Autogen Action Option

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Helpers tell the Assistant to momentarily take over option action conversation to obtain common data such as a user's full name, a date and time, or a delivery address. When you request a helper, the Assistant presents a standard, consistent UI to users to obtain this information, so you don't have to design your own.

See the specific helper sections for more information about each helper. The following table describes the supported intents that you can request the Assistant to fulfill. If you're using Dialogflow, you also need to create a Dialogflow intent that specifies the corresponding event for the helper intent.

The following sections describe the available helpers and the associated intent that you must request to use the helper. After the user responds to option action helper, you receive a request to your fulfillment and can check to see if the user granted you the information by calling isPermissionGranted and then access the data with getUserName or getDeviceLocation.

Once you obtain the user's information, we recommend that you persist this information, so you don't have to ask option action. You can use UserStorage to store user information across conversations. Check out our Name Psychic sample to see UserStorage in action.

You can display a list or carousel UI and obtain the selected item from the user with the actions. When users select an item, the selected item value is passed to you as an argument. You can use the client library to read the value by calling app. In the returned value, you will get the key identifier for the selected item:. You can obtain a date and time from users by requesting fulfillment of the actions. You can option action custom prompts when asking the user for a date and time.

To ask the user for option action date and time using the Assistant's default prompts, call the function without specifying any parameters as shown in datetimeWithoutPrompt below. After the user responds to the helper, you receive a request to your fulfillment and can check to see if the user granted you the option action by calling getDateTime.

You can have users sign-in to their option action that are associated with your service by requesting fulfillment of the actions. After the option action responds to the helper, you receive a request to your fulfillment and can check to see if the user granted you the information by calling getSignInStatus.

You can obtain a location from users by requesting fulfillment of the actions. Saved locations will only return the address, not the associated mapping e.

Your request will use requestPrompt as your initial prompt. After the user responds to the helper, you receive a request to your fulfillment and can see if the user granted you the information by checking getPlace. The grammar for "yes" and "no" naturally expands option action things like "Yea" or "Nope", making it usable in many situations.

You can call the helper with the askForConfirmation Node. You can specify a custom prompt when asking the user for option action confirmation.

The function's string parameter is the custom prompt that your action uses to ask the user for a confirmation. To ask the user for a confirmation using the Assistant's default prompt, call the function without option action any parameters as shown in confirmationWithoutPrompt below. After the user responds to the helper, you receive a request to your fulfillment option action can check whether the user confirmed or not.

You can ask the user to continue an interaction via your Android app. This helper allows you to prompt the user as part of the conversation. You'll first need to associate your Android app with your Actions Console project via option action Brand Verification page.

This field accepts a string or option action 'SimpleResponse' object as described here. If the user accepts the link, the dialog with your app will end and you will not receive further requests.

If they reject the link, you will receive another request with the intent actions. LINK and a status argument:. Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 3.

For details, see our Site Policies. Last updated March 24, Dialogflow Call one of the askFor A helper function asks the Assistant to fulfill one of the intents described in built-in intents. When you call a helper function, the client library sends a response to the Assistant that contains one of these intents. Based on option action intent, the Assistant knows to carry out the dialog for the corresponding helper. Declare a Dialogflow intent that specifies an event that corresponds to one of the built-in helper intents.

Option action the built-in helperintents section for a list of supported events. This intent doesn't option action to have any User says phrases, because it's always triggered when the event is fired. When the Assistant returns the result of the helper in the subsequent request to your fulfillment, the corresponding Dialogflow intent is triggered, and you option action the intent normally.

Use the corresponding getter function for the helper to obtain the data you need. Specify the helper's intent in the possibleIntents object when responding to the Assistant. When the Assistant receives the response, it knows that it should carry out the dialog for the helper. See built-in helper intents for information on what intents you can request to be fulfilled. See option action built-in helper intents section for a list of supported events.

When the Assistant returns the result of the helper in the subsequent request to your fulfillment, parse the request and the option action you need.

A helper function asks the Assistant to fulfill one of the intents described in built-in helper intents. When the Assistant returns the result of the helper in the subsequent request to your fulfillment, you receive the corresponding intent in the request. This lets you detect that a helper has returned a result. Built-in helper intents The following table describes the supported intents that you can request the Assistant to fulfill.

Intent name Dialogflow Event name Usage actions. User option action You can obtain the following user information with this helper: Display name Given name Family name Coarse device location zip option action and city Precise device location coordinates and street address Calling option action helper You can call the helper with either the askForPermission or askForPermissions Node.

User can authorize all or none. List and Carousel Option You can display a list or carousel UI option action obtain the selected item from the user with the actions. All you need is some ginger option action.

Here are a few things you can learn. Throughout the under…", "image": All you need is some ginger and…", "image": In the returned value, you will get the key identifier for the selected item: Calling the helper You can call the helper with the askForPlace Node. Can I get that from Google? Request the helper You can call the helper with the askForConfirmation Node. Looks like we can do that in the Android app.

LINK and a status argument:

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Deprecated since version 3. The optparse module is deprecated and will not be developed further; development will continue with the argparse module. Thus, the following command lines are all equivalent to the above example:. To that end, it supports only the most common command-line syntax and semantics conventionally used under Unix. If you are unfamiliar with these conventions, read this section to acquaint yourself with them. In Python, arguments are elements of sys.

It is occasionally desirable to substitute an argument list other than sys. Also, traditional Unix syntax allows multiple options to be merged into a single argument, e.

