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https://github.com/kernelkit/infix.git
synced 2026-07-31 04:53:01 +02:00
statd: refactor, use parent node for sensor relationships
For more advanced hardware with multiple sensor types per device
(e.g., SFP modules with temperature, voltage, current, and power
sensors), use the YANG parent/child relationship to group related
sensors together for better presentation.
Changes:
- Remove parent/parent-rel-pos deviations from infix-hardware.yang
- Create parent components (class: module) for multi-sensor devices
- Add parent references to child sensor components
- Add human-readable descriptions from hwmon labels
- Extend hwmon discovery to support voltage, current, and power
- Normalize sensor names: strip vendor prefixes (mt7915_phy0 -> phy0)
- Remove redundant TYPE column, clarify units (V -> VDC, add spaces)
- Simplify child sensor display by stripping parent prefix
- Fix "show system" to only show CPU temperature and fan speed
Example output from "show hardware":
NAME VALUE STATUS
===================================================
sfp1:
Rx Power 0.000 W ok
Tx Power 0.001 W ok
Vcc 3.35 VDC ok
Bias 0.006 A ok
Temperature 30.3 °C ok
sfp2:
Rx Power 0.000 W ok
Tx Power 0.001 W ok
Vcc 3.34 VDC ok
Bias 0.006 A ok
Temperature 32.0 °C ok
cpu 42.8 °C ok
phy0 47.0 °C ok
phy1 53.0 °C ok
Signed-off-by: Joachim Wiberg <troglobit@gmail.com>
This commit is contained in:
Joachim Wiberg
@@ -171,15 +171,14 @@ class PadUsbPort:
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class PadSensor:
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name = 20
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type = 15
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value = 15
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name = 30
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value = 20
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status = 10
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@classmethod
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def table_width(cls):
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"""Total width of sensor table"""
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return cls.name + cls.type + cls.value + cls.status
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"""Total width of sensor table (matches show system width)"""
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return cls.name + cls.value + cls.status
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class PadNtpSource:
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@@ -598,6 +597,8 @@ class Sensor:
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def __init__(self, data):
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self.data = data
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self.name = data.get('name', 'unknown')
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self.description = data.get('description') # Human-readable description
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self.parent = data.get('parent') # Parent component name
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sensor_data = data.get('sensor-data', {})
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self.value_type = sensor_data.get('value-type', 'unknown')
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self.value = sensor_data.get('value', 0)
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@@ -606,26 +607,77 @@ class Sensor:
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def get_formatted_value(self):
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"""Convert sensor value based on scale and type"""
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# Handle temperature sensors
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if self.value_type == 'celsius':
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if self.value_scale == 'milli':
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temp_celsius = self.value / 1000.0
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# Color code like in show system
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# Color code based on temperature thresholds
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if temp_celsius < 60:
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return Decore.green(f"{temp_celsius:.1f}°C")
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return Decore.green(f"{temp_celsius:.1f} °C")
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elif temp_celsius < 75:
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return Decore.yellow(f"{temp_celsius:.1f}°C")
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return Decore.yellow(f"{temp_celsius:.1f} °C")
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else:
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return Decore.red(f"{temp_celsius:.1f}°C")
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return Decore.red(f"{temp_celsius:.1f} °C")
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else:
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return f"{self.value}°C"
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return f"{self.value} °C"
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# Handle fan speed sensors
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elif self.value_type == 'rpm':
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return f"{self.value} RPM"
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# Handle voltage sensors
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elif self.value_type == 'volts-DC':
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if self.value_scale == 'milli':
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volts = self.value / 1000.0
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return f"{volts:.2f} VDC"
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else:
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return f"{self.value} VDC"
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# Handle current sensors
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elif self.value_type == 'amperes':
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if self.value_scale == 'milli':
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amps = self.value / 1000.0
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return f"{amps:.3f} A"
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else:
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return f"{self.value} A"
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# Handle power sensors
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elif self.value_type == 'watts':
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if self.value_scale == 'micro':
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watts = self.value / 1000000.0
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return f"{watts:.3f} W"
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elif self.value_scale == 'milli':
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watts = self.value / 1000.0
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return f"{watts:.2f} W"
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else:
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return f"{self.value} W"
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# For unknown sensor types, show raw value
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else:
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# For other sensor types, just show raw value
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return f"{self.value} {self.value_type}"
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def print(self):
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def print(self, indent=0):
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import re
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row = f"{self.name:<{PadSensor.name}}"
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row += f"{self.value_type:<{PadSensor.type}}"
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# Add indentation for child sensors
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indent_str = " " * indent
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# Determine display name: prefer description, fallback to name
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if self.description:
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# Use description if available (e.g., "WiFi Radio wlan0 (2.4 GHz)")
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display_name = self.description
