private void Doc_MouseMove(object sender, MouseEventArgs e)
{
// Get the current mouse position
Point mousePos = e.GetPosition(null);
Vector diff = startPoint - mousePos;
if (e.LeftButton == MouseButtonState.Pressed &&
(Math.Abs(diff.X) > SystemParameters.MinimumHorizontalDragDistance ||
Math.Abs(diff.Y) > SystemParameters.MinimumVerticalDragDistance))
{
// Get the dragged ListViewItem
ListView listView = sender as ListView;
ListViewItem listViewItem = FindAnchestor <ListViewItem>((DependencyObject)e.OriginalSource);
if (listViewItem == null)
{
return; // Abort
}
// Find the data behind the ListViewItem
DocClass item = (DocClass)listView.ItemContainerGenerator.ItemFromContainer(listViewItem);
if (item == null)
{
return; // Abort
}
// Initialize the drag & drop operation
startIndex = DocListView.SelectedIndex;
DataObject dragData = new DataObject("docs", item);
DragDrop.DoDragDrop(listViewItem, dragData, DragDropEffects.Copy | DragDropEffects.Move);
}
}
public void Test26()
{
Initial();
int[] dateCheat = { 02, 04, 2018 };
Student p1 = new Student("p1");
Student p2 = new Student("p2");
Student p3 = new Student("p3");
Student s = new Student("s");
Student v = new Student("v");
DocClass d3 = new DocClass("Null References: The Billion Dollar Mistake");
p1.CheckOut(d3.ID, dateCheat);
p2.CheckOut(d3.ID, dateCheat);
s.CheckOut(d3.ID, dateCheat);
v.CheckOut(d3.ID, dateCheat);
p3.CheckOut(d3.ID, dateCheat);
PriorityQueue <int> pq = SDM.LMS.LoadPQ(d3.ID);
Debug.Assert(pq.Pop() == s.PersonID);
Debug.Assert(pq.Pop() == v.PersonID);
Debug.Assert(pq.Pop() == p3.PersonID);
}
public void Test29()
{
Test26();
int[] dateCheat = { 02, 04, 2018 };
Faculty p1 = new Faculty("p1");
Faculty p2 = new Faculty("p2");
Student p3 = new Student("p3");
Student s = new Student("s");
Student v = new Student("v");
DocClass d3 = new DocClass("Null References: The Billion Dollar Mistake");
p1.RenewDoc(d3.ID, dateCheat);
List <CheckedOut> checkedOuts = SDM.LMS.GetCheckoutsList("p1");
Debug.Assert(checkedOuts.First().CheckOutTime == 16);
Debug.Assert(checkedOuts.First().DocumentCheckedOut == "Null References: The Billion Dollar Mistake");
PriorityQueue <int> pq = SDM.LMS.LoadPQ(d3.ID);
Debug.Assert(pq.Pop() == s.PersonID);
Debug.Assert(pq.Pop() == v.PersonID);
Debug.Assert(pq.Pop() == p3.PersonID);
}
/// <summary>
/// Create a type defrinition for the given class file and all inner classes.
/// </summary>
public override void CreateType(NetTypeDefinition declaringType, NetModule module, TargetFramework target)
{
if (declaringType != null)
{
throw new ArgumentException("Declaring type should be null");
}
docClass = target.GetXmlClass(cf);
var fullName = GetFullName();
var dotIndex = fullName.LastIndexOf('.');
var ns = (dotIndex > 0) ? NameConverter.UpperCamelCase(fullName.Substring(0, dotIndex)) : String.Empty;
var name = (dotIndex > 0) ? NameConverter.UpperCamelCase(fullName.Substring(dotIndex + 1)) : fullName;
name = CreateTypeName(null, cf, name, ns);
typeDef = new NetTypeDefinition(cf, target, module.Scope);
typeDef.Name = name;
typeDef.Namespace = ns;
typeDef.OriginalJavaClassName = cf.ClassName;
typeDef.Attributes = GetAttributes(cf, cf.Fields.Any());
typeDef.IgnoreGenericArguments = !AddGenericParameters;
typeDef.Description = (docClass != null) ? docClass.Description : null;
module.Types.Add(typeDef);
// Prepare generics
CreateGenericParameters(cf, typeDef);
// Add mapping
var finalFullName = string.IsNullOrEmpty(ns) ? name : ns + "." + name;
RegisterType(target, cf, typeDef);
CreateNestedTypes(cf, typeDef, finalFullName, module, target);
}
public void Test21()
{
Initial();
int[] timeCheat = { 05, 03, 2018 };
DateTime Now = new DateTime(2018, 04, 02);
Faculty p1 = new Faculty("p1");
Student s = new Student("s");
VisitingProfessor v = new VisitingProfessor("v");
DocClass d1 = new DocClass("Introduction to Algorithms");
