def get_tasks():
api = SixfabPower()
return jsonify({
"input": {
"temp": get_input_temp(api),
"voltage": get_input_voltage(api),
"current": get_input_current(api),
"power": get_input_power(api)
},
"system": {
#"temp": get_system_temp(api),
"voltage": get_system_voltage(api),
"current": get_system_current(api),
"power": get_system_power(api)
},
"battery": {
"temp": get_battery_temp(api),
"voltage": get_battery_voltage(api),
"current": get_battery_current(api),
"power": get_battery_power(api),
"level": get_battery_level(api),
"health": get_battery_health(api)
},
"fan": {
'health': get_fan_health(api),
'speed': get_fan_speed(api)
}
})
#!/usr/bin/env python3 from power_api import SixfabPower, Definition, Event import time api = SixfabPower() api.reset_mcu()
from power_api import SixfabPower, Definition, Event
import time
api = SixfabPower()
#print( "Return: " + str(api.set_lpm_status(2)))
print("LPM: " + str(api.get_lpm_status()))
#print( "Battery Temp: " + str(api.get_battery_temp_qwiic()))
#print( "Return: " + str(api.set_watchdog_status(2)))
print("WDT Status: " + str(api.get_watchdog_status()))
#print( "Return: " + str(api.set_watchdog_interval(2)))
print("WDT Interval: " + str(api.get_watchdog_interval()))
#print( "Return: " + str(api.set_fan_mode(2)))
print("Fan Mode: " + str(api.get_fan_mode()))
#print( "Return: " + str(api.set_battery_separation_status(1)))
print("Battery Separation: " + str(api.get_battery_separation_status()))
#print( "Return: " + str(api.set_rgb_animation(2,7,3)))
print("RGB Anim: " + str(api.get_rgb_animation()))
#print( "Return: " + str(api.set_fan_automation(50)))
#print( "Return: " + str(api.set_power_outage_event_status(1)))
print("POWER OUT. STAT: " + str(api.get_power_outage_event_status()))
#print( "Return: " + str(api.set_power_outage_params(5,30)))
#!/usr/bin/env python3
from power_api import SixfabPower, Definition, Event
import time
api = SixfabPower()
epoch = time.time() # to get timestamp in seconds in GMT0
# to get local time on raspberry pi
localtime = time.asctime( time.localtime(time.time()) )
print("Local current time :", localtime)
# to get timezone difference as minus
print(time.timezone)
# standard epoch time with no location specific
print("Epoch Time: " + str(int(epoch)))
# to calculate epoch with respect to local time
# use it for set_rtc_time() function as timestamp (epoch - time.timezone)
print("Epoch Local: " + str(int(epoch) - time.timezone + 3600))
print("Result: " + str(api.set_rtc_time(int(epoch) - time.timezone + 3600)))
print("RTC Time: " + str(api.get_rtc_time(Definition.TIME_FORMAT_EPOCH)))
print("RTC Time: " + str(api.get_rtc_time(Definition.TIME_FORMAT_DATE_AND_TIME)))
#!/usr/bin/env python3
from power_api import SixfabPower, Definition
import time
import sys, os
api = SixfabPower()
firmware_path = "/opt/b0x/sixfab_pms_firmware_v0.3.3.bin"
error_occured = 0
try:
api.reset_mcu()
api.reset_for_boot_update()
time.sleep(5)
for step in api.update_firmware(firmware_path):
print(f"{step}%")
except:
error_occured = 1
print("raised error")
finally:
update_successful = 0
if error_occured is 0:
counter = 0
for i in range(15):
print('.', sep=' ', end=' ', flush=True)
time.sleep(1)
#!/usr/bin/env python3 from power_api import SixfabPower, Definition, Event import time api = SixfabPower() api.reset_for_boot_update()
#!/usr/bin/env python3
from power_api import SixfabPower, Event, Definition
import time
api = SixfabPower()
print("\r\n")
print("************* Fan **************")
print("Fan Health: " + str(api.get_fan_health()))
print("set Fan Mode: " + str(api.set_fan_mode(3, 10)))
print("get Fan Mode: " + str(api.get_fan_mode()))
print("get Fan Speed: " + str(api.get_fan_speed(10)))
print("set Fan Automation Result: " + str(api.set_fan_automation(20, 60, 10)))
print("get Fan Automation: " + str(api.get_fan_automation(10)))
print("\r\n")
print("************* Others **************")
#print("Setting Watchdog Status: " + str(api.set_watchdog_status(1)))
#print("Getting Watchdog Status: " + str(api.get_watchdog_status()))
print("set RGB Animation.: " + str(