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elif indent > 0 and self.parent:
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# Child sensor: strip parent prefix from name
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# "sfp1-RX_power" -> "RX_power" -> "Rx Power"
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display_name = self.name
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if display_name.startswith(self.parent + "-"):
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display_name = display_name[len(self.parent) + 1:]
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# Format: "RX_power" -> "Rx Power"
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display_name = display_name.replace('_', ' ').replace('-', ' ').title()
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else:
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# Standalone sensor without description: use name as-is
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display_name = self.name
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row = f"{indent_str}{display_name:<{PadSensor.name - len(indent_str)}}"
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# For colored value, pad manually to account for ANSI codes
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value_str = self.get_formatted_value()
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# Count visible characters (strip ANSI codes for length calculation)
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@@ -1669,15 +1721,46 @@ def show_hardware(json):
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if sensors:
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Decore.title("Sensors", width)
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# Print header
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hdr = (f"{'NAME':<{PadSensor.name}}"
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f"{'TYPE':<{PadSensor.type}}"
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f"{'VALUE':<{PadSensor.value}}"
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f"{'STATUS':<{PadSensor.status}}")
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print(Decore.invert(hdr))
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# Build parent-child map
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children = {} # parent_name -> [child_components]
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standalone = [] # components without parents
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for component in sensors:
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sensor = Sensor(component)
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sensor.print()
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parent = component.get("parent")
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if parent:
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if parent not in children:
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children[parent] = []
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children[parent].append(component)
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else:
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standalone.append(component)
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# Get all parent modules (non-sensor components)
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modules = [c for c in components if c.get("class") == "iana-hardware:module"]
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# Display modules with their child sensors (indented)
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for module in sorted(modules, key=lambda m: m.get("name", "")):
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module_name = module.get("name", "unknown")
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print(f"\n{module_name}:")
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if module_name in children:
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for child in sorted(children[module_name], key=lambda c: c.get("name", "")):
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sensor = Sensor(child)
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sensor.print(indent=1)
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# Display standalone sensors (no parent)
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if standalone:
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if modules:
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print() # Add blank line between modules and standalone
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for component in sorted(standalone, key=lambda c: c.get("name", "")):
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sensor = Sensor(component)
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sensor.print()
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def show_ntp(json):
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@@ -1777,20 +1860,33 @@ def show_system(json):
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percent = int((used / total * 100)) if total > 0 else 0
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print(f"{'Memory':<20}: {used} / {total} MB ({percent}% used)")
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thermal = runtime.get("thermal", [])
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if thermal:
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for zone in thermal:
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zone_type = zone.get("type", "Unknown").replace("-thermal", "")
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temp = zone.get("temp", 0)
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# Color code temperature: green < 60, yellow 60-75, red > 75
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temp_str = f"{temp:.1f}°C"
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if temp < 60:
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# Show CPU temperature and fan speed on one line
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cpu_temp = runtime.get("cpu_temp")
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fan_rpm = runtime.get("fan_rpm")
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if cpu_temp is not None or fan_rpm is not None:
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status_line = ""
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# Add CPU temperature with color coding
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if cpu_temp is not None:
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temp_str = f"{cpu_temp:.1f} °C"
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if cpu_temp < 60:
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temp_colored = Decore.green(temp_str)
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elif temp < 75:
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elif cpu_temp < 75:
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temp_colored = Decore.yellow(temp_str)
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else:
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temp_colored = Decore.red(temp_str)
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print(f"{'Temperature':<20}: {temp_colored} ({zone_type})")
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status_line = f"CPU: {temp_colored}"
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# Add fan speed if available
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if fan_rpm is not None:
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if status_line:
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status_line += f", Fan: {fan_rpm} RPM"
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else:
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status_line = f"Fan: {fan_rpm} RPM"
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if status_line:
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print(f"{'Hardware':<20}: {status_line}")
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disk = runtime.get("disk", [])
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# Filter out root partition (/) - it's read-only and shows confusing 100% usage
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@@ -109,6 +109,302 @@ def motherboard_component(systemjson):
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return [component]
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def normalize_sensor_name(name):
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"""
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Normalize sensor names for cleaner display.
