internal void RunPhase2()
{
try
{
Config.ReportSettings.OnStartProgress(Report);
PrepareToFirstPass(false);
RunReportPages();
ResetLogicalPageNumber();
if (Report.DoublePass && !Report.Aborted)
{
finalPass = true;
PrepareToSecondPass();
RunReportPages();
}
}
finally
{
Report.OnFinishReport(EventArgs.Empty);
Config.ReportSettings.OnFinishProgress(Report);
Report.SetOperation(ReportOperation.None);
// limit the prepared pages
if (Report.MaxPages > 0)
{
while (PreparedPages.Count > Report.MaxPages)
{
PreparedPages.RemovePage(PreparedPages.Count - 1);
}
}
}
}
internal bool Run(bool runDialogs, bool append, bool resetDataState, ReportPage page)
{
date = SystemFake.DateTime.Now;
Report.SetOperation(ReportOperation.Running);
ResetDesigningFlag();
// don't reset the data state if we run the hyperlink's detail page or refresh a report.
// This is necessary to keep data filtering settings alive
if (resetDataState)
{
InitializeData();
}
Report.OnStartReport(EventArgs.Empty);
try
{
if (runDialogs && !RunDialogs())
{
return(false);
}
Config.ReportSettings.OnStartProgress(Report);
PrepareToFirstPass(append);
RunReportPages(page);
ResetLogicalPageNumber();
if (Report.DoublePass && !Report.Aborted)
{
finalPass = true;
PrepareToSecondPass();
RunReportPages(page);
}
}
finally
{
Report.OnFinishReport(EventArgs.Empty);
Config.ReportSettings.OnFinishProgress(Report);
Report.SetOperation(ReportOperation.None);
// limit the prepared pages
if (Report.MaxPages > 0)
{
while (PreparedPages.Count > Report.MaxPages)
{
PreparedPages.RemovePage(PreparedPages.Count - 1);
}
}
// Limit the prepared pages again because pagesLimit has better priority than Report.MaxPages.
if (pagesLimit > 0)
{
while (PreparedPages.Count > pagesLimit)
{
PreparedPages.RemovePage(PreparedPages.Count - 1);
}
}
}
return(true);
}
internal bool Run(bool runDialogs, bool append, bool resetDataState, ReportPage page)
{
RunPhase1(resetDataState);
try
{
if (runDialogs && !RunDialogs())
{
return(false);
}
Config.ReportSettings.OnStartProgress(Report);
PrepareToFirstPass(append);
RunReportPages(page);
ResetLogicalPageNumber();
if (Report.DoublePass && !Report.Aborted)
{
finalPass = true;
PrepareToSecondPass();
RunReportPages(page);
}
}
finally
{
RestoreTemplate();
Report.OnFinishReport(EventArgs.Empty);
Config.ReportSettings.OnFinishProgress(Report);
Report.SetOperation(ReportOperation.None);
// limit the prepared pages
if (Report.MaxPages > 0)
{
while (PreparedPages.Count > Report.MaxPages)
{
PreparedPages.RemovePage(PreparedPages.Count - 1);
}
}
// Limit the prepared pages again because pagesLimit has better priority than Report.MaxPages.
if (pagesLimit > 0)
{
while (PreparedPages.Count > pagesLimit)
{
PreparedPages.RemovePage(PreparedPages.Count - 1);
}
}
}
return(true);
}
internal void RunPhase2(int?pagesLimit = null)
{
if (pagesLimit != null)
{
this.pagesLimit = pagesLimit.Value;
}
try
{
Config.ReportSettings.OnStartProgress(Report);
PrepareToFirstPass(false);
RunReportPages();
ResetLogicalPageNumber();
if (Report.DoublePass && !Report.Aborted)
{
finalPass = true;
PrepareToSecondPass();
RunReportPages();
}
}
finally
{
Report.OnFinishReport(EventArgs.Empty);
Config.ReportSettings.OnFinishProgress(Report);
Report.SetOperation(ReportOperation.None);
// limit the prepared pages
if (Report.MaxPages > 0)
{
while (PreparedPages.Count > Report.MaxPages)
{
PreparedPages.RemovePage(PreparedPages.Count - 1);
}
}
// Limit the prepared pages again because pagesLimit has better priority than Report.MaxPages.
if (pagesLimit > 0)
{
while (PreparedPages.Count > pagesLimit)
{
PreparedPages.RemovePage(PreparedPages.Count - 1);
}
}
}
}
