public void PageDefCreateIsSuccessful()
{
var pg = new PageDef(1, 20);
Assert.AreEqual(1, pg.PageNum, "Page not 1");
Assert.AreEqual(20, pg.NumItemsPerPage, "# of Page items not 20");
Assert.AreEqual(0, pg.SkipCount, "skip count not 0");
}
public void PageDefCalcsNumPagesCorrectly()
{
var pg = new PageDef(1, 20);
Assert.AreEqual(1, pg.CalcTotPages(20), "calc of 20 isn't 1");
Assert.AreEqual(2, pg.CalcTotPages(21), "calc of 21 isn't 2");
Assert.AreEqual(1, pg.CalcTotPages(1), "calc of 1 isn't 1");
Assert.AreEqual(1, pg.CalcTotPages(0), "calc of 0 isn't 1");
}
protected void Page_Load(object sender, EventArgs e)
{
PageBaseControl page = null;
if (PageId > 0)
{
PortalPage pPage = db.PortalPages.SingleOrDefault <PortalPage>(p => p.Id == PageId);
if (pPage != null)
{
PageDef def = db.PageDefs.SingleOrDefault <PageDef>(pd => pd.Id == pPage.PageDef);
if (def != null)
{
page = (PageBaseControl)LoadControl(def.PageDefViewControl);
}
page.CurrentPage = pPage;
}
}
else if (Request.QueryString["pn"] != null)
{
PortalPage pPage = db.PortalPages.SingleOrDefault <PortalPage>(p => p.PageKey == Request.QueryString["pn"]);
if (pPage != null)
{
PageDef def = db.PageDefs.SingleOrDefault <PageDef>(pd => pd.Id == pPage.PageDef);
if (def != null)
{
page = (PageBaseControl)LoadControl(def.PageDefViewControl);
}
page.CurrentPage = pPage;
}
}
if (page == null)
{
PortalPage pPage = db.PortalPages.SingleOrDefault <PortalPage>(p => p.IsHomepage == true);
if (pPage != null)
{
PageDef def = db.PageDefs.SingleOrDefault <PageDef>(pd => pd.Id == pPage.PageDef);
if (def != null)
{
page = (PageBaseControl)LoadControl(def.PageDefViewControl);
}
page.CurrentPage = pPage;
}
}
this.site_wrapper.Controls.Add(page);
}
//private PageDef[] m_Blox;
public BloxDef(TBSystem _sys, string _szOutputDir)
{
string sysDir = _szOutputDir;
sysDir += _sys.SystemName.Substring(0, _sys.SystemName.Length - 4);
m_szOutputDir = sysDir;
m_System = _sys;
Directory.CreateDirectory(sysDir);
pages = new PageDef[3];
string bla = Environment.CurrentDirectory;
pages[0] = new PageDef("Main", "Main", "main.html", new XHTMLGenerator(sysDir + "\\"));
pages[1] = new PageDef("BloxList", "List of Blox", "bloxlist.html", new XHTMLGenerator(sysDir + "\\"));
pages[2] = new PageDef("VarList", "List of all Variables", "varlist.html", new XHTMLGenerator(sysDir + "\\"));
for (int i = 0; i < 3; i++) Pages.getInstance().addPage(pages[i]);
m_pMain = pages[0];
m_pBloxList = pages[1];
m_pVarList = pages[2];
}
public void PageDefCreateWithZeroItemsPPRaisesException()
{
var pg = new PageDef(1, 0);
}
public void PageDefCreateWithNegativeItemsPPRaisesException()
{
var pg = new PageDef(1, -1);
}
public void PageDefCreateWithZeroPageNumRaisesException()
{
var pg = new PageDef(0);
}
public void PageDefCreateWithNegativePageNumRaisesException()
{
var pg = new PageDef(-1);
}
/// <summary>
/// Print one row of the DataGridView. Most printing format info is retrieved
/// from the DataGridView.
