public void AdjustPaperSize()
{
CheckDisposed();
m_div.NumColumns = 2;
m_pub.PageWidth = 50000;
m_pub.PageHeight = 80000;
m_dlg = new DummyPageSetupDlg(wsUser, m_pgl, m_pub, m_div, MsrSysType.Point, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
m_dlg.IsAllowNonStandardChecked = true;
// Iterate through the paper sizes to make sure the appropriate name is selected in
// the paper size combo box. We have to convert from 100ths of inches to millipoints.
foreach (string paperSizeName in TestPaperSizes.Keys)
{
if (paperSizeName != ResourceHelper.GetResourceString("kstidPaperSizeCustom"))
{
PaperSize paperSize = TestPaperSizes[paperSizeName];
m_dlg.PaperSizeHeight = paperSize.Height * DummyPageSetupDlg.kCentiInchToMilliPoints;
m_dlg.PaperSizeWidth = paperSize.Width * DummyPageSetupDlg.kCentiInchToMilliPoints;
Assert.AreEqual(paperSize.PaperName, m_dlg.PaperSizeName);
}
}
// Now set the dimensions to something that is not in the standard list of paper sizes.
// We expect that the selected paper size would be "Custom".
m_dlg.PaperSizeHeight = 250 * DummyPageSetupDlg.kCentiInchToMilliPoints;
m_dlg.PaperSizeWidth = 250 * DummyPageSetupDlg.kCentiInchToMilliPoints;
Assert.AreEqual(ResourceHelper.GetResourceString("kstidPaperSizeCustom"),
m_dlg.PaperSizeName);
}
public void SelectPaperSizeName()
{
m_div.NumColumns = 2;
m_dlg = new DummyPageSetupDlg(m_pgl, m_pub, m_div, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
m_dlg.IsAllowNonStandardChecked = true;
int lastPaperHeight = 0;
int lastPaperWidth = 0;
// Iterate through the paper sizes to make sure the appropriate height and width
// are displayed on the dialog. Values in PaperSize are stored in hundredths of
// inches so we have to convert to millipoints.
foreach (string paperSizeName in TestPaperSizes.Keys)
{
if (paperSizeName != ResourceHelper.GetResourceString("kstidPaperSizeCustom"))
{
PaperSize paperSize = TestPaperSizes[paperSizeName];
m_dlg.PaperSizeName = paperSize.PaperName;
Assert.AreEqual(paperSize.Height * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeHeight, "Height of " + paperSizeName);
Assert.AreEqual(paperSize.Width * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeWidth, "Width of " + paperSizeName);
lastPaperHeight = m_dlg.PaperSizeHeight;
lastPaperWidth = m_dlg.PaperSizeWidth;
}
}
// Now test with "Custom" paper size. We expect that the paper size will be the same
// as the last selected paper size.
m_dlg.PaperSizeName = ResourceHelper.GetResourceString("kstidPaperSizeCustom");
Assert.AreEqual(lastPaperHeight, m_dlg.PaperSizeHeight, "Custom height");
Assert.AreEqual(lastPaperWidth, m_dlg.PaperSizeWidth, "Custom width");
}
public void HandleZeroPageSize()
{
m_div.NumColumns = 2;
m_pub.PageHeight = m_pub.PageWidth = 0;
m_dlg = new DummyPageSetupDlg(wsUser, m_pgl, m_pub, m_div, MsrSysType.Point, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
// TODO: confirm that the dialog returns the default paper size of the printer
// when the page size is set to 0.
}
public override void TestTearDown()
{
if (m_dlg != null)
{
m_dlg.Dispose();
m_dlg = null;
}
if (m_pubPageInfo != null)
{
m_pubPageInfo.Clear();
m_pubPageInfo = null;
}
base.TestTearDown();
}
public void FollowsStandardSettings()
{
m_div.NumColumns = 1;
m_pub.PageHeight = m_pub.PaperHeight = 11 * 72000;
m_pub.PageWidth = m_pub.PaperWidth = (int)(8.5 * 72000);
m_pub.BaseFontSize = 10000;
m_pub.BaseLineSpacing = -12000;
m_dlg = new DummyPageSetupDlg(wsUser, m_pgl, m_pub, m_div, MsrSysType.Point, m_pubPageInfo);
m_dlg.AllowNonStandardChoices = false;
for (int baseCharSize = 4; baseCharSize < 100; baseCharSize++)
{
m_dlg.BaseCharSizeControlValue = baseCharSize;
Assert.IsTrue(m_dlg.FollowsStandardSettings);
}
}
public void SelectPaperSizeName_ChangeToNonStandardDimension()
{
m_div.NumColumns = 2;
m_dlg = new DummyPageSetupDlg(wsUser, m_pgl, m_pub, m_div, MsrSysType.Point, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
m_dlg.IsAllowNonStandardChecked = true;
// Set paper size to A4 and confirm that the dialog has A4 settings.
m_dlg.PaperSizeName = TestPaperSizes["A4"].PaperName;
Assert.AreEqual(TestPaperSizes["A4"].Height * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeHeight);
Assert.AreEqual(TestPaperSizes["A4"].Width * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeWidth);
// Now change the dimensions of the paper size. The page size combo should be set
// to "Custom".
m_dlg.PaperSizeHeight *= 2;
Assert.AreEqual(ResourceHelper.GetResourceString("kstidPaperSizeCustom"),
m_dlg.PaperSizeName);
}
public override void Exit()
{
CheckDisposed();
try
{
if (m_dlg != null)
{
m_dlg.Dispose();
m_dlg = null;
}
if (m_pubPageInfo != null)
{
m_pubPageInfo.Clear();
m_pubPageInfo = null;
}
}
finally
{
base.Exit();
}
}
public void HandleZeroPageSize()
{
m_div.NumColumns = 2;
m_pub.PageHeight = m_pub.PageWidth = 0;
m_dlg = new DummyPageSetupDlg(m_pgl, m_pub, m_div, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
// TODO: confirm that the dialog returns the default paper size of the printer
// when the page size is set to 0.