DocClass d2 = new DocClass("Design Patterns: Elements of Reusable Object-Oriented Software");
p1.CheckOut(d1.ID, timeCheat);
p1.CheckOut(d2.ID, timeCheat);
s.CheckOut(d1.ID, timeCheat);
s.CheckOut(d2.ID, timeCheat);
v.CheckOut(d1.ID, timeCheat);
v.CheckOut(d2.ID, timeCheat);
Debug.Assert(SDM.LMS.OverdueTime(p1.PersonID, d1.ID, Now) == 0);
Debug.Assert(SDM.LMS.OverdueTime(p1.PersonID, d2.ID, Now) == 0);
Debug.Assert(SDM.LMS.GetUserFineForDoc(p1.PersonID, d1.ID, Now) == 0);
Debug.Assert(SDM.LMS.GetUserFineForDoc(p1.PersonID, d2.ID, Now) == 0);
Debug.Assert(SDM.LMS.OverdueTime(s.PersonID, d1.ID, Now) == 7);
Debug.Assert(SDM.LMS.OverdueTime(s.PersonID, d2.ID, Now) == 14);
Debug.Assert(SDM.LMS.GetUserFineForDoc(s.PersonID, d1.ID, Now) == 700);
Debug.Assert(SDM.LMS.GetUserFineForDoc(s.PersonID, d2.ID, Now) == 1400);
Debug.Assert(SDM.LMS.OverdueTime(v.PersonID, d1.ID, Now) == 21);
Debug.Assert(SDM.LMS.OverdueTime(v.PersonID, d2.ID, Now) == 21);
Debug.Assert(SDM.LMS.GetUserFineForDoc(v.PersonID, d1.ID, Now) == 2100);
Debug.Assert(SDM.LMS.GetUserFineForDoc(v.PersonID, d2.ID, Now) == 1700);
}
public void Test23()
{
Initial();
int[] timeCheat = { 31, 03, 2018 };
Librarian lb = new Librarian("lb");
Faculty p1 = new Faculty("p1");
Student s = new Student("s");
VisitingProfessor v = new VisitingProfessor("v");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
DocClass d1 = new DocClass("Introduction to Algorithms");
DocClass d2 = new DocClass("Design Patterns: Elements of Reusable Object-Oriented Software");
p1.CheckOut(d1.ID, timeCheat);
s.CheckOut(d2.ID, timeCheat);
v.CheckOut(d2.ID, timeCheat);
lb.OutstandingRequest(d2.ID);
timeCheat = new int[] { 02, 04, 2018 };
DateTime Now = new DateTime(2018, 04, 14);
p1.RenewDoc(d1.ID, timeCheat);
s.RenewDoc(d2.ID, timeCheat);
v.RenewDoc(d2.ID, timeCheat);
Debug.Assert(SDM.LMS.GetCheckout(p1.PersonID, d1.ID).TimeToBack.Day == 30);
Debug.Assert(SDM.LMS.GetCheckout(s.PersonID, d2.ID).TimeToBack.Day == Now.Day);
Now = new DateTime(2018, 04, 07);
Debug.Assert(SDM.LMS.GetCheckout(v.PersonID, d2.ID).TimeToBack.Day == Now.Day);
}
public void Test4()
{
SDM.LMS.ClearDB();
SDM.LMS.RegisterUser("st", "st", "st", "st", "st", false);
SDM.LMS.RegisterUser("ft", "ft", "ft", "ft", "ft", false);
SDM.LMS.RegisterUser("lb", "lb", "lb", "lb", "lb", true);
Student st = new Student("st");
Faculty ft = new Faculty("ft");
Librarian lb = new Librarian("lb");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
lb.AddBook("b", "B", "B", 0, "B", "B", 0, true, 1, "");
DocClass b = new DocClass("b");
st.CheckOut(b.ID);
Debug.Assert(SDM.LMS.GetUser(lb.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(ft.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(st.PersonID) != null);
Debug.Assert(SDM.LMS.GetDoc(b.ID) != null);
Debug.Assert(b.Quantity == 0);
Debug.Assert(SDM.LMS.GetUserBooks(st.PersonID, 7, "").Count == 1);
DataBase.Checkouts checkouts = SDM.LMS.GetCheckout(st.PersonID, b.ID);
Debug.Assert(checkouts.TimeToBack.Subtract((DateTime)checkouts.DateTaked).TotalDays / 7 == 2);
}
public void Test10()
{
SDM.LMS.ClearDB();
SDM.LMS.RegisterUser("st", "st", "st", "st", "st", false);
SDM.LMS.RegisterUser("lb", "lb", "lb", "lb", "lb", true);
Student st = new Student("st");
Librarian lb = new Librarian("lb");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
lb.AddBook("b", "B", "B", 0, "B", "B", 0, false, 1, "");
lb.AddBook("a", "A", "A", 0, "A", "A", 0, false, 0, "");
DocClass b = new DocClass("b");
DocClass a = new DocClass("a");
st.CheckOut(a.ID);
st.CheckOut(b.ID);
Debug.Assert(SDM.LMS.GetUser(lb.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(st.PersonID) != null);
Debug.Assert(SDM.LMS.GetDoc(b.ID) != null);
Debug.Assert(SDM.LMS.GetDoc(a.ID) != null);
Debug.Assert(b.Quantity == 0);
Debug.Assert(a.Quantity == 0);
Debug.Assert(SDM.LMS.GetUserBooks(st.PersonID, 7, "").Count == 1);
