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OpSystem

Each piece of physical Hardware may contain one or more operating systems — for example, a single computer could have a virtual machine with Windows installed and another running Linux. Each OpSystem has one or more Volume(s).

Class

FCREPLIp

IP address representation of the hardware.

Getters

Getters are not applicable.

Inherited getters

Table 1. Inherited getters

IP address identification

int GetID();

IP address

const char *GetAddress();

IP address type

const char *GetType();

OpSystem identification

Note

This is linked to the FCREPLOpSystem class.

int GetOSID();



Setters

Table 2. Setters

IP address

void SetAddress(const char *address) { ((pRCESIp)this)->SetAddress(address); };

IP address type

void SetType(const char *type) { ((pRCESIp)this)->SetType(type); };



Inherited setters

Table 3. Inherited setters

IP address identification

void SetID( int id );

Address

void SetAddress( const char *address );

Type

void SetType( const char *type );

OpSystem identification

Note

This is linked to the FCREPLOPSystem class.

void SetOSID( int osID );



Class

FCREPLOpSystem

This class is below Hardware in the hierarchy. It contains a list of Volumes. It represents the operating system running on a physical machine or a virtual machine.

Getters

Table 4. Getters

List of IP addresses for the OpSystem

void GetIPAddresses(ppFCREPLIp *ipList, int *ipCount) { ((pRCESOpSystem)this)->GetIPAddresses((ppRCESIp *)ipList, ipCount); };



Inherited getters

Table 5. Inherited getters

OpSystem identification

int GetID();

Hardware identification

Note

This is linked to the FCREPLHardware class

int GetHardwareID();

OpSystem name

const char *GetName();

OpSystem hostname

const char *GetHostName();

OpSystem IP list with count

void GetIPAddresses(ppRCESIp *ipList, int *ipCount);

OpSystem type

const char *GetType();

OpSystem edition

const char *GetEdition();

OpSystem description

const char *GetDescription();

OpSystem memory

int GetMemory();

OpSystem disk space

int GetDiskSpace();

OpSystem CPU count

int GetCPU();

OpSystem path is case sensitive

bool isPathCaseSensitive();

OpSystem platform

RCESPlatform GetPlatform();



Setters

Table 6. Setters

List of IP addresses for the OpSystem

void SetIPAddresses(ppFCREPLIp ipList, int ipCount) { ((pRCESOpSystem)this)->SetIPAddresses((ppRCESIp)ipList, ipCount); };

OpSystem name

void SetName(const char *name) { ((pRCESOpSystem)this)->SetName(name); };

OpSystem hostname

void SetHostName(const char *hostName) { ((pRCESOpSystem)this)->SetHostName(hostName); };

OpSystem type

void SetType(const char *type) { ((pRCESOpSystem)this)->SetType(type); };

OpSystem edition

void SetEdition(const char *edition) { ((pRCESOpSystem)this)->SetEdition(edition); };

OpSystem description

void SetDescription(const char *description) { ((pRCESOpSystem)this)->SetDescription(description); };



Inherited setters

Table 7. Inherited setters

OpSystem identification

void SetID(int id);

Hardware identification

Note

This is linked to the FCREPLHardware class.

void SetHardwareID(int hardwareId);

OpSystem name

void SetName(const char *name);

OpSystem hostname

void SetHostName(const char *hostName);

OpSystem IP list with count

void SetIPAddresses(ppRCESIp ipList, int ipCount);

OpSystem type

void SetType(const char *type);

OpSystem edition

void SetEdition(const char *edition);

OpSystem description

void SetDescription(const char *description);

OpSystem memory

void SetMemory(int memory);

OpSystem disk space

void SetDiskSpace(int diskSpace);

OpSystem CPU count

void SetCPU(int cpu);

OpSystem set path case sensitive

void SetPathCaseSensitive(bool pathCaseSensitive);

OpSystem platform

void SetPlatform(RCESPlatform platform);



Retrieve all the OpSystem entity objects for the given hardware identification.

Prototype

FCREPL_API int fcReplGetOSs(pFCREPLConn replConn, int hardwareID, ppFCREPLOpSystem *osList, int *osCount);

Parameters

Table 8. Parameters

Parameter

Description

replConn [IN]

Replication connection handle

hardwareID [IN]

Hardware identification

osList [OUT]

OS entity list

osCount [OUT]

Number of OS entities in the list



Return

Error code

Retrieve the OS entity object by its name.

Prototype

FCREPL_API int fcReplGetOS(pFCREPLConn replConn, int hardwareID, const char *name, ppFCREPLOpSystem opSystem);

Parameters

Table 9. Parameters

Parameter

Description

replConn [IN]

Replication connection handle

hardwareID [IN]

Hardware identification

name [IN]

Hardware name

opSystem [OUT]

OS entity retrieved



Return

Error code

Retrieve the OS entity object by its hostname.

Prototype

FCREPL_API int fcReplGetOS(pFCREPLConn replConn, const char *hostName, ppFCREPLOpSystem opSystem);

Parameters

Table 10. Parameters

Parameter

Description

replConn [IN]

Replication connection handle

hostName [IN]

Hostname

opSystem [OUT]

OS entity retrieved



Return

Error code

Retrieve the OS entity object by its IP address.

Prototype

FCREPL_API int fcReplGetOSByIP(pFCREPLConn replConn, const char *ipAddress, ppFCREPLOpSystem opSystem);

Parameters

Table 11. Parameters

Parameter

Description

replConn [IN]

Replication connection handle

ipAddress [IN]

IP address

opSystem [OUT]

OS entity retrieved



Return

Error code

Add an operating system entity into the database. If there already is an operating system with the given hardware ID/name, update the existing record.

Prototype

FCREPL_API int fcReplPersistOS(pFCREPLConn replConn, pFCREPLOpSystem opSystem);

Parameters

Table 12. Parameters

Parameter

Description

replConn [IN]

Replication connection handle

opSystem [IN]

OS entity to be persisted



Return

Error code

Delete the OS by its identification.

Prototype

FCREPL_API int fcReplRemoveOS(pFCREPLConn replConn, int osID, bool recursive);

Parameters

Table 13. Parameters

Parameter

Description

replConn [IN]

Replication connection handle

osID [IN]

OS identification

recursive [IN]

Recursive flag



Return

Error code