api.set_rgb_animation(Definition.RGB_DISABLED, Definition.BLUE,
Definition.RGB_SLOW, 10)))
print("get RGB Animation Status.: " + str(api.get_rgb_animation(10)))
print("set Result Bat. Max Char. Level: " +
str(api.set_battery_max_charge_level(80, 10)))
print("get Bat. Max Char. Level: " + str(api.get_battery_max_charge_level(10)))
print("set Result Safe Shutdown Bat Lev.: " +
str(api.set_safe_shutdown_battery_level(40, 10)))
print("get Safe Shutdown Bat Lev.: " +
str(api.get_safe_shutdown_battery_level(10)))
print("set Result Safe Shutdown Bat Status.: " +
def update_firmware(**kwargs):
token = kwargs.get("token")
remote_repository = kwargs.get("repository", None)
mqtt_client = kwargs.get("mqtt_client", None)
experimental_enabled = kwargs.get("experimental_enabled", False)
def send_status(status):
mqtt_client.publish(
f"/device/{token}/hive",
json.dumps({
"command": "update_status_firmware",
"status": status
}))
send_status("git")
if os.path.exists(LOCAL_FIRMWARE_FOLDER):
os.system(
f"cd {LOCAL_FIRMWARE_FOLDER} {'&& sudo git fetch && sudo git checkout dev' if experimental_enabled else ''} && sudo git pull"
)
else:
os.system(
f"sudo git clone {remote_repository} {LOCAL_FIRMWARE_FOLDER} {'&& sudo git fetch && sudo git checkout dev' if experimental_enabled else ''}"
)
latest_version = open(
f"{LOCAL_FIRMWARE_FOLDER}/latest_version").read().strip()
latest_firmware = f"{LOCAL_FIRMWARE_FOLDER}/sixfab_pms_firmware_{latest_version}.bin"
try:
current_firmware_version = get_metric("version")
except:
send_status("error")
return
#if current_firmware_version == latest_version[1:]:
# send_status("finish")
# return
if not lock_distribution_service():
send_status("error")
return
if not os.path.exists(latest_firmware):
send_status("firmware_not_exists")
return
hat_api = SixfabPower()
try:
last_step_cache = 0
for step in hat_api.update_firmware(latest_firmware):
if last_step_cache < 100 and step - last_step_cache > 2:
last_step_cache = step
send_status(step)
except:
send_status("error")
return
send_status("finish")
release_distribution_service()
#!/usr/bin/env python3
from power_api import SixfabPower, Definition, Event
import time
api = SixfabPower()
print("Hard Pwr-Off set: " + str(
api.create_scheduled_event(
2, Definition.EVENT_INTERVAL, Definition.EVENT_ONE_SHOT, 30,
Definition.INTERVAL_TYPE_SEC, 0, Definition.HARD_REBOOT, 500)))
from power_api import SixfabPower, Definition, Event
import time
api = SixfabPower()
print("Battery Max Level: " + str(api.get_battery_max_charge_level()))
print("Battery Safe Level: " + str(api.get_safe_shutdown_battery_level()))
print("Battery Safe Status: " + str(api.get_safe_shutdown_status()))
print("Battery Design Cap: " + str(api.get_battery_design_capacity()))
#print( "Return: " + str(api.set_lpm_status(2)))
print("LPM: " + str(api.get_lpm_status()))
#print( "Return: " + str(api.set_watchdog_status(2)))
print("WDT Status: " + str(api.get_watchdog_status()))
#print( "Return: " + str(api.set_watchdog_interval(2)))
print("WDT Interval: " + str(api.get_watchdog_interval()))
#print( "Return: " + str(api.set_fan_mode(2)))
print("Fan Mode: " + str(api.get_fan_mode()))
#print( "Return: " + str(api.set_battery_separation_status(1)))
print("Battery Separation: " + str(api.get_battery_separation_status()))
#print( "Return: " + str(api.set_rgb_animation(2,7,3)))
print("RGB Anim: " + str(api.get_rgb_animation()))
#print( "Return: " + str(api.set_fan_automation(50)))
#print( "Return: " + str(api.set_power_outage_event_status(1)))
from power_api import SixfabPower, Definition
import time
api = SixfabPower()
print("************* Input Sensors **************")
print("Input Temp: " + str(api.get_input_temp()))
print("Input Voltage: " + str(api.get_input_voltage()))
print("Input Current: " + str(api.get_input_current()))
print("Input Power: " + str(api.get_input_power())) #Required delay #default 50
print("************* System Sensors **************")
print("System Temp: " + str(api.get_system_temp()))
print("System Voltage: " + str(api.get_system_voltage()))
print("System Current: " + str(api.get_system_current())) #Required delay #default 50
