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minor (code) change in displaying errormessage. Made 

* include/Operation.h,
  src/Operation.h: minor (code) change in displaying errormessage. Made Apply_Resize_Move_Extended_To_Visual() a bit more
  readable (and thus debugable). This whole class could still use a soft, caring hand though :P
* src/Device.cc: Unallocate space < 1MB wasn't filtered out. fixed.
* src/Partition.cc (Set_Used): Unused wasn't set properly. fixed.
This commit is contained in:
Bart Hakvoort 2004-10-14 10:25:17 +00:00
parent 0fc7d93eee
commit 7046811770
5 changed files with 93 additions and 87 deletions
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8
ChangeLog
View File

@ -1,3 +1,11 @@
2004-10-14 Bart Hakvoort <gparted@users.sf.net>
* include/Operation.h,
src/Operation.h: minor (code) change in displaying errormessage. Made Apply_Resize_Move_Extended_To_Visual() a bit more
readable (and thus debugable). This whole class could still use a soft, caring hand though :P
* src/Device.cc: Unallocate space < 1MB wasn't filtered out. fixed.
* src/Partition.cc (Set_Used): Unused wasn't set properly. fixed.
2004-10-11 Bart Hakvoort <gparted@users.sf.net>
* src/Win_GParted.cc: i just can't stop tweaking the operationslist =)

3
include/Operation.h
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@ -23,7 +23,6 @@
#include "../include/i18n.h"
#include <gtkmm/messagedialog.h>
#include <glibmm/ustring.h>
namespace GParted
{
@ -63,7 +62,7 @@ private:
std::vector<Partition> Apply_Convert_To_Visual( std::vector<Partition> & partitions );
Glib::ustring Get_String(); //only used during in c'tor
void Show_Error( const Glib::ustring & message ) ;
void Show_Error( Glib::ustring message ) ;
Partition partition_original; //the original situation
};

2
src/Device.cc
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@ -201,7 +201,7 @@ void Device::Read_Disk_Layout( bool deep_scan )
default: break;
}
if ( partition_temp .sector_start != -1 ) //paranoia check for unallocted space < 1 MB..
if ( partition_temp .Get_Length_MB( ) >= 1 ) //paranoia check for unallocated < 1MB
device_partitions.push_back( partition_temp );
//reset stuff..

