Telephony.java

// NOT IN USE
/*package com.contextawareframework.os;

public class Telephony {
	//	_ID: database entry ID
	//	TIMESTAMP: time instance of database entry
	//	DEVICE_ID: the AWARE Device ID that collected this data
	//	DATA_ENABLED: current data connection state, one of the TelephonyManager constants.
	//	IMEI_MEID_ESN: unique device ID, SHA1 one-way hashed for privacy
	//	SOFTWARE_VERSION: the telephony software version
	//	LINE_NUMBER: phone number, SHA1 one-way hashed for privacy
	//	NETWORK_COUNTRY_ISO_MCC: ISO country code of the current registered operator’s MCC (Mobile Country Code)
	//	NETWORK_OPERATOR_CODE: numeric name (MCC+MNC) of current registered operator. MNC is Mobile Network Code
	//	NETWORK_OPERATOR_NAME: the name of current registered operator
	//	NETWORK_TYPE: the radio technology currently in use for data, one of the TelephonyManager constants.
	//	PHONE_TYPE: the phone type, indicates the radio used to transmit voice calls, one of the TelephonyManager constants.
	//	SIM_STATE: the device SIM card status, one of the TelephonyManager constants.
	//	SIM_OPERATOR_CODE: MCC+MNC (Mobile Country Code + Mobile Network Code) of the SIM provider
	//	SIM_OPERATOR_NAME: contains the Service Provider Name (SPN)
	//	SIM_SERIAL: SIM serial number if available, SHA1 one-way hashed for privacy
	//	SUBSCRIBER_ID: unique network subscriber ID, the IMSI for GSM, SHA1 one-way hashed for privacy
	//------------------------
	//GSM_Data
	//------------------------
	//	CID: GSM tower Cell ID
	//	LAC: GSM tower Location Area Code
	//	PSC: GSM tower Primary Scrambling Code (9 bits format)
	//	SIGNAL_STRENGTH: received signal strength. For GSM, it is in “asu” ranging from 0 to 31 (dBm = -113 + 2*asu), 0 means “-113 dBm or less” and 31 means “-51 dBm or greater”. For UMTS, it is the Level index of CPICH RSCP defined in TS 25.125
	//	GSM_BER: GSM bit error rate (0-7, 99) as defined in TS27.007 8.5

	//-------------------
	//GSM_Neighbors_Data
	//-------------------
}
*/