The GNU project introduced -- followed by a series of hyphen-separated words, e. These are the only two option syntaxes provided by optparse. These option syntaxes are not supported by optparse , and they never will be.

With optparse , option arguments may either be in a separate argument from their option:. This is somewhat controversial, because it makes parsing ambiguous: Because of this ambiguity, optparse does not support this feature. Assuming that --report takes one argument, report. Options are used to provide extra information to tune or customize the execution of a program.

A program should be able to run just fine with no options whatsoever. Pick a random program from the Unix or GNU toolsets. Can it run without any options at all and still make sense? The main exceptions are find , tar , and dd —all of which are mutant oddballs that have been rightly criticized for their non-standard syntax and confusing interfaces. As an example of good command-line interface design, consider the humble cp utility, for copying files. Hence, cp fails if you run it with no arguments.

However, it has a flexible, useful syntax that does not require any options at all:. You can get pretty far with just that. Most cp implementations provide a bunch of options to tweak exactly how the files are copied: But none of this distracts from the core mission of cp , which is to copy either one file to another, or several files to another directory.

Positional arguments are for those pieces of information that your program absolutely, positively requires to run. A good user interface should have as few absolute requirements as possible. This applies whether the user interface is a command-line, a configuration file, or a GUI: In short, try to minimize the amount of information that users are absolutely required to supply—use sensible defaults whenever possible.

Of course, you also want to make your programs reasonably flexible. Too much flexibility has drawbacks as well, of course; too many options can overwhelm users and make your code much harder to maintain.

This section covers the code patterns that are common to any optparse -based program. First, you need to import the OptionParser class; then, early in the main program, create an OptionParser instance:. Each option has one or more option strings, such as -f or --file , and several option attributes that tell optparse what to expect and what to do when it encounters that option on the command line.

The option strings passed to OptionParser. For brevity, we will frequently refer to encountering an option on the command line; in reality, optparse encounters option strings and looks up options from them. This tutorial section only covers the four most important option attributes: Of these, action is the most fundamental. Actions tell optparse what to do when it encounters an option on the command line.

There is a fixed set of actions hard-coded into optparse ; adding new actions is an advanced topic covered in section Extending optparse. Most actions tell optparse to store a value in some variable—for example, take a string from the command line and store it in an attribute of options.

The most common option action is store , which tells optparse to take the next argument or the remainder of the current argument , ensure that it is of the correct type, and store it to your chosen destination. When optparse sees the option string -f , it consumes the next argument, foo. Some other option types supported by optparse are int and float. Note that this option has no long option string, which is perfectly acceptable.

Combined with the fact that the default action is store , that means our first example can be a lot shorter:. If there are no long option strings, optparse looks at the first short option string: Adding types is covered in section Extending optparse.

Flag options—set a variable to true or false when a particular option is seen —are quite common. For example, you might have a verbose flag that is turned on with -v and off with -q:.

Here we have two different options with the same destination, which is perfectly OK. It just means you have to be a bit careful when setting default values— see below. When optparse encounters -v on the command line, it sets options.

Some other actions supported by optparse are:. What happens if those options are never seen? This is usually fine, but sometimes you want more control.

If we want optparse to set verbose to True unless -q is seen, then we can do this:. Since default values apply to the destination rather than to any particular option, and these two options happen to have the same destination, this is exactly equivalent:.

Again, the default value for verbose will be True: As before, the last value specified for a given option destination is the one that counts. For clarity, try to use one method or the other of setting default values, not both. All you have to do is supply a help value for each option, and optionally a short usage message for your whole program.

If optparse encounters either -h or --help on the command-line, or if you just call parser. If the help output is triggered by a help option, optparse exits after printing the help text. The expanded string is then printed before the detailed option help. By default, optparse converts the destination variable name to uppercase and uses that for the meta-variable. This is important for more than just saving space, though: This is a simple but effective way to make your help text a lot clearer and more useful for end users.

When dealing with many options, it is convenient to group these options for better help output. An OptionParser can contain several option groups, each of which can contain several options. An option group is obtained using the class OptionGroup:. Continuing with the parser defined in the previous section, adding an OptionGroup to a parser is easy:. A bit more complete example might involve using more than one group: Similar to the brief usage string, optparse can also print a version string for your program.

You have to supply the string as the version argument to OptionParser:. Apart from that, version can contain anything you like. When you supply it, optparse automatically adds a --version option to your parser. The following two methods can be used to print and get the version string:. Print the version message for the current program self. Does nothing if self. There are two broad classes of errors that optparse has to worry about: Programmer errors are usually erroneous calls to OptionParser.

These are dealt with in the usual way: OptionError or TypeError and let the program crash. Handling user errors is much more important, since they are guaranteed to happen no matter how stable your code is. Also, you can call OptionParser. In either case, optparse handles the error the same way: Consider the first example above, where the user passes 4x to an option that takes an integer:.

The first step in using optparse is to create an OptionParser instance. The OptionParser constructor has no required arguments, but a number of optional keyword arguments. You should always pass them as keyword arguments, i. There are several ways to populate the parser with options. The preferred way is by using OptionParser. The other alternative is to pass a list of pre-constructed Option instances to the OptionParser constructor, as in:.

Do not instantiate Option directly. Each Option instance represents a set of synonymous command-line option strings, e. You can specify any number of short or long option strings, but you must specify at least one overall option string.

The keyword arguments define attributes of the new Option object.