private PageMaster GetNextPageMaster(string pageSequenceName,
int currentPageNumber,
bool thisIsFirstPage,
bool isEmptyPage)
{
PageMaster pageMaster = null;
PageSequenceMaster sequenceMaster =
this.layoutMasterSet.getPageSequenceMaster(pageSequenceName);
if (sequenceMaster != null)
{
pageMaster = GetNextSimplePageMaster(sequenceMaster,
currentPageNumber,
thisIsFirstPage,
isEmptyPage).getPageMaster();
}
else
{
SimplePageMaster simpleMaster =
this.layoutMasterSet.getSimplePageMaster(pageSequenceName);
if (simpleMaster == null)
{
throw new FonetException("'master-reference' for 'fo:page-sequence'"
+ "matches no 'simple-page-master' or 'page-sequence-master'");
}
currentPageMasterName = pageSequenceName;
pageMaster = simpleMaster.GetNextPageMaster();
}
return(pageMaster);
}
public RepeatablePageMasterAlternatives(FObj parent, PropertyList propertyList)
: base(parent, propertyList)
{
conditionalPageMasterRefs = new ArrayList();
if (parent.ElementName.Equals("fo:page-sequence-master"))
{
this.pageSequenceMaster = (PageSequenceMaster)parent;
this.pageSequenceMaster.AddSubsequenceSpecifier(this);
}
else
{
throw new FonetException("fo:repeatable-page-master-alternatives"
+ "must be child of fo:page-sequence-master, not "
+ parent.ElementName);
}
string mr = GetProperty("maximum-repeats").GetString();
if (mr.Equals("no-limit"))
{
setMaximumRepeats(INFINITE);
}
else
{
try
{
setMaximumRepeats(Int32.Parse(mr));
}
catch (FormatException)
{
throw new FonetException("Invalid number for 'maximum-repeats' property");
}
}
}
protected internal void addPageSequenceMaster(string masterName, PageSequenceMaster pageSequenceMaster)
{
if (existsName(masterName))
{
throw new FonetException("'master-name' (" + masterName
+ ") must be unique "
+ "across page-masters and page-sequence-masters");
}
this.pageSequenceMasters.Add(masterName, pageSequenceMaster);
}
protected internal void addPageSequenceMaster(string masterName, PageSequenceMaster pageSequenceMaster)
{
if (existsName(masterName))
{
throw new FonetException("'master-name' (" + masterName
+ ") must be unique "
+ "across page-masters and page-sequence-masters");
}
this.pageSequenceMasters.Add(masterName, pageSequenceMaster);
}
private SimplePageMaster GetNextSimplePageMaster(PageSequenceMaster sequenceMaster,
int currentPageNumber, bool thisIsFirstPage,
bool isEmptyPage)
{
if (isForcing)
{
return(this.layoutMasterSet.getSimplePageMaster(
GetNextPageMasterName(sequenceMaster, currentPageNumber, false, true)));
}
string nextPageMaster =
GetNextPageMasterName(sequenceMaster, currentPageNumber, thisIsFirstPage, isEmptyPage);
return(this.layoutMasterSet.getSimplePageMaster(nextPageMaster));
}
private SubSequenceSpecifier GetNextSubsequence(PageSequenceMaster master)
{
if (master.GetSubSequenceSpecifierCount()
> currentSubsequenceNumber + 1)
{
currentSubsequence =
master.getSubSequenceSpecifier(currentSubsequenceNumber + 1);
currentSubsequenceNumber++;
return(currentSubsequence);
}
else
{
return(null);
}
}
private string GetNextPageMasterName(PageSequenceMaster sequenceMaster,
int currentPageNumber,
bool thisIsFirstPage,
bool isEmptyPage)
{
if (null == currentSubsequence)
{
currentSubsequence = GetNextSubsequence(sequenceMaster);
}
string nextPageMaster =
currentSubsequence.GetNextPageMaster(currentPageNumber,
thisIsFirstPage,
isEmptyPage);
if (null == nextPageMaster ||
IsFlowForMasterNameDone(currentPageMasterName))
{
SubSequenceSpecifier nextSubsequence =
GetNextSubsequence(sequenceMaster);
if (nextSubsequence == null)
{
FonetDriver.ActiveDriver.FireFonetError(
"Page subsequences exhausted. Using previous subsequence.");
thisIsFirstPage =
true;
currentSubsequence.Reset();
}
else
{
currentSubsequence = nextSubsequence;
}
nextPageMaster =
currentSubsequence.GetNextPageMaster(currentPageNumber,
thisIsFirstPage,
isEmptyPage);
}
currentPageMasterName = nextPageMaster;
return(nextPageMaster);
}
public RepeatablePageMasterAlternatives(FObj parent, PropertyList propertyList)
: base(parent, propertyList)
{
this.name = "fo:repeatable-page-master-alternatives";
conditionalPageMasterRefs = new ArrayList();
if (parent.GetName().Equals("fo:page-sequence-master"))
{
this.pageSequenceMaster = (PageSequenceMaster)parent;
this.pageSequenceMaster.AddSubsequenceSpecifier(this);
}
else
{
throw new FonetException("fo:repeatable-page-master-alternatives"
+ "must be child of fo:page-sequence-master, not "
+ parent.GetName());
}
string mr = GetProperty("maximum-repeats").GetString();
if (mr.Equals("no-limit"))
{
setMaximumRepeats(INFINITE);
}
else
{
try
{
setMaximumRepeats(Int32.Parse(mr));
}
catch (FormatException)
{
throw new FonetException("Invalid number for 'maximum-repeats' property");
}
}
}
private string GetNextPageMasterName(PageSequenceMaster sequenceMaster,
int currentPageNumber,
bool thisIsFirstPage,
bool isEmptyPage)
{
if (null == currentSubsequence)
{
currentSubsequence = GetNextSubsequence(sequenceMaster);
}
string nextPageMaster =
currentSubsequence.GetNextPageMaster(currentPageNumber,
thisIsFirstPage,
isEmptyPage);
if (null == nextPageMaster
|| IsFlowForMasterNameDone(currentPageMasterName))
{
SubSequenceSpecifier nextSubsequence =
GetNextSubsequence(sequenceMaster);
if (nextSubsequence == null)
{
FonetDriver.ActiveDriver.FireFonetError(
"Page subsequences exhausted. Using previous subsequence.");
thisIsFirstPage =
true;
currentSubsequence.Reset();
}
else
{
currentSubsequence = nextSubsequence;
}
nextPageMaster =
currentSubsequence.GetNextPageMaster(currentPageNumber,
thisIsFirstPage,
isEmptyPage);
}
currentPageMasterName = nextPageMaster;
return nextPageMaster;
}
private SimplePageMaster GetNextSimplePageMaster(PageSequenceMaster sequenceMaster,
int currentPageNumber, bool thisIsFirstPage,
bool isEmptyPage)
{
if (isForcing)
{
return this.layoutMasterSet.getSimplePageMaster(
GetNextPageMasterName(sequenceMaster, currentPageNumber, false, true));
}
string nextPageMaster =
GetNextPageMasterName(sequenceMaster, currentPageNumber, thisIsFirstPage, isEmptyPage);
return this.layoutMasterSet.getSimplePageMaster(nextPageMaster);
}
private SubSequenceSpecifier GetNextSubsequence(PageSequenceMaster master)
{
if (master.GetSubSequenceSpecifierCount()
> currentSubsequenceNumber + 1)
{
currentSubsequence =
master.getSubSequenceSpecifier(currentSubsequenceNumber + 1);
currentSubsequenceNumber++;
return currentSubsequence;
}
else
{
return null;
}
}