}
public void Test7()
{
SDM.LMS.ClearDB();
SDM.LMS.RegisterUser("p1", "p1", "p1", "p1", "p1", false);
SDM.LMS.RegisterUser("p2", "p2", "p2", "p2", "p2", false);
SDM.LMS.RegisterUser("lb", "lb", "lb", "lb", "lb", true);
Student p1 = new Student("p1");
Student p2 = new Student("p2");
Librarian lb = new Librarian("lb");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
lb.AddAV("b1", "B", 0, 2, "");
DocClass b1 = new DocClass("b1");
p1.CheckOut(b1.ID);
p2.CheckOut(b1.ID);
Debug.Assert(SDM.LMS.GetUser(lb.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(p1.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(p2.PersonID) != null);
Debug.Assert(SDM.LMS.GetDoc(b1.ID) != null);
Debug.Assert(b1.Quantity == 0);
Debug.Assert(SDM.LMS.GetUserBooks(p1.PersonID, 7, "").Count == 1);
Debug.Assert(SDM.LMS.GetUserBooks(p2.PersonID, 7, "").Count == 1);
}
public void Test35()
{
Test34();
Librarian lb3 = new Librarian("lb3");
DocClass d1 = new DocClass("d1");
DocClass d2 = new DocClass("d2");
DocClass d3 = new DocClass("d3");
Student p1 = new Student("p1");
Student p2 = new Student("p2");
Student p3 = new Student("p3");
Student s = new Student("s");
Student v = new Student("v");
lb3.ModifyAV(d1.ID, d1.Title, d1.Autors, d1.Price, d1.Quantity - 1, d1.Tags);
Debug.Assert(SDM.LMS.GetUser(p1.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(p2.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(p3.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(s.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(v.PersonID) != null);
Debug.Assert(SDM.LMS.GetDoc(d1.ID) != null);
Debug.Assert(SDM.LMS.GetDoc(d2.ID) != null);
Debug.Assert(SDM.LMS.GetDoc(d3.ID) != null);
Debug.Assert(SDM.LMS.GetDoc(d1.ID).Quantity == 2);
Debug.Assert(SDM.LMS.GetDoc(d2.ID).Quantity == 3);
Debug.Assert(SDM.LMS.GetDoc(d3.ID).Quantity == 3);
}
/// <summary>
/// Create a type defrinition for the given class file and all inner classes.
/// </summary>
public override void CreateType(NetTypeDefinition declaringType, NetModule module, TargetFramework target)
{
if (declaringType == null)
{
throw new ArgumentNullException("declaringType");
}
docClass = target.GetXmlClass(cf);
var name = NameConverter.UpperCamelCase(inner.IsAnonymous ? cf.Name : inner.Name);
name = CreateTypeName(declaringType, cf, name, null);
var finalFullName = parentFullName + "/" + name;
var attributes = GetAttributes(cf);
typeDef = new NetTypeDefinition(cf, target, module.Scope)
{
Name = name, Attributes = attributes
};
typeDef.OriginalJavaClassName = cf.ClassName;
typeDef.Description = (docClass != null) ? docClass.Description : null;
parent.AddNestedType(typeDef, "", module, ref finalFullName);
// Prepare generics
CreateGenericParameters(cf, typeDef);
// Add mapping
RegisterType(target, cf, typeDef);
CreateNestedTypes(cf, typeDef, finalFullName, module, target);
}
private static void BupaLegacyAddTableData(DocClass result)
{
BupaLegacyGet2YearPrior(result);
BupaLegacyGetYearPrior(result);
BupaLegacyGetLastYear(result);
}
public void Test17()
{
Test11();
Librarian lb = new Librarian("lb");
Faculty p1 = new Faculty("Sergey Afonso");
Student p2 = new Student("Nadia Teixeira");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
DocClass b1 = new DocClass("Introduction to Algorithms");
DocClass b2 = new DocClass("Design Patterns: Elements of Reusable Object-Oriented Software");
DocClass b3 = new DocClass("The Mythical Man-month");
DocClass av1 = new DocClass("Null References: The Billion Dollar Mistake");
DocClass av2 = new DocClass("Information Entropy");
p1.CheckOut(b1.ID);
p1.CheckOut(b2.ID);
p1.CheckOut(b3.ID);
p1.CheckOut(av1.ID);
p2.CheckOut(b1.ID);
p2.CheckOut(b2.ID);
p2.CheckOut(av2.ID);
List <CheckedOut> CheckedOutInfo = new List <CheckedOut>
{
new CheckedOut {
CheckOutTime = DateTime.Now.AddDays(21).Day, DocumentCheckedOut = "Introduction to Algorithms"
},
