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//
// C++ Interface: gptpart
//
// Description: Class to implement a single GPT partition
//
//
// Author: Rod Smith <rodsmith@rodsbooks.com>, (C) 2009
//
// Copyright: See COPYING file that comes with this distribution
//
//
// This program is copyright (c) 2009 by Roderick W. Smith. It is distributed
// under the terms of the GNU GPL version 2, as detailed in the COPYING file.
#ifndef __GPTPART_H
#define __GPTPART_H
#include <stdint.h>
#include <string>
#include <sys/types.h>
#include "support.h"
#include "parttypes.h"
using namespace std;
/****************************************
* *
* GPTPart class and related structures *
* *
****************************************/
class GPTPart {
protected:
// Caution: The non-static data in GPTPart is precisely the right size
// to enable easy loading of the data directly from disk. If any
// non-static variables are added to the below, the data size will
// change and the program will stop working. This can be corrected by
// adjusting the data-load operation in GPTData::LoadMainTable() and
// GPTData::LoadSecondTableAsMain() and then removing the GPTPart
// size check in SizesOK() (in gpt.cc file).
struct GUIDData partitionType;
struct GUIDData uniqueGUID;
uint64_t firstLBA;
uint64_t lastLBA;
uint64_t attributes;
unsigned char name[NAME_SIZE];
static PartTypes typeHelper;
public:
GPTPart(void);
~GPTPart(void);
// Simple data retrieval:
struct GUIDData GetType(void) {return partitionType;}
uint16_t GetHexType(void);
string GetNameType(void);
struct GUIDData GetUniqueGUID(void) {return uniqueGUID;}
uint64_t GetFirstLBA(void) {return firstLBA;}
uint64_t GetLastLBA(void) {return lastLBA;}
uint64_t GetLengthLBA(void);
uint64_t GetAttributes(void) {return attributes;}
string GetName(void);
// Simple data assignment:
void SetType(struct GUIDData t) {partitionType = t;}
void SetType(uint16_t hex) {partitionType = typeHelper.IDToGUID(hex);}
void SetUniqueGUID(struct GUIDData u) {uniqueGUID = u;}
void SetUniqueGUID(int zeroOrRandom);
void SetFirstLBA(uint64_t f) {firstLBA = f;}
void SetLastLBA(uint64_t l) {lastLBA = l;}
void SetAttributes(uint64_t a) {attributes = a;}
void SetName(string n);
// Additional functions
GPTPart & operator=(const GPTPart & orig);
void ShowSummary(int partNum, uint32_t blockSize); // display summary information (1-line)
void ShowDetails(uint32_t blockSize); // display detailed information (multi-line)
void BlankPartition(void); // empty partition of data
int DoTheyOverlap(GPTPart* other); // returns 1 if there's overlap
void ReversePartBytes(void); // reverse byte order of all integer fields
// Functions requiring user interaction
void ChangeType(void); // Change the type code
}; // struct GPTPart
// A support function that doesn't quite belong in the class....
void QuickSortGPT(GPTPart* partitions, int start, int finish);
#endif
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