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Examples:
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sfp_2 -> sfp2
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mt7915_phy0 -> phy0
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marvell_alaska_tomte_phy7 -> phy7
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cpu_thermal -> cpu
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pwmfan -> pwmfan
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Strategy:
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1. Strip common suffixes like -thermal/_thermal
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2. Extract well-known sensor type names (phy, sfp, fan, etc.) from
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the end of the name, stripping any vendor/chipset prefix
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3. Remove underscores before trailing numbers (sfp_2 -> sfp2)
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"""
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import re
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# Strip common suffixes
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name = name.replace("-thermal", "").replace("_thermal", "")
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# Extract well-known sensor types from end of name, stripping any prefix
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# This handles: mt7915_phy0 -> phy0, marvell_alaska_phy7 -> phy7, etc.
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sensor_types = r'(phy|sfp|fan|temp|sensor|psu|cpu|gpu|memory|disk)'
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match = re.search(rf'.*_({sensor_types}\d*)$', name)
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if match:
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name = match.group(1)
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# Remove underscores before trailing numbers (sfp_2 -> sfp2)
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name = re.sub(r'_(\d+)$', r'\1', name)
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return name
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def get_wifi_phy_info():
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"""
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Discover WiFi PHYs and map them to bands and interface names.
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Returns dict: {phy_name: {band: str, iface: str, description: str}}
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Example: {"phy0": {"band": "2.4 GHz", "iface": "wlan0", "description": "WiFi Radio (2.4 GHz)"}}
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"""
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phy_info = {}
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try:
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# Enumerate PHYs from /sys/class/ieee80211/
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ieee80211_path = "/sys/class/ieee80211"
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if not os.path.exists(ieee80211_path):
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return phy_info
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for phy in os.listdir(ieee80211_path):
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if not phy.startswith("phy"):
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continue
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phy_path = os.path.join(ieee80211_path, phy)
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info = {"band": "Unknown", "iface": None, "description": None}
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# Try to determine band from device path or hwmon name
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# The hwmon device usually tells us: mt7915_phy0, mt7915_phy1, etc.
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# We'll check supported frequencies to determine band
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try:
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# Read supported bands - check if device supports 5 GHz
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# Most dual-band chips expose phy0 as 2.4 GHz and phy1 as 5 GHz
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device_path = os.path.join(phy_path, "device")
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if os.path.exists(device_path):
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# Simple heuristic: phy0 is usually 2.4 GHz, phy1 is 5 GHz
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# This works for most MediaTek chips (mt7915, mt7921, etc.)
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if phy == "phy0":
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info["band"] = "2.4 GHz"
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elif phy == "phy1":
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info["band"] = "5 GHz"
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elif phy == "phy2":
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info["band"] = "6 GHz" # WiFi 6E
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except:
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pass
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# Find associated interface by checking which interface has a phy80211 link to this PHY
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try:
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net_path = "/sys/class/net"
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if os.path.exists(net_path):
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for iface in os.listdir(net_path):
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phy_link = os.path.join(net_path, iface, "phy80211")
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if os.path.islink(phy_link):
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# Read the link target and extract PHY name
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try:
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link_target = os.readlink(phy_link)
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linked_phy = os.path.basename(link_target)
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if linked_phy == phy:
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info["iface"] = iface
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break
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except:
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continue
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except:
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pass
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# Build description
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if info["iface"] and info["band"] != "Unknown":
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info["description"] = f"WiFi Radio {info['iface']} ({info['band']})"
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elif info["band"] != "Unknown":
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info["description"] = f"WiFi Radio ({info['band']})"
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elif info["iface"]:
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info["description"] = f"WiFi Radio {info['iface']}"
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else:
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info["description"] = "WiFi Radio"
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phy_info[phy] = info
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except Exception:
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pass
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return phy_info
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def hwmon_sensor_components():
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"""
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Discover hwmon sensors and create sensor components with parent/child relationships.
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Returns a list of hardware components with sensor-data for temperature,
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fan, voltage, current, and power sensors.