print("System Power: " + str(api.get_system_power())) #Required delay #default 50
print("************* Battery **************")
print("Battery Temp: " + str(api.get_battery_temp()))
print("Battery Voltage: " + str(api.get_battery_voltage()))
print("Battery Current: " + str(api.get_battery_current()))
print("Battery Power: " + str(api.get_battery_power()))
print("Battery Level: " + str(api.get_battery_level()))
print("Battery Health: " + str(api.get_battery_health()))
print("************* Fan **************")
print("Fan Health: " + str(api.get_fan_health()))
print("Fan Speed: " + str(api.get_fan_speed()))
# Parameter : uint16 timeOrInterval [exact time[epoch] | EVENT_INTERVAL]
# Parameter : uint8 interval_type [INTERVAL_TYPE_SEC, INTERVAL_TYPE_MIN, INTERVAL_TYPE_HOUR]
# Parameter : uint8 repeatPeriod [day_factor | EVERYDAY]
# Parameter : uint8 action [HARD_POWER_ON, HARD_POWER_OFF, HARD_REBOOT, SOFT_POWER_ON, SOFT_POWER_OFF,SOFT_REBOOT]
# Return : result
#
# day_factor : Calculation of day_factor
# [monday] –> Bit 0 [tuesday] –> Bit 1 [wednesday] –> Bit 2 [thursday] –> Bit 3 [friday] –> Bit 4 [saturday] –> Bit 5 [sunday] –> Bit 6 [RESERVED] –> Bit 7 (Default 0)
# Example Calculation for every day : day_factor = 0b01111111 = 127
# Example Calculation for (sunday + monday + tuesday) : day_factor = 0b01000011 = 67
# -----------------------------------------------------------
from power_api import SixfabPower, Definition, Event
import time
api = SixfabPower()
epoch = time.time()
# Remove all events
# -----------------
print("Result removing all Scheduled Event: " +
str(api.remove_all_scheduled_events(200)))
# set HARD_POWER_ON at 6:30AM everyday
# ------------------------------------
# see https://www.epochconverter.com
# daily_exact_time formula: epoch_time_local % (24x60x60)
# daily_exact_time :
# –> Thursday, 30 July 2020 06:30:00
# –> epoch_local = 1596090600 (In this case local : GMT)
# –> daily exact_time = 1596090600 % 86400 = 23400
from power_api import SixfabPower, Definition, Event import time api = SixfabPower() """ print( "Return: " + str(api.set_lpm_status(2))) print( "LPM: " + str(api.get_lpm_status())) print( "Return: " + str(api.set_fan_mode(1))) print( "LPM: " + str(api.get_fan_mode())) print( "Battery Temp: " + str(api.get_battery_temp_qwiic())) """ """ print( "Return: " + str(api.set_watchdog_status(2))) print( "WDT Status: " + str(api.get_watchdog_status())) print( "Return: " + str(api.set_watchdog_interval(2))) print( "WDT Interval: " + str(api.get_watchdog_interval())) print( "Return: " + str(api.set_fan_mode(2))) print( "Fan Mode: " + str(api.get_fan_mode())) """ #print( "Return: " + str(api.set_battery_separation_status(1))) #print( "Battery Separation: " + str(api.get_battery_separation_status())) #print( "Battery Separation --> Send battery temp result: " + str(api.send_battery_temp())) """ print( "Return: " + str(api.set_rgb_animation(2,7,3))) print( "RGB Anim: " + str(api.get_rgb_animation()))
#!/usr/bin/env python3
from power_api import SixfabPower, Definition
import time
api = SixfabPower()
print("************* Input Sensors **************")
print("Input Temp: " + str(api.get_input_temp()))
print("Input Voltage: " + str(api.get_input_voltage()))
print("Input Current: " + str(api.get_input_current()))
print("Input Power: " + str(api.get_input_power())) #Required delay #default 50
print("************* System Sensors **************")
print("System Temp: " + str(api.get_system_temp()))
print("System Voltage: " + str(api.get_system_voltage()))
print("System Current: " + str(api.get_system_current())) #Required delay #default 50
print("System Power: " + str(api.get_system_power())) #Required delay #default 50
print("************* Battery **************")
print("Battery Temp: " + str(api.get_battery_temp()))
print("Battery Voltage: " + str(api.get_battery_voltage()))
print("Battery Current: " + str(api.get_battery_current()))
print("Battery Power: " + str(api.get_battery_power()))
print("Battery Level: " + str(api.get_battery_level()))
print("Battery Health: " + str(api.get_battery_health()))
