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/*
*
* Copyright (c) 2003 by FORCE Computers.
* Copyright (c) 2005 by ESO Technologies.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. This
* file and program are licensed under a BSD style license. See
* the Copying file included with the OpenHPI distribution for
* full licensing terms.
*
* Authors:
* Thomas Kanngieser <thomas.kanngieser@fci.com>
* Pierre Sangouard <psangouard@eso-tech.com>
*/
#include "ipmi_cmd.h"
struct cConvMap
{
const char *m_name;
int m_value;
};
const char *
ConvIntToString( int flags, const cConvMap *map, const char *def )
{
for( int i = 0; map->m_name; i++, map++ )
if ( flags == map->m_value )
return map->m_name;
return def;
}
static cConvMap netfn_map[] =
{
{ "Chassis" , eIpmiNetfnChassis },
{ "Bridge" , eIpmiNetfnBridge },
{ "SensorEvent", eIpmiNetfnSensorEvent },
{ "App" , eIpmiNetfnApp },
{ "Firmware" , eIpmiNetfnFirmware },
{ "Storage " , eIpmiNetfnStorage },
{ "Transport" , eIpmiNetfnTransport },
{ "Picmg " , eIpmiNetfnPicmg },
{ "Oem" , eIpmiNetfnOem },
{ 0, 0 }
};
const char *
IpmiNetfnToString( tIpmiNetfn netfn )
{
return ConvIntToString( netfn, netfn_map, "Invalid" );
}
static cConvMap completion_code_map[] =
{
{ "Ok" , eIpmiCcOk },
{ "NodeBusy" , eIpmiCcNodeBusy },
{ "InvalidCmd" , eIpmiCcInvalidCmd },
{ "CommandInvalidForLun" , eIpmiCcCommandInvalidForLun },
{ "Timeout" , eIpmiCcTimeout },
{ "OutOfSpace" , eIpmiCcOutOfSpace },
{ "InvalidReservation" , eIpmiCcInvalidReservation },
{ "RequestDataTruncated" , eIpmiCcRequestDataTruncated },
{ "RequestDataLengthInvalid" , eIpmiCcRequestDataLengthInvalid },
{ "RequestedDataLengthExceeded", eIpmiCcRequestedDataLengthExceeded },
{ "ParameterOutOfRange" , eIpmiCcParameterOutOfRange },
{ "CannotReturnReqLength" , eIpmiCcCannotReturnReqLength },
{ "NotPresent" , eIpmiCcNotPresent },
{ "InvalidDataField" , eIpmiCcInvalidDataField },
{ "CommandIllegalForSensor" , eIpmiCcCommandIllegalForSensor },
{ "CouldNotProvideResponse" , eIpmiCcCouldNotProvideResponse },
{ "CannotExecDuplicateRequest" , eIpmiCcCannotExecDuplicateRequest },
{ "RepositoryInUpdateMode" , eIpmiCcRepositoryInUpdateMode },
{ "DeviceInFirmwareUpdate" , eIpmiCcDeviceInFirmwareUpdate },
{ "BmcInitInProgress" , eIpmiCcBmcInitInProgress },
{ "DestinationUnavailable" , eIpmiCcDestinationUnavailable },
{ "InsufficientPrivilege" , eIpmiCcInsufficientPrivilege },
{ "NotSupportedInPresentState" , eIpmiCcNotSupportedInPresentState },
{ "UnknownErr" , eIpmiCcUnknownErr },
{ 0, 0 }
};
const char *
IpmiCompletionCodeToString( tIpmiCompletionCode cc )
