intellifire4py 1.0.5

An API to read the status of an intellifire wifi module

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• CHANGELOG
• Source Code

Table o`Contents

• Intellifire
• Local Polling
  • Status Attributes
  • Error Codes
• Auto Discovery
• Fireplace Control + SSL Considerations
  • Local Control
  • Cloud Control
• Control API Overview
  • The default fireplace
  • Power (Flame on/off)
  • Flame Height
  • Fan Speed
  • Lights
  • Beep
  • Thermostat
  • Sleep Timer
• Control Exceptions
• Sample Code

Intellifire

This is an Python Async Module for dealing with IntelliFire places. This is a 100% unofficial python module for working with the IntelliFire API for Intellifire WIFI Modules.

Intellifire is a wifi module for a variety of fireplaces produced by Hearth and Home Technologies

Local Polling

Intellifire publishes status information on a /post http endpoint. IntellifireAsync will poll an Intellifire interface on the local network for a read-only view of the device. All that is required is the ip address.

A demonstration of how to poll a fireplace is as follows:

async def main():
    fire = IntellifireAsync("192.168.1.3")
    await fire.poll()

    # Poll the fire
    print(f"{fire.data.temperature_c} c")
    print(f"{fire.data.temperature_f} f")
    print(f"{fire.data.thermostat_setpoint_c} c")
    print(f"{fire.data.thermostat_setpoint_f} f")

if __name__ == "__main__":
    loop = asyncio.get_event_loop()
    loop.run_until_complete(main())

Status Attributes

The following attributes are available on an IntellifireAsync object

battery: int
connection_quality: int
downtime: int
ecm_latency: int
errors: list[int]
error_codes: list[IntellifireErrorCode]
error_codes_string: str
fanspeed: int
flameheight: int
fw_ver_str: str
fw_version: str
has_fan: bool
has_light: bool
has_power_vent: bool
has_thermostat: bool
ipv4_address: str
is_hot: bool
is_on: bool
light_level: int
name: str
pilot_on: bool
prepurge: int
raw_thermostat_setpoint: int
serial: str
temperature_c: int
temperature_f: float
thermostat_on: bool
thermostat_setpoint_c: float
thermostat_setpoint_f: float
timer_on: bool
timeremaining_s: int
uptime: int

Error Codes

There are a variety of methods to pull error information from the module. All of these calls return True or False

fire.error_pilot_flame
fire.error_flame
fire.error_fan_delay
fire.error_maintenance
fire.error_disabled
fire.error_fan
fire.error_lights
fire.error_accessory
fire.error_soft_lock_out
fire.error_ecm_offline
fire.error_offline

Additionally you can pull an array of IntellifireErrorCode objects or strings with:

fire.error_codes
fire.error_codes_string

Auto Discovery

The IFT module will respond to the receipt of a udp packet with its ip information. You can run either a Sync or Async version of this functionally.

print("----- Find Fire Places - Sync Mode  (waiting 3 seconds)-----")
finder = UDPFireplaceFinder()
print(finder.search_fireplace(timeout=3))

print("----- Find Fire Places - Aync Mode  (waiting 3 seconds)-----")
af = AsyncUDPFireplaceFinder()
await af.search_fireplace(timeout=3)

Fireplace Control

The Async Control Interface gives you the ability to directly send commands to your IFT unit. To instantiate one you will need

• ip - Fireplace ip on the network - used for initial instantiation
• username - Username (email) used in intellifire app - used for login
• password - Password - used for login

After the module connects to iftapi.net it will pull down a user_id which is globally applicable to all fireplaces on a user account and an api_key which is fireplace specific.

SSL Considerations

Sometimes we live in a tough SSL world and as such you can disable SSL (https) mode for communicating with iftapi.net as well as disable SSL Certificate Verification. In most cases you will not need to deal with this.

# No SSH Inspection and use HTTP mode
ift_control = IntellifireControlAsync(
	fireplace_ip=ip,
	use_http=True,
	verify_ssl=False
)

Local Control

Local control can take advantage of the units /post endpoint. However these commands require an ApiKey that must to be retrieved from iftapi.net.

This is currently only implemented in the IntellifireControlAsync control module.

Local control is the default state but if you need to manually set it you can use:

ift_control.send_mode = IntellifireSendMode.LOCAL

Cloud Control

Taking advantage of the iftapi.net REST API - the module can send commands to the cloud in order to control a specific fireplace. In order to enable this you need to set the .send_mode to something like:

ift_control.send_mode = IntellifireSendMode.CLOUD

Control API Overview

Conceptually the API is divided into Users who have control of Locations which contain Fireplaces.

┌───────────┐
│   Users   │
└─────┬─────┘
      │
      │
┌─────▼─────┐
│ Location  │
└─────┬─────┘
      │
      │
┌─────▼─────┐
│ Fireplace │
└───────────┘

The IFT-API requires cookie based authentication for sending control commands via its REST API endpoint. These cookies are generated by the login method:

username = os.environ['IFT_USER']
password = os.environ['IFT_PASS']

# Init and login
ift_control = IntellifireControlAsync(fireplace_ip='192.168.1.65')
await ift_control.login(username=username, password=password)

Once the login is complete all further control requests will use data from these cookies to authenticate and control things. Local calls will use an api_key from the cookie while cloud calls will use the entire cookie.

The default fireplace

All commands will reference a specific IntellifireFireplace, however in the case that you have a single Intellifire Device installed in your user account you can just use the .default_fireplace property

default_fireplace = ift_control.default_fireplace
print("Serial:", default_fireplace.serial)
print("APIKey:", default_fireplace.apikey)

Power (Flame on/off)

The following calls will toggle the flame on or off:

control_interface.flame_on(fireplace=fireplace)
control_interface.flame_off(fireplace=fireplace)

Flame Height

You can control the flame height with set_flame_height method. Height ranges from 0 to 4:

await control_interface.set_flame_height(fireplace=fireplace, height=3)

Note that a zero height flame is the "lowest" flame setting supported by the module.

Fan Speed

Fan speed is controlled via the set_fan_speed method. Valid ranges for speed 0 to 4.

await control_interface.set_fan_speed(fireplace=fireplace, speed=1)

Lights

You can control lights with set_lights method. Valid ranges for level are 0 to 3.

await control_interface.set_lights(fireplace=fireplace, speed=1)

Beep

Apparently, if the fireplace is on (flame on) you can send a beep. This also may not work.

await control_interface.beep(fireplace=fireplace)

Thermostat

# Set to 70 and store the value internally
await ift_control.set_thermostat_f(fireplace=defualt_fireplace, temp_f=70)
# Set to 23 and store value internally
await ift_control.set_thermostat_c(fireplace=defualt_fireplace, temp_c=23)
# Turn off thermostat
await ift_control.turn_off_thermostat(fireplace=defualt_fireplace)
# Turn on thermostat and set temp to 23c as this was the last temp
await ift_control.turn_on_thermostat(fireplace=defualt_fireplace)

Sleep Timer

The sleep timer range is from (1-180 minutes). Interact as follows:

await ift_control.set_sleep_timer(fireplace=default_fp, minutes=120)
await ift_control.turn_off_sleep_timer(fireplace=default_fp, minutes=120)

Control Exceptions

• LoginException - problem with the login process (username/password).
• InputRangeException - control value is out of valid range.
• ApiCallException - Some sort of api exception occurred.

Sample Code

There is some sample code in example.py