SIM slot related interface changes (4a4d8cc1) · Commits · e / os / android_hardware_interfaces

radio/1.2/Android.bp

+3 −0

Original line number	Diff line number	Diff line
		@@ -19,6 +19,7 @@ hidl_interface {
		"android.hidl.base@1.0",
		],
		types: [
		"CardStatus",
		"CellIdentityCdma",
		"CellIdentityGsm",
		"CellIdentityLte",
		@@ -35,6 +36,8 @@ hidl_interface {
		"NetworkScanResult",
		"RadioConst",
		"ScanIntervalRange",
		"SimSlotStatus",
		"SlotState",
		],
		gen_java: true,
		}

radio/1.2/IRadio.hal

+42 −0

Original line number	Diff line number	Diff line
		@@ -37,4 +37,46 @@ interface IRadio extends @1.1::IRadio {
		* Response function is IRadioResponse.startNetworkScanResponse()
		*/
		oneway startNetworkScan_1_2(int32_t serial, NetworkScanRequest request);

		/**
		* Get SIM Slot status.
		*
		* Request provides the slot status of all active and inactive SIM slots and whether card is
		* present in the slots or not.
		*
		* @param serial Serial number of request.
		*
		* Response callback is IRadioResponse.getSimSlotsStatusResponse()
		*/
		oneway getSimSlotsStatus(int32_t serial);

		/**
		* Set SIM Slot mapping.

		* Maps the logical slots to the physical slots. Logical slot is the slot that is seen by modem.
		* Physical slot is the actual physical slot. Request maps the physical slot to logical slot.
		* Logical slots that are already mapped to the requested physical slot are not impacted.
		*
		* Example no. of logical slots 1 and physical slots 2:
		* The only logical slot (index 0) can be mapped to first physical slot (value 0) or second
		* physical slot(value 1), while the other physical slot remains unmapped and inactive.
		* slotMap[0] = 1 or slotMap[0] = 0
		*
		* Example no. of logical slots 2 and physical slots 2:
		* First logical slot (index 0) can be mapped to physical slot 1 or 2 and other logical slot
		* can be mapped to other physical slot. Each logical slot must be mapped to a physical slot.
		* slotMap[0] = 0 and slotMap[1] = 1 or slotMap[0] = 1 and slotMap[1] = 0
		*
		* @param serial Serial number of request
		* @param slotMap Logical to physical slot mapping, size == no. of radio instances. Index is
		* mapping to logical slot and value to physical slot, need to provide all the slots
		* mapping when sending request in case of multi slot device.
		* EX: uint32_t slotMap[logical slot] = physical slot
		* index 0 is the first logical_slot number of logical slots is equal to number of Radio
		* instances and number of physical slots is equal to size of slotStatus in
		* getSimSlotsStatusResponse
		*
		* Response callback is IRadioResponse.setSimSlotsMappingResponse()
		*/
		oneway setSimSlotsMapping(int32_t serial, vec<uint32_t> slotMap);
		};

radio/1.2/IRadioIndication.hal

+10 −1

Original line number	Diff line number	Diff line
		@@ -28,4 +28,13 @@ interface IRadioIndication extends @1.1::IRadioIndication {
		* Incremental network scan results
		*/
		oneway networkScanResult_1_2(RadioIndicationType type, NetworkScanResult result);

		/**
		* Indicates SIM slot status change.
		*
		* @param type Type of radio indication
		* @param slotStatus new slot status info with size equals to the number of physical slots on
		* the device
		*/
		oneway simSlotsStatusChanged(RadioIndicationType type, vec<SimSlotStatus> slotStatus);
		};

radio/1.2/IRadioResponse.hal

+38 −0

Original line number	Diff line number	Diff line
		@@ -41,4 +41,42 @@ interface IRadioResponse extends @1.1::IRadioResponse {
		* RadioError:CANCELLED
		*/
		oneway getCellInfoListResponse_1_2(RadioResponseInfo info, vec<CellInfo> cellInfo);

		/**
		* @param info Response info struct containing response type, serial no. and error
		* @param cardStatus ICC card status as defined by CardStatus in types.hal
		*
		* Valid errors returned:
		* RadioError:NONE
		*/
		oneway getIccCardStatusResponse_1_2(RadioResponseInfo info, CardStatus cardStatus);