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For devices with multiple sensors (like SFP modules), creates:
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- A parent component representing the device (class: module/container)
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- Child sensor components that reference the parent via "parent" field
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For simple devices with only one sensor, creates standalone sensor components.
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"""
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components = []
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device_sensors = {} # Track {device_base_name: [list of sensor components]}
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def add_sensor(base_name, sensor_component):
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"""Helper to track sensors per device"""
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if base_name not in device_sensors:
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device_sensors[base_name] = []
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device_sensors[base_name].append(sensor_component)
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try:
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hwmon_devices = glob.glob("/sys/class/hwmon/hwmon*")
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for hwmon_path in hwmon_devices:
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try:
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name_path = os.path.join(hwmon_path, "name")
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if not HOST.exists(name_path):
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continue
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device_name = HOST.read(name_path).strip()
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base_name = normalize_sensor_name(device_name)
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# Helper to create sensor component with human-readable description
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def create_sensor(sensor_name, value, value_type, value_scale, label=None):
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component = {
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"name": sensor_name,
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"class": "iana-hardware:sensor",
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"sensor-data": {
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"value": value,
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"value-type": value_type,
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"value-scale": value_scale,
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"value-precision": 0,
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"value-timestamp": str(YangDate()),
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"oper-status": "ok"
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}
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}
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# Add human-readable description if we have a label
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if label:
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# Format label nicely: "RX_power" -> "RX Power", "VCC" -> "VCC"
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desc = label.replace('_', ' ').title()
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component["description"] = desc
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return component
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# Temperature sensors
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for temp_file in glob.glob(os.path.join(hwmon_path, "temp*_input")):
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try:
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sensor_num = os.path.basename(temp_file).split('_')[0].replace('temp', '')
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value = int(HOST.read(temp_file).strip())
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label_file = os.path.join(hwmon_path, f"temp{sensor_num}_label")
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raw_label = None
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if HOST.exists(label_file):
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raw_label = HOST.read(label_file).strip()
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label = normalize_sensor_name(raw_label)
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sensor_name = f"{base_name}-{label}"
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else:
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sensor_name = base_name if sensor_num == '1' else f"{base_name}{sensor_num}"
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add_sensor(base_name, create_sensor(sensor_name, value, "celsius", "milli", raw_label))
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except (FileNotFoundError, ValueError, IOError):
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continue
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# Fan sensors
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for fan_file in glob.glob(os.path.join(hwmon_path, "fan*_input")):
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try:
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sensor_num = os.path.basename(fan_file).split('_')[0].replace('fan', '')
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value = int(HOST.read(fan_file).strip())
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label_file = os.path.join(hwmon_path, f"fan{sensor_num}_label")
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raw_label = None
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if HOST.exists(label_file):
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raw_label = HOST.read(label_file).strip()
