Battery Doubler v1.2.1 serial key or number
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Device OS API - Photon
You are viewing the Device OS API documentation for the Photon. To view the documentation for other devices, use the blue device selector below the Particle logo on the left side of the page.
The Device OS API for discontinued devices such as the Spark Core and Xenon can be found in the Discontinued section.
Cloud Functions
Overview of API field limits
standardservices.com.pkle()
Expose a variable through the Cloud so that it can be called with . Returns a success value - when the variable was registered.
standardservices.com.pkle registers a variable, so its value can be retrieved from the cloud in the future. You only call standardservices.com.pkle once per variable, typically passing in a global variable. You can change the value of the underlying global variable as often as you want; the value is only retrieved when requested, so simply changing the global variable does not use any data. You do not call standardservices.com.pkle when you change the value.
Up to 20 cloud variables may be registered and each variable name is limited to a maximum of 12 characters (prior to ), 64 characters (since ).
Note: Only use letters, numbers, underscores and dashes in variable names. Spaces and special characters may be escaped by different tools and libraries causing unexpected results.
When using the default system mode, the cloud variables must be registered in the function. The information about registered variables will be sent to the cloud when the function has finished its execution. In the and system modes, the variables must be registered before is called.
Before Variable and function registrations are only sent up once, about 30 seconds after connecting to the cloud. When using the system mode, make sure you register your cloud variables as early as possible in the function, before you do any lengthy operations, delays, or things like waiting for a key press. Calling after the registration information has been sent does not re-send the request and the variable will not work.
String variables must be UTF-8 encoded. You cannot send arbitrary binary data or other character sets like ISO If you need to send binary data you can use a text-based encoding like Base
Prior to firmware, variables were defined with an additional 3rd parameter to specify the data type of the variable. From onward, the system can infer the type from the actual variable. Additionally, the variable address was passed via the address-of operator (). With and newer, this is no longer required.
There are four supported data types:
- (maximum string length is bytes)
standardservices.com.pkle() - calculated
Since It is also possible to register a function to compute a cloud variable. This can be more efficient if the computation of a variable takes a lot of CPU or other resources. It can also be an alternative to using a standardservices.com.pkon(). A function is limited to a single int (bit) return value, but you can return bool, double, int, String (up to bytes) from a standardservices.com.pkle.
Such a function should return a value of one of the supported variable types and take no arguments. The function will be called only when the value of the variable is requested.
The callback function is called application loop thread context, between calls to loop(), during standardservices.com.pks(), and delay().
It is also possible to pass a , allowing the calculation function to be a method of a class:
standardservices.com.pkon()
Expose a function through the Cloud so that it can be called with .
standardservices.com.pkon allows code on the device to be run when requested from the cloud API. You typically do this when you want to control something on your device, say a LCD display or a buzzer, or control features in your firmware from the cloud.
Up to 15 cloud functions may be registered and each function name is limited to a maximum of 12 characters (prior to ), 64 characters (since ).
Note: Only use letters, numbers, underscores and dashes in function names. Spaces and special characters may be escaped by different tools and libraries causing unexpected results. A function callback procedure needs to return as quickly as possible otherwise the cloud call will timeout.
The callback function is called application loop thread context, between calls to loop(), during standardservices.com.pks(), and delay().
In order to register a cloud function, the user provides the , which is the string name used to make a POST request and a , which is the actual name of the function that gets called in your app. The cloud function has to return an integer; is commonly used for a failed function call.
A cloud function is set up to take one argument of the String datatype. This argument length is limited to a max of 63 characters (prior to ), characters (since ). The String is UTF-8 encoded.
When using the default system mode, the cloud functions must be registered in the function. The information about registered functions will be sent to the cloud when the function has finished its execution. In the and system modes, the functions must be registered before is called.
Before Variable and function registrations are only sent up once, about 30 seconds after connecting to the cloud. When using the system mode, make sure you register your cloud functions as early as possible in the function, before you do any lengthy operations, delays, or things like waiting for a key press. Calling after the registration information has been sent does not re-send the request and the function will not work.
You can expose a method on a C++ object to the Cloud.
The API request will be routed to the device and will run your brew function. The response will have a return_value key containing the integer returned by brew.
standardservices.com.pkh()
Publish an event through the Particle Device Cloud that will be forwarded to all registered listeners, such as callbacks, subscribed streams of Server-Sent Events, and other devices listening via .
