NetworkCapabilities

Indicates this is a network that has the ability to reach the carrier's CBS servers, used for carrier specific services.

Indicates this is a network that has the ability to reach the carrier's DUN or tethering gateway.

Indicates this is a network that has the ability to reach a carrier's Emergency IMS servers, used for network signaling during emergency calls.

Indicates this is a network that has the ability to reach the carrier's FOTA portal, used for over the air updates.

Indicates this is a network that has the ability to reach a carrier's Initial Attach servers.

Indicates this is a network that has the ability to reach the carrier's IMS servers, used for network registration and signaling.

Indicates that this network should be able to reach the internet.

Indicates this is a network that has the ability to reach the carrier's MMSC for sending and receiving MMS messages.

Indicates that this network is unmetered.

Indicates that this network is available for general use. If this is not set applications should not attempt to communicate on this network. Note that this is simply informative and not enforcement - enforcement is handled via other means. Set by default.

Indicates this is a network that has the ability to reach a carrier's RCS servers, used for Rich Communication Services.

Indicates this is a network that has the ability to reach the carrier's SUPL server, used to retrieve GPS information.

Indicates this is a network that has the ability to reach a Wi-Fi direct peer.

Indicates this is a network that has the ability to reach a carrier's XCAP servers, used for configuration and control.

Indicates this network uses a Bluetooth transport.

Indicates this network uses a Cellular transport.

Indicates this network uses an Ethernet transport.

Indicates this network uses a Wi-Fi transport.

Describe the kinds of special objects contained in this Parcelable's marshalled representation.

Compares this instance with the specified object and indicates if they are equal. In order to be equal, o must represent the same object as this instance using a class-specific comparison. The general contract is that this comparison should be reflexive, symmetric, and transitive. Also, no object reference other than null is equal to null.

The default implementation returns true only if this == o. See Writing a correct equals method if you intend implementing your own equals method.

The general contract for the equals and hashCode() methods is that if equals returns true for any two objects, then hashCode() must return the same value for these objects. This means that subclasses of Object usually override either both methods or neither of them.

Retrieves the downstream bandwidth for this network in Kbps. This always only refers to the estimated first hop transport bandwidth.

Retrieves the upstream bandwidth for this network in Kbps. This always only refers to the estimated first hop transport bandwidth.

Tests for the presence of a capabilitity on this instance.

Tests for the presence of a transport on this instance.

Returns an integer hash code for this object. By contract, any two objects for which equals(Object) returns true must return the same hash code value. This means that subclasses of Object usually override both methods or neither method.

Note that hash values must not change over time unless information used in equals comparisons also changes.

See Writing a correct hashCode method if you intend implementing your own hashCode method.

Returns a string containing a concise, human-readable description of this object. Subclasses are encouraged to override this method and provide an implementation that takes into account the object's type and data. The default implementation is equivalent to the following expression:

   getClass().getName() + '@' + Integer.toHexString(hashCode())

See Writing a useful toString method if you intend implementing your own toString method.

Flatten this object in to a Parcel.