{
return ConvIntToString( cc, completion_code_map, "Invalid" );
}
struct cIpmiCmdToClass
{
const char *m_name;
tIpmiNetfn m_netfn;
tIpmiCmd m_cmd;
};
static cIpmiCmdToClass cmd_class_map[] =
{
// Chassis netfn
{ "GetChassisCapabilities" , eIpmiNetfnChassis , eIpmiCmdGetChassisCapabilities },
{ "GetChassisStatus" , eIpmiNetfnChassis , eIpmiCmdGetChassisStatus },
{ "ChassisControl" , eIpmiNetfnChassis , eIpmiCmdChassisControl },
{ "ChassisReset" , eIpmiNetfnChassis , eIpmiCmdChassisReset },
{ "ChassisIdentify" , eIpmiNetfnChassis , eIpmiCmdChassisIdentify },
{ "SetChassisCapabilities" , eIpmiNetfnChassis , eIpmiCmdSetChassisCapabilities },
{ "SetPowerRestorePolicy" , eIpmiNetfnChassis , eIpmiCmdSetPowerRestorePolicy },
{ "GetSystemRestartCause" , eIpmiNetfnChassis , eIpmiCmdGetSystemRestartCause },
{ "SetSystemBootOptions" , eIpmiNetfnChassis , eIpmiCmdSetSystemBootOptions },
{ "GetSystemBootOptions" , eIpmiNetfnChassis , eIpmiCmdGetSystemBootOptions },
{ "GetPohCounter" , eIpmiNetfnChassis , eIpmiCmdGetPohCounter },
// Bridge netfn
{ "GetBridgeState" , eIpmiNetfnBridge , eIpmiCmdGetBridgeState },
{ "SetBridgeState" , eIpmiNetfnBridge , eIpmiCmdSetBridgeState },
{ "GetIcmbAddress" , eIpmiNetfnBridge , eIpmiCmdGetIcmbAddress },
{ "SetIcmbAddress" , eIpmiNetfnBridge , eIpmiCmdSetIcmbAddress },
{ "SetBridgeProxyAddress" , eIpmiNetfnBridge , eIpmiCmdSetBridgeProxyAddress },
{ "GetBridgeStatistics" , eIpmiNetfnBridge , eIpmiCmdGetBridgeStatistics },
{ "GetIcmbCapabilities" , eIpmiNetfnBridge , eIpmiCmdGetIcmbCapabilities },
{ "ClearBridgeStatistics" , eIpmiNetfnBridge , eIpmiCmdClearBridgeStatistics },
{ "GetBridgeProxyAddress" , eIpmiNetfnBridge , eIpmiCmdGetBridgeProxyAddress },
{ "GetIcmbConnectorInfo" , eIpmiNetfnBridge , eIpmiCmdGetIcmbConnectorInfo },
{ "SetIcmbConnectorInfo" , eIpmiNetfnBridge , eIpmiCmdSetIcmbConnectorInfo },
{ "SendIcmbConnectionId" , eIpmiNetfnBridge , eIpmiCmdSendIcmbConnectionId },
{ "PrepareForDiscovery" , eIpmiNetfnBridge , eIpmiCmdPrepareForDiscovery },
{ "GetAddresses" , eIpmiNetfnBridge , eIpmiCmdGetAddresses },
{ "SetDiscovered" , eIpmiNetfnBridge , eIpmiCmdSetDiscovered },
{ "GetChassisDeviceId" , eIpmiNetfnBridge , eIpmiCmdGetChassisDeviceId },
{ "SetChassisDeviceId" , eIpmiNetfnBridge , eIpmiCmdSetChassisDeviceId },
{ "BridgeRequest" , eIpmiNetfnBridge , eIpmiCmdBridgeRequest },
{ "BridgeMessage" , eIpmiNetfnBridge , eIpmiCmdBridgeMessage },
{ "GetEventCount" , eIpmiNetfnBridge , eIpmiCmdGetEventCount },
{ "SetEventdestination" , eIpmiNetfnBridge , eIpmiCmdSetEventdestination },