print("Battery Max Charge Level: " + str(api.get_battery_max_charge_level()))
print("Battery Capacity: " + str(api.get_battery_design_capacity()))
print("************* Safe Shutdown **************")
from power_api import SixfabPower
import time
api = SixfabPower()
epoch = time.time() # to get timestamp in seconds in GMT0
# to get local time on raspberry pi
localtime = time.asctime(time.localtime(time.time()))
print("Local current time :", localtime)
# to get timezone difference as minus
print(time.timezone)
# standard epoch time with no location specific
print("Epoch Time: " + str(int(epoch)))
# to calculate epoch with respect to local time
# use it for set_rtc_time() function as timestamp (epoch - time.timezone)
print("Epoch Local: " + str(int(epoch) - time.timezone))
print("Result: " + str(api.set_rtc_time(int(epoch) - time.timezone)))
from power_api import SixfabPower, Definition
import time
pms = SixfabPower()
epoch = time.time()
print("RTC Time: " + str(pms.get_rtc_time(Definition.TIME_FORMAT_EPOCH)))
print("RTC Time: " + str(pms.get_rtc_time(Definition.TIME_FORMAT_DATE_AND_TIME)))
print("RTC Time: " + str(pms.get_rtc_time(Definition.TIME_FORMAT_DATE)))
print("RTC Time: " + str(pms.get_rtc_time(Definition.TIME_FORMAT_TIME)))
#!/bin/python3
import sys
sys.path.append('./')
from power_api import SixfabPower, Definition, Event
import time
api = SixfabPower()
#api.reset_mcu()
if (not api.get_working_mode()): exit()
print("Time: " + str(api.get_rtc_time(Definition.TIME_FORMAT_DATE_AND_TIME)))
print(api.get_firmware_ver())
print("************* Input Sensors **************")
print("Input Temp: " + str(api.get_input_temp()))
print("Input Voltage: " + str(api.get_input_voltage()))
print("Input Current: " + str(api.get_input_current()))
print("Input Power: " +
str(api.get_input_power())) #Required delay #default 50
print("************* System Sensors **************")
print("System Temp: " + str(api.get_system_temp()))
print("System Voltage: " + str(api.get_system_voltage()))
print("System Current: " +
str(api.get_system_current())) #Required delay #default 50
from power_api import SixfabPower, Definition, Event
import time
pms = SixfabPower()
epoch = time.time()
# Remove all events
print("Result removing all Scheduled Event: " +
str(pms.remove_all_scheduled_events(200)))
# create power off event to power off the device in 20 seconds
event = Event()
event.id = 1
event.schedule_type = Definition.EVENT_INTERVAL
event.repeat = Definition.EVENT_ONE_SHOT
event.time_interval = 20
event.interval_type = Definition.INTERVAL_TYPE_SEC
event.action = Definition.HARD_POWER_OFF
result = pms.create_scheduled_event_with_event(event, 500)
print("Create S. Event Result: " + str(result))
print("IDs of Scheduled Events: " + str(pms.get_scheduled_event_ids()))
#!/usr/bin/env python3
from power_api import SixfabPower, Definition, Event
import time
api = SixfabPower()
print("Soft Pwr-Off set: " + str(
api.create_scheduled_event(1, Definition.EVENT_INTERVAL,
Definition.EVENT_ONE_SHOT, 15,
Definition.INTERVAL_TYPE_SEC, 0, 3, 500)))
print("Hard Pwr-Off set: " + str(
api.create_scheduled_event(2, Definition.EVENT_INTERVAL,
Definition.EVENT_ONE_SHOT, 30,
Definition.INTERVAL_TYPE_SEC, 0, 2, 500)))
from power_api import SixfabPower, Definition, Event
import time
import os
api = SixfabPower()
intiateShutdown = False
def main():
global intiateShutdown
try:
print(api.get_button1_status())
except Exception:
print("Exception")
while True:
try:
if (api.get_button1_status() == 1):
print("Turning OFF")
intiateShutdown = True
# print("Soft Pwr-Off set: " + str(api.create_scheduled_event(1, Definition.EVENT_INTERVAL, Definition.EVENT_ONE_SHOT, 1, Definition.INTERVAL_TYPE_SEC, 0, 3, 500)))
except Exception:
time.sleep(5)
print("Exception")
else:
if (intiateShutdown):
time.sleep(5)
turnOff()
# return
time.sleep(1)
import sys
sys.path.append('/home/pi/gits/sixfab-power-python-api/')
from power_api import SixfabPower, Definition, Event
print("Powering down")
while True:
try:
api = SixfabPower()
print("success" if api.set_edm_status(1, 500) == 1 else "failed")
except:
print("exception")