/// </summary>
/// <param name="g">Graphics Context to print within</param>
/// <param name="pos">Track vertical space used; 'y' location</param>
/// <param name="row">The row that will be printed</param>
/// <param name="pageset">Current Pageset - defines columns and margins</param>
private void printrow(Graphics g, ref float pos, DataGridViewRow row, PageDef pageset)
{
// track printing location accross the page
float xcoord = pageset.margins.Left;
// set the pen for drawing the grid lines
Pen lines = new Pen(dgv.GridColor, 1);
//-----------------------------------------------------------------
// Print Row background
//-----------------------------------------------------------------
// get current row style, start with header style
DataGridViewCellStyle rowstyle = row.InheritedStyle;
// calc row width, account for columns larger than the print area!
float rowwidth = (pageset.coltotalwidth > printWidth ? printWidth : pageset.coltotalwidth);
// define print rectangle
RectangleF printarea = new RectangleF(xcoord, pos, rowwidth,
rowheights[lastrowprinted]);
// fill in the row background
g.FillRectangle(new SolidBrush(rowstyle.BackColor), printarea);
//-----------------------------------------------------------------
// Print the Row Headers, if they are visible
//-----------------------------------------------------------------
if (dgv.RowHeadersVisible)
{
// get current row style, start with header style
DataGridViewCellStyle headerstyle = row.HeaderCell.InheritedStyle;
// set print area for this individual cell
RectangleF headercellprintarea = new RectangleF(xcoord, pos, rowheaderwidth,
rowheights[lastrowprinted]);
// fill in the row header background
g.FillRectangle(new SolidBrush(headerstyle.BackColor), headercellprintarea);
// set printing format for the row headers
StringFormat rowheaderformat = managestringformat(headercellalignment,
headercellformatflags, headerstyle, overridecellheaderformat);
// draw the text for the row header cell
g.DrawString(row.HeaderCell.EditedFormattedValue.ToString(),
headerstyle.Font, new SolidBrush(headerstyle.ForeColor), headercellprintarea,
rowheaderformat);
// draw the borders - default to the dgv's border setting
if (dgv.RowHeadersBorderStyle != DataGridViewHeaderBorderStyle.None)
g.DrawRectangle(lines, xcoord, pos, rowheaderwidth, rowheights[lastrowprinted]);
// track horizontal space used
xcoord += rowheaderwidth;
}
//-----------------------------------------------------------------
// Print the row: write and draw each cell
//-----------------------------------------------------------------
DataGridViewColumn col;
for (int i = 0; i < pageset.colstoprint.Count; i++)
{
// access the column being printed
col = (DataGridViewColumn)pageset.colstoprint[i];
// calc cell width, account for columns larger than the print area!
float cellwidth = (pageset.colwidths[i] > printWidth - rowheaderwidth ?
printWidth - rowheaderwidth : pageset.colwidths[i]);
// get column style
DataGridViewCellStyle colstyle = col.InheritedStyle;
// set print area for this individual cell
RectangleF cellprintarea = new RectangleF(xcoord, pos, cellwidth,
rowheights[lastrowprinted]);
// fill in the cell background - NOTE: we're using the row background because
// the alternating row color settings does NOT change the cell background!
// g.FillRectangle(new SolidBrush(colstyle.BackColor), cellprintarea);
// set individual column format if it's provided
StringFormat colformat = managestringformat(cellalignment, cellformatflags,
colstyle, overridecellformat);
// draw the text for the cell at the row / col intersection
g.DrawString(row.Cells[col.Index].EditedFormattedValue.ToString(),
colstyle.Font, new SolidBrush(colstyle.ForeColor), cellprintarea, colformat);
// draw the borders - default to the dgv's border setting
if (dgv.BorderStyle != BorderStyle.None)
g.DrawRectangle(lines, xcoord, pos, cellwidth, rowheights[lastrowprinted]);
// track horizontal space used
xcoord += pageset.colwidths[i];
}
//-----------------------------------------------------------------
// All done with this row, consume "used" vertical space
//-----------------------------------------------------------------
pos += rowheights[lastrowprinted];
}
/// <summary>
/// Print the column headers. Most printing format info is retrieved from the
/// source DataGridView.