This feature allows the device to generate an event based on a condition. For example, you could connect a motion sensor to the device and have the device generate an event whenever motion is detected.
standardservices.com.pkh pushes the value out of the device at a time controlled by the device firmware. standardservices.com.pkle allows the value to be pulled from the device when requested from the cloud side.
Cloud events have the following properties:
- name (164 ASCII characters)
Note: Only use letters, numbers, underscores, dashes and slashes in event names. Spaces and special characters may be escaped by different tools and libraries causing unexpected results.
- PUBLIC/PRIVATE (the default is PUBLIC but PRIVATE is advisable)
- ttl (time to live, 0 seconds, default 60) !! NOTE: TTL is not implemented, hence the ttl value has no effect. Events must be caught immediately; once sent they will be gone immediately.
- optional data (up to characters (prior to ), characters (since )).
Anyone may subscribe to public events; think of them like tweets. Only the owner of the device will be able to subscribe to private events.
A device may not publish events beginning with a case-insensitive match for "spark". Such events are reserved for officially curated data originating from the Cloud.
Calling when the cloud connection has been turned off will not publish an event. This is indicated by the return success code of .
If the cloud connection is turned on and trying to connect to the cloud unsuccessfully, standardservices.com.pkh may block for 20 seconds to 5 minutes. Checking can prevent this.
For the time being there exists no way to access a previously published but TTL-unexpired event.
String variables must be UTF-8 encoded. You cannot send arbitrary binary data or other character sets like ISO If you need to send binary data you can use a text-based encoding like Base
NOTE 1: Currently, a device can publish at rate of about 1 event/sec, with bursts of up to 4 allowed in 1 second. Back to back burst of 4 messages will take 4 seconds to recover.
NOTE 2: and the handler(s) share the same buffer. As such, calling within a handler will wipe the subscribe buffer! In these cases, copying the subscribe buffer's content to a separate char buffer prior to calling is recommended.
Publish a private event with the given name, no data, and the default TTL of 60 seconds.
Returns: A indicating success: (true or false)
Publish a private event with the given name and data, with the default TTL of 60 seconds.
Publish a private event with the given name, data, and TTL.
Publish a private event with the given name, data, and TTL.
Publish a public event with the given name.
flag
Since
This flag causes to return only after receiving an acknowledgement that the published event has been received by the Cloud.
Since
flags can be combined using a regular syntax with OR operator ().
If you wish to send a public event, you should specify PUBLIC explictly. This will be required in the future, but is optional in
PUBLIC and PRIVATE are mutually exclusive.
Unlike functions and variables, you typically call standardservices.com.pkh from loop() (or a function called from loop).
For products, it's possible receive product events sent by devices using webhooks or the Server-Sent-Events (SSE) data stream. This allows PRIVATE events sent from devices to be received by the product even if the devices are claimed to different accounts. Note that the product event stream is unidirectional from device to the cloud. It's not possible to subscribe to product events on a device.
standardservices.com.pkhVitals()
Since
Publish vitals information
Provides a mechanism to control the interval at which system diagnostic messages are sent to the cloud. Subsequently, this controls the granularity of detail on the fleet health metrics.
Argument(s):
The period (in seconds) at which vitals messages are to be sent to the cloud (default value: )
- - A special value used to send vitals immediately
- - Publish a final message and disable periodic publishing
- - Publish an initial message and subsequent messages every seconds thereafter
Returns:
A result code
Examples:
Since
You can also specify a value using chrono literals, for example: for 1 hour.
NOTE: Diagnostic messages can be viewed in the Console. Select the device in question, and view the messages under the "EVENTS" tab.
standardservices.com.pkibe()
Subscribe to events published by devices.
This allows devices to talk to each other very easily. For example, one device could publish events when a motion sensor is triggered and another could subscribe to these events and respond by sounding an alarm.
To use , define a handler function and register it in .
You can listen to events published only by your own devices by adding a constant.
- Specifying MY_DEVICES only receives PRIVATE events.
- Specifying ALL_DEVICES or omitting the third parameter only receives PUBLIC events.
You can register a method in a C++ object as a subscription handler.
