7f96148cac
* Added missing name parameter to the partitioning system module child creation
and child creation validation hooks. Pass the name to them.
* Added BPartitionParameterEditor interface, which is/will be used for editing
disk system specific parameters.
* Implemented partition parameter editors for BFS initialization and Intel
partition map child creation.
* Fixed the incorrect supported child partition type iteration in the Intel
partition map add-on. It does now return actual types.
* Handle the "active" flag parameter in the Intel partitioning system module.
* DriveSetup:
- Replaced the "Create" submenu by a simple menu item. The type can now by
chosen in the dialog.
- Make use of initialization and child creation parameter editors. Some
non-generic code has been moved to the respective editor implementations
(BFS, intel partitioning system).
git-svn-id: file:///srv/svn/repos/haiku/haiku/trunk@31658 a95241bf-73f2-0310-859d-f6bbb57e9c96
113 lines
4.3 KiB
C
113 lines
4.3 KiB
C
/*
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* Copyright 2003-2008, Haiku Inc.
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* Distributed under the terms of the MIT License.
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*/
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#ifndef _K_DISK_DEVICE_MODULES_H
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#define _K_DISK_DEVICE_MODULES_H
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//! Interface to be implemented by partitioning modules.
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#include <disk_device_manager.h>
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#include <module.h>
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#include <SupportDefs.h>
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typedef struct partition_module_info {
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module_info module;
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const char* short_name;
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const char* pretty_name;
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uint32 flags;
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// scanning
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// (the device is write locked)
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float (*identify_partition)(int fd, partition_data* partition,
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void** cookie);
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status_t (*scan_partition)(int fd, partition_data* partition,
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void* identifyCookie);
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void (*free_identify_partition_cookie)(partition_data* partition,
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void* cookie);
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void (*free_partition_cookie)(partition_data* partition);
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void (*free_partition_content_cookie)(partition_data* partition);
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// querying
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// (the device is read locked)
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uint32 (*get_supported_operations)(partition_data* partition, uint32 mask);
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uint32 (*get_supported_child_operations)(partition_data* partition,
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partition_data* child, uint32 mask);
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bool (*supports_initializing_child)(partition_data* partition,
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const char* system);
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bool (*is_sub_system_for)(partition_data* partition);
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bool (*validate_resize)(partition_data* partition, off_t* size);
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bool (*validate_resize_child)(partition_data* partition,
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partition_data* child, off_t* size);
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bool (*validate_move)(partition_data* partition, off_t* start);
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bool (*validate_move_child)(partition_data* partition,
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partition_data* child, off_t* start);
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bool (*validate_set_name)(partition_data* partition, char* name);
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bool (*validate_set_content_name)(partition_data* partition, char* name);
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bool (*validate_set_type)(partition_data* partition, const char* type);
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bool (*validate_set_parameters)(partition_data* partition,
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const char* parameters);
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bool (*validate_set_content_parameters)(partition_data* partition,
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const char* parameters);
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bool (*validate_initialize)(partition_data* partition, char* name,
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const char* parameters);
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bool (*validate_create_child)(partition_data* partition, off_t* start,
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off_t* size, const char* type, const char* name,
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const char* parameters, int32* index);
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status_t (*get_partitionable_spaces)(partition_data* partition,
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partitionable_space_data* buffer, int32 count,
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int32* actualCount);
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// When not implemented, a standard algorithm is used.
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status_t (*get_next_supported_type)(partition_data* partition,
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int32* cookie, char* type);
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status_t (*get_type_for_content_type)(const char* contentType, char* type);
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// shadow partition modification
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// (device is write locked)
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status_t (*shadow_changed)(partition_data* partition,
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partition_data *child, uint32 operation);
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// writing
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// (device is NOT locked)
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status_t (*repair)(int fd, partition_id partition, bool checkOnly,
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disk_job_id job);
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status_t (*resize)(int fd, partition_id partition, off_t size,
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disk_job_id job);
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status_t (*resize_child)(int fd, partition_id partition, off_t size,
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disk_job_id job);
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status_t (*move)(int fd, partition_id partition, off_t offset,
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disk_job_id job);
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status_t (*move_child)(int fd, partition_id partition, partition_id child,
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off_t offset, disk_job_id job);
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status_t (*set_name)(int fd, partition_id partition, const char* name,
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disk_job_id job);
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status_t (*set_content_name)(int fd, partition_id partition,
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const char* name, disk_job_id job);
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status_t (*set_type)(int fd, partition_id partition, const char* type,
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disk_job_id job);
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status_t (*set_parameters)(int fd, partition_id partition,
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const char* parameters, disk_job_id job);
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status_t (*set_content_parameters)(int fd, partition_id partition,
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const char* parameters, disk_job_id job);
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status_t (*initialize)(int fd, partition_id partition, const char* name,
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const char *parameters, off_t partitionSize, disk_job_id job);
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status_t (*create_child)(int fd, partition_id partition, off_t offset,
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off_t size, const char* type, const char* name,
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const char* parameters, disk_job_id job,
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partition_id* childID);
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// childID is used for the return value, but is also an optional input
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// parameter -- -1 to be ignored
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status_t (*delete_child)(int fd, partition_id partition, partition_id child,
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disk_job_id job);
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} partition_module_info;
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#endif // _K_DISK_DEVICE_MODULES_H
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