mdot11mib.c

vworks 下wlan的实现代码

			ARC(3, l_dot11manufacturerProductName),
			ARC(4, l_dot11manufacturerProductVersion),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11ResourceInfoEntry = NODE_NT("dot11ResourceInfoEntry",
			0, a_dot11ResourceInfoEntry);

STATIC
MIBARC_T	a_dot11ResourceInfoTable[] = {
			ARC(1, n_dot11ResourceInfoEntry),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11ResourceInfoTable = NODE_NT("dot11ResourceInfoTable",
			0, a_dot11ResourceInfoTable);

STATIC
MIBARC_T	a_dot11resAttribute[] = {
			ARC(1, l_dot11ResourceTypeIDName),
			ARC(2, n_dot11ResourceInfoTable),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11resAttribute = NODE_NT("dot11resAttribute",
			0, a_dot11resAttribute);

STATIC
MIBARC_T	a_dot11res[] = {
			ARC(1, n_dot11resAttribute),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11res = NODE_NT("dot11res",
			0, a_dot11res);

LEAF_NT_ASYS( l_dot11PHYType, 0, "dot11PHYType", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyOperationEntry_get, null_set_async, dot11PhyOperationEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentRegDomain, 0, "dot11CurrentRegDomain", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyOperationEntry_test,
			dot11PhyOperationEntry_get, dot11PhyOperationEntry_set, dot11PhyOperationEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TempType, 0, "dot11TempType", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyOperationEntry_get, null_set_async, dot11PhyOperationEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
STATIC
MIBARC_T	a_dot11PhyOperationEntry[] = {
			ARC(1, l_dot11PHYType),
			ARC(2, l_dot11CurrentRegDomain),
			ARC(3, l_dot11TempType),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyOperationEntry = NODE_NT("dot11PhyOperationEntry",
			0, a_dot11PhyOperationEntry);

STATIC
MIBARC_T	a_dot11PhyOperationTable[] = {
			ARC(1, n_dot11PhyOperationEntry),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyOperationTable = NODE_NT("dot11PhyOperationTable",
			0, a_dot11PhyOperationTable);

LEAF_NT_ASYS( l_dot11CurrentTxAntenna, 0, "dot11CurrentTxAntenna", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyAntennaEntry_test,
			dot11PhyAntennaEntry_get, dot11PhyAntennaEntry_set, dot11PhyAntennaEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11DiversitySupport, 0, "dot11DiversitySupport", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyAntennaEntry_get, null_set_async, dot11PhyAntennaEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentRxAntenna, 0, "dot11CurrentRxAntenna", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyAntennaEntry_test,
			dot11PhyAntennaEntry_get, dot11PhyAntennaEntry_set, dot11PhyAntennaEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
STATIC
MIBARC_T	a_dot11PhyAntennaEntry[] = {
			ARC(1, l_dot11CurrentTxAntenna),
			ARC(2, l_dot11DiversitySupport),
			ARC(3, l_dot11CurrentRxAntenna),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyAntennaEntry = NODE_NT("dot11PhyAntennaEntry",
			0, a_dot11PhyAntennaEntry);

STATIC
MIBARC_T	a_dot11PhyAntennaTable[] = {
			ARC(1, n_dot11PhyAntennaEntry),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyAntennaTable = NODE_NT("dot11PhyAntennaTable",
			0, a_dot11PhyAntennaTable);

LEAF_NT_ASYS( l_dot11NumberSupportedPowerLevels, 0, "dot11NumberSupportedPowerLevels", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel1, 0, "dot11TxPowerLevel1", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel2, 0, "dot11TxPowerLevel2", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel3, 0, "dot11TxPowerLevel3", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel4, 0, "dot11TxPowerLevel4", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel5, 0, "dot11TxPowerLevel5", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel6, 0, "dot11TxPowerLevel6", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel7, 0, "dot11TxPowerLevel7", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11TxPowerLevel8, 0, "dot11TxPowerLevel8", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyTxPowerEntry_get, null_set_async, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentTxPowerLevel, 0, "dot11CurrentTxPowerLevel", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyTxPowerEntry_test,
			dot11PhyTxPowerEntry_get, dot11PhyTxPowerEntry_set, dot11PhyTxPowerEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
STATIC
MIBARC_T	a_dot11PhyTxPowerEntry[] = {
			ARC(1, l_dot11NumberSupportedPowerLevels),
			ARC(2, l_dot11TxPowerLevel1),
			ARC(3, l_dot11TxPowerLevel2),
			ARC(4, l_dot11TxPowerLevel3),
			ARC(5, l_dot11TxPowerLevel4),
			ARC(6, l_dot11TxPowerLevel5),
			ARC(7, l_dot11TxPowerLevel6),
			ARC(8, l_dot11TxPowerLevel7),
			ARC(9, l_dot11TxPowerLevel8),
			ARC(10, l_dot11CurrentTxPowerLevel),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyTxPowerEntry = NODE_NT("dot11PhyTxPowerEntry",
			0, a_dot11PhyTxPowerEntry);

STATIC
MIBARC_T	a_dot11PhyTxPowerTable[] = {
			ARC(1, n_dot11PhyTxPowerEntry),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyTxPowerTable = NODE_NT("dot11PhyTxPowerTable",
			0, a_dot11PhyTxPowerTable);