You should not call from the constructor of a globally allocated C++ object. See Global Object Constructors for more information.
A subscription works like a prefix filter. If you subscribe to "foo", you will receive any event whose name begins with "foo", including "foo", "fool", "foobar", and "food/indian/sweet-curry-beans". The maximum length of the subscribe prefix is 64 characters.
Received events will be passed to a handler function similar to . A subscription handler (like above) must return and take two arguments, both of which are C strings ().
- The first argument is the full name of the published event.
- The second argument (which may be NULL) is any data that came along with the event.
returns a indicating success. It is OK to register a subscription when the device is not connected to the cloud - the subscription is automatically registered with the cloud next time the device connects.
NOTE 1: A device can register up to 4 event handlers. This means you can call a maximum of 4 times; after that it will return .
NOTE 2: and the handler(s) share the same buffer. As such, calling within a handler will wipe the subscribe buffer! In these cases, copying the subscribe buffer's content to a separate char buffer prior to calling is recommended.
Unlike functions and variables, you can call standardservices.com.pkibe from setup() or from loop(). The subscription list can be added to at any time, and more than once.
standardservices.com.pkcribe()
Removes all subscription handlers previously registered with .
There is no function to unsubscribe a single event handler.
standardservices.com.pkt()
connects the device to the Cloud. This will automatically activate the Wi-Fi connection and attempt to connect to the Particle cloud if the device is not already connected to the cloud.
After you call , your loop will not be called again until the device finishes connecting to the Cloud. Typically, you can expect a delay of approximately one second.
In most cases, you do not need to call ; it is called automatically when the device turns on. Typically you only need to call after disconnecting with or when you change the system mode.
standardservices.com.pknect()
disconnects the device from the Cloud.
While this function will disconnect from the Cloud, it will keep the connection to the Wi-Fi network. If you would like to completely deactivate the Wi-Fi module, use .
*NOTE: When the device is disconnected, many features are not possible, including over-the-air updates, reading standardservices.com.pkles, and calling standardservices.com.pkons.
If you disconnect from the Cloud, you will NOT BE ABLE to flash new firmware over the air. Safe mode can be used to reconnect to the cloud.
standardservices.com.pkted()
Returns when connected to the Cloud, and when disconnected from the Cloud.
standardservices.com.pkconnectOptions()
Since
Sets the options for when disconnecting from the cloud, such as from . The default is to abruptly disconnect, however, you can use graceful disconnect mode to make sure pending events have been sent and the cloud notified that a disconnect is about to occur. Since this could take some time if there is poor cellular connectivity, a timeout can also be provided in milliseconds or using chrono literals. This setting will be used for future disconnects until the system is reset.
standardservices.com.pks()
Runs the background loop. This is the public API for the former internal function .
checks the Wi-Fi module for incoming messages from the Cloud, and processes any messages that have come in. It also sends keep-alive pings to the Cloud, so if it's not called frequently, the connection to the Cloud may be lost.
Even in non-cloud-bound applications it can still be advisable to call to explicitly provide some processor time to the Wi-Fi module (e.g. immediately after to update system variables).
is a blocking call, and blocks for a few milliseconds. is called automatically after every and during delays. Typically you will not need to call unless you block in some other way and need to maintain the connection to the Cloud, or you change the system mode. If the user puts the device into mode, the user is responsible for calling . The more frequently this function is called, the more responsive the device will be to incoming messages, the more likely the Cloud connection will stay open, and the less likely that the Wi-Fi module's buffer will overrun.
standardservices.com.pkme()
Synchronize the time with the Particle Device Cloud. This happens automatically when the device connects to the Cloud. However, if your device runs continuously for a long time, you may want to synchronize once per day or so.
Note that this function sends a request message to the Cloud and then returns. The time on the device will not be synchronized until some milliseconds later when the Cloud responds with the current time between calls to your loop. See , , and for information on how to wait for request to be finished.
standardservices.com.pkmeDone()
Since
Returns if there is no request currently pending or there is no active connection to Particle Device Cloud. Returns when there is a pending request.
See also and .
standardservices.com.pkmePending()
Since
Returns if there a request currently pending. Returns when there is no request pending or there is no active connection to Particle Device Cloud.
See also and .
standardservices.com.pkncedLast()
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