/// <summary>
/// Constructor that uses a parent instruction instead if the id is null.
/// </summary>
/// <param name="id">Instruction name or id, can be null</param>
/// <param name="parent">Parent instruction of this DataRef</param>
public DataRef(string id, Instruction parent)
{
m_ts = TestState.getOnly();
//Assert.IsNotNull(id,"Null id passed for constructing a DataRef");
//Assert.IsFalse(id == "","Empty id passed for constructing a DataRef");
Assert.IsNotNull(m_ts,"Null TestState passed for constructing a DataRef");
Assert.IsNotNull(parent,"Non-null parent instruction expected for constructing a DataRef");
// the id can be $id.data or $id or $.data or $ (parent default data)
// these may occur with suffix ';' or space
// replace all '$.' with '$genid.data'
if (id == null || id.Equals("")) id = "$";
m_id = id;
int dol = m_id.IndexOf('$');
if (dol >= 0)
{ // there are data references
string genId = "Internal#Data#Ref"+sm_next_id.ToString();
string dgenId = "$"+genId;
sm_next_id += 1;
m_id = m_id.Replace("$.",dgenId+".");
m_id = m_id.Replace("$;",dgenId+";");
m_id = m_id.Replace("$ ",dgenId+" ");
if (m_id == "$") m_id = dgenId;
if (m_id[m_id.Length-1] == '$') // last char
m_id = m_id.Substring(0,m_id.Length-1) + dgenId;
// if dgenId was substituted, add the parent to the ts list
if (-1 < m_id.IndexOf(dgenId))
m_ts.AddNamedInstruction(genId,parent);
}
else Assert.IsNotNull(id,"A DataRef has no ref prefixed with '$'. Read: "+id);
}
public override void Execute(TestState ts)
{
bool fStarted = true;
string fullPath = m_path + @"\" + m_exeName;
// if the app is already running, close it first
AppHandle app = Application;
if (app != null && app.ExePath == fullPath)
{
if (app.Process != null)
{
app.Process.Kill();
app.Process.WaitForExit(3000);
}
}
m_proc = Process.Start(fullPath);
if (m_proc == null)
fStarted = false;
m_proc.WaitForInputIdle();
while (Process.GetProcessById(m_proc.Id).MainWindowHandle == IntPtr.Zero)
Thread.Sleep(100);
if (m_proc.HasExited)
fStarted = false;
m_proc.WaitForInputIdle();
Win32.SetForegroundWindow(m_proc.MainWindowHandle);
Assertion.AssertEquals(true, fStarted);
Assertion.AssertNotNull("Null process", m_proc);
Assertion.AssertNotNull("Null window handle", m_proc.MainWindowHandle);
}
public override void Execute(TestState ts)
{
Assert.IsNotNull(m_select,"Find-extra has no select attribute");
Assert.IsTrue(m_select != "","Find-extra found an empty select attribute");
XmlElement root = Application.GuiModelRoot;
XmlNodeList parentList = root.SelectNodes(m_select);
Assert.IsNotNull(parentList,"Find-extra select = '"+m_select+"' is not valid XPATH");
Assert.IsTrue(parentList.Count > 0,"Find-extra select = '"+m_select+"' found no matching node");
Assert.AreEqual(1,parentList.Count,"Find-extra select = '"+m_select+"' found more than one matching node");
XmlNode parent = parentList[0];
m_path = Utilities.InterpretSelectedPath(parent);
if (m_path != null) m_path = Utilities.ValidatePath(m_path);
m_names = InterpretSelectedNames(parent);
base.Execute(ts);
}
public override void Execute(TestState ts)
{
AppHandle app = Application;
app.Exit(false);
Assertion.AssertNull("Non-null process", app.Process);
}
// when all the instructions pass, do-once passes
// otherwise it fails
public override void Execute()
{
// Don't call the base execute method! - want control..
