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// **************************************************************************
// * This file is part of the FreeFileSync project. It is distributed under *
// * GNU General Public License: http://www.gnu.org/licenses/gpl.html *
// * Copyright (C) 2008-2010 ZenJu (zhnmju123 AT gmx.de) *
// **************************************************************************
//
#include "structures.h"
#include <wx/intl.h>
//#include <stdexcept>
using namespace ffs3;
Zstring ffs3::standardExcludeFilter()
{
#ifdef FFS_WIN
static Zstring exclude(wxT("\
\\System Volume Information\\\n\
\\RECYCLER\\\n\
\\RECYCLED\\\n\
\\$Recycle.Bin\\")); //exclude Recycle Bin
#elif defined FFS_LINUX
static Zstring exclude; //exclude nothing
#endif
return exclude;
}
wxString ffs3::getVariantName(CompareVariant var)
{
switch (var)
{
case CMP_BY_CONTENT:
return _("File content");
case CMP_BY_TIME_SIZE:
return _("File size and date");
}
assert(false);
return wxEmptyString;
}
wxString ffs3::getVariantName(const SyncConfiguration& syncCfg)
{
switch (getVariant(syncCfg))
{
case SyncConfiguration::AUTOMATIC:
return _("<Automatic>");
case SyncConfiguration::MIRROR:
return _("Mirror ->>");
case SyncConfiguration::UPDATE:
return _("Update ->");
case SyncConfiguration::CUSTOM:
return _("Custom");
}
return _("Error");
}
void ffs3::setTwoWay(SyncConfiguration& syncCfg) //helper method used by <Automatic> mode fallback to overwrite old with newer files
{
syncCfg.automatic = false;
syncCfg.exLeftSideOnly = SYNC_DIR_RIGHT;
syncCfg.exRightSideOnly = SYNC_DIR_LEFT;
syncCfg.leftNewer = SYNC_DIR_RIGHT;
syncCfg.rightNewer = SYNC_DIR_LEFT;
syncCfg.different = SYNC_DIR_NONE;
syncCfg.conflict = SYNC_DIR_NONE;
}
SyncConfiguration::Variant ffs3::getVariant(const SyncConfiguration& syncCfg)
{
if (syncCfg.automatic == true)
return SyncConfiguration::AUTOMATIC; //automatic mode
if ( syncCfg.exLeftSideOnly == SYNC_DIR_RIGHT &&
syncCfg.exRightSideOnly == SYNC_DIR_RIGHT &&
syncCfg.leftNewer == SYNC_DIR_RIGHT &&
syncCfg.rightNewer == SYNC_DIR_RIGHT &&
syncCfg.different == SYNC_DIR_RIGHT &&
syncCfg.conflict == SYNC_DIR_RIGHT)
return SyncConfiguration::MIRROR; //one way ->
else if (syncCfg.exLeftSideOnly == SYNC_DIR_RIGHT &&
syncCfg.exRightSideOnly == SYNC_DIR_NONE &&
syncCfg.leftNewer == SYNC_DIR_RIGHT &&
syncCfg.rightNewer == SYNC_DIR_NONE &&
syncCfg.different == SYNC_DIR_RIGHT &&
syncCfg.conflict == SYNC_DIR_NONE)
return SyncConfiguration::UPDATE; //Update ->
else
return SyncConfiguration::CUSTOM; //other
}
void ffs3::setVariant(SyncConfiguration& syncCfg, const SyncConfiguration::Variant var)
{
switch (var)
{
case SyncConfiguration::AUTOMATIC:
syncCfg.automatic = true;
break;
case SyncConfiguration::MIRROR:
syncCfg.automatic = false;
syncCfg.exLeftSideOnly = SYNC_DIR_RIGHT;
syncCfg.exRightSideOnly = SYNC_DIR_RIGHT;
syncCfg.leftNewer = SYNC_DIR_RIGHT;
syncCfg.rightNewer = SYNC_DIR_RIGHT;
syncCfg.different = SYNC_DIR_RIGHT;
syncCfg.conflict = SYNC_DIR_RIGHT;
break;
case SyncConfiguration::UPDATE:
syncCfg.automatic = false;
syncCfg.exLeftSideOnly = SYNC_DIR_RIGHT;
syncCfg.exRightSideOnly = SYNC_DIR_NONE;
syncCfg.leftNewer = SYNC_DIR_RIGHT;
syncCfg.rightNewer = SYNC_DIR_NONE;
syncCfg.different = SYNC_DIR_RIGHT;
syncCfg.conflict = SYNC_DIR_NONE;
break;
case SyncConfiguration::CUSTOM:
assert(false);
break;
}
}
wxString MainConfiguration::getSyncVariantName()
{
const SyncConfiguration firstSyncCfg =
firstPair.altSyncConfig.get() ?
firstPair.altSyncConfig->syncConfiguration :
syncConfiguration; //fallback to main sync cfg
const SyncConfiguration::Variant firstVariant = getVariant(firstSyncCfg);
//test if there's a deviating variant within the additional folder pairs
for (std::vector<FolderPairEnh>::const_iterator i = additionalPairs.begin(); i != additionalPairs.end(); ++i)
{
const SyncConfiguration::Variant thisVariant =
i->altSyncConfig.get() ?
