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fixed typos, spelling mistakes (home-assistant#3436)
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‎source/_components/alarm_control_panel.egardia.markdown

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Note that this basic configuration will only enable you to read the armed/armed away/disarmed status of your alarm and will **not** update the status if the alarm is triggered. This is because of how Egardia built their system. The alarm triggers normally go through their servers.
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You can change this, however, using the following procedure. This is a more advanced configuration.
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1. Log in into your alarm system's control panel. You will need to access http://[ip of your control panel]. You know this already since you need it in the basic configuration from above. Log in to the control panel with your Egardia/Woonveilig username and password.
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1. Log in into your alarm system's control panel. You will need to access http://[IP of your control panel]. You know this already since you need it in the basic configuration from above. Log in to the control panel with your Egardia/Woonveilig username and password.
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2. Once logged in, go to *System Settings*, *Report* and change the Server Address for your primary server to the IP or hostname of your Home Assistant machine. Also, update the port number 85 or to anything you like. The provided software that you will set up in the next steps runs on port 85 by default. **Make sure to change the settings of the primary server otherwise the messages will not come through. Note that this will limit (or fully stop) the number of alarm messages you will get through Egardia's / Woonveilig services.** Maybe, that is just what you want. Make sure to save your settings by selecting 'OK'.
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3. On your Home Assistant machine run `$ sudo python3 egardiaserver.py`. Refer to the [python-egardia repository](https://github.com/jeroenterheerdt/python-egardia) for detailed documentation on parameters. This will receive status codes from your alarm control panel and display them. You will need the codes to include in your configuration.yaml. Make sure to change the status of your alarm to all states (disarm, arm, armhome) as well as trigger the alarm in all ways possible to get 100% coverage. **Before triggering the alarm it might be good to disable the siren temporarily (can be done in Panel Settings).**
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4. Once you have the codes, update your `configuration.yaml`:

‎source/_components/alert.markdown

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### {% linkable_title Complex Alert Criteria %}
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By design, the `alert` component only handles very simple criteria for firing. That is, it only checks if a single entity's state is equal to a value. At some point, it may be desireable to have an alert with a more complex criteria. Possibly, when a battery percentage falls below a threshold. Maybe you want to disable the alert on certain days. Maybe the alert firing should depend on more than one input. For all of these situations, it is best to use the alert in conjunction with a `Template Binary Sensor`. The following example does that.
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By design, the `alert` component only handles very simple criteria for firing. That is, it only checks if a single entity's state is equal to a value. At some point, it may be desirable to have an alert with a more complex criteria. Possibly, when a battery percentage falls below a threshold. Maybe you want to disable the alert on certain days. Maybe the alert firing should depend on more than one input. For all of these situations, it is best to use the alert in conjunction with a `Template Binary Sensor`. The following example does that.
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```yaml
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binary_sensor:
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### {% linkable_title Dynamic Notification Delay Times %}
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It may be desireable to have the delays between alert notifications dynamically change as the alert continues to fire. This can be done by setting the `repeat` configuration key to a list of numbers rather than a single number. Altering the first example would look like the following.
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It may be desirable to have the delays between alert notifications dynamically change as the alert continues to fire. This can be done by setting the `repeat` configuration key to a list of numbers rather than a single number. Altering the first example would look like the following.
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```yaml
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# Example configuration.yaml entry

‎source/_components/alexa.markdown

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### {% linkable_title Requirements %}
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Amazon requires the endpoint of a skill to be hosted via SSL. Self-signed certificates are ok because our skills will only run in development mode. Read more on [our blog][blog-lets-encrypt] about how to set up encryption for Home Assistant. When running Hass.io, using the [Let's Encrypt](/addons/lets_encrypt/) the and [Duck DNS](/addons/duckdns/) add-ons is the easiest method. If you are unable to get HTTPS up and running, consider using [this AWS Lambda proxy for Alexa skills](https://community.home-assistant.io/t/aws-lambda-proxy-custom-alexa-skill-when-you-dont-have-https/5230).
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Amazon requires the endpoint of a skill to be hosted via SSL. Self-signed certificates are OK because our skills will only run in development mode. Read more on [our blog][blog-lets-encrypt] about how to set up encryption for Home Assistant. When running Hass.io, using the [Let's Encrypt](/addons/lets_encrypt/) the and [Duck DNS](/addons/duckdns/) add-ons is the easiest method. If you are unable to get HTTPS up and running, consider using [this AWS Lambda proxy for Alexa skills](https://community.home-assistant.io/t/aws-lambda-proxy-custom-alexa-skill-when-you-dont-have-https/5230).
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Additionally, note that at the time of this writing, your Alexa skill endpoint *must* accept requests over port 443 (Home Assistant default to 8123). There are two ways you can handle this:
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{% endif %}{% endraw %}
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```
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You can add multiple items for a feed if you want. The Amazon required uid and timestamp will be randomly generated at startup and change at every restart of Home Assistant.
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You can add multiple items for a feed if you want. The Amazon required UID and timestamp will be randomly generated at startup and change at every restart of Home Assistant.
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Please refer to the [Amazon documentation][flash-briefing-api-docs] for more information about allowed configuration parameters and formats.
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‎source/_components/binary_sensor.bayesian.markdown