// base.Execute();
if (Number == -1)
{
Number = TestState.getOnly().IncInstructionCount;
}
m_log.mark(this);
m_ExecuteTickCount = System.Environment.TickCount;
PrepareChildren(); // base method to build child instructions
// remove all wait times in this context, but only at the child level
this.RemoveWaitTime();
foreach (Instruction ins in m_instructions)
{
ins.RemoveWaitTime();
}
PassFailInContext(OnPass, OnFail, out m_onPass, out m_onFail);
AccessibilityHelper m_ah = Accessibility;
if (1 == m_logLevel)
{
m_log.paragraph(makeNameTag() + "Context is "" + m_ah.Role + ":" + m_ah.Name + """);
}
if (m_waitingFor != null && m_waitingFor != "")
{
m_waitingFor = Utilities.evalExpr(m_waitingFor);
}
int startTick = System.Environment.TickCount;
m_log.paragraph(image());
bool done = false;
bool lastPass = false; // used to allow 1 last pass over instructions after time is up
while (!done)
{
CheckForErrorDialogs(true);
// see if there are any cmds not finished
done = true; // start as if they're all done
foreach (Instruction ins in m_instructions)
{
if (!ins.Finished) // not already finished
{
// Don't assert onFail until it's the last pass (time is up)
ins.DeferAssert = !lastPass;
ins.Execute();
if (!ins.Finished) // still not finished
{
done = false;
}
}
}
m_Result = done;
AccessibilityHelper ah = null;
string title = null;
if (m_waitingFor != null && m_waitingFor != "")
{
m_Result = false; // fail if the window is not found
IntPtr foundHwndPtr = FindWindow(null, m_waitingFor);
if ((int)foundHwndPtr != 0)
{
ah = new AccessibilityHelper(foundHwndPtr);
// The ah constructor gets the topWindow if our window isn't found
// Don't want that
// ah = new AccessibilityHelper(m_waitingFor);
// get the title, the ah.Name can be different.
GuiPath path = new GuiPath("titlebar:NAMELESS");
AccessibilityHelper ah1 = ah.SearchPath(path, null);
if (ah1 != null)
{
title = ah1.Value;
}
}
}
if (ah != null)
{
m_log.paragraph(makeNameTag() + "do-once found window:" + ah.Name);
}
if (title != null)
{
m_log.paragraph(makeNameTag() + "do-once found title:" + title);
}
if (lastPass)
{
done = true;
}
if (title != null && title == m_waitingFor)
{
lastPass = true; // A window may appear a bit later
m_Result = true;
}
// once time is up, allow finial pass over instructions allowing asserts as needed
if (!lastPass)
{
lastPass = Utilities.NumTicks(startTick, System.Environment.TickCount) > m_waitTicks;
}
} // end of while loop
Logger.getOnly().result(this);
Finished = true; // tell do-once it's done
if (m_onPass == "assert" && m_Result == true)
{
m_log.fail(makeNameTag() + "do-once accomplished its task(s) but was not supposed to.");
}
if (m_onFail == "assert" && m_Result == false)
{
m_log.fail(makeNameTag() + "do-once did not accomplish all of its tasks.");
}
}
public void Init()
{
m_ts = TestState.getOnly("LT");
m_ts.Script = "TestStateTest.xml";
}
// look for the expected dialog to appear. If it does, make an accessibilty
// helper for it.
public override void Execute()
{
// base.Execute(ts); // can't call this yet as it executes the children
WaitMsec(); // do call this but make sure Wait is reset to zero!
Wait = 0; // reset to zero so there is no delay after the dialog is found.
// number is needed in diagnostics for the log
if (Number == -1)
{
Number = TestState.getOnly().IncInstructionCount;
}
/// If present, use the selected dialog model title
Context con = (Context)Ancestor(typeof(Context));
if (m_select != null && m_select != "")
{ // make a new model context node and move dialog's children to it
m_select = Utilities.evalExpr(m_select);
XmlDocument doc = m_elt.OwnerDocument;
XmlElement modElt = doc.CreateElement("model");
modElt.SetAttribute("select", m_select);
XmlNodeList children = m_elt.ChildNodes;
int count = children.Count;
while (count > 0)
{ // move dialog children to model
XmlNode child = children.Item(0); //get the first child
modElt.AppendChild(child); // automatically removed from m_elt!!