{ "SetEventReceptionState" , eIpmiNetfnBridge , eIpmiCmdSetEventReceptionState },
{ "SendIcmbEventMessage" , eIpmiNetfnBridge , eIpmiCmdSendIcmbEventMessage },
{ "GetEventDestiation" , eIpmiNetfnBridge , eIpmiCmdGetEventDestiation },
{ "GetEventReceptionState" , eIpmiNetfnBridge , eIpmiCmdGetEventReceptionState },
{ "ErrorReport" , eIpmiNetfnBridge , eIpmiCmdErrorReport },
// Sensor/Event netfn
{ "SetEventReceiver" , eIpmiNetfnSensorEvent, eIpmiCmdSetEventReceiver },
{ "GetEventReceiver" , eIpmiNetfnSensorEvent, eIpmiCmdGetEventReceiver },
{ "PlatformEvent" , eIpmiNetfnSensorEvent, eIpmiCmdPlatformEvent },
{ "GetPefCapabilities" , eIpmiNetfnSensorEvent, eIpmiCmdGetPefCapabilities },
{ "ArmPefPostponeTimer" , eIpmiNetfnSensorEvent, eIpmiCmdArmPefPostponeTimer },
{ "SetPefConfigParms" , eIpmiNetfnSensorEvent, eIpmiCmdSetPefConfigParms },
{ "GetPefConfigParms" , eIpmiNetfnSensorEvent, eIpmiCmdGetPefConfigParms },
{ "SetLastProcessedEventId" , eIpmiNetfnSensorEvent, eIpmiCmdSetLastProcessedEventId },
{ "GetLastProcessedEventId" , eIpmiNetfnSensorEvent, eIpmiCmdGetLastProcessedEventId },
{ "AlertImmediate" , eIpmiNetfnSensorEvent, eIpmiCmdAlertImmediate },
{ "PetAcknowledge" , eIpmiNetfnSensorEvent, eIpmiCmdPetAcknowledge },
{ "GetDeviceSdrInfo" , eIpmiNetfnSensorEvent, eIpmiCmdGetDeviceSdrInfo },
{ "GetDeviceSdr" , eIpmiNetfnSensorEvent, eIpmiCmdGetDeviceSdr },
{ "ReserveDeviceSdrRepository", eIpmiNetfnSensorEvent, eIpmiCmdReserveDeviceSdrRepository },
{ "GetSensorReadingFactors" , eIpmiNetfnSensorEvent, eIpmiCmdGetSensorReadingFactors },
{ "SetSensorHysteresis" , eIpmiNetfnSensorEvent, eIpmiCmdSetSensorHysteresis },
{ "GetSensorHysteresis" , eIpmiNetfnSensorEvent, eIpmiCmdGetSensorHysteresis },
{ "SetSensorThreshold" , eIpmiNetfnSensorEvent, eIpmiCmdSetSensorThreshold },
{ "GetSensorThreshold" , eIpmiNetfnSensorEvent, eIpmiCmdGetSensorThreshold },
{ "SetSensorEventEnable" , eIpmiNetfnSensorEvent, eIpmiCmdSetSensorEventEnable },
{ "GetSensorEventEnable" , eIpmiNetfnSensorEvent, eIpmiCmdGetSensorEventEnable },
{ "RearmSensorEvents" , eIpmiNetfnSensorEvent, eIpmiCmdRearmSensorEvents },
{ "GetSensorEventStatus" , eIpmiNetfnSensorEvent, eIpmiCmdGetSensorEventStatus },
{ "GetSensorReading" , eIpmiNetfnSensorEvent, eIpmiCmdGetSensorReading },
{ "SetSensorType" , eIpmiNetfnSensorEvent, eIpmiCmdSetSensorType },
{ "GetSensorType" , eIpmiNetfnSensorEvent, eIpmiCmdGetSensorType },
// App netfn
{ "GetDeviceId" , eIpmiNetfnApp , eIpmiCmdGetDeviceId },
{ "BroadcastGetDeviceId" , eIpmiNetfnApp , eIpmiCmdBroadcastGetDeviceId },