new CheckedOut {
CheckOutTime = DateTime.Now.AddDays(14).Day, DocumentCheckedOut = "Design Patterns: Elements of Reusable Object-Oriented Software"
},
new CheckedOut {
CheckOutTime = DateTime.Now.AddDays(14).Day, DocumentCheckedOut = "Information Entropy"
}
};
Debug.Assert(SDM.LMS.CheckUserInfo("Nadia Teixeira", "Via Sacra, 13", "30002", 0, CheckedOutInfo));
CheckedOutInfo = new List <CheckedOut>
{
new CheckedOut {
CheckOutTime = DateTime.Now.AddDays(28).Day, DocumentCheckedOut = "Introduction to Algorithms"
},
new CheckedOut {
CheckOutTime = DateTime.Now.AddDays(28).Day, DocumentCheckedOut = "Design Patterns: Elements of Reusable Object-Oriented Software"
},
new CheckedOut {
CheckOutTime = DateTime.Now.AddDays(28).Day, DocumentCheckedOut = "The Mythical Man-month"
},
new CheckedOut {
CheckOutTime = DateTime.Now.AddDays(14).Day, DocumentCheckedOut = "Null References: The Billion Dollar Mistake"
}
};
Debug.Assert(SDM.LMS.CheckUserInfo("Sergey Afonso", "Via Margutta, 3", "30001", 1, CheckedOutInfo));
}
public static DocClass Bupa()
{
var result = new DocClass("BupaTest", 4);
var stBupaArab = new StaticTextRule("BupaArab", RuleBinding.Required);
var firstConstr = new SearchConstraint().Page().Above().YCenter();
stBupaArab.TextToSearch = "Bupa Arabia";
//var firstConstr = (new SearchConstraint()).Page().Above.XCenter;
stBupaArab.SearchConstraints.Add(firstConstr);
result.AddHeaderRule(stBupaArab);
return(result);
}
public void Test15()
{
Test12();
Student p2 = new Student("Nadia Teixeira");
DocClass b1 = new DocClass("Introduction to Algorithms");
p2.CheckOut(b1.ID);
Debug.Assert(SDM.LMS.GetUser(p2.PersonID) == null);
}
public void Test27()
{
Test26();
Librarian lb = new Librarian("lb");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
DocClass d3 = new DocClass("Null References: The Billion Dollar Mistake");
lb.OutstandingRequest(d3.ID);
Debug.Assert(!SDM.LMS.ExistQueueForDoc(d3.ID));
}
public void Test20()
{
Initial();
Faculty p1 = new Faculty("p1");
DocClass d1 = new DocClass("Introduction to Algorithms");
DocClass d2 = new DocClass("Design Patterns: Elements of Reusable Object-Oriented Software");
p1.CheckOut(d1.ID, new int[] { 05, 03, 2018 });
p1.CheckOut(d2.ID, new int[] { 05, 03, 2018 });
p1.ReturnDoc(d2.ID);
Debug.Assert(SDM.LMS.GetUserFineForDoc(p1.PersonID, d1.ID, new DateTime(2018, 04, 02)) == 0);
}
public static DocClass Act()
{
var result = new DocClass("Act", 1);
var stAct = new StaticTextRule("ActHead", RuleBinding.Required);
stAct.TextToSearch = "Акт";
var actBot = new SearchConstraint().Page().Above().GetX(0.3);
var actRight = new SearchConstraint().Page().LeftOf().GetY(0.2);;
stAct.SearchConstraints.Add(actBot);
stAct.SearchConstraints.Add(actRight);
result.AddHeaderRule(stAct);
ActAddActData(result);
return(result);
}
private static void BupaLegacyAddHeadData(DocClass result)
{
var stInceptionDate = new StaticTextRule("stInceptionDate", RuleBinding.Required);
stInceptionDate.TextToSearch = "Inception Date";
stInceptionDate.SearchArea = new System.Windows.Rect(0, 0, 1000, 1000);
result.AddDataRule(stInceptionDate);
var stExpiryDate = new StaticTextRule("stExpiryDate", RuleBinding.Required);
stExpiryDate.TextToSearch = "Expiry Date";
stExpiryDate.SearchArea = new System.Windows.Rect(0, 0, 1000, 1000);
result.AddDataRule(stExpiryDate);
var csInceptionDate = new CharacterStringRule("InceptionDate", RuleBinding.Required);
csInceptionDate.TextToSearch = @"[a-zA-Z]{3,4}\s?\d{1,2}[,\.]?\s?\d{4}";
csInceptionDate.DependencyRule = stInceptionDate;
result.AddDataRule(csInceptionDate);
var dacsInceptionDate = new DependencyArea();
dacsInceptionDate.Below.Type = RelationTypes.Top;
dacsInceptionDate.Below.Offset = -5;
dacsInceptionDate.Above.Type = RelationTypes.Bot;
dacsInceptionDate.Above.Offset = 5;
dacsInceptionDate.RightOf.Type = RelationTypes.Right;
dacsInceptionDate.RightOf.Offset = 100;