count = children.Count;
}
m_elt.AppendChild(modElt);
// set the title to look for
// can only have one text node
XmlNodeList pathNodes = Instructionator.selectNodes(this, m_select, makeName());
m_log.isNotNull(pathNodes, makeNameTag() + " select='" + m_select + "' returned no model");
m_log.isTrue(pathNodes.Count > 0, makeNameTag() + " select='" + m_select + "' returned no model nodes");
// This is the model node
XmlNode modNode = pathNodes.Item(0);
if (m_title == null || m_title == "")
{ // no title override, so set the title from the model
string titleCheck = XmlFiler.getAttribute(modNode, "title");
if (titleCheck != null)
{
m_title = titleCheck;
m_log.paragraph("on-dialog title set from selected model " + titleCheck);
}
}
else
{
m_log.paragraph("on-dialog title set from @title " + m_title);
}
string nameCheck = XmlFiler.getAttribute(modNode, "name");
if (nameCheck != null)
{
m_name = nameCheck;
m_log.paragraph("on-dialog name set from selected model " + nameCheck);
}
m_select = null; // can only do this one time in do-once or model
}
// if no name, try title
if (m_title != null && m_title != "" && (m_name == null || m_name == ""))
{
m_name = m_title;
}
m_log.isNotNull(m_title, makeNameTag() + " No @title in script or model for this dialog.");
m_log.isFalse(m_title == "", makeNameTag() + " @title in script or model is blank.");
m_log.isFalse(m_name == null && !m_title.StartsWith("rexp#"), makeNameTag() + " No @name step in script or model for this dialog.");
m_log.isFalse(m_name == "" && !m_title.StartsWith("rexp#"), makeNameTag() + " @name step in script or model is blank.");
//if (m_title != null && m_title != "") m_title = Utilities.evalExpr(m_title);
//if (m_name != null && m_name != "") m_name = Utilities.evalExpr(m_name);
m_title = Utilities.evalExpr(m_title);
m_name = Utilities.evalExpr(m_name);
m_log.paragraph(image());
if (Application != null)
{
try { Application.Process.WaitForInputIdle(); }
catch (Win32Exception e)
{ m_log.paragraph(makeNameTag() + " WaitForInputIdle: " + e.Message); }
}
// Give the window m_Rest seconds to show up
int startTick = System.Environment.TickCount;
IntPtr foundHwndPtr;
string name = null;
Regex rx = null;
if (m_title != null && m_title.StartsWith("rexp#"))
{ // Create a regular expression object
try { rx = new Regex(m_title.Substring(5)); }
catch (ArgumentException e)
{
m_log.fail(makeNameTag() + " title from rexp# [" + m_title.Substring(5)
+ "] error: " + e.Message);
}
}
while (!m_found)
{ // If there is a regular expression, try it.
if (rx != null)
{ // try the main window name then other windows it may own via the regular expression
m_log.paragraph("Searching all processes");
Process[] allProcs = Process.GetProcesses();
for (int p = 0; p < allProcs.Length; p++)
{
Process pro = allProcs[p];
try {
if (rx.IsMatch(pro.MainWindowTitle))
{
m_found = true;
m_ah = new AccessibilityHelper(pro.Handle);
break;
}
}
catch (Exception e) {
m_log.paragraph(makeNameTag() + " main title from rexp# [" + m_title.Substring(5)
+ "] process error: " + e.Message);
}
#region Attempt to explore process threads - useful?
// try the windows that belong to this process
/*try {
* foreach (ProcessThread pt in pro.Threads)
* {
*
* string para = "on-dialog matching proc [" + pro.ProcessName + ":";
* if (pt.Site != null) para += pt.Site.Name + "]";
* else para += "]";
* m_log.paragraph(para);
* if (pt.Site != null && rx.IsMatch(pt.Site.Name)) {
* m_found = true;
* m_ah = new AccessibilityHelper(pro.Handle);
* break;
* }
* }
* }
* catch (Exception e)
* {
* m_log.paragraph("on-dialog title from rexp# [" + m_title.Substring(5)
+ "] process error: " + e.Message);
+ } */
#endregion
}
}
if (!m_found)
{ // get the window handle for windows with the right name
// unfortuneately, other windows, or partially formed windows
// seem to be obtained too.
m_log.paragraph("Searching the desktop for a window via FindWindow");
if (rx != null)
{
foundHwndPtr = FindWindow(null, null);
}
else
{
foundHwndPtr = FindWindow(null, m_title);
}
if ((int)foundHwndPtr != 0)
{ // is this the window? Is it completely formed?
m_ah = new AccessibilityHelper(foundHwndPtr);
if (m_ah == null)
{
m_log.paragraph(makeNameTag() + " Obtained window with no Accessibiilty!");
}
else // this window has accessibility - hope it's fully built
{ // is this or one of its children the window?
name = m_ah.Name; //when name1 = "", m_ah is probably bad - i.e. not an object
if (name == "")
{
} // do nothing, keep looking
else if (name.Equals(m_title) || name.Equals(this.m_name))
{ // this is likely it
m_found = true;
}
else // m_ah might be the ah for the main app or dialog window
{ // Maybe one of its children is the window we want
m_log.paragraph("Searching for a child window");
m_ah = m_ah.FindChild(m_title, AccessibleRole.Dialog);
if (m_ah != null)
{ // is this the window?