}
public void FollowsStandardSettings()
{
m_div.NumColumns = 1;
m_pub.PageHeight = m_pub.PaperHeight = 11 * 72000;
m_pub.PageWidth = m_pub.PaperWidth = (int)(8.5 * 72000);
m_pub.BaseFontSize = 10000;
m_pub.BaseLineSpacing = -12000;
m_dlg = new DummyPageSetupDlg(m_pgl, m_pub, m_div, m_pubPageInfo);
m_dlg.AllowNonStandardChoices = false;
for (int baseCharSize = 4; baseCharSize < 100; baseCharSize++)
{
m_dlg.BaseCharSizeControlValue = baseCharSize;
Assert.IsTrue(m_dlg.FollowsStandardSettings);
}
}
public void SelectPaperSizeName_ChangeToNonStandardDimension()
{
m_div.NumColumns = 2;
m_dlg = new DummyPageSetupDlg(m_pgl, m_pub, m_div, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
m_dlg.IsAllowNonStandardChecked = true;
// Set paper size to A4 and confirm that the dialog has A4 settings.
m_dlg.PaperSizeName = TestPaperSizes["A4"].PaperName;
Assert.AreEqual(TestPaperSizes["A4"].Height * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeHeight);
Assert.AreEqual(TestPaperSizes["A4"].Width * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeWidth);
// Now change the dimensions of the paper size. The page size combo should be set
// to "Custom".
m_dlg.PaperSizeHeight *= 2;
Assert.AreEqual(ResourceHelper.GetResourceString("kstidPaperSizeCustom"),
m_dlg.PaperSizeName);
}
public void SelectPaperSizeName()
{
m_div.NumColumns = 2;
m_dlg = new DummyPageSetupDlg(m_pgl, m_pub, m_div, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
m_dlg.IsAllowNonStandardChecked = true;
int lastPaperHeight = 0;
int lastPaperWidth = 0;
// Iterate through the paper sizes to make sure the appropriate height and width
// are displayed on the dialog. Values in PaperSize are stored in hundredths of
// inches so we have to convert to millipoints.
foreach (string paperSizeName in TestPaperSizes.Keys)
{
if (paperSizeName != ResourceHelper.GetResourceString("kstidPaperSizeCustom"))
{
PaperSize paperSize = TestPaperSizes[paperSizeName];
m_dlg.PaperSizeName = paperSize.PaperName;
Assert.AreEqual(paperSize.Height * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeHeight, "Height of " + paperSizeName);
Assert.AreEqual(paperSize.Width * DummyPageSetupDlg.kCentiInchToMilliPoints,
m_dlg.PaperSizeWidth, "Width of " + paperSizeName);
lastPaperHeight = m_dlg.PaperSizeHeight;
lastPaperWidth = m_dlg.PaperSizeWidth;
}
}
// Now test with "Custom" paper size. We expect that the paper size will be the same
// as the last selected paper size.
m_dlg.PaperSizeName = ResourceHelper.GetResourceString("kstidPaperSizeCustom");
Assert.AreEqual(lastPaperHeight, m_dlg.PaperSizeHeight, "Custom height");
Assert.AreEqual(lastPaperWidth, m_dlg.PaperSizeWidth, "Custom width");
}
public void AdjustPaperSize()
{
m_div.NumColumns = 2;
m_pub.PageWidth = 50000;
m_pub.PageHeight = 80000;
m_dlg = new DummyPageSetupDlg(m_pgl, m_pub, m_div, m_pubPageInfo);
m_dlg.PageSizeComboIndex = 0;
m_dlg.IsAllowNonStandardChecked = true;
// Iterate through the paper sizes to make sure the appropriate name is selected in
// the paper size combo box. We have to convert from 100ths of inches to millipoints.
foreach (string paperSizeName in TestPaperSizes.Keys)
{
if (paperSizeName != ResourceHelper.GetResourceString("kstidPaperSizeCustom"))
{
PaperSize paperSize = TestPaperSizes[paperSizeName];
m_dlg.PaperSizeHeight = paperSize.Height * DummyPageSetupDlg.kCentiInchToMilliPoints;
m_dlg.PaperSizeWidth = paperSize.Width * DummyPageSetupDlg.kCentiInchToMilliPoints;
Assert.AreEqual(paperSize.PaperName, m_dlg.PaperSizeName);
}
}
// Now set the dimensions to something that is not in the standard list of paper sizes.
// We expect that the selected paper size would be "Custom".
m_dlg.PaperSizeHeight = 250 * DummyPageSetupDlg.kCentiInchToMilliPoints;
m_dlg.PaperSizeWidth = 250 * DummyPageSetupDlg.kCentiInchToMilliPoints;
Assert.AreEqual(ResourceHelper.GetResourceString("kstidPaperSizeCustom"),
m_dlg.PaperSizeName);
}
public override void TestTearDown()
{
if (m_dlg != null)
{
m_dlg.Dispose();
m_dlg = null;
}
if (m_pubPageInfo != null)
{
m_pubPageInfo.Clear();
m_pubPageInfo = null;
}
base.TestTearDown();
}
public override void Exit()
{
CheckDisposed();
try
{
if (m_dlg != null)
{
m_dlg.Dispose();
m_dlg = null;
}
if (m_pubPageInfo != null)
{
m_pubPageInfo.Clear();
m_pubPageInfo = null;
}
}
finally
{
base.Exit();
}
}