		/**
		* @param info Response info struct containing response type, serial no. and error
		* @param slotStatus Sim slot struct containing all the physical SIM slots info with size
		* equals to the number of physical slots on the device
		*
		* Valid errors returned:
		* RadioError:NONE
		* RadioError:RADIO_NOT_AVAILABLE
		* RadioError:REQUEST_NOT_SUPPORTED
		* RadioError:NO_MEMORY
		* RadioError:INTERNAL_ERR
		* RadioError:MODEM_ERR
		* RadioError:INVALID_ARGUMENTS
		*/
		oneway getSimSlotsStatusResponse(RadioResponseInfo info, vec<SimSlotStatus> slotStatus);

		/**
		* @param info Response info struct containing response type, serial no. and error
		*
		* Valid errors returned:
		* RadioError:NONE
		* RadioError:RADIO_NOT_AVAILABLE
		* RadioError:REQUEST_NOT_SUPPORTED
		* RadioError:NO_MEMORY
		* RadioError:INTERNAL_ERR
		* RadioError:MODEM_ERR
		*/
		oneway setSimSlotsMappingResponse(RadioResponseInfo info);
		};

radio/1.2/types.hal

+70 −8

Original line number	Diff line number	Diff line
		@@ -17,6 +17,8 @@
		package android.hardware.radio@1.2;

		import @1.0::CdmaSignalStrength;
		import @1.0::CardState;
		import @1.0::CardStatus;
		import @1.0::CellIdentityCdma;
		import @1.0::CellIdentityGsm;
		import @1.0::CellIdentityLte;
		@@ -187,37 +189,97 @@ struct CellInfo {
		* Cell type for selecting from union CellInfo.
		*/
		CellInfoType cellInfoType;
		/*
		/**
		* True if this cell is registered false if not registered.
		*/
		bool registered;
		/*
		/**
		* Type of time stamp represented by timeStamp.
		*/
		TimeStampType timeStampType;
		/*
		/**
		* Time in nanos as returned by ril_nano_time.
		*/
		uint64_t timeStamp;
		/*
		/**
		* Only one of the below vectors must be of size 1 based on the CellInfoType and others must be
		* of size 0.
		*/
		vec<CellInfoGsm> gsm;
		/*
		/**
		* Valid only if type = cdma and size = 1 else must be empty.
		*/
		vec<CellInfoCdma> cdma;
		/*
		/**
		* Valid only if type = lte and size = 1 else must be empty.
		*/
		vec<CellInfoLte> lte;
		/*
		/**
		* Valid only if type = wcdma and size = 1 else must be empty.
		*/
		vec<CellInfoWcdma> wcdma;
		/*
		/**
		* Valid only if type = tdscdma and size = 1 else must be empty.
		*/
		vec<CellInfoTdscdma> tdscdma;
		};

		enum SlotState : int32_t {
		/**
		* Physical slot is inactive
		*/
		INACTIVE = 0x00,
		/**
		* Physical slot is active
		*/
		ACTIVE = 0x01,
		};

		struct CardStatus {
		@1.0::CardStatus base;
		uint32_t physicalSlotId;
		/**
		* An Answer To Reset (ATR) is a message output by a Smart Card conforming to ISO/IEC 7816
		* standards, following electrical reset of the card's chip. The ATR conveys information about
		* the communication parameters proposed by the card, and the card's nature and state.
		*
		* This data is applicable only when cardState is CardState:PRESENT.
		*/
		string atr;
		/**
		* Integrated Circuit Card IDentifier (ICCID) is Unique Identifier of the SIM CARD. File is
		* located in the SIM card at EFiccid (0x2FE2) as per ETSI 102.221. The ICCID is defined by
		* the ITU-T recommendation E.118 ISO/IEC 7816.
		*
		* This data is applicable only when cardState is CardState:PRESENT.
		*/
		string iccid;
		};

		struct SimSlotStatus {
		/**
		* Card state in the physical slot
		*/
		CardState cardState;
		/**
		* Slot state Active/Inactive
		*/
		SlotState slotState;
		/**
		* An Answer To Reset (ATR) is a message output by a Smart Card conforming to ISO/IEC 7816
		* standards, following electrical reset of the card's chip. The ATR conveys information about
		* the communication parameters proposed by the card, and the card's nature and state.
		*
		* This data is applicable only when cardState is CardState:PRESENT.
		*/
		string atr;
		uint32_t logicalSlotId;
		/**
		* Integrated Circuit Card IDentifier (ICCID) is Unique Identifier of the SIM CARD. File is
		* located in the SIM card at EFiccid (0x2FE2) as per ETSI 102.221. The ICCID is defined by
		* the ITU-T recommendation E.118 ISO/IEC 7816.
		*
		* This data is applicable only when cardState is CardState:PRESENT.
		*/
		string iccid;
		};