public void Setup()
{
//Get the Fundamentals List
flfundamentals.Controls.Clear();
foreach (var type in Array.FindAll(ReflectMan.Types, t => t.GetInterfaces().Contains(typeof(IShiftnetSite)) && t.BaseType == typeof(UserControl) && Shiftorium.UpgradeAttributesUnlocked(t)))
{
var attrs = type.GetCustomAttributes(false);
var attribute = attrs.FirstOrDefault(x => x is ShiftnetSiteAttribute) as ShiftnetSiteAttribute;
if (attribute != null)
{
if (attrs.OfType <ShiftnetFundamentalAttribute>().Any())
{
var dash = new Label();
dash.Text = " - ";
dash.AutoSize = true;
flfundamentals.Controls.Add(dash);
dash.Show();
var link = new LinkLabel();
link.Text = attribute.Name;
link.Click += (o, a) =>
{
GoToUrl?.Invoke(attribute.Url);
};
flfundamentals.Controls.Add(link);
flfundamentals.SetFlowBreak(link, true);
link.Show();
link.LinkColor = SkinEngine.LoadedSkin.ControlTextColor;
}
}
}
}
public void SetupListing()
{
fllist.Controls.Clear();
foreach (var type in Array.FindAll(ReflectMan.Types, t => t.GetInterfaces().Contains(typeof(IShiftnetSite))))
{
var attr = type.GetCustomAttributes(false).FirstOrDefault(x => x is ShiftnetSiteAttribute) as ShiftnetSiteAttribute;
if (attr != null)
{
if (attr.Url.StartsWith("shiftnet/"))
{
var lnk = new LinkLabel();
lnk.LinkColor = SkinEngine.LoadedSkin.ControlTextColor;
lnk.Text = attr.Name;
var desc = new Label();
desc.AutoSize = true;
lnk.AutoSize = true;
desc.MaximumSize = new Size(this.Width / 3, 0);
desc.Text = attr.Description;
desc.Padding = new Padding
{
Bottom = 25,
Top = 0,
Left = 10,
Right = 10
};
lnk.Click += (o, a) =>
{
GoToUrl?.Invoke(attr.Url);
};
fllist.Controls.Add(lnk);
fllist.Controls.Add(desc);
ControlManager.SetupControls(lnk);
lnk.Show();
desc.Show();
}
}
}
}
private List <ConsoleDebuggerActionHook> GetActionHooks(int index, IEnumerable <Keyword> allKeywords)
{
var commands = new List <ConsoleDebuggerActionHook>()
{
new ConsoleDebuggerActionHook("find (.+)", "find X: use this to test a web element locator", input =>
{
var arg = ParseArguments(input, 1).First();
var script = $@"tagMatches(getExactMatches(""{arg}""));";
(Selenium.WebDriver).RunLibraryScript(script);
DontDoAnything(index);
}),
new ConsoleDebuggerActionHook("click (.+)", "click X: use this to click on element ad-hoc", input =>
{
var arg = ParseArguments(input, 1).First();
var click = new Click(arg);
ServiceLocator.Instance.Resolve(click);
Command.SelectedKeyword = click;
Command.NextIndex = Command.NextIndex - 1;
}),
new ConsoleDebuggerActionHook("isvisible (.+)", "isvisible X: checks visibility of text", input =>
{
var arg = ParseArguments(input, 1).First();
var isVisible = new IsVisible(arg)
{
Expect = true
};
ServiceLocator.Instance.Resolve(isVisible);
Command.SelectedKeyword = isVisible;
Command.NextIndex = Command.NextIndex - 1;
}),
new ConsoleDebuggerActionHook("fill (.+) (.+)", "fill X Y: use this to fill on element ad-hoc", input =>
{
var args = ParseArguments(input, 2);
var fill = new Fill(args.First(), args.Last());
ServiceLocator.Instance.Resolve(fill);
Command.SelectedKeyword = fill;
Command.NextIndex = Command.NextIndex - 1;
}),
new ConsoleDebuggerActionHook("show", "show [left|right]: highlights buttons with their sort orders using a screen overlay", input =>
{
var args = ParseArguments(input, 1);
var show = new Show(args.First());
ServiceLocator.Instance.Resolve(show);
Command.SelectedKeyword = show;
Command.NextIndex = Command.NextIndex - 1;
}),
new ConsoleDebuggerActionHook("goto (.+)", "goto X: use this to click on element ad-hoc", input =>
{
var arg = ParseArguments(input, 1).First();
var go = new GoToUrl(arg);
ServiceLocator.Instance.Resolve(go);
Command.SelectedKeyword = go;
Command.NextIndex = Command.NextIndex - 1;
}),
new ConsoleDebuggerActionHook("restart", "restart : go back to the beginning of the test", input =>
{
Command.NextIndex = -1;
Command.RunStep = false;
}),
new ConsoleDebuggerActionHook("savehtml", "savehtml : save current page source to a new HTML file", input =>
{
var save = new SaveHtml();
ServiceLocator.Instance.Resolve(save);
Command.SelectedKeyword = save;
Command.NextIndex = Command.NextIndex - 1;
}),
new ConsoleDebuggerActionHook("run ([0-9]*)", "run <N>: runs N steps", input =>
{
var args2 = ParseArguments(input, 1);
Command.StopOnIndex = Math.Min(allKeywords.Count() - 2, index + 1 + int.Parse(args2.First()));
Command.StepThrough = false;
}),
new ConsoleDebuggerActionHook("run", "run : Run selected step", input => { Command.StepThrough = false; }),
new ConsoleDebuggerActionHook("back ([0-9]*)", "back <N>: Return selection N steps back", input =>
{
var args3 = ParseArguments(input, 1);
Command.NextIndex = Math.Max(-1, index - 1 - int.Parse(args3.First()));
Command.RunStep = false;
}),
new ConsoleDebuggerActionHook("back", "back : Return selection to previous step", input =>
{
Command.NextIndex = Math.Max(-1, index - 2);
Command.RunStep = false;
}),
new ConsoleDebuggerActionHook("skip ([0-9]*)", "skip N : Skips N steps", input =>
{
var args4 = ParseArguments(input, 1);
Command.NextIndex = Math.Min(allKeywords.Count() - 2, index - 1 + int.Parse(args4.First()));
Command.RunStep = false;
}),
new ConsoleDebuggerActionHook("skip", "skip : Skips one step", input => { Command.RunStep = false; }),
new ConsoleDebuggerActionHook("stop", "stop : Stops the test", input =>
{
Command.Break = true;
DontDoAnything(index);
}),
new ConsoleDebuggerActionHook("reload", "reload : re-reads all input files", input =>
{
foreach (var dataAccess1 in Data.DataAccesses.OfType <FileObjectAccess>())
{
dataAccess1.ForceReload();
}
Command.Reload = true;
DontDoAnything(index);
})
};
return(commands);
}
private void btnping_Click(object sender, EventArgs e)
{
GoToUrl?.Invoke("shiftnet/shiftsoft/ping");
}