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- **prob_given_true** (*Required*): The probability of the observation occurring, given the event is `true`.
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- **prob_given_false** (*Optional*): The probability of the observation occurring, given the event is `false` can be set as well. If `prob_given_false` is not set, it will default to `1 - prob_given_true`.
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- **platform** (*Required*): The only supported observation platforms are `state` and `numeric_state`, which are modeled after their corresponding triggers for automations.
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- **to_state** (*Required*): THe target start.
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- **to_state** (*Required*): The target start.
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- **probability_threshold** (*Optional*): The probability at which the sensor should trigger to `on`.
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- **name** (*Optional*): Name of the sensor to use in the frontend. Defaults to `Bayesian Binary`.
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‎source/_components/binary_sensor.enocean.markdown

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- **name** (*Optional*): An identifier for the switch in the frontend.
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- **device_class** (*Optional*): The [type/class](/components/binary_sensor/) of the sensor to set the icon in the frontend.
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EnOcean binary sensors only generate 'button_pressed' events. The event data has follwing four fields:
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EnOcean binary sensors only generate 'button_pressed' events. The event data has following four fields:
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- **id**: The ID of the device (see configuration).
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- **pushed**: `1` for a button press, `0` for a button release.

‎source/_components/binary_sensor.flic.markdown

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Event data:
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- **button_name**: The name of the button, that triggered the event.
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- **button_address**: The bluetooth address of the button, that triggered the event.
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- **button_address**: The Bluetooth address of the button, that triggered the event.
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- **click_type**: The type of click. Possible values are `single`, `double` and `hold`.
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- **queued_time**: The amount of time this event was queued on the button, in seconds.
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‎source/_components/binary_sensor.hikvision.markdown

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binary_sensor.front_port_line_crossing
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```
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When used with a NVR device the sensors will be appeneded with the channel number they represent. For example, if you configure an NVR with the name "Home" that supports 2 cameras with motion detection and line crossing events enabled to notify the surveillance center the following binary sensors will be added to Home Assistant:
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When used with a NVR device the sensors will be appended with the channel number they represent. For example, if you configure an NVR with the name "Home" that supports 2 cameras with motion detection and line crossing events enabled to notify the surveillance center the following binary sensors will be added to Home Assistant:
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```
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binary_sensor.home_motion_1

‎source/_components/binary_sensor.mqtt.markdown

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- **device_class** (*Optional*): The [type/class](/components/binary_sensor/) of the sensor to set the icon in the frontend.
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- **value_template** (*Optional*): Defines a [template](/docs/configuration/templating/#processing-incoming-data) to extract a value from the payload.
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For a quick check you can use the commandline tools shipped with `mosquitto` to send MQTT messages. Set the state of a sensor manually:
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For a quick check you can use the command line tools shipped with `mosquitto` to send MQTT messages. Set the state of a sensor manually:
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```bash
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$ mosquitto_pub -h 127.0.0.1 -t home-assistant/window/contact -m "OFF"

‎source/_components/binary_sensor.mystrom.markdown

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You need to configure every button to make it work with Home Assistant. First connect the Wifi Buttons to your wireless network. Keep in mind that they only support WPS (Wi-FI Protected Setup). Once a button is connected you have three minutes to set the actions for the push patterns. The fastest way is to use `curl`. Check the [documentation](https://mystrom.ch/wp-content/uploads/REST_API_WBP.txt) of the WiFi Button for further details about the implementation (`http://` is replaced by `get://` or `post://`). `action` is the name of the corresponding push pattern (see above).
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The endpoint that is recieving the data is `[IP address Home Assistant]:8123/api/mystrom`.
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The endpoint that is receiving the data is `[IP address Home Assistant]:8123/api/mystrom`.
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```bash
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$ curl -d "[action]=get://[IP address Home Assistant]:8123/api/mystrom?[action]%3D[ID of the button]" http://[IP address of the button]/api/v1/device/[MAC address of the button]

‎source/_components/binary_sensor.pilight.markdown

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ha_iot_class: "Local Polling"
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The `pilight` binary sensor platform implement the [pilight hub](/components/pilight/) binary sensor functionality. Two type of Pilight binary sensor configuration available. A normal sensor which send the on and off state cyclical and a trigger sensor which send only a trigger when an event happend (for example lots of cheap PIR motion detector).
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The `pilight` binary sensor platform implement the [pilight hub](/components/pilight/) binary sensor functionality. Two type of Pilight binary sensor configuration available. A normal sensor which send the on and off state cyclical and a trigger sensor which send only a trigger when an event happened (for example lots of cheap PIR motion detector).
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To enable a Pilight binary sensor in your installation, add the following to your `configuration.yaml` file:
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