dacsInceptionDate.LeftOf.Type = RelationTypes.Right;
dacsInceptionDate.LeftOf.Offset = 1100;
csInceptionDate.DependencyArea = dacsInceptionDate;
var csExpiryDate = new CharacterStringRule("ExpiryDate", RuleBinding.Required);
csExpiryDate.TextToSearch = @"[a-zA-Z]{3,4}\s?\d{1,2}[,\.]?\s?\d{4}";
csExpiryDate.DependencyRule = stExpiryDate;
result.AddDataRule(csExpiryDate);
var dacsExpiryDate = new DependencyArea();
dacsExpiryDate.Below.Type = RelationTypes.Top;
dacsExpiryDate.Below.Offset = -5;
dacsExpiryDate.Above.Type = RelationTypes.Bot;
dacsExpiryDate.Above.Offset = 5;
dacsExpiryDate.RightOf.Type = RelationTypes.Right;
dacsExpiryDate.RightOf.Offset = 100;
dacsExpiryDate.LeftOf.Type = RelationTypes.Right;
dacsExpiryDate.LeftOf.Offset = 1100;
csExpiryDate.DependencyArea = dacsExpiryDate;
}
public void Test2()
{
SDM.LMS.ClearDB();
SDM.LMS.RegisterUser("st", "st", "st", "st", "st", false);
SDM.LMS.RegisterUser("lb", "lb", "lb", "lb", "lb", true);
Student st = new Student("st");
Librarian lb = new Librarian("lb");
DocClass A = new DocClass("A");
st.CheckOut(A.ID);
Debug.Assert(SDM.LMS.GetUser(lb.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(st.PersonID) != null);
Debug.Assert(SDM.LMS.GetDoc(A.ID) == null);
Debug.Assert(SDM.LMS.GetUserBooks(st.PersonID, 7, "").Count == 0);
}
private static void BupaLegacyGet2YearPrior(DocClass result)
{
var st2YPrior = new StaticTextRule("2YearsPrior", RuleBinding.Required);
st2YPrior.TextToSearch = "Policy Year";
st2YPrior.SearchArea = new System.Windows.Rect(0, 0, 1000, 1000);
result.AddDataRule(st2YPrior);
var rgcsMonthlyClaims = new RepeatingCSRule("2YPrior_MonthlyClaim_0", RuleBinding.Required);
rgcsMonthlyClaims.TextToSearch = @"\d{3,7}";
rgcsMonthlyClaims.DependencyRule = st2YPrior;
rgcsMonthlyClaims.InterlineSpaces = 30;
result.AddDataRule(rgcsMonthlyClaims);
var dargMonthlyClaims = new DependencyArea();
dargMonthlyClaims.Below.Type = RelationTypes.Bot;
dargMonthlyClaims.Below.Offset = 10;
dargMonthlyClaims.LeftOf.Type = RelationTypes.Right;
dargMonthlyClaims.LeftOf.Offset = 50;
dargMonthlyClaims.RightOf.Type = RelationTypes.Left;
//dargMonthlyClaims.RightOf.Offset = 250;
dargMonthlyClaims.Above.Type = RelationTypes.Bot;
dargMonthlyClaims.Above.Offset = 70;
rgcsMonthlyClaims.DependencyArea = dargMonthlyClaims;
var rgcsNumberOfLives = new RepeatingCSRule("2YPrior_NumberOfLives_0", RuleBinding.Required);
rgcsNumberOfLives.TextToSearch = @"[\da-zA-Z]{1,3}";
rgcsNumberOfLives.DependencyRule = st2YPrior;
rgcsNumberOfLives.InterlineSpaces = 30;
result.AddDataRule(rgcsNumberOfLives);
var dargNumberOfLives = new DependencyArea();
dargNumberOfLives.Below.Type = RelationTypes.Bot;
dargNumberOfLives.Below.Offset = 10;
dargNumberOfLives.LeftOf.Type = RelationTypes.Right;
dargNumberOfLives.LeftOf.Offset = 320;
dargNumberOfLives.RightOf.Type = RelationTypes.Right;
dargNumberOfLives.RightOf.Offset = 200;
dargNumberOfLives.Above.Type = RelationTypes.Bot;
dargNumberOfLives.Above.Offset = 70;
rgcsNumberOfLives.DependencyArea = dargNumberOfLives;
}
public void Test25()
{
Initial();
int[] dateCheat = { 02, 04, 2018 };
Faculty p1 = new Faculty("p1");
Student s = new Student("s");
VisitingProfessor v = new VisitingProfessor("v");
DocClass d3 = new DocClass("Null References: The Billion Dollar Mistake");
p1.CheckOut(d3.ID, dateCheat);
s.CheckOut(d3.ID, dateCheat);
v.CheckOut(d3.ID, dateCheat);
PriorityQueue <int> pq = SDM.LMS.LoadPQ(d3.ID);
Debug.Assert(pq.Pop() == v.PersonID);
}
public static DocClass TawuniaLegacy()
{
var result = new DocClass("Tawunia", 2);
var crNumRule = new StaticTextRule("CrNum", RuleBinding.Optional);
result.AddHeaderRule(crNumRule);
crNumRule.TextToSearch = "CR number";
crNumRule.SearchArea = new System.Windows.Rect(0, 0, 1000, 1000);
var stBupaArabia = new StaticTextRule("Bupa Arabia", RuleBinding.Prohibited);
result.AddHeaderRule(stBupaArabia);
