInitError> for SensorReadError {
 #[allow(dead_code)]
 pub(crate) const fn make_consecutive_nonremovable_fans<const N: usize>(
     sensors: &'static [SensorId; N],
-) -> [crate::control::Fan<drv_i2c_devices::max31790::Fan>; N] {
-    const ONE: crate::control::Fan<drv_i2c_devices::max31790::Fan> =
-        crate::control::Fan::new(
-            SensorId::new(0),
-            drv_i2c_devices::max31790::Fan::new_const(0),
-        );
+) -> [crate::control::Fan<MaxFan>; N] {
+    const ONE: crate::control::Fan<MaxFan> = crate::control::Fan::new(
+        SensorId::new(0),
+        SANYO_DENKI_FAN_PROPERTIES,
+        MaxFan::new_const(0),
+        0,
+    );
 
     let mut out = [ONE; N];
     let mut idx = 0;
     while idx < N {
-        out[idx] = crate::control::Fan::new(
-            sensors[idx],
-            drv_i2c_devices::max31790::Fan::new_const(idx as u8),
-        );
-        out[idx].cur_state = FanState::Present(FanPresentState::Unresponsive(
-            SensorReadError::NoData,
-        ));
+        out[idx].rpm_sensor_id = sensors[idx];
+        out[idx].bsp_data = MaxFan::new_const(idx as u8);
+        out[idx].cur_state = FanState::Present(FanPresentState::Unpolled);
         out[idx].presence_acked = true;
+        out[idx].system_index = idx as u8;
         idx += 1;
     }
 

task/thermal/src/bsp/cosmo_ab.rs

@@ -15,10 +15,7 @@ pub use drv_cpu_seq_api::SeqError;
 use drv_cpu_seq_api::{PowerState, Sequencer, StateChangeReason};
 use drv_i2c_devices::max31790::I2cWatchdog;
 use task_sensor_api::{Sensor, SensorId};
-use task_thermal_api::{
-    SANYO_DENKI_FAN_PROPERTIES, SensorReadError, ThermalError,
-    ThermalProperties,
-};
+use task_thermal_api::{ThermalError, ThermalProperties};
 use userlib::{
     TaskId, task_slot,
     units::{Celsius, PWMDuty},
@@ -126,9 +123,7 @@ impl crate::control::BspInterface for Bsp {
         if let Ok(fctl) = self.fctrl.try_initialize() {
             for fan in self.fans.iter_mut() {
                 let bsp_data = fan.bsp_data;
-                fan.poll_rpm_with(&SANYO_DENKI_FAN_PROPERTIES, || {
-                    fctl.fan_rpm(bsp_data).map_err(SensorReadError::I2cError)
-                });
+                fan.poll_rpm_with(|| fctl.fan_rpm(bsp_data));
             }
         }
 

task/thermal/src/bsp/gimlet_bcdef.rs

@@ -15,10 +15,7 @@ pub use drv_cpu_seq_api::SeqError;
 use drv_cpu_seq_api::{PowerState, Sequencer, StateChangeReason};
 use drv_i2c_devices::max31790::I2cWatchdog;
 use task_sensor_api::{Sensor, SensorId};
-use task_thermal_api::{
-    SANYO_DENKI_FAN_PROPERTIES, SensorReadError, ThermalError,
-    ThermalProperties,
-};
+use task_thermal_api::{ThermalError, ThermalProperties};
 use userlib::{
     TaskId, task_slot,
     units::{Celsius, PWMDuty},
@@ -171,9 +168,7 @@ impl crate::control::BspInterface for Bsp {
         if let Ok(fctl) = self.fctrl.try_initialize() {
             for fan in self.fans.iter_mut() {
                 let bsp_data = fan.bsp_data;
-                fan.poll_rpm_with(&SANYO_DENKI_FAN_PROPERTIES, || {
-                    fctl.fan_rpm(bsp_data).map_err(SensorReadError::I2cError)
-                });
+                fan.poll_rpm_with(|| fctl.fan_rpm(bsp_data));
             }
         }
 

task/thermal/src/bsp/grapefruit.rs

@@ -8,10 +8,7 @@ use crate::control::{ActiveInputState, MiscSensorPollingOutcome};
 use crate::control::{ChannelType, PidConfig};
 use drv_i2c_devices::max31790::I2cWatchdog;
 use task_sensor_api::SensorId;
-use task_thermal_api::{
-    SANYO_DENKI_FAN_PROPERTIES, SensorReadError, ThermalError,
-    ThermalProperties,
-};
+use task_thermal_api::{ThermalError, ThermalProperties};
 use userlib::TaskId;
 use userlib::units::{Celsius, PWMDuty};
 