159
src/Operation.cc
View File

@ -90,7 +90,7 @@ Glib::ustring Operation::Get_String()
return temp;
case CONVERT : /*TO TRANSLATORS: looks like Convert /dev/hda4 from ntfs to linux-swap */
return String::ucompose( _( "Convert %1 from %2 to %3"), partition_original .partition, partition_original .filesystem, partition_new .filesystem ) ;
return String::ucompose( _( "Convert %1 from %2 to %3"), partition_original .partition, partition_original .filesystem, partition_new .filesystem ) ;
case COPY : /*TO TRANSLATORS: looks like Copy /dev/hda4 to /dev/hdd (start at 2500 MB) */
return String::ucompose( _("Copy %1 to %2 (start at %3 MB)"), partition_new .partition, device ->Get_Path(), Sector_To_MB( partition_new .sector_start ) ) ;
default : return "";
@ -113,7 +113,7 @@ std::vector<Partition> Operation::Apply_Operation_To_Visual( std::vector<Partiti
return partitions;
}
void Operation::Apply_To_Disk( PedTimer * timer )
void Operation::Apply_To_Disk( PedTimer * timer )
{
Glib::ustring buf;
bool result; //for some weird reason it won't work otherwise .. ( this one really beats me :-S )
@ -265,8 +265,8 @@ std::vector<Partition> Operation::Apply_Resize_Move_To_Visual( std::vector<Parti
}
//determine correct perimeters of moving/resizing space
Sector START = partition_original.sector_start ;
Sector END = partition_original.sector_end ;
Sector START = partition_original.sector_start ;
Sector END = partition_original.sector_end ;
//now we have the index of the original partition we can remove the surrounding partitions ( if UNALLOCATED and inside_extended is the same )
@ -302,11 +302,10 @@ std::vector<Partition> Operation::Apply_Resize_Move_To_Visual( std::vector<Parti
}
std::vector<Partition> Operation::Apply_Resize_Move_Extended_To_Visual( std::vector<Partition> & partitions )
{//WOW! look at this crap! there has to be an easier way to accomplish the same. When it's a bit cooler ( its over 30 C here ) i'll look into it :^)
unsigned int t;
Partition partition_temp;
{
unsigned int t, INDEX =0;
//look for index of partition
//look for index of partition and set the extended partition's new size.
for ( t=0;t<partitions.size() ;t++)
{
if ( partitions[t].type == GParted::EXTENDED )
@ -314,91 +313,89 @@ std::vector<Partition> Operation::Apply_Resize_Move_Extended_To_Visual( std::vec
partition_original = partitions[t] ;
partitions[t].sector_start = partition_new.sector_start ;
partitions[t].sector_end = partition_new.sector_end ;
INDEX = t ;
break;
}
}
//now check t -1
//remove if unallocated
if ( t > 0 && partitions[ t -1 ].type == GParted::UNALLOCATED )
/* remove all relevant unallocated spaces...
* E.G. partitions looks like: P-P-U-E-U-L-L-U-U <--- last U is OUTSIDE extended!!
* 1-2 - 3- 4- 5 -6-7- 8 - 9
* now we check 3, 5, 8 and 9 . If any of them is unallocated we remove it. In this case all of them.. :)
*/
//check 3
if ( partitions[ INDEX -1 ] .type == GParted::UNALLOCATED )
partitions .erase( partitions .begin() + --INDEX ) ;
//check 5
if ( partitions[ INDEX +1 ] .type == GParted::UNALLOCATED )
partitions .erase( partitions .begin() + INDEX +1 ) ;
//find index of last logic
for ( t = partitions.size() -1 ; ! partitions[ t ] .inside_extended && t > INDEX ; t-- ) {}
//check 8
if ( t > INDEX && partitions[ t ] .type == GParted::UNALLOCATED )
partitions .erase( partitions .begin() + t ) ;
else
t++ ;
//check 9
if ( t < partitions .size( ) && partitions[ t ] .type == GParted::UNALLOCATED )
partitions .erase( partitions .begin() + t ) ;
//and insert new unallocated spaces at fitting places
Sector TEMP ;
Partition partition_temp ;
//check 3
TEMP = INDEX > 0 ? partitions[ INDEX -1 ] .sector_end +1 : 0 ;
if ( ( partitions[ INDEX ] .sector_start - TEMP ) > MEGABYTE )
{
partitions.erase( partitions.begin() + t -1 );
t-- ;
partition_temp.Set_Unallocated( TEMP, partitions[ INDEX ] .sector_start -1, false ) ;
partitions.insert( partitions.begin() + INDEX, partition_temp );
INDEX++;
}
//make spaces >= 1 MB unallocated
if ( t > 0 && ( partitions[ t ] .sector_start - partitions[ t -1 ] .sector_end ) >= MEGABYTE )
//check 5
if ( (INDEX +1) < partitions .size() && partitions[ INDEX +1 ] .type == GParted::LOGICAL )
TEMP = partitions[ INDEX +1 ] .sector_start -1 ;
else
TEMP = partition_new .sector_end ;
if ( ( TEMP - partitions[ INDEX ] .sector_start ) > MEGABYTE )
{
partition_temp.Set_Unallocated( partitions[ t -1 ] .sector_end +1, partitions[ t ] .sector_start -1 ,false );
partitions.insert( partitions.begin() + t , partition_temp );
t++ ;
partition_temp.Set_Unallocated( partitions[ INDEX ] .sector_start, TEMP, true ) ;
partitions.insert( partitions.begin() +INDEX +1, partition_temp );
}
else if ( t == 0 && partitions[ t ] .sector_start >= MEGABYTE )
