private clsConfig.ComputerGroupRegexCollection CollateForm()
{
clsConfig.ComputerGroupRegexCollection c = new clsConfig.ComputerGroupRegexCollection();
// Resort grid
SortByPriority();
// Loop through each line in the form and add it if it's valid.
foreach (DataGridViewRow r in grdRegEx.Rows)
{
if (ValidateRow(r) == "OK" && !r.IsNewRow)
{
clsConfig.ComputerGroupRegEx rx = new clsConfig.ComputerGroupRegEx();
rx.Priority = int.Parse(r.Cells["rxPriority"].Value.ToString());
rx.ComputerNameRegex = (string)r.Cells["rxComputerRegEx"].Value;
rx.IPRegex = (string)r.Cells["rxIPRegEx"].Value;
rx.ComputerGroup = (string)r.Cells["rxComputerGroup"].Value;
rx.Comment = (string)r.Cells["rxComment"].Value;
if (r.Cells["rxEnabled"].Value == null)
{
rx.Enabled = false;
}
else
{
rx.Enabled = (bool)r.Cells["rxEnabled"].Value;
}
c.Add(rx);
}
}
return(c);
}
private void btnSave_Click(object sender, EventArgs e)
{
SortByPriority();
// Check to see if grid is valid
if (ValidateGrid())
{
// Get grid and save it to the XML file
clsConfig.ComputerGroupRegexCollection c = CollateForm();
cfg.ComputerRegExList = c;
}
}
private clsConfig.ComputerGroupRegexCollection CollateForm()
{
clsConfig.ComputerGroupRegexCollection c = new clsConfig.ComputerGroupRegexCollection();
// Resort grid
SortByPriority();
// Loop through each line in the form and add it if it's valid.
foreach (DataGridViewRow r in grdRegEx.Rows)
{
if (ValidateRow(r) == "OK" && !r.IsNewRow)
{
clsConfig.ComputerGroupRegEx rx = new clsConfig.ComputerGroupRegEx();
rx.Priority = int.Parse(r.Cells["rxPriority"].Value.ToString());
rx.ComputerNameRegex = (string)r.Cells["rxComputerRegEx"].Value;
rx.IPRegex = (string)r.Cells["rxIPRegEx"].Value;
rx.ComputerGroup = (string)r.Cells["rxComputerGroup"].Value;
rx.Comment = (string)r.Cells["rxComment"].Value;
if (r.Cells["rxEnabled"].Value == null)
rx.Enabled = false;
else
rx.Enabled = (bool)r.Cells["rxEnabled"].Value;
c.Add(rx);
}
}
return c;
}
private void btnPCsNotCovered_Click(object sender, EventArgs e)
{
// Ensure changes are committed to the datagrid
this.Validate();
// Clear the list and start searching for PCs
lstResults.Items.Clear();
// Collate list of rules
clsConfig.ComputerGroupRegexCollection rules = CollateForm();
// Get list of PCs and which groups they're in
DataTable t = wsus.GetComputerGroups();
// Loop through the list of PCs and see if they match a rule
foreach (DataRow d in t.Rows)
{
bool matched = false;
// Loop through each rule and see if this PC matches
foreach (clsConfig.ComputerGroupRegEx rx in rules)
{
// Assume match unless all of the non-null rules match
matched = true;
if (rx.ComputerNameRegex != null && rx.ComputerNameRegex != "")
{
Match m = Regex.Match(d["name"].ToString(), rx.ComputerNameRegex);
if (!m.Success)
{
matched = false;
}
}
if (rx.IPRegex != null && rx.IPRegex != "")
{
Match m = Regex.Match(d["ipaddress"].ToString(), rx.IPRegex);
if (!m.Success)
{
matched = false;
}
}
if (matched)
{
// We found a matching rule - break from loop
break;
}
}
// Did any rule match?
if (!matched)
{
lstResults.Items.Add(d["name"].ToString() + " (" + d["ipaddress"].ToString() + ") not matched by any existing rule");
}
}
// Did any PCs fail to match?
if (lstResults.Items.Count == 0)
{
lstResults.Items.Add("All PCs matched an available rule (Please note, this includes disabled rules)");
}
}