/// </summary>
/// <param name="g">Graphics Context to print within</param>
/// <param name="pos">Track vertical space used; 'y' location</param>
/// <param name="pageset">Current pageset - defines columns and margins</param>
private void printcolumnheaders(Graphics g, ref float pos, PageDef pageset)
{
// track printing location accross the page. start position is hard left,
// adjusted for the row headers. Note rowheaderwidth is 0 if row headers are not printed
float xcoord = pageset.margins.Left + rowheaderwidth;
// set the pen for drawing the grid lines
Pen lines = new Pen(dgv.GridColor, 1);
//-----------------------------------------------------------------
// Print the column headers
//-----------------------------------------------------------------
DataGridViewColumn col;
for (int i = 0; i < pageset.colstoprint.Count; i++)
{
col = (DataGridViewColumn)pageset.colstoprint[i];
// calc cell width, account for columns larger than the print area!
float cellwidth = (pageset.colwidths[i] > printWidth - rowheaderwidth ?
printWidth - rowheaderwidth : pageset.colwidths[i]);
// get column style
DataGridViewCellStyle style = col.HeaderCell.InheritedStyle;
// set print area for this individual cell, account for cells larger
// than the print area!
RectangleF cellprintarea = new RectangleF(xcoord, pos, cellwidth, colheaderheight);
// print column header background
g.FillRectangle(new SolidBrush(style.BackColor), cellprintarea);
// set individual column format if it's provided
StringFormat colformat = managestringformat(headercellalignment, headercellformatflags,
style, overridecellheaderformat);
// draw the text
g.DrawString(col.HeaderText, style.Font, new SolidBrush(style.ForeColor), cellprintarea,
colformat);
// draw the borders - default to the dgv's border setting; account for
// columns larger than the print width
if (dgv.ColumnHeadersBorderStyle != DataGridViewHeaderBorderStyle.None)
g.DrawRectangle(lines, xcoord, pos, cellwidth, colheaderheight);
xcoord += pageset.colwidths[i];
}
// all done, consume "used" vertical space, including space for border lines
pos += colheaderheight +
(dgv.ColumnHeadersBorderStyle != DataGridViewHeaderBorderStyle.None ? lines.Width : 0);
}
/// <summary>
/// Adjust column widths for fixed and porportional columns, set the
/// margins to enforce the selected tablealignment.
/// </summary>
/// <param name="g">The graphics context for all measurements</param>
/// <param name="pageset">The pageset to adjust</param>
private void AdjustPageSets(Graphics g, PageDef pageset)
{
int i;
float fixedcolwidth = rowheaderwidth;
float remainingcolwidth = 0;
float ratio;
//-----------------------------------------------------------------
// Adjust the column widths in the page set to their final values,
// accounting for overridden widths and porportional column stretching
//-----------------------------------------------------------------
// calculate the amount of space reserved for fixed width columns
for (i = 0; i < pageset.colwidthsoverride.Count; i++)
if (pageset.colwidthsoverride[i] >= 0)
fixedcolwidth += pageset.colwidthsoverride[i];
// calculate the amount space for non-overridden columns
for (i = 0; i < pageset.colwidths.Count; i++)
if (pageset.colwidthsoverride[i] < 0)
remainingcolwidth += pageset.colwidths[i];
// calculate the ratio for porportional colums, use 1 for no
// non-overridden columns or not porportional
if (porportionalcolumns && 0 < remainingcolwidth)
ratio = ((float)printWidth - fixedcolwidth) / (float)remainingcolwidth;
else
ratio = (float)1.0;
// reset all column widths for override and/or porportionality. coltotalwidth
// for each pageset should be <= pageWidth
pageset.coltotalwidth = rowheaderwidth;
for (i = 0; i < pageset.colwidths.Count; i++)
{
if (pageset.colwidthsoverride[i] >= 0)
pageset.colwidths[i] = pageset.colwidthsoverride[i];
else
pageset.colwidths[i] = pageset.colwidths[i] * ratio;
pageset.coltotalwidth += pageset.colwidths[i];
}
//-----------------------------------------------------------------