//find index of last logic
for ( t = partitions .size( ) -1 ; ! partitions[ t ] .inside_extended && t > INDEX ; t-- ) { }
//check 8
if ( partitions[ t ] .type != GParted::UNALLOCATED && ( partition_new .sector_end - partitions[ t ] .sector_end ) > MEGABYTE )
{
partition_temp.Set_Unallocated( 0, partitions[ t ] .sector_start -1 ,false );
partitions.insert( partitions.begin() + t , partition_temp );
partition_temp.Set_Unallocated( partitions[ t ] .sector_end +1, partition_new .sector_end, true ) ;
partitions.insert( partitions.begin() +t +1, partition_temp );
t++ ;
}
//check 9
t++ ;
TEMP = t < partitions .size() ? partitions[ t ] .sector_start -1 : device ->Get_Length() -1;
//now check t +1
if ( t +1 < partitions.size() && partitions[ t +1 ].type == GParted::UNALLOCATED )
partitions.erase( partitions.begin() + t +1 );
//make spaces >= 1 MB unallocated
if ( t+1 < partitions.size() && partitions[ t +1 ].inside_extended && (partitions[ t +1 ] .sector_start - partitions[ t ] .sector_start) >= MEGABYTE )
if ( ( TEMP - partition_new .sector_end ) > MEGABYTE )
{
partition_temp.Set_Unallocated( partitions[ t ] .sector_start, partitions[ t +1 ] .sector_start -1 , true );
partitions.insert( partitions.begin() + t +1 , partition_temp );
partition_temp.Set_Unallocated( partition_new .sector_end +1, TEMP -1, false ) ;
partitions.insert( partitions.begin() +t, partition_temp );
}
//nothing inside extended, so we can add an unallocated with the size of extended( which is always >= 1 MB )
else if ( t +1 >= partitions.size() || ! partitions[ t +1 ].inside_extended )
{
partition_temp.Set_Unallocated( partitions[ t ] .sector_start, partitions[ t ] .sector_end , true );
partitions.insert( partitions.begin() + t +1 , partition_temp );
}
// now we look to the other side of the extended partition..
//find index of last partition that is still inside extended
t++ ; //set index to first logical
while ( t +1 < partitions.size() && partitions[ t +1 ].inside_extended )
t++ ;
//if this is unallocated space we remove it
if ( partitions[ t ].type == GParted::UNALLOCATED && partitions[ t -1 ].type != GParted::EXTENDED ) //in case there is only unallocated inside extended
{
partitions.erase( partitions.begin() + t );
t-- ;
}
//decide if we have to insert new unallocated space
if ( (partition_new .sector_end - partitions[ t ] .sector_end) >= MEGABYTE )
{
partition_temp.Set_Unallocated( partitions[ t ] .sector_end +1, partition_new .sector_end , true );
partitions.insert( partitions.begin() + t +1 , partition_temp );
t++ ;
}
//and the last step ( pfieuw ;) ) checks on first partition outside extended
if ( t +1 < partitions.size() && partitions[ t +1 ].type == GParted::UNALLOCATED )
partitions.erase( partitions.begin() + t +1 );
if ( t +1 < partitions.size() && (partitions[ t +1 ] .sector_start - partition_new.sector_end) >= MEGABYTE )
{
partition_temp.Set_Unallocated( partition_new .sector_end +1, partitions[ t +1 ] .sector_start -1 , false );
partitions.insert( partitions.begin() + t +1 , partition_temp );
}
//nothing after extended
else if ( t +1 >= partitions.size() && ( device ->Get_Length() - partition_new .sector_end) >= MEGABYTE )
{
partition_temp.Set_Unallocated( partition_new .sector_end +1, device ->Get_Length() -1 , false );
partitions.insert( partitions.begin() + t +1 , partition_temp );
}
return partitions ;
}
@ -420,13 +417,15 @@ std::vector<Partition> Operation::Apply_Convert_To_Visual( std::vector<Partition
}
void Operation::Show_Error( const Glib::ustring & message )
void Operation::Show_Error( Glib::ustring message )
{
Gtk::MessageDialog dialog( "<span weight=\"bold\" size=\"larger\">" + message + "</span>\n\n" + _( "Be aware that the failure to apply this operation could affect other operations on the list." ) ,true, Gtk::MESSAGE_ERROR, Gtk::BUTTONS_OK, true);
message = "<span weight=\"bold\" size=\"larger\">" + message + "</span>\n\n" ;
message += _( "Be aware that the failure to apply this operation could affect other operations on the list." ) ;
Gtk::MessageDialog dialog( message ,true, Gtk::MESSAGE_ERROR, Gtk::BUTTONS_OK, true );
gdk_threads_enter();
dialog .run();
gdk_threads_leave();
gdk_threads_enter( );
dialog .run( );
gdk_threads_leave( );
}

2
src/Partition.cc
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@ -59,7 +59,7 @@ void Partition::Set( const Glib::ustring & partition,
void Partition::Set_Used( Sector used )
{
this ->sectors_used = used;
this ->sectors_unused = ( sector_end - sector_start) - used ;
this ->sectors_unused = ( used == -1 ) ? -1 : ( sector_end - sector_start) - used ;
}
void Partition::Set_Unallocated( Sector sector_start, Sector sector_end, bool inside_extended )