stBupaArabia.TextToSearch = "Bupa Arabia";
stBupaArabia.SearchArea = new System.Windows.Rect(0, 0, 2000, 3000);
var InceptionRule = new StaticTextRule("Inception", RuleBinding.Required);
result.AddHeaderRule(InceptionRule);
InceptionRule.DependencyRule = crNumRule;
var depAr = new DependencyArea();
InceptionRule.DependencyArea = depAr;
depAr.Below.Type = RelationTypes.Bot;
depAr.RightOf.Type = RelationTypes.Left;
depAr.RightOf.Offset = -100;
depAr.LeftOf.Type = RelationTypes.Right;
depAr.LeftOf.Offset = 100;
depAr.Above.Type = RelationTypes.Right;
depAr.Above.Offset = 150;
InceptionRule.TextToSearch = "Inception";
InceptionRule.SearchArea = new System.Windows.Rect(0, 0, 1000, 1000);
var PolicyRule = new StaticTextRule("PolicyRule", RuleBinding.Required);
result.AddFooterRule(PolicyRule);
PolicyRule.TextToSearch = "Policy Holder Confirmation";
PolicyRule.SearchArea = new System.Windows.Rect(0, 0, 1000, 2000);
TawuniaLegacyAddDataRules(result);
TawuniaLegacySecondPageFields(result);
return(result);
}
private void UpdateList()
{
//DocList = new List<DocClass>();
try
{
response = JsonConvert.DeserializeObject <Message>(server.SendMsg("GetDocument", Data.ServiceSel));
if (response.args[0] == "no_doc")
{
return;
}
for (var i = 0; i < response.args.Count; i += 3)
{
DocClass doc = new DocClass();
doc.ID = response.args[i];
if (response.args[i + 1].Contains(".doc"))
{
doc.Pim = response.args[i + 1].Split('/').Last().Replace(".doc", "");
}
if (response.args[i + 1].Contains(".docx"))
{
doc.Pim = response.args[i + 1].Split('/').Last().Replace(".docx", "");
}
if (doc.Pim == null)
{
doc.Pim = response.args[i + 1].Split('/').Last();
}
doc.Date = response.args[i + 2];
DocList.Add(doc);
}
/*DocClass doc1 = new DocClass();
* doc1.ID = "Технические";
* doc1.Pim = "Технические";
* Items.Add(doc1);*/
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public void Test34()
{
Test32();
Librarian lb1 = new Librarian("lb1");
Librarian lb2 = new Librarian("lb2");
Librarian lb3 = new Librarian("lb3");
SDM.CurrentUser = lb2;
lb2.AddBook("d1", "d1", "d1", 2018, "d1", "d1", 2000, false, 3, "");
lb2.AddBook("d2", "d2", "d2", 2018, "d2", "d2", 2000, false, 3, "");
lb2.AddBook("d3", "d3", "d3", 2018, "d3", "d3", 2000, false, 3, "");
DocClass d1 = new DocClass("d1");
DocClass d2 = new DocClass("d2");
DocClass d3 = new DocClass("d3");
lb2.RegisterUser("p1", "p1", "p1", "Via Margutta, 3", "30001", false);
lb2.RegisterUser("p2", "p2", "p2", "Via Sacra, 13", "30002", false);
lb2.RegisterUser("p3", "p3", "p3", "Via del Corso, 22", "30003", false);
lb2.RegisterUser("s", "s", "s", "s", "s", false);
lb2.RegisterUser("v", "v", "v", "v", "v", false);
Student p1 = new Student("p1");
Student p2 = new Student("p2");
Student p3 = new Student("p3");
Student s = new Student("s");
Student v = new Student("v");
Debug.Assert(SDM.LMS.GetUser(p1.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(p2.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(p3.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(s.PersonID) != null);
Debug.Assert(SDM.LMS.GetUser(v.PersonID) != null);
Debug.Assert(SDM.LMS.GetDoc(d1.ID) != null);
Debug.Assert(SDM.LMS.GetDoc(d2.ID) != null);
Debug.Assert(SDM.LMS.GetDoc(d3.ID) != null);
Debug.Assert(SDM.LMS.GetDoc(d1.ID).Quantity == 3);
Debug.Assert(SDM.LMS.GetDoc(d2.ID).Quantity == 3);
Debug.Assert(SDM.LMS.GetDoc(d3.ID).Quantity == 3);
}
public void Test12()
{
Test11();
Librarian lb = new Librarian("lb");
Student p2 = new Student("Nadia Teixeira");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
DocClass b1 = new DocClass("Introduction to Algorithms");
DocClass b3 = new DocClass("The Mythical Man-month");
lb.ModifyAV(b1.ID, b1.Title, b1.Autors, b1.Price, b1.Quantity - 2, "");
lb.ModifyAV(b3.ID, b3.Title, b3.Autors, b3.Price, b3.Quantity - 1, "");
lb.DeleteUser(p2.PersonID);
Debug.Assert(SDM.LMS.GetUser(p2.PersonID) == null);