{ "ColdReset" , eIpmiNetfnApp , eIpmiCmdColdReset },
{ "WarmReset" , eIpmiNetfnApp , eIpmiCmdWarmReset },
{ "GetSelfTestResults" , eIpmiNetfnApp , eIpmiCmdGetSelfTestResults },
{ "ManufacturingTestOn" , eIpmiNetfnApp , eIpmiCmdManufacturingTestOn },
{ "SetAcpiPowerState" , eIpmiNetfnApp , eIpmiCmdSetAcpiPowerState },
{ "GetAcpiPowerState" , eIpmiNetfnApp , eIpmiCmdGetAcpiPowerState },
{ "GetDeviceGuid" , eIpmiNetfnApp , eIpmiCmdGetDeviceGuid },
{ "ResetWatchdogTimer" , eIpmiNetfnApp , eIpmiCmdResetWatchdogTimer },
{ "SetWatchdogTimer" , eIpmiNetfnApp , eIpmiCmdSetWatchdogTimer },
{ "GetWatchdogTimer" , eIpmiNetfnApp , eIpmiCmdGetWatchdogTimer },
{ "SetBmcGlobalEnables" , eIpmiNetfnApp , eIpmiCmdSetBmcGlobalEnables },
{ "GetBmcGlobalEnables" , eIpmiNetfnApp , eIpmiCmdGetBmcGlobalEnables },
{ "ClearMsgFlags" , eIpmiNetfnApp , eIpmiCmdClearMsgFlags },
{ "GetMsgFlags" , eIpmiNetfnApp , eIpmiCmdGetMsgFlags },
{ "EnableMessageChannelRcv" , eIpmiNetfnApp , eIpmiCmdEnableMessageChannelRcv },
{ "GetMsg" , eIpmiNetfnApp , eIpmiCmdGetMsg },
{ "SendMsg" , eIpmiNetfnApp , eIpmiCmdSendMsg },
{ "ReadEventMsgBuffer" , eIpmiNetfnApp , eIpmiCmdReadEventMsgBuffer },
{ "GetBtInterfaceCapabilities", eIpmiNetfnApp , eIpmiCmdGetBtInterfaceCapabilities },
{ "GetSystemGuid" , eIpmiNetfnApp , eIpmiCmdGetSystemGuid },
{ "GetChannelAuthCapabilities", eIpmiNetfnApp , eIpmiCmdGetChannelAuthCapabilities },
{ "GetSessionChallenge" , eIpmiNetfnApp , eIpmiCmdGetSessionChallenge },
{ "ActivateSession" , eIpmiNetfnApp , eIpmiCmdActivateSession },
{ "SetSessionPrivilege" , eIpmiNetfnApp , eIpmiCmdSetSessionPrivilege },
{ "CloseSession" , eIpmiNetfnApp , eIpmiCmdCloseSession },
{ "GetSessionInfo" , eIpmiNetfnApp , eIpmiCmdGetSessionInfo },
{ "GetAuthcode" , eIpmiNetfnApp , eIpmiCmdGetAuthcode },
{ "SetChannelAccess" , eIpmiNetfnApp , eIpmiCmdSetChannelAccess },
{ "GetChannelAccess" , eIpmiNetfnApp , eIpmiCmdGetChannelAccess },
{ "GetChannelInfo" , eIpmiNetfnApp , eIpmiCmdGetChannelInfo },
{ "SetUserAccess" , eIpmiNetfnApp , eIpmiCmdSetUserAccess },
{ "GetUserAccess" , eIpmiNetfnApp , eIpmiCmdGetUserAccess },
{ "SetUserName" , eIpmiNetfnApp , eIpmiCmdSetUserName },
{ "GetUserName" , eIpmiNetfnApp , eIpmiCmdGetUserName },
{ "SetUserPassword" , eIpmiNetfnApp , eIpmiCmdSetUserPassword },
{ "MasterReadWrite" , eIpmiNetfnApp , eIpmiCmdMasterReadWrite },
// Storage netfn
{ "GetFruInventoryAreaInfo" , eIpmiNetfnStorage , eIpmiCmdGetFruInventoryAreaInfo },
{ "ReadFruData" , eIpmiNetfnStorage , eIpmiCmdReadFruData },
{ "WriteFruData" , eIpmiNetfnStorage , eIpmiCmdWriteFruData },