name = m_ah.Name; // name1 can't be null
if (name == "")
{
} // do nothing, keep looking
else if (name.Equals(m_title) || name.Equals(this.m_name))
{ // this might be it
m_found = true;
}
}
}
}
}
}
if (Utilities.NumTicks(startTick, System.Environment.TickCount) > m_until)
{
break; // time is up
}
System.Threading.Thread.Sleep(100);
}
m_Rest = 0; // don't wait later when base.Execute is invoked
if (m_found)
{
m_DlgHwndStack.Push(m_ah.HWnd);
}
else
{ // Didn't find the window
m_ah = null;
}
string contextPass, contextFail;
PassFailInContext(OnPass, OnFail, out contextPass, out contextFail); // out m_onPass, out m_onFail);
m_log.paragraph(makeNameTag() + " passIn=" + OnPass + " failIn=" + OnFail + " pass="******" fail=" + contextFail);
if (!m_found && contextFail == "skip")
{
return; // quietly exit
}
m_log.isTrue(m_found, makeNameTag() + m_title + @"' was not created or not accessible");
if (name == null)
{
m_log.paragraph(makeNameTag() + " Wierd: ah exists but name was null - should NEVER happen!!");
name = "";
}
if (contextPass == "assert")
{
m_log.fail(makeNameTag() + m_title + " was not supposed to display.");
}
base.Execute();
m_log.result(this);
base.Finished = true; // finished processing this dialog context
m_DlgHwndStack.Pop();
if (m_DlgHwndStack.Count > 0)
{
int hwnd = (int)m_DlgHwndStack.Peek();
SendMessage((IntPtr)hwnd,
(int)Msg.WM_SETFOCUS, 0, 0);
m_log.paragraph(makeNameTag() + " Sent Focus message to containing context object");
// m_ah.Parent.SendWindowMessage((int)SIL.FieldWorks.Common.Utils.Win32.WinMsgs.WM_SETFOCUS,0,0);
}
}
/// <summary>
/// Execute method.
/// If not already bound, this variable will be assigned a vaule.
/// The variable may be bound when it is "built" or "interpreted".
/// If bound when built, the variable may only reference preceding
/// instruction settings (not results) and other built-bound vars.
///
/// When there is reg, env or set data, it replaces the old data.
/// When there is add data, it is added if old and add are numbers,
/// or it is appended to the old data.
/// When there is set and add data, set replaces the old data and
/// add is added or appended.
/// @env and @reg get values from the environment and the registry.
/// The order of concatenation is @reg, @env, @set then @add.
/// </summary>
public override void Execute()
{ // Bind the variable to a value if not already bound
if (!m_bound)
{ // not already bound.
m_log = Logger.getOnly(); // the log set in Instruction creation may be in another TestState
TestState ts = TestState.getOnly();
Instruction ins = ts.Instruction(m_id);
if (ins != null)
{ // already one with this name
m_val = ins.GetDataImage(null);
m_log.paragraph(makeNameTag() + "Found var " + m_id + " with value=" + m_val);
// remove the old ins from ts
ts.RemoveInstruction(m_id);
if (m_reg != null || m_env != null || m_set != null)
{
m_val = null; // don't use previous value
}
}
if (m_reg != null)
{
string value = null;
string key;
RegistryKey regkey = Utilities.parseRegKey(m_reg, out key);
if (regkey != null)
{
RegistryValueKind rvk = regkey.GetValueKind(key);
switch (rvk)
{
case RegistryValueKind.Binary:
m_log.paragraph(makeNameTag() + "Reg key is Binary");
value = Convert.ToString(regkey.GetValue(key));
break;
case RegistryValueKind.DWord:
m_log.paragraph(makeNameTag() + "Reg key is DWord");
value = Convert.ToString(regkey.GetValue(key));
break;
case RegistryValueKind.ExpandString:
m_log.paragraph(makeNameTag() + "Reg key is ExpandString");
value = Convert.ToString(regkey.GetValue(key));
break;
case RegistryValueKind.MultiString:
m_log.paragraph(makeNameTag() + "Reg key is MultiString");
value = Convert.ToString(regkey.GetValue(key));
break;
case RegistryValueKind.QWord:
m_log.paragraph(makeNameTag() + "Reg key is QWord");
value = Convert.ToString(regkey.GetValue(key));
break;
case RegistryValueKind.String:
value = (string)regkey.GetValue(key);
break;
case RegistryValueKind.Unknown:
m_log.paragraph(makeNameTag() + "Reg key is Unknown");
break;
}
regkey.Close();
}
else
{
m_log.paragraph(makeNameTag() + "Invalid Reisitry path: " + m_reg);
}
if (value != null)
{
m_val += value;
}
}
if (m_env != null)
{ // try the process then the user then the machine environment variables.