Debug.Assert(b1.Quantity == 1);
Debug.Assert(b3.Quantity == 0);
}
public void Test18()
{
Test11();
Librarian lb = new Librarian("lb");
Faculty p1 = new Faculty("Sergey Afonso");
Student p2 = new Student("Nadia Teixeira");
admin.ModifyLibrarian(lb.PersonID, "lb", "lb", "lb", 2);
DocClass b1 = new DocClass("Introduction to Algorithms");
DocClass b2 = new DocClass("Design Patterns: Elements of Reusable Object-Oriented Software");
DocClass av1 = new DocClass("Null References: The Billion Dollar Mistake");
p1.CheckOut(b1.ID, new int[] { 09, 02, 2018 });
p1.CheckOut(b2.ID, new int[] { 02, 02, 2018 });
p2.CheckOut(b1.ID, new int[] { 05, 02, 2018 });
p2.CheckOut(av1.ID, new int[] { 17, 02, 2018 });
DateTime now = new DateTime(2018, 03, 05);
List <OverdueInfo> overdueInfos = new List <OverdueInfo>()
{
new OverdueInfo {
Overdue = (int)now.Subtract(new DateTime(2018, 02, 02).AddDays(28)).TotalDays, DocumentChekedOut = "Design Patterns: Elements of Reusable Object-Oriented Software"
}
};
Debug.Assert(SDM.LMS.CheckUserInfo("Sergey Afonso", "Via Margutta, 3", "30001", 1, overdueInfos, now));
overdueInfos = new List <OverdueInfo>
{
new OverdueInfo {
Overdue = (int)now.Subtract(new DateTime(2018, 02, 05).AddDays(21)).TotalDays, DocumentChekedOut = "Introduction to Algorithms"
},
new OverdueInfo {
Overdue = (int)now.Subtract(new DateTime(2018, 02, 17).AddDays(14)).TotalDays, DocumentChekedOut = "Null References: The Billion Dollar Mistake"
}
};
Debug.Assert(SDM.LMS.CheckUserInfo("Nadia Teixeira", "Via Sacra, 13", "30002", 0, overdueInfos, now));
}
public static DocClass BupaLegacy()
{
var result = new DocClass("Bupa", 4);
var stBupaArabia = new StaticTextRule("BupaArabia", RuleBinding.Required);
stBupaArabia.TextToSearch = "Bupa Arabia for Cooperative Insurance";
result.AddHeaderRule(stBupaArabia);
stBupaArabia.SearchArea = new System.Windows.Rect(0, 0, 2000, 500);
var stSignature = new StaticTextRule("SignatureNStamp", RuleBinding.Required);
stSignature.TextToSearch = "Signature & Stamp";
result.AddFooterRule(stSignature);
stSignature.SearchArea = new System.Windows.Rect(0, 0, 1500, 3000);
BupaLegacyAddHeadData(result);
BupaLegacyAddTableData(result);
return(result);
}
private void UpdateList()
{
Items = new ObservableCollection <DocClass>();
try
{
response = JsonConvert.DeserializeObject <Message>(server.SendMsg("GetDocument", Data.ServiceSel));
if (response.args[0] == "no_doc")
{
return;
}
for (var i = 0; i < response.args.Count; i += 3)
{
DocClass doc = new DocClass();
doc.ID = response.args[i];
if (response.args[i + 1].Contains(".doc"))
{
doc.Pim = response.args[i + 1].Split('/').Last().Replace(".doc", "");
}
if (response.args[i + 1].Contains(".docx"))
{
doc.Pim = response.args[i + 1].Split('/').Last().Replace(".docx", "");
}
doc.Date = response.args[i + 2];
Items.Add(doc);
}
DocClass doc1 = new DocClass();
doc1.ID = "Технические";
doc1.Pim = "Технические";
Items.Add(doc1);
}
catch
{
MessageBox.Show("Произошла ошибка! Обратитесь к поддержке!");
}
}
public void Test30()
{
Initial();
Faculty p1 = new Faculty("p1");
VisitingProfessor v = new VisitingProfessor("v");
DocClass d1 = new DocClass("Introduction to Algorithms");
p1.CheckOut(d1.ID, new int[] { 26, 03, 2018 });
p1.RenewDoc(d1.ID, new int[] { 29, 03, 2018 });
v.CheckOut(d1.ID, new int[] { 29, 03, 2018 });
v.RenewDoc(d1.ID, new int[] { 30, 03, 2018 });
List <CheckedOut> checkedOuts = SDM.LMS.GetCheckoutsList("p1");
Debug.Assert(checkedOuts.First().CheckOutTime == 26);
Debug.Assert(checkedOuts.First().DocumentCheckedOut == "Introduction to Algorithms");
checkedOuts = SDM.LMS.GetCheckoutsList("v");
Debug.Assert(checkedOuts.First().CheckOutTime == 5);
Debug.Assert(checkedOuts.First().DocumentCheckedOut == "Introduction to Algorithms");
}
/// <summary>
/// Create a type defrinition for the given class file and all inner classes.