// Table Alignment - now that we have the column widths established
// we can reset the table margins to get left, right and centered
// for the table on the page
//-----------------------------------------------------------------
// Reset Print Margins based on table alignment
if (Alignment.Left == tablealignment)
{
// Bias table to the left by setting "right" value
pageset.margins.Right = pageWidth - pageset.margins.Left - (int)pageset.coltotalwidth;
if (0 > pageset.margins.Right) pageset.margins.Right = 0;
}
else if (Alignment.Right == tablealignment)
{
// Bias table to the right by setting "left" value
pageset.margins.Left = pageWidth - pageset.margins.Right - (int)pageset.coltotalwidth;
if (0 > pageset.margins.Left) pageset.margins.Left = 0;
}
else if (Alignment.Center == tablealignment)
{
// Bias the table to the center by setting left and right equal
pageset.margins.Left = (pageWidth - (int)pageset.coltotalwidth) / 2;
if (0 > pageset.margins.Left) pageset.margins.Left = 0;
pageset.margins.Right = pageset.margins.Left;
}
}
private void createHeader(PageDef _page)
{
//Create Link List
PageLayoutList linkList = new PageLayoutList(null);
PageLayoutListItem item;
PageLayoutLink link;
PageLayoutText span;
for (int i = 0; i < 3; i++) {
span = new PageLayoutText(null,PageLayoutType.Span,pages[i].Title);
link = new PageLayoutLink(null, pages[i].FileName, span);
if(_page == pages[i])
item = new PageLayoutListItem(new string[]{ID_Current}, link);
else
item = new PageLayoutListItem(null, link);
linkList.addListElem(item);
}
PageLayoutDiv div = new PageLayoutDiv(new string[]{Class_Tabs}, new PageLayout[] {linkList});
_page.addPageLayout(div);
}
private void createBlox(Blox _blox)
{
PageDef page = new PageDef(_blox.Name, _blox.Name, _blox.Name + ".html", new XHTMLGenerator(m_szOutputDir + "\\"));
createHeader(page);
page.addPageLayout(new PageLayoutText(null, PageLayoutType.Section, _blox.Name + " Description"));
page.addPageLayout(new PageLayoutText(null, PageLayoutType.Paragraph,
"Here is a brief overview of all variables used in this block"));
PageLayoutTable table = new PageLayoutTable(null);
PageLayoutTableData tableRow;
PageLayoutText name;
PageLayoutText varType;
PageLayoutText useType;
PageLayoutText scope;
PageLayoutText defaultValue;
PageLayoutText external;
PageLayoutText autoIndex;
PageLayoutText SeriesSize;
PageLayoutText plotName;
table.addTableData(createBloxTableHeader());
//TODO: plot Eigenschaften der Variablen in die Tabelle schreiben
foreach (BlockVar var in _blox.Vars) {
name = new PageLayoutText(null, PageLayoutType.Plain, var.Name);
varType = new PageLayoutText(null, PageLayoutType.Plain, var.VarType);
useType = new PageLayoutText(null, PageLayoutType.Plain, var.UseType.ToString());
scope = new PageLayoutText(null, PageLayoutType.Plain, var.Scope.ToString());
defaultValue = new PageLayoutText(null, PageLayoutType.Plain, var.DefaultValue);
external = new PageLayoutText(null,PageLayoutType.Plain,var.External.ToString());
if (var.VarType == "Series") {
autoIndex = new PageLayoutText(null, PageLayoutType.Plain, var.AutoIndex.ToString());
SeriesSize = new PageLayoutText(null, PageLayoutType.Plain, var.SeriesSize.ToString());
} else {
autoIndex = new PageLayoutText(null, PageLayoutType.Plain, "-");
SeriesSize = new PageLayoutText(null, PageLayoutType.Plain, "-");
}
if (var.Plots == true) {
plotName = new PageLayoutText(null, PageLayoutType.Plain, var.Plotname);
} else {
plotName = new PageLayoutText(null, PageLayoutType.Plain, "-");
}
tableRow = new PageLayoutTableData(null, new PageLayout[] { name, varType, useType, scope,
defaultValue, external, autoIndex, SeriesSize,plotName});
table.addTableData(tableRow);
}
page.addPageLayout(table);
//Auskommentieren um auch Indikatoren auszugeben
//Neue Tabelle mit Indikatoren erstellen, falls vorhanden in dem Block
//if (_blox.Indicators.Count > 0) {
// page.addPageLayout(createIndicatorTable(_blox));
//}
Pages.getInstance().addPage(page);
}