string value = Environment.GetEnvironmentVariable(m_env, EnvironmentVariableTarget.Process);
if (value == null)
{
value = Environment.GetEnvironmentVariable(m_env, EnvironmentVariableTarget.User);
}
if (value == null)
{
value = Environment.GetEnvironmentVariable(m_env, EnvironmentVariableTarget.Machine);
}
if (value != null)
{
m_val += value;
}
}
if (m_set != null)
{
m_val += Utilities.evalExpr(m_set);
}
if (m_add != null)
{ // add the old and new
string newVal = Utilities.evalExpr(m_add);
if (Utilities.IsNumber(newVal) && Utilities.IsNumber(m_val))
{
try
{
double old = double.Parse(m_val);
double add = double.Parse(newVal);
double sum = old + add;
m_log.paragraph(makeNameTag() + "Variable(" + m_id + ") = " + old + " + " + add + " = " + sum);
m_val = System.Convert.ToString(sum);
}
catch
{
m_log.fail(makeNameTag() + "Variable(" + m_id + ") = " + m_val + " + " + m_add + " does not compute!");
}
}
else
{
m_log.paragraph(makeNameTag() + "Text add: Variable(" + m_id + ") = " + m_val + " + " + newVal);
m_val += newVal; // append as strings
}
}
else
// even if there was a previous var, but m_add was null,
// then m_val is null if nothing was m_set!
if (m_set == null)
{
m_val = null;
}
if (m_file_exists != null && m_val != null)
{ // append the file name to the reg and/or env value.
if (File.Exists(m_val))
{
m_val = m_file_exists;
}
else
{
m_val = "#not-exists#";
}
}
ts.AddNamedInstruction(m_id, this);
}
m_bound = true;
base.Execute();
Finished = true; // tell do-once it's done
}
/// <summary>
/// Execute this model node context, specified by @select and
/// creating and executing child instructions.
/// </summary>
public override void Execute()
{
base.Execute();
if (m_created)
{
Finished = true; // tell do-once it's done
return; // all has been done in the base Context.Execute().
}
Context con = (Context)Ancestor(typeof(Context));
isNotNull(con, makeNameTag() + " must occur in some context");
AccessibilityHelper ah = con.Accessibility;
isNotNull(ah, makeNameTag() + " context is not accessible");
// If there is a @select, select the nodes
if (m_select != null && m_select != "")
{ // each node or attribute selected creates a context
m_log.paragraph(makeNameTag() + " creating selection targets via " + m_select);
XmlNodeList pathNodes = XmlInstructionBuilder.selectNodes(con, m_select, makeNameTag());
isNotNull(pathNodes, makeNameTag() + " select='" + m_select + "' returned no model nodes");
// The select text may have selected a string that is itself xPath!
// If so, select on that xPath
if (pathNodes.Count == 1 && pathNodes.Item(0).NodeType == XmlNodeType.Text)
{ // this text node should be an xpath statement
string xPath = pathNodes.Item(0).Value;
m_log.paragraph(makeNameTag() + " selected a text node with more XPATH: " + xPath);
pathNodes = XmlInstructionBuilder.selectNodes(con, xPath, makeNameTag() + " selecting " + xPath);
isNotNull(pathNodes, makeNameTag() + " selecting " + xPath + " from select='" + m_select + "' returned no model nodes");
}
// Create a list of paths to loop over
Model lastModel = this; // use as an insert reference node
foreach (XmlNode node in pathNodes)
{ // build the path via each model node
XmlPath xPath = new XmlPath(node);
// xPath may be invalid - it means it has no guiPath
//if (!xPath.isValid()) fail(makeNameTag() + " XmlPath not constructable from " + node.OuterXml);
if (1 == m_logLevel)
{
m_log.paragraph(makeNameTag() + " appPath " + xPath.xPath());
m_log.paragraph(makeNameTag() + " guiPath " + xPath.Path);
}
Model model = new Model();
model.m_created = true;
model.m_modelNode = xPath;
model.m_path = xPath.Path;
model.m_select = xPath.xPath();
model.m_when = m_when;
model.m_name = XmlFiler.getAttribute(node, "name");
model.m_role = XmlFiler.getAttribute(node, "role");
model.m_nodeName = node.Name;
model.Number = TestState.getOnly().IncInstructionCount;
model.Id += (model.Number - Number).ToString();
model.Parent = con;
con.Add(lastModel, model);
lastModel = model; // insert the next one after this one.