{ "GetSdrRepositoryInfo" , eIpmiNetfnStorage , eIpmiCmdGetSdrRepositoryInfo },
{ "GetSdrRepositoryAllocInfo" , eIpmiNetfnStorage , eIpmiCmdGetSdrRepositoryAllocInfo },
{ "ReserveSdrRepository" , eIpmiNetfnStorage , eIpmiCmdReserveSdrRepository },
{ "GetSdr" , eIpmiNetfnStorage , eIpmiCmdGetSdr },
{ "AddSdr" , eIpmiNetfnStorage , eIpmiCmdAddSdr },
{ "PartialAddSdr" , eIpmiNetfnStorage , eIpmiCmdPartialAddSdr },
{ "DeleteSdr" , eIpmiNetfnStorage , eIpmiCmdDeleteSdr },
{ "ClearSdrRepository" , eIpmiNetfnStorage , eIpmiCmdClearSdrRepository },
{ "GetSdrRepositoryTime" , eIpmiNetfnStorage , eIpmiCmdGetSdrRepositoryTime },
{ "SetSdrRepositoryTime" , eIpmiNetfnStorage , eIpmiCmdSetSdrRepositoryTime },
{ "EnterSdrRepositoryUpdate" , eIpmiNetfnStorage , eIpmiCmdEnterSdrRepositoryUpdate },
{ "ExitSdrRepositoryUpdate" , eIpmiNetfnStorage , eIpmiCmdExitSdrRepositoryUpdate },
{ "RunInitializationAgent" , eIpmiNetfnStorage , eIpmiCmdRunInitializationAgent },
{ "GetSelInfo" , eIpmiNetfnStorage , eIpmiCmdGetSelInfo },
{ "GetSelAllocationInfo" , eIpmiNetfnStorage , eIpmiCmdGetSelAllocationInfo },
{ "ReserveSel" , eIpmiNetfnStorage , eIpmiCmdReserveSel },
{ "GetSelEntry" , eIpmiNetfnStorage , eIpmiCmdGetSelEntry },
{ "AddSelEntry" , eIpmiNetfnStorage , eIpmiCmdAddSelEntry },
{ "PartialAddSelEntry" , eIpmiNetfnStorage , eIpmiCmdPartialAddSelEntry },
{ "DeleteSelEntry" , eIpmiNetfnStorage , eIpmiCmdDeleteSelEntry },
{ "ClearSel" , eIpmiNetfnStorage , eIpmiCmdClearSel },
{ "GetSelTime" , eIpmiNetfnStorage , eIpmiCmdGetSelTime },
{ "SetSelTime" , eIpmiNetfnStorage , eIpmiCmdSetSelTime },
{ "GetAuxiliaryLogStatus" , eIpmiNetfnStorage , eIpmiCmdGetAuxiliaryLogStatus },
{ "SetAuxiliaryLogStatus" , eIpmiNetfnStorage , eIpmiCmdSetAuxiliaryLogStatus },
// Transport netfn
{ "SetLanConfigParms" , eIpmiNetfnTransport , eIpmiCmdSetLanConfigParms },
{ "GetLanConfigParms" , eIpmiNetfnTransport , eIpmiCmdGetLanConfigParms },
{ "SuspendBmcArps" , eIpmiNetfnTransport , eIpmiCmdSuspendBmcArps },
{ "GetIpUdpRmcpStats" , eIpmiNetfnTransport , eIpmiCmdGetIpUdpRmcpStats },
{ "SetSerialModemConfig" , eIpmiNetfnTransport , eIpmiCmdSetSerialModemConfig },
{ "GetSerialModemConfig" , eIpmiNetfnTransport , eIpmiCmdGetSerialModemConfig },
{ "SetSerialModemMux" , eIpmiNetfnTransport , eIpmiCmdSetSerialModemMux },
{ "GetTapResponseCodes" , eIpmiNetfnTransport , eIpmiCmdGetTapResponseCodes },
{ "SetPppUdpProxyXmitData" , eIpmiNetfnTransport , eIpmiCmdSetPppUdpProxyXmitData },
{ "GetPppUdpProxyXmitData" , eIpmiNetfnTransport , eIpmiCmdGetPppUdpProxyXmitData },