getVariant(i->altSyncConfig->syncConfiguration) :
getVariant(syncConfiguration);
if (thisVariant != firstVariant)
return _("Multiple...");
}
//seems to be all in sync...
return getVariantName(firstSyncCfg);
}
wxString ffs3::getDescription(CompareFilesResult cmpRes)
{
switch (cmpRes)
{
case FILE_LEFT_SIDE_ONLY:
return _("Files/folders that exist on left side only");
case FILE_RIGHT_SIDE_ONLY:
return _("Files/folders that exist on right side only");
case FILE_LEFT_NEWER:
return _("Files that exist on both sides, left one is newer");
case FILE_RIGHT_NEWER:
return _("Files that exist on both sides, right one is newer");
case FILE_DIFFERENT:
return _("Files that have different content");
case FILE_EQUAL:
return _("Files that are equal on both sides");
case FILE_CONFLICT:
return _("Conflicts/files that cannot be categorized");
}
assert(false);
return wxEmptyString;
}
wxString ffs3::getSymbol(CompareFilesResult cmpRes)
{
switch (cmpRes)
{
case FILE_LEFT_SIDE_ONLY:
return wxT("<|");
case FILE_RIGHT_SIDE_ONLY:
return wxT("|>");
case FILE_LEFT_NEWER:
return wxT("<<");
case FILE_RIGHT_NEWER:
return wxT(">>");
case FILE_DIFFERENT:
return wxT("!=");
case FILE_EQUAL:
return wxT("'=="); //added quotation mark to avoid error in Excel cell when exporting to *.cvs
case FILE_CONFLICT:
return wxT("\\/\\->");
}
assert(false);
return wxEmptyString;
}
wxString ffs3::getDescription(SyncOperation op)
{
switch (op)
{
case SO_CREATE_NEW_LEFT:
return _("Copy from right to left");
case SO_CREATE_NEW_RIGHT:
return _("Copy from left to right");
case SO_DELETE_LEFT:
return _("Delete files/folders existing on left side only");
case SO_DELETE_RIGHT:
return _("Delete files/folders existing on right side only");
case SO_OVERWRITE_LEFT:
return _("Copy from right to left overwriting");
case SO_OVERWRITE_RIGHT:
return _("Copy from left to right overwriting");
case SO_DO_NOTHING:
return _("Do nothing");
case SO_EQUAL:
return _("Files that are equal on both sides");
case SO_UNRESOLVED_CONFLICT:
return _("Conflicts/files that cannot be categorized");
};
assert(false);
return wxEmptyString;
}
wxString ffs3::getSymbol(SyncOperation op)
{
switch (op)
{
case SO_CREATE_NEW_LEFT:
return wxT("*-");
case SO_CREATE_NEW_RIGHT:
return wxT("-*");
case SO_DELETE_LEFT:
return wxT("D-");
case SO_DELETE_RIGHT:
return wxT("-D");
case SO_OVERWRITE_LEFT:
return wxT("<-");
case SO_OVERWRITE_RIGHT:
return wxT("->");
case SO_DO_NOTHING:
return wxT(" -");
case SO_EQUAL:
return wxT("'=="); //added quotation mark to avoid error in Excel cell when exporting to *.cvs
case SO_UNRESOLVED_CONFLICT:
return wxT("\\/\\->");
};
assert(false);
return wxEmptyString;
}
ffs3::MainConfiguration ffs3::merge(const std::vector<MainConfiguration>& mainCfgs)
{
assert(!mainCfgs.empty());
if (mainCfgs.empty())
return ffs3::MainConfiguration();
if (mainCfgs.size() == 1) //mergeConfigFilesImpl relies on this!
return mainCfgs[0];
//merge folder pair config
std::vector<FolderPairEnh> fpMerged;
for (std::vector<MainConfiguration>::const_iterator i = mainCfgs.begin(); i != mainCfgs.end(); ++i)
{
std::vector<FolderPairEnh> fpTmp;
fpTmp.push_back(i->firstPair);
fpTmp.insert(fpTmp.end(), i->additionalPairs.begin(), i->additionalPairs.end());
//move all configuration to item level
for (std::vector<FolderPairEnh>::iterator fp = fpTmp.begin(); fp != fpTmp.end(); ++fp)
{
if (!fp->altSyncConfig.get())
fp->altSyncConfig.reset(
new AlternateSyncConfig(i->syncConfiguration,
i->handleDeletion,
i->customDeletionDirectory));
//pragmatism: if both global and local include filter contain data, only local filter is preserved
if (fp->localFilter.includeFilter == FilterConfig().includeFilter)
fp->localFilter.includeFilter = i->globalFilter.includeFilter;
fp->localFilter.excludeFilter.Trim(true, false);
fp->localFilter.excludeFilter = i->globalFilter.excludeFilter + Zstr("\n") + fp->localFilter.excludeFilter;
fp->localFilter.excludeFilter.Trim(true, false);
}
fpMerged.insert(fpMerged.end(), fpTmp.begin(), fpTmp.end());
}
//final assembly
ffs3::MainConfiguration cfgOut = mainCfgs[0];
cfgOut.globalFilter = FilterConfig(); //all filtering was moved to item level!
cfgOut.firstPair = fpMerged[0];
cfgOut.additionalPairs.assign(fpMerged.begin() + 1, fpMerged.end());
return cfgOut;
}
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