m_log.mark(model); // log the progress of interpretation
// if there is content, add instructions to the new model context
if (m_elt.HasChildNodes)
{
foreach (XmlNode xnChild in m_elt.ChildNodes)
{ // a side-effect of MakeShell is to add the instruction to the model
XmlInstructionBuilder.MakeShell(xnChild, model);
}
}
}
}
Finished = true; // tell do-once it's done
}
public void Init()
{
m_ts = TestState.getOnly("LT");
m_ts.Script = "TestStateTest.xml";
}
public void evalExpr()
{
TestState ts = TestState.getOnly("LT");
ts.Script = "UtilitiesTest.xml";
SelectText ins1 = new SelectText();
ts.AddNamedInstruction("one", ins1);
ins1.Path = "window:cleaner/item:dust";
// note: ins1 has no default data set (ie. $one.text = null)
Var ins2 = new Var();
ts.AddNamedInstruction("_two", ins2);
ins2.Set = " how's this??";
Var ins3 = new Var();
ts.AddNamedInstruction("thr-ee", ins3);
ins3.Set = "And $_two; this should be ignored?";
ins2.Execute();
ins3.Execute();
string result = Utilities.evalExpr("$one");
Assert.AreEqual(null, result);
result = Utilities.evalExpr("$one;");
Assert.AreEqual(null, result);
result = Utilities.evalExpr("$one ");
Assert.AreEqual(" ", result);
result = Utilities.evalExpr(" $one");
Assert.AreEqual(" ", result);
result = Utilities.evalExpr("$one; ");
Assert.AreEqual(" ", result);
result = Utilities.evalExpr(";$one; ");
Assert.AreEqual("; ", result);
result = Utilities.evalExpr(";$one;;");
Assert.AreEqual(";;", result);
result = Utilities.evalExpr("$one1");
Assert.AreEqual("$one1", result);
result = Utilities.evalExpr("$on;e");
Assert.AreEqual("$on;e", result);
result = Utilities.evalExpr("$_two");
Assert.AreEqual(" how's this??", result);
result = Utilities.evalExpr("$_two;");
Assert.AreEqual(" how's this??", result);
result = Utilities.evalExpr("$_two ");
Assert.AreEqual(" how's this?? ", result);
result = Utilities.evalExpr(" $_two");
Assert.AreEqual(" how's this??", result);
result = Utilities.evalExpr("$_two; ");
Assert.AreEqual(" how's this?? ", result);
result = Utilities.evalExpr(";$_two; ");
Assert.AreEqual("; how's this?? ", result);
result = Utilities.evalExpr(";$_two;;");
Assert.AreEqual("; how's this??;", result);
result = Utilities.evalExpr("$_two1");
Assert.AreEqual("$_two1", result);
result = Utilities.evalExpr("$_tw;o");
Assert.AreEqual("$_tw;o", result);
result = Utilities.evalExpr("$one.;");
Assert.AreEqual(null, result);
result = Utilities.evalExpr("$one..;");
Assert.AreEqual("[select-text-1 does not have data for '.']", result);
result = Utilities.evalExpr("$one.path");
Assert.AreEqual("window:cleaner/item:dust", result);
result = Utilities.evalExpr("$one.path;");
Assert.AreEqual("window:cleaner/item:dust", result);
result = Utilities.evalExpr("$one.path.;");
Assert.AreEqual("[select-text-1 does not have data for 'path.']", result);
result = Utilities.evalExpr("text$one;$_two;$thr-ee");
Assert.AreEqual("text how's this??And how's this?? this should be ignored?", result);
result = Utilities.evalExpr("text$one;$_two;$thr-ee");
Assert.AreEqual("text how's this??And how's this?? this should be ignored?", result);
result = Utilities.evalExpr("text$one.path;$_two;$thr-ee OK");
Assert.AreEqual("textwindow:cleaner/item:dust how's this??And how's this?? this should be ignored? OK", result);
result = Utilities.evalExpr("text $_two $one.path OK");
Assert.AreEqual("text how's this?? window:cleaner/item:dust OK", result);
}
static public TestState getOnly(string appSymbol)
{
m_ts = new TestState(appSymbol);
return m_ts;
}
/// <summary>
/// Interpret a node as some kind of Instruction.
/// Make the class but don't process its child instructions if any.
/// Don't execute the instruction.