@@ -91,9 +88,7 @@ impl crate::control::BspInterface for Bsp {
         if let Ok(fctl) = self.fctrl.try_initialize() {
             for fan in self.fans.iter_mut() {
                 let bsp_data = fan.bsp_data;
-                fan.poll_rpm_with(&SANYO_DENKI_FAN_PROPERTIES, || {
-                    fctl.fan_rpm(bsp_data).map_err(SensorReadError::I2cError)
-                });
+                fan.poll_rpm_with(|| fctl.fan_rpm(bsp_data));
             }
         }
 

task/thermal/src/bsp/sidecar_bcd.rs

@@ -9,16 +9,15 @@ use crate::control::{
     DynamicTemperatureState, MiscSensorPollingOutcome, PidConfig,
     TimestampedTemperatureReading,
 };
+use drv_i2c_devices::max31790::Fan as MaxFan;
 use drv_i2c_devices::max31790::Max31790;
 use drv_i2c_devices::tmp451::*;
 pub use drv_sidecar_seq_api::SeqError;
 use drv_sidecar_seq_api::{Sequencer, TofinoSeqState, TofinoSequencerPolicy};
 use ringbuf::ringbuf_entry_root;
 use task_sensor_api::SensorId;
-use task_thermal_api::ThermalError;
-use task_thermal_api::{
-    SANYO_DENKI_FAN_PROPERTIES, SensorReadError, ThermalProperties,
-};
+use task_thermal_api::ThermalProperties;
+use task_thermal_api::{SANYO_DENKI_FAN_PROPERTIES, ThermalError};
 use userlib::{TaskId, task_slot, units::Celsius};
 
 include!(concat!(env!("OUT_DIR"), "/i2c_config.rs"));
@@ -155,17 +154,13 @@ impl crate::control::BspInterface for Bsp {
         if let Ok(fctl) = self.fctrl_east.try_initialize() {
             for fan in east.iter_mut() {
                 let bsp_data = fan.bsp_data;
-                fan.poll_rpm_with(&SANYO_DENKI_FAN_PROPERTIES, || {
-                    fctl.fan_rpm(bsp_data).map_err(SensorReadError::I2cError)
-                });
+                fan.poll_rpm_with(|| fctl.fan_rpm(bsp_data));
             }
         }
         if let Ok(fctl) = self.fctrl_west.try_initialize() {
             for fan in west.iter_mut() {
                 let bsp_data = fan.bsp_data;
-                fan.poll_rpm_with(&SANYO_DENKI_FAN_PROPERTIES, || {
-                    fctl.fan_rpm(bsp_data).map_err(SensorReadError::I2cError)
-                });
+                fan.poll_rpm_with(|| fctl.fan_rpm(bsp_data));
             }
         }
 
@@ -521,40 +516,25 @@ const MISC_SENSORS: [TemperatureSensor; NUM_TEMPERATURE_SENSORS] = [
 //     5            West           NW            3 (4)
 //     6            West           WSW           0 (1)
 //     7            West           WNW           1 (2)
-type Fan = crate::control::Fan<drv_i2c_devices::max31790::Fan>;
-const FANS: [Fan; NUM_FANS] = [
-    // EAST FANS
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[0],
-        drv_i2c_devices::max31790::Fan::new_const(2),
-    ),
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[1],
-        drv_i2c_devices::max31790::Fan::new_const(3),
-    ),
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[2],
-        drv_i2c_devices::max31790::Fan::new_const(0),
-    ),
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[3],
-        drv_i2c_devices::max31790::Fan::new_const(1),
-    ),
-    // WEST FANS
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[4],
-        drv_i2c_devices::max31790::Fan::new_const(2),
-    ),
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[5],
-        drv_i2c_devices::max31790::Fan::new_const(3),
-    ),
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[6],
-        drv_i2c_devices::max31790::Fan::new_const(0),
-    ),
-    Fan::new(
-        sensors::MAX31790_SPEED_SENSORS[7],
-        drv_i2c_devices::max31790::Fan::new_const(1),
-    ),
-];
+type Fan = crate::control::Fan<MaxFan>;
+const FAN_ORDER: [u8; NUM_FANS] = [2, 3, 0, 1, 2, 3, 0, 1];
+const fn make_fans() -> [Fan; NUM_FANS] {
+    const ONE_FAN: Fan = Fan::new(
+        SensorId::new(0),
+        SANYO_DENKI_FAN_PROPERTIES,
+        MaxFan::new_const(0),
+        0,
+    );
+    let mut fans = [ONE_FAN; NUM_FANS];
+    let mut idx = 0;
+    while idx < NUM_FANS {
+        fans[idx].rpm_sensor_id = sensors::MAX31790_SPEED_SENSORS[idx];
+        fans[idx].bsp_data = MaxFan::new_const(FAN_ORDER[idx]);
+        fans[idx].system_index = idx as u8;
+        idx += 1;
+    }
+
+    fans
+}
+
+const FANS: [Fan; NUM_FANS] = make_fans();