/// </summary>
public override void CreateType(NetTypeDefinition declaringType, NetModule module, TargetFramework target)
{
if (declaringType == null)
throw new ArgumentNullException("declaringType");
docClass = target.GetXmlClass(cf);
var name = NameConverter.UpperCamelCase(inner.IsAnonymous ? cf.Name : inner.Name);
name = CreateTypeName(declaringType, cf, name, null);
var finalFullName = parentFullName + "/" + name;
var attributes = GetAttributes(cf);
typeDef = new NetTypeDefinition(cf, target, module.Scope) { Name = name, Attributes = attributes };
typeDef.OriginalJavaClassName = cf.ClassName;
typeDef.Description = (docClass != null) ? docClass.Description : null;
parent.AddNestedType(typeDef, "", module, ref finalFullName);
// Prepare generics
CreateGenericParameters(cf, typeDef);
// Add mapping
RegisterType(target, cf, typeDef);
CreateNestedTypes(cf, typeDef, finalFullName, module, target);
}
/// <summary>
/// Try to get a class by it's name.
/// </summary>
public bool TryGetClassByName(string name, out DocClass @class)
{
return classesByName.TryGetValue(name, out @class);
}
/// <summary>
/// Try to get a class by it's id.
/// </summary>
public bool TryGetClassById(string id, out DocClass @class)
{
return classesById.TryGetValue(id, out @class);
}
/// <summary>
/// Load the given field
/// </summary>
private void LoadField(DocClass @class, XElement memberdef)
{
var name = memberdef.GetElementValue("name");
var xmlField = new DocField(name) { Description = GetDescription(memberdef) };
@class.Fields.Add(xmlField);
}
/// <summary>
/// Load the given method
/// </summary>
private void LoadMethod(DocClass @class, XElement memberdef)
{
var name = memberdef.GetElementValue("name");
var xmlMethod = new DocMethod(name) { Description = GetDescription(memberdef) };
@class.Methods.Add(xmlMethod);
// Load parameter
var ns = @class.Namespace;
foreach (var p in memberdef.Elements("param"))
{
LoadParameter(xmlMethod, p, ns);
}
}
/// <summary>
/// Create a type definition for the given class file and all inner classes.
/// </summary>
public override void CreateType(NetTypeDefinition declaringType, NetModule module, TargetFramework target)
{
if (declaringType != null)
throw new ArgumentException("Declaring type should be null");
docClass = target.GetXmlClass(cf);
var fullName = GetFullName();
var dotIndex = fullName.LastIndexOf('.');
var ns = (dotIndex > 0) ? ConvertNamespace(fullName, dotIndex) : String.Empty;
var name = (dotIndex > 0) ? NameConverter.UpperCamelCase(fullName.Substring(dotIndex + 1)) : fullName;
name = CreateTypeName(null, cf, name, ns);
typeDef = new NetTypeDefinition(cf, target, module.Scope);
typeDef.Name = name;
typeDef.Namespace = ns;
typeDef.OriginalJavaClassName = cf.ClassName;
typeDef.Attributes = GetAttributes(cf, cf.Fields.Any());
typeDef.IgnoreGenericArguments = !AddGenericParameters;
typeDef.Description = (docClass != null) ? docClass.Description : null;
module.Types.Add(typeDef);
// Prepare generics
CreateGenericParameters(cf, typeDef);
// Add mapping
var finalFullName = string.IsNullOrEmpty(ns) ? name : ns + "." + name;
RegisterType(target, cf, typeDef);
CreateNestedTypes(cf, typeDef, finalFullName, module, target);
}
/// <summary>
/// Load the given class
/// </summary>
private void LoadClass(XElement compounddef)
{
var id = compounddef.GetAttribute("id");
var name = compounddef.GetElementValue("compoundname");
var xmlClass = new DocClass(name) { Id = id, Description = GetDescription(compounddef) };
classesById.Add(xmlClass.Id, xmlClass);
classesByName.Add(xmlClass.Name, xmlClass);
var index = xmlClass.Name.IndexOf('<');
if (index > 0)
{
// Generic class
var elementName = xmlClass.Name.Substring(0, index);
if (!classesByName.ContainsKey(elementName))
{
classesByName.Add(elementName, xmlClass);
}
}
foreach (var memberdef in compounddef.Descendants("memberdef").Where(x => x.GetAttribute("kind") == "function"))
{
LoadMethod(xmlClass, memberdef);
}
foreach (var memberdef in compounddef.Descendants("memberdef").Where(x => x.GetAttribute("kind") == "variable"))
{
LoadField(xmlClass, memberdef);
}
}