{ "SendPppUdpProxyPacket" , eIpmiNetfnTransport , eIpmiCmdSendPppUdpProxyPacket },
{ "GetPppUdpProxyRecvData" , eIpmiNetfnTransport , eIpmiCmdGetPppUdpProxyRecvData },
{ "SerialModemConnActive" , eIpmiNetfnTransport , eIpmiCmdSerialModemConnActive },
{ "Callback" , eIpmiNetfnTransport , eIpmiCmdCallback },
{ "SetUserCallbackOptions" , eIpmiNetfnTransport , eIpmiCmdSetUserCallbackOptions },
{ "GetUserCallbackOptions" , eIpmiNetfnTransport , eIpmiCmdGetUserCallbackOptions },
// PICMG netfn
{ "GetPicMgProperties" , eIpmiNetfnPicmg , eIpmiCmdGetPicMgProperties },
{ "GetAddressInfo" , eIpmiNetfnPicmg , eIpmiCmdGetAddressInfo },
{ "GetShelfAddressInfo" , eIpmiNetfnPicmg , eIpmiCmdGetShelfAddressInfo },
{ "SetShelfAddressInfo" , eIpmiNetfnPicmg , eIpmiCmdSetShelfAddressInfo },
{ "FruControl" , eIpmiNetfnPicmg , eIpmiCmdFruControl },
{ "GetFruLedProperties" , eIpmiNetfnPicmg , eIpmiCmdGetFruLedProperties },
{ "GetLedColorCapabilities" , eIpmiNetfnPicmg , eIpmiCmdGetLedColorCapabilities },
{ "SetFruLedState" , eIpmiNetfnPicmg , eIpmiCmdSetFruLedState },
{ "GetFruLedState" , eIpmiNetfnPicmg , eIpmiCmdGetFruLedState },
{ "SetIpmbState" , eIpmiNetfnPicmg , eIpmiCmdSetIpmbState },
{ "SetFruActivationPolicy" , eIpmiNetfnPicmg , eIpmiCmdSetFruActivationPolicy },
{ "GetFruActivationPolicy" , eIpmiNetfnPicmg , eIpmiCmdGetFruActivationPolicy },
{ "SetFruActivation" , eIpmiNetfnPicmg , eIpmiCmdSetFruActivation },
{ "GetDeviceLocatorRecordId" , eIpmiNetfnPicmg , eIpmiCmdGetDeviceLocatorRecordId },
{ "SetPortState" , eIpmiNetfnPicmg , eIpmiCmdSetPortState },
{ "GetPortState" , eIpmiNetfnPicmg , eIpmiCmdGetPortState },
{ "ComputePowerProperties" , eIpmiNetfnPicmg , eIpmiCmdComputePowerProperties },
{ "SetPowerLevel" , eIpmiNetfnPicmg , eIpmiCmdSetPowerLevel },
{ "GetPowerLevel" , eIpmiNetfnPicmg , eIpmiCmdGetPowerLevel },
{ "RenegotiatePower" , eIpmiNetfnPicmg , eIpmiCmdRenegotiatePower },
{ "GetFanSpeedProperties" , eIpmiNetfnPicmg , eIpmiCmdGetFanSpeedProperties },
{ "SetFanLevel" , eIpmiNetfnPicmg , eIpmiCmdSetFanLevel },
{ "GetFanLevel" , eIpmiNetfnPicmg , eIpmiCmdGetFanLevel },
{ "BusedResource" , eIpmiNetfnPicmg , eIpmiCmdBusedResource },
{ "GetIpmbLinkInfo" , eIpmiNetfnPicmg , eIpmiCmdGetIpmbLinkInfo },
{ 0 , eIpmiNetfnChassis , eIpmiCmdGetChassisCapabilities }
};
const char *
IpmiCmdToString( tIpmiNetfn netfn, tIpmiCmd cmd )
{
for( int i = 0; cmd_class_map[i].m_name; i++ )
{
cIpmiCmdToClass *cc = &cmd_class_map[i];
if ( cc->m_netfn == netfn && cc->m_cmd == cmd )
return cc->m_name;
}
return "Invalid";
}
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