bf95c9aee6
additional partition_data* child parameter now.
* _user_get_partitionable_spaces() doesn't need to copy the buffer into
the kernel, since it is no input parameter. It also copies back the
actual partitionable spaces count on error, now -- B_BUFFER_OVERFLOW
is returned when the buffer was too small, but then the count must be
returned too.
* Fixed several instances of syscall implementations that unloaded a disk
system, although they didn't load it in the first place. This screwed
up the load count with undesirable consequences.
* _user_create_child_partition() would set the size to the supplied
offset.
* Fixed broken loop in KPhysicalPartition::CreateShadowPartition().
* KPartition::RemoveChild() notified the listeners about the wrong
event.
* Intel partitioning module:
- The *_get_partitionable_spaces() correctly return B_BUFFER_OVERFLOW
now, if the supplied buffer is too small.
- Implemented a part of pm_shadow_changed(), which creates and updates
the PartitionMap, so that the validate_*() hooks have a chance to
work at all.
git-svn-id: file:///srv/svn/repos/haiku/haiku/trunk@22475 a95241bf-73f2-0310-859d-f6bbb57e9c96
126 lines
4.4 KiB
C++
126 lines
4.4 KiB
C++
/*
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* Copyright 2003-2007, Haiku, Inc. All Rights Reserved.
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* Distributed under the terms of the MIT License.
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*
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* Authors:
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* Ingo Weinhold <bonefish@cs.tu-berlin.de>
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*/
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#ifndef _K_PARTITIONING_DISK_DEVICE_SYSTEM_H
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#define _K_PARTITIONING_DISK_DEVICE_SYSTEM_H
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#include "KDiskSystem.h"
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struct partition_module_info;
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namespace BPrivate {
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namespace DiskDevice {
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/**
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* \brief Wrapper for the C interface of a partitioning system add-on.
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*
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* See \ref ddm_modules.h for better description of the interface.
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*/
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class KPartitioningSystem : public KDiskSystem {
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public:
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KPartitioningSystem(const char *name);
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virtual ~KPartitioningSystem();
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virtual status_t Init();
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// Scanning
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virtual float Identify(KPartition *partition, void **cookie);
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virtual status_t Scan(KPartition *partition, void *cookie);
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virtual void FreeIdentifyCookie(KPartition *partition, void *cookie);
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virtual void FreeCookie(KPartition *partition);
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virtual void FreeContentCookie(KPartition *partition);
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// Querying
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virtual uint32 GetSupportedOperations(KPartition* partition, uint32 mask);
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virtual uint32 GetSupportedChildOperations(KPartition* child, uint32 mask);
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virtual bool SupportsInitializingChild(KPartition *child,
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const char *diskSystem);
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virtual bool IsSubSystemFor(KPartition *partition);
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virtual bool ValidateResize(KPartition *partition, off_t *size);
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virtual bool ValidateResizeChild(KPartition *child, off_t *size);
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virtual bool ValidateMove(KPartition *partition, off_t *start);
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virtual bool ValidateMoveChild(KPartition *child, off_t *start);
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virtual bool ValidateSetName(KPartition *partition, char *name);
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virtual bool ValidateSetContentName(KPartition *partition, char *name);
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virtual bool ValidateSetType(KPartition *partition, const char *type);
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virtual bool ValidateSetParameters(KPartition *partition,
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const char *parameters);
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virtual bool ValidateSetContentParameters(KPartition *parameters,
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const char *parameters);
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virtual bool ValidateInitialize(KPartition *partition, char *name,
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const char *parameters);
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virtual bool ValidateCreateChild(KPartition *partition, off_t *start,
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off_t *size, const char *type,
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const char *parameters, int32 *index);
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virtual int32 CountPartitionableSpaces(KPartition *partition);
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virtual status_t GetPartitionableSpaces(KPartition *partition,
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partitionable_space_data *buffer,
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int32 count,
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int32 *actualCount = NULL);
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virtual status_t GetNextSupportedType(KPartition *partition, int32 *cookie,
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char *type);
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virtual status_t GetTypeForContentType(const char *contentType,
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char *type);
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// Shadow partition modification
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virtual status_t ShadowPartitionChanged(KPartition *partition,
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KPartition *child, uint32 operation);
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// Writing
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virtual status_t Repair(KPartition *partition, bool checkOnly,
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KDiskDeviceJob *job);
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virtual status_t Resize(KPartition *partition, off_t size,
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KDiskDeviceJob *job);
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virtual status_t ResizeChild(KPartition *child, off_t size,
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KDiskDeviceJob *job);
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virtual status_t Move(KPartition *partition, off_t offset,
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KDiskDeviceJob *job);
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virtual status_t MoveChild(KPartition *child, off_t offset,
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KDiskDeviceJob *job);
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virtual status_t SetName(KPartition *partition, char *name,
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KDiskDeviceJob *job);
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virtual status_t SetContentName(KPartition *partition, char *name,
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KDiskDeviceJob *job);
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virtual status_t SetType(KPartition *partition, char *type,
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KDiskDeviceJob *job);
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virtual status_t SetParameters(KPartition *partition,
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const char *parameters,
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KDiskDeviceJob *job);
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virtual status_t SetContentParameters(KPartition *partition,
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const char *parameters,
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KDiskDeviceJob *job);
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virtual status_t CreateChild(KPartition *partition, off_t offset,
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off_t size, const char *type,
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const char *parameters, KDiskDeviceJob *job,
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KPartition **child = NULL,
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partition_id childID = -1);
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virtual status_t DeleteChild(KPartition *child, KDiskDeviceJob *job);
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virtual status_t Initialize(KPartition *partition, const char *name,
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const char *parameters, KDiskDeviceJob *job);
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protected:
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virtual status_t LoadModule();
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virtual void UnloadModule();
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private:
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partition_module_info *fModule;
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};
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} // namespace DiskDevice
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} // namespace BPrivate
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using BPrivate::DiskDevice::KPartitioningSystem;
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#endif // _K_PARTITIONING_DISK_DEVICE_SYSTEM_H
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