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package org.openqa.selenium;
import java.util.Optional;
/**
* Describes, in general terms, a webdriver instance. This allows services to query the system at
* run time and offer instances of particular {@link WebDriver} subclasses should they be available.
*/
@Beta
public interface WebDriverInfo {
/**
* @return A human-readable name that describes the browser.
*/
String getDisplayName();
/**
* Describes the smallest set of {@link Capabilities} that could be used to create an instance of
* this {@link WebDriver} implementation.
*
* Note, this set does not need to be exhaustive: the only requirement is that if {@link
* #isAvailable()} returns {@code true}, the returned {@link Capabilities} can be passed to {@link
* #createDriver(Capabilities)} and a session will be created.
*
* @return The smallest set of {@link Capabilities} required to create an instance of this {@link
* WebDriver} implementation.
*/
Capabilities getCanonicalCapabilities();
/**
* @return Whether a call to {@link #createDriver(Capabilities)} would succeed if given {@code
* capabilities}.
*/
boolean isSupporting(Capabilities capabilities);
/**
* @return Whether the driver has enabled the CDP interface.
*/
boolean isSupportingCdp();
/**
* @return Whether the driver has enabled the BiDi interface.
*/
boolean isSupportingBiDi();
/**
* Often, a {@link WebDriver} instance needs one or more supporting files or executables to be
* present (such as a vendor-provided executable which speaks the WebDriver Protocol). This means
* that even though the driver classes might be present in Java, it would make no sense to attempt
* to instantiate the driver itself.
*
* @return Whether the prerequisites required for this {@link WebDriver} are present.
*/
boolean isAvailable();
/**
* Checks whether the browser driver is already present on the host machine. Different from {@link
* #isAvailable()} which uses Selenium Manager to obtain the driver when not present.
*
* @return Whether the browser driver is present on the host machine.
*/
boolean isPresent();
/**
* Some browsers require all the resources of the current system in order to run (for example,
* Safari on iOS) and so do not support multiple simultaneous sessions on the same system. Other
* browsers can create isolated state for each new {@link WebDriver} instance.
*
*
The count of simultaneous sessions is typically 1, some multiple of the available number of
* cores, or {@link Integer#MAX_VALUE} if the number is unbounded or no-one cares.
*/
int getMaximumSimultaneousSessions();
/**
* Creates a new instance of the {@link WebDriver} implementation. The instance must be killed by
* sending the "quit" command. If the instance cannot be created because {@link #isAvailable()} is
* {@code false}, then {@link Optional#empty()} is returned. Otherwise, an attempt to start the
* session is made and the result returned.
*/
Optional createDriver(Capabilities capabilities) throws SessionNotCreatedException;
}