![]() ![]() If a virtual environment is already active, we will deactivate it and create a new one where Kivy can be installed. A virtual environment is a collection of Python directories that store all the required libraries and scripts in one place. We will have to set up a virtual environment.In the beginning we will start by forming a fresh project in P圜harm, then go to P圜harm terminal (for windows users, choose Ubuntu instead of ‘local’ in the terminal drop down).The first step requires setting up Linux distribution for Windows users, Linux users can skip this step.Reference to configuring WSL(Windows Subsystem to Linux) – Here Steps to installation: If you are on Windows, then you don’t need to worry, you can install a virtual machine to produce a Linux environment, whereas if you are on windows 10 then you can simply download ubuntu distribution directly from the Microsoft store. Note: Linux distribution is required in all the steps below, and at the time of packing the app into android, we would be using Buildozer which is heavily dependent on Linux. We will be initiating the installation of Kivy in P圜harm for its ease of use. For example, if Joe is in 'orgId' '10' and '20', then the groupName is '').Python Kivy Life Cycle Setting up and Configuring Kivy groupType is a string, and groupName can be either a string or an array of strings to show that a user is in multiple groups. Setting a group also sets the 'groupType:groupName' as a user property, and overwrites any existing groupName value set for that user's groupType, and the corresponding user property value. groupType is a string, and groupName can be either a string or an array of strings to indicate that a user is in multiple groups. Setting a group also sets the groupType:groupName as a user property, and overwrites any existing groupName value set for that user's groupType, and the corresponding user property value. Another example of a groupType could be 'sport' with groupName values like 'tennis' and 'baseball'. ![]() In the previous example, 'orgId' is the groupType and '10' and '15' are the values for groupName. When setting groups, define a groupType and groupName. ![]() You can query their organizations in the Event Segmentation Chart. Sue and Joe both perform a certain event. Joe is in 'orgId' '10', and Sue is in 'orgId' '15'. If at least one member of the group has performed the specific event, then the count includes the group.įor example, you want to group your users based on what organization they're in by using an 'orgId'. setGroup ( "groupType", "groupName" ) Īmplitude supports assigning users to groups and performing queries, such as Count by Distinct, on those groups. The identify() function accepts an optional userId, optional user properties, and optional options.įor example your tracking plan contains a user property called userProp. Just as Ampli creates types for events and their properties, it creates types for user properties. This option overrides the default, which is the API Key configured in your tracking plan.Ĭall identify() to identify a user in your app and associate all future events with their identity, or to set their properties. By default Ampli creates an instance for you. Useful in local or development environments. When true, all calls to the Ampli Wrapper are no-ops. Specifies whether the Ampli Wrapper does any work. If an client.apiKey or client.instance is provided, environment will be ignored, and can be omitted. Environment determines which API token is used when sending events. Environments can be created, renamed, and managed in Amplitude Data. Specifies the environment the Ampli Wrapper is running in e.g. Specifies configuration options for the Ampli Wrapper. This option is available when there is at least one source template associated with your team's tracking plan. An object with a set of properties to add to every event sent by the Ampli Wrapper. ![]()
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