Ingo Weinhold 327887959e * Moved partition scanning back to KDiskDeviceManager. ATM only
synchronous scanning is supported.
* Removed the disk device job support from the disk device manager.
* K{Disk,File,Partitioning}System:
  - Remove querying and validation methods.
  - Commented out the modification methods until their fate is decided.
* Removed obsolete _user_get_partitionable_spaces().


git-svn-id: file:///srv/svn/repos/haiku/haiku/trunk@22799 a95241bf-73f2-0310-859d-f6bbb57e9c96
2007-11-01 22:41:22 +00:00

120 lines
3.4 KiB
C++

/*
* Copyright 2003-2007, Haiku, Inc. All Rights Reserved.
* Distributed under the terms of the MIT License.
*
* Authors:
* Ingo Weinhold <bonefish@cs.tu-berlin.de>
*/
#ifndef _K_DISK_DEVICE_SYSTEM_H
#define _K_DISK_DEVICE_SYSTEM_H
#include "disk_device_manager.h"
struct user_disk_system_info;
namespace BPrivate {
namespace DiskDevice {
//class KDiskDeviceJob;
class KPartition;
//! \brief Common ancestor for disk system add-on wrappers
class KDiskSystem {
public:
KDiskSystem(const char *name);
virtual ~KDiskSystem();
virtual status_t Init();
// void SetID(disk_system_id id);
disk_system_id ID() const;
const char *Name() const;
const char *PrettyName();
uint32 Flags() const;
bool IsFileSystem() const;
bool IsPartitioningSystem() const;
void GetInfo(user_disk_system_info *info);
// manager will be locked
status_t Load(); // load/unload -- can be nested
void Unload(); //
bool IsLoaded() const;
// Scanning
// Device must be write locked.
virtual float Identify(KPartition *partition, void **cookie);
virtual status_t Scan(KPartition *partition, void *cookie);
virtual void FreeIdentifyCookie(KPartition *partition, void *cookie);
virtual void FreeCookie(KPartition *partition);
virtual void FreeContentCookie(KPartition *partition);
// Writing
// Device should not be locked.
#if 0
virtual status_t Defragment(KPartition *partition, KDiskDeviceJob *job);
virtual status_t Repair(KPartition *partition, bool checkOnly,
KDiskDeviceJob *job);
virtual status_t Resize(KPartition *partition, off_t size,
KDiskDeviceJob *job);
virtual status_t ResizeChild(KPartition *child, off_t size,
KDiskDeviceJob *job);
virtual status_t Move(KPartition *partition, off_t offset,
KDiskDeviceJob *job);
virtual status_t MoveChild(KPartition *child, off_t offset,
KDiskDeviceJob *job);
virtual status_t SetName(KPartition *partition, char *name,
KDiskDeviceJob *job);
virtual status_t SetContentName(KPartition *partition, char *name,
KDiskDeviceJob *job);
virtual status_t SetType(KPartition *partition, char *type,
KDiskDeviceJob *job);
virtual status_t SetParameters(KPartition *partition,
const char *parameters,
KDiskDeviceJob *job);
virtual status_t SetContentParameters(KPartition *partition,
const char *parameters,
KDiskDeviceJob *job);
virtual status_t Initialize(KPartition *partition, const char *name,
const char *parameters, KDiskDeviceJob *job);
virtual status_t CreateChild(KPartition *partition, off_t offset,
off_t size, const char *type,
const char *parameters, KDiskDeviceJob *job,
KPartition **child = NULL,
partition_id childID = -1);
virtual status_t DeleteChild(KPartition *child, KDiskDeviceJob *job);
// The KPartition* parameters for the writing methods are a bit `volatile',
// since the device will not be locked, when they are called. The KPartition
// is registered though, so that it is at least guaranteed that the object
// won't go away.
#endif // 0
protected:
virtual status_t LoadModule();
virtual void UnloadModule();
status_t SetPrettyName(const char *name);
void SetFlags(uint32 flags);
static int32 _NextID();
private:
disk_system_id fID;
char *fName;
char *fPrettyName;
uint32 fFlags;
int32 fLoadCounter;
static int32 fNextID;
};
} // namespace DiskDevice
} // namespace BPrivate
using BPrivate::DiskDevice::KDiskSystem;
#endif // _K_DISK_DEVICE_SYSTEM_H