RIL Structures (Compact 2013)
3/26/2014
The following table shows the RIL structures with a description of the purpose of each.
Programming element |
Description |
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This structure stores information about an alpha identifier. |
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This structure stores information about a specific radio. |
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This structure represents a phone number. |
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This structure stores information about a call created outside the RIL. |
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This structure is used for RIL_GetATR function. |
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This structure defines the audio devices to be used for transmitting and receiving from the radio. |
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This structure defines options related to the data connection bearer service. |
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Represents the cumulative number of bytes transferred by the radio in a packet. |
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This structure stores caller ID settings. |
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This structure stores call forwarding service settings. |
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This structure stores High Speed Circuit Switched Data (HSCSD) information for the current call. |
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This structure stores information about a specific call. |
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This structure stores information about a modified call. |
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This structure stores call waiting information. |
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This structure defines the maximum length for the barring passwords. |
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This structure defines dialing capability of the device. |
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This structure defines the device data compression capabilities. |
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This structure defines the dialing capability of the device. |
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This structure defines the device error correction capabilities. |
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This structure defines the high-speed circuit switched data support. |
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This structure defines the maximum length for the locking passwords. |
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This structure defines the supported storage locations for Short Message Service (SMS) messages. |
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This structure defines the maximum phonebook entry length for the SIM phonebook. |
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This structure defines the radio link protocol capability of the device. |
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This structure defines the cell broadcast messaging configuration of the device. |
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This structure stores cell tower information. |
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This structure stores closed user group (CUG) settings. |
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This structure defines options related to a connect notification. |
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This structure stores service cost information. |
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This structure stores data compression settings. |
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This structure stores dialed identification settings. |
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This structure stores ring information. |
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This structure stores a quality of service profile. |
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This structure stores equipment information. |
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This structure defines the state of the radio equipment. |
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This structure stores error correction settings. |
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This structure stores audio gain information. |
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This structure stores a quality of service profile. |
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This structure stores a Packet Data Protocol (PDP) context that represents a certain configuration for packet data communication. |
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This structure shows which contexts are active. |
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This structure defines the maximum phonebook entry length for the SIM phonebook. |
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This structure stores general packet radio service capabilities. |
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This structure stores a quality of service (QOS) profile. |
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This structure defines the GPRS quality of service capabilities. |
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This structure stores connected ID settings. |
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This structure stores settings for hiding caller ID information. |
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This structure stores High Speed Circuit Switched Data (HSCSD) settings. |
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This structure stores the current location in the network of the device. |
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This structure stores message data. |
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This structure stores message data in SIM format. |
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This structure stores message data with additional information. |
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This structure stores the messaging configuration. |
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This structure stores the message Data Coding Scheme (DCS). |
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This structure stores messaging service settings. |
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This structure stores message storage locations. |
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This is the individual buffer structure that forms part of the RILNDISPACKET structure that is used to send or receive packets between the WWAN miniport and RIL. |
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This structure defines a GPRS context that the WWAN miniport that calls the RIL driver will activate. |
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This structure stores information about a modified call. |
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This structure is used by the RIL_NOTIFY_NDIS_IPCONFIG notification to notify the WWAN miniport of the IP address configuration information that is obtained from the network. |
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This structure encapsulates an IPv6 address. |
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This structure contains the packet information. |
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This structure contains the NDIS flow control status information. |
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This structure contains information that is returned upon notification of a NITZ related event. |
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This structure indicates status of a particular operator. |
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This structure stores the different representations of an operator. |
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This structure supports an additional phone number item associated with RILPHONEBOOKENTRYEX. |
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This structure supports an e-mail item associated with RILPHONEBOOKENTRYEX. |
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This structure stores a single phonebook entry. |
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This structure stores a single phonebook entry. |
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This structure stores phonebook settings. |
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This structure defines a value range. |
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This structure defines the information associated with the caller ID or dialed number. |
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This structure defines information associated with a ringing call. |
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This structure stores radio link protocol settings. |
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This structure stores statistics of the virtual serial port. |
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This structure stores connection service information. |
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This structure stores signal quality information. |
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This structure stores parameters for a restricted SIM command. |
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This structure stores a response to a restricted SIM command. |
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This structure stores a response to a restricted SIM command. |
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This structure stores information about the SIM security state. |
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Important This structure is not supported in Windows Embedded Compact 2013. |
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Important This structure is not supported in Windows Embedded Compact 2013. |
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Important This structure is not supported in Windows Embedded Compact 2013. |
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Important This structure is not supported in Windows Embedded Compact 2013. |
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This structure stores the sub-address of a called party. |
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This structure defines the audio devices to be used for transmitting to and receiving from the radio. |
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This structure stores supplementary service data. |