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label = normalize_sensor_name(raw_label)
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sensor_name = f"{base_name}-{label}"
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else:
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sensor_name = base_name if sensor_num == '1' else f"{base_name}{sensor_num}"
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add_sensor(base_name, create_sensor(sensor_name, value, "rpm", "units", raw_label))
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except (FileNotFoundError, ValueError, IOError):
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continue
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# Voltage sensors
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for voltage_file in glob.glob(os.path.join(hwmon_path, "in*_input")):
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try:
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sensor_num = os.path.basename(voltage_file).split('_')[0].replace('in', '')
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value = int(HOST.read(voltage_file).strip())
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label_file = os.path.join(hwmon_path, f"in{sensor_num}_label")
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raw_label = None
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if HOST.exists(label_file):
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raw_label = HOST.read(label_file).strip()
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label = normalize_sensor_name(raw_label)
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sensor_name = f"{base_name}-{label}"
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else:
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raw_label = "voltage"
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sensor_name = f"{base_name}-voltage" if sensor_num == '0' else f"{base_name}-voltage{sensor_num}"
|
||||
add_sensor(base_name, create_sensor(sensor_name, value, "volts-DC", "milli", raw_label))
|
||||
except (FileNotFoundError, ValueError, IOError):
|
||||
continue
|
||||
|
||||
# Current sensors
|
||||
for current_file in glob.glob(os.path.join(hwmon_path, "curr*_input")):
|
||||
try:
|
||||
sensor_num = os.path.basename(current_file).split('_')[0].replace('curr', '')
|
||||
value = int(HOST.read(current_file).strip())
|
||||
label_file = os.path.join(hwmon_path, f"curr{sensor_num}_label")
|
||||
raw_label = None
|
||||
if HOST.exists(label_file):
|
||||
raw_label = HOST.read(label_file).strip()
|
||||
label = normalize_sensor_name(raw_label)
|
||||
sensor_name = f"{base_name}-{label}"
|
||||
else:
|
||||
raw_label = "current"
|
||||
sensor_name = f"{base_name}-current" if sensor_num == '1' else f"{base_name}-current{sensor_num}"
|
||||
add_sensor(base_name, create_sensor(sensor_name, value, "amperes", "milli", raw_label))
|
||||
except (FileNotFoundError, ValueError, IOError):
|
||||
continue
|
||||
|
||||
# Power sensors
|
||||
for power_file in glob.glob(os.path.join(hwmon_path, "power*_input")):
|
||||
try:
|
||||
sensor_num = os.path.basename(power_file).split('_')[0].replace('power', '')
|
||||
value = int(HOST.read(power_file).strip())
|
||||
label_file = os.path.join(hwmon_path, f"power{sensor_num}_label")
|
||||
raw_label = None
|
||||
if HOST.exists(label_file):
|
||||
raw_label = HOST.read(label_file).strip()
|
||||
label = normalize_sensor_name(raw_label)
|
||||
sensor_name = f"{base_name}-{label}"
|
||||
else:
|
||||
raw_label = "power"
|
||||
sensor_name = f"{base_name}-power" if sensor_num == '1' else f"{base_name}-power{sensor_num}"
|
||||
add_sensor(base_name, create_sensor(sensor_name, value, "watts", "micro", raw_label))
|
||||
except (FileNotFoundError, ValueError, IOError):
|
||||
continue
|
||||
|
||||
except (FileNotFoundError, ValueError, IOError):
|
||||
continue
|
||||
|
||||
except Exception:
|
||||
pass
|
||||
|
||||
# Now create parent/child relationships
|
||||
for base_name, sensors in device_sensors.items():
|
||||
if len(sensors) > 1:
|
||||
# Multiple sensors: create parent component
|
||||
parent = {
|
||||
"name": base_name,
|
||||
"class": "iana-hardware:module", # Use "module" for multi-sensor devices like SFP
|
||||
}
|
||||
components.append(parent)
|
||||
|
||||
# Add parent reference to all child sensors
|
||||
for sensor in sensors:
|
||||
sensor["parent"] = base_name
|
||||
components.append(sensor)
|
||||
else:
|
||||
# Single sensor: add without parent
|
||||
components.extend(sensors)
|
||||
|
||||
# Enrich WiFi PHY sensors with descriptive information
|
||||
wifi_info = get_wifi_phy_info()
|
||||
for component in components:
|
||||
name = component.get("name", "")
|
||||
# Match phy0, phy1, etc. sensors
|
||||
if name.startswith("phy") and name in wifi_info:
|
||||
phy = wifi_info[name]
|
||||
# Add WiFi-specific description
|
||||
component["description"] = phy["description"]
|
||||
# Optionally change class to wifi for WiFi PHY sensors
|
||||
if component.get("class") == "iana-hardware:sensor":
|
||||
# Keep as sensor but we could create a parent WiFi component later if needed
|
||||
pass
|
||||
|
||||
return components
|
||||
|
||||
|
||||
def thermal_sensor_components():
|
||||
"""
|
||||
Discover thermal zones and create sensor components.
|
||||
@@ -138,7 +434,7 @@ def thermal_sensor_components():
|
||||
|
||||
# Create component with sensor-data
|
||||
# Component name: strip "-thermal" suffix for cleaner display
|
||||
component_name = zone_type.replace("-thermal", "")
|
||||
component_name = normalize_sensor_name(zone_type)
|
||||
|
||||
component = {
|
||||
"name": component_name,
|
||||
@@ -175,6 +471,7 @@ def operational():
|
||||
motherboard_component(systemjson) +
|
||||
vpd_components(systemjson) +
|
||||
usb_port_components(systemjson) +
|
||||
hwmon_sensor_components() +
|
||||
thermal_sensor_components() +
|
||||
[],
|
||||
},
|
||||
|
||||
Reference in New Issue
Block a user