/// Some instructions do not return objects:
/// bug - a bug annotation element
/// #comment
/// #significant-whitespace
/// #whitespace
/// The ones with '#' are generated by the XML parser.
/// </summary>
/// <param name="xn">The XML repersentation of the instruction to be checked</param>
/// <param name="con">The current context object</param>
/// <returns>Returns an unexecuted instruction or null</returns>
static public Instruction MakeShell(XmlNode xn, Context con)
{
// number the context if it doesn't have one yet to avoid depth-first numbering.
if (con != null && con.Number == -1)
{
con.Number = TestState.getOnly().IncInstructionCount;
}
switch (xn.Name)
{ // cases listed in ascending alphabetical order
case "beep":
return(CreateBeep(xn, con));
case "click":
return(CreateClick(xn, con));
case "do-once":
return(CreateDoOnceContext(xn, con));
case "file-comp":
return(CreateFileComp(xn, con));
case "garbage":
return(CreateGarbage(xn, con));
case "glimpse":
return(CreateGlimpse(xn, con));
case "glimpse-extra":
return(CreateGlimpseExtra(xn, con));
case "hover-over":
return(CreateHoverOver(xn, con));
case "include":
return(CreateInclude(xn, con));
case "insert":
return(CreateInsert(xn, con));
case "if":
return(CreateIf(xn, con));
case "match-strings":
return(CreateMatchStrings(xn, con));
case "model":
return(CreateModelContext(xn, con));
case "monitor-time":
return(CreateTime(xn, con));
case "on-application":
return(CreateApplicationContext(xn, con));
case "on-desktop":
return(CreateDesktopContext(xn, con));
case "on-dialog":
return(CreateDialogContext(xn, con));
case "on-startup":
return(CreateStartUpContext(xn, con));
case "registry":
return(CreateRegistry(xn, con));
case "skip":
return(new Skip());
case "sound":
return(CreateSound(xn, con));
case "select-text":
return(CreateSelectText(xn, con));
case "var":
return(CreateVar(xn, con));
case "bug": // bug annotation element
case "#comment": // ignore comments, etc..
case "#significant-whitespace":
case "#whitespace":
return(null);
default:
Logger.getOnly().fail("Unexpected instruction <" + xn.Name + "> found");
break;
}
return(null);
}
/// <summary>
/// Initialize this context parameters and gui model access.
/// Call after all parameters have been set and before execution of any
/// script instructions.
/// </summary>
public void Configure()
{
TestState ts = null;
if (m_gui != null && m_gui != "")
{ // use the specified Gui Config data
ts = new TestState(m_gui);
}
else ts = TestState.getOnly(); // the test fixture state
if (m_path == null) m_path = ts.getAppPath();
if (m_exeName == null) m_exeName = ts.getAppExe();
m_GuiModel = ts.getModelName();
m_GuiModelPath = ts.getModelPath();
m_model_root = getXmlModelRoot();
}
/// <summary>
/// Read instruction file.
/// Interpret script nodes according to tne instruction file.
/// Make the class but don't process its child instructions if any.
/// Don't execute the instruction.
/// </summary>
/// <param name="xn">The XML repersentation of the instruction to be checked</param>
/// <param name="con">The current context object</param>
/// <returns>Returns an unexecuted instruction or null</returns>
static public Instruction MakeShell(XmlNode xn, Context con)
{
Logger.getOnly().isNotNull(xn, "Instruction can't be created from nothing!");
if (m_actPrototypes == null) {
Logger.getOnly().fail("Can not create: No instruction prototypes loaded.");
return null;
}
Instruction FluffedInstruction = null;
// number the context if it doesn't have one yet to avoid depth-first numbering.
if (con != null && con.Number == -1) con.Number = TestState.getOnly().IncInstructionCount;
// figure out what to do with this node
switch (xn.Name)
{
case "#comment": // ignore comments, etc..
case "#significant-whitespace":
case "#whitespace":
case "#text":
break;
default: // Find the instruction prototype based on node name.