LEAF_NT_ASYS( l_dot11HopTime, 0, "dot11HopTime", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyFHSSEntry_get, null_set_async, dot11PhyFHSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentChannelNumber, 0, "dot11CurrentChannelNumber", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyFHSSEntry_test,
			dot11PhyFHSSEntry_get, dot11PhyFHSSEntry_set, dot11PhyFHSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11MaxDwellTime, 0, "dot11MaxDwellTime", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyFHSSEntry_get, null_set_async, dot11PhyFHSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentDwellTime, 0, "dot11CurrentDwellTime", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyFHSSEntry_test,
			dot11PhyFHSSEntry_get, dot11PhyFHSSEntry_set, dot11PhyFHSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentSet, 0, "dot11CurrentSet", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyFHSSEntry_test,
			dot11PhyFHSSEntry_get, dot11PhyFHSSEntry_set, dot11PhyFHSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentPattern, 0, "dot11CurrentPattern", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyFHSSEntry_test,
			dot11PhyFHSSEntry_get, dot11PhyFHSSEntry_set, dot11PhyFHSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentIndex, 0, "dot11CurrentIndex", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyFHSSEntry_test,
			dot11PhyFHSSEntry_get, dot11PhyFHSSEntry_set, dot11PhyFHSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
STATIC
MIBARC_T	a_dot11PhyFHSSEntry[] = {
			ARC(1, l_dot11HopTime),
			ARC(2, l_dot11CurrentChannelNumber),
			ARC(3, l_dot11MaxDwellTime),
			ARC(4, l_dot11CurrentDwellTime),
			ARC(5, l_dot11CurrentSet),
			ARC(6, l_dot11CurrentPattern),
			ARC(7, l_dot11CurrentIndex),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyFHSSEntry = NODE_NT("dot11PhyFHSSEntry",
			0, a_dot11PhyFHSSEntry);

STATIC
MIBARC_T	a_dot11PhyFHSSTable[] = {
			ARC(1, n_dot11PhyFHSSEntry),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyFHSSTable = NODE_NT("dot11PhyFHSSTable",
			0, a_dot11PhyFHSSTable);

LEAF_NT_ASYS( l_dot11CurrentChannel, 0, "dot11CurrentChannel", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyDSSSEntry_test,
			dot11PhyDSSSEntry_get, dot11PhyDSSSEntry_set, dot11PhyDSSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CCAModeSupported, 0, "dot11CCAModeSupported", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11PhyDSSSEntry_get, null_set_async, dot11PhyDSSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CurrentCCAMode, 0, "dot11CurrentCCAMode", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyDSSSEntry_test,
			dot11PhyDSSSEntry_get, dot11PhyDSSSEntry_set, dot11PhyDSSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11EDThreshold, 0, "dot11EDThreshold", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyDSSSEntry_test,
			dot11PhyDSSSEntry_get, dot11PhyDSSSEntry_set, dot11PhyDSSSEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
STATIC
MIBARC_T	a_dot11PhyDSSSEntry[] = {
			ARC(1, l_dot11CurrentChannel),
			ARC(2, l_dot11CCAModeSupported),
			ARC(3, l_dot11CurrentCCAMode),
			ARC(4, l_dot11EDThreshold),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyDSSSEntry = NODE_NT("dot11PhyDSSSEntry",
			0, a_dot11PhyDSSSEntry);

STATIC
MIBARC_T	a_dot11PhyDSSSTable[] = {
			ARC(1, n_dot11PhyDSSSEntry),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyDSSSTable = NODE_NT("dot11PhyDSSSTable",
			0, a_dot11PhyDSSSTable);

LEAF_NT_ASYS( l_dot11CCAWatchdogTimerMax, 0, "dot11CCAWatchdogTimerMax", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyIREntry_test,
			dot11PhyIREntry_get, dot11PhyIREntry_set, dot11PhyIREntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CCAWatchdogCountMax, 0, "dot11CCAWatchdogCountMax", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyIREntry_test,
			dot11PhyIREntry_get, dot11PhyIREntry_set, dot11PhyIREntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CCAWatchdogTimerMin, 0, "dot11CCAWatchdogTimerMin", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyIREntry_test,
			dot11PhyIREntry_get, dot11PhyIREntry_set, dot11PhyIREntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
LEAF_NT_ASYS( l_dot11CCAWatchdogCountMin, 0, "dot11CCAWatchdogCountMin", VT_NUMBER,
			READ_WRITE_ACCESS, TABULAR, dot11PhyIREntry_test,
			dot11PhyIREntry_get, dot11PhyIREntry_set, dot11PhyIREntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);
STATIC
MIBARC_T	a_dot11PhyIREntry[] = {
			ARC(1, l_dot11CCAWatchdogTimerMax),
			ARC(2, l_dot11CCAWatchdogCountMax),
			ARC(3, l_dot11CCAWatchdogTimerMin),
			ARC(4, l_dot11CCAWatchdogCountMin),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyIREntry = NODE_NT("dot11PhyIREntry",
			0, a_dot11PhyIREntry);

STATIC
MIBARC_T	a_dot11PhyIRTable[] = {
			ARC(1, n_dot11PhyIREntry),
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11PhyIRTable = NODE_NT("dot11PhyIRTable",
			0, a_dot11PhyIRTable);

STATIC
MIBARC_T	a_dot11RegDomainsSupportIndex[] = {
			END_OF_ARC_LIST };
STATIC
MIBNODE_T	n_dot11RegDomainsSupportIndex = NODE_NT("dot11RegDomainsSupportIndex",
			0, a_dot11RegDomainsSupportIndex);

LEAF_NT_ASYS( l_dot11RegDomainsSupportValue, 0, "dot11RegDomainsSupportValue", VT_NUMBER,
			READ_ACCESS, TABULAR, null_test_async,
			dot11RegDomainsSupportEntry_get, null_set_async, dot11RegDomainsSupportEntry_next,
			((char *)0),
			0x0000, 0xFF, 0xFF);