InsPrototype prototype = findPrototype(xn.Name, m_actPrototypes);
if (prototype != null)
{
var AtValues = new ArrayList();
ArrayList atts = prototype.Attributes;
Logger.getOnly().startList("Instruction " + prototype.Name);
XmlAttributeCollection atNodes = xn.Attributes;
if (atNodes != null && atts != null)
{
foreach (XmlAttribute atx in atNodes)
{ // find each attribute in the prototype
string atValue = null;
foreach (Attribute at in atts)
{
if (at.Name == atx.Name)
{ // its this one
atValue = XmlFiler.getAttribute(xn, at.Name);
if (atValue != null && at.Name != "log")
{ // log is dealt with in AddInstruction()
var atVar = new Attribute(at.Name, atValue, at.Value);
AtValues.Add(atVar);
Logger.getOnly().listItem(" " + atx.Name + "=" + atValue);
break;
}
}
}
if (atValue == null)
{ // This attribute is not expected: make it a variable
// Add it as a var instruction so it gets bound at the right time
// Use <var id="atx.Name" set="atValue"/>
var var = new Var();
var.Id = atx.Name;
var.Set = XmlFiler.getAttribute(xn, atx.Name);
// Add the var to the growing list of instructions
AddInstruction(xn, var, con);
Logger.getOnly().paragraph("Added <var id=\"" + var.Id + "\" set=\"" + var.Set + "\"/>");
}
}
}
Logger.getOnly().endList();
// Create the instruction using prototype.Name, AtValues.Name and AtValues.Value
string protoName = XmlNameToCName(prototype.Name);
string protoNameQ = prefix + protoName;
Assembly assem = Assembly.GetExecutingAssembly();
// All instruction classes must have empty constructors
Object protoInstruction = null;
try { protoInstruction = assem.CreateInstance(protoNameQ, true,
BindingFlags.CreateInstance, null, null, null, null);}
catch (Exception e) { Logger.getOnly().fail("Instruction " + protoName + " not created: " + e.Message); }
Logger.getOnly().isNotNull(protoInstruction, "Instruction " + protoName + " is DOA");
FluffedInstruction = (Instruction)protoInstruction;
foreach (Attribute at in AtValues)
{ // Call each setter to set the instruction properties.
int number = 0;
UInt32 unsigned = 0;
string primative = "string";
if (at.Type == "msec" || at.Type == "int" || at.Type.Contains("[0-10]"))
{
try
{
number = Convert.ToInt32(at.Value);
primative = "int";
}
catch (FormatException) { }
}
if (at.Type == "m-sec" || at.Type == "hz")
{
try
{
unsigned = Convert.ToUInt32(at.Value, 10);
primative = "UInt32";
}
catch (FormatException) { }
}
if (primative == "string" && at.Type.Contains("|"))
{
string[] enumList = makeEnumList(at.Type);
foreach (string value in enumList)
{
if (value == at.Value)
{
primative = value;
break;
}
}
if (primative == "string")
Logger.getOnly().fail("Invalid enum {" + at.Value + "} for " + protoNameQ + "." + at.Name + "(" + at.Type + ")");
}
string propName = XmlNameToCName(at.Name);
string propNameQ = protoNameQ + "." + XmlNameToCName(at.Name);
PropertyInfo pi = null;
MethodInfo m = null;
try
{
if (primative == "int")
{
pi = assem.GetType(protoNameQ).GetProperty(propName, typeof(int));
m = pi.GetSetMethod();
m.Invoke(protoInstruction, new Object[] { number });
}
else if (primative == "UInt32")
{
pi = assem.GetType(protoNameQ).GetProperty(propName, typeof(UInt32));
m = pi.GetSetMethod();
m.Invoke(protoInstruction, new Object[] { unsigned });
}
else
{
Type t = assem.GetType(protoNameQ);
pi = t.GetProperty(propName, typeof(string));
m = pi.GetSetMethod();
m.Invoke(protoInstruction, new Object[] { at.Value });
}
}
catch
{ Logger.getOnly().fail(" Can't find setter: " + protoNameQ + "." + propName + "(" + at.Type + ") using value {" + at.Value + "}"); }
if (at.Name == "id" && protoName != "Var")
TestState.getOnly().AddNamedInstruction(at.Value, FluffedInstruction);
} // end of process attributes
// Call the finishCreation method
FluffedInstruction.finishCreation(xn, con);
//if (prototype.Name != "if" &&
// prototype.Name != "then" && prototype.Name != "else")
// Add the instruction to the growing list of instructions
AddInstruction(xn, FluffedInstruction, con);
}
else
{
bool unknown = true;
if (m_pasPrototypes != null)
{
InsPrototype IgnoredPrototype = findPrototype(xn.Name, m_pasPrototypes);
if (IgnoredPrototype != null) unknown = false;
}
if (unknown) Logger.getOnly().fail("Can't make <" + xn.Name + "> instruction");
}
break;
}
return FluffedInstruction;
}
static public TestState getOnly(string appSymbol)
{
m_ts = new TestState(appSymbol);
return(m_ts);
}