public void ShouldMoveDuplicateItemToTopOfList(string[] stringsToPush, string expectedString, int expectedCount)
{
StringStack stringStack = new StringStack(stringsToPush);
Assert.AreEqual(expectedString, stringStack.Peek());
Assert.AreEqual(expectedCount, stringStack.Count);
}
public void Add()
{
var stack = new StringStack();
stack.Push("a");
Assert.Contains("a", stack);
}
public void ShouldNotAddEmptyStrings()
{
StringStack stringStack = new StringStack();
stringStack.Push("");
Assert.AreEqual(0, stringStack.Count);
}
public void Clear()
{
var stack = new StringStack();
stack.Push("a");
stack.Clear();
Assert.Zero(stack.Count);
}
public void SetUp()
{
_stack = new StringStack(16);
Assert.AreEqual(0, _stack.Count);
_stack.Push("one");
_stack.Push("two");
_stack.Push("three");
Assert.AreEqual(3, _stack.Count);
}
public void GetByteTest()
{
StringStack SS = new StringStack("112233445566");
Assert.AreEqual("11", SS.getByte());
Assert.AreEqual("22", SS.getByte());
Assert.AreEqual("33", SS.getByte());
Assert.AreEqual("44", SS.getByte());
Assert.AreEqual("112233445566", SS.OriginalString);
}
public void getRemaining()
{
StringStack SS = new StringStack("11223344556677889900");
Assert.AreEqual("1122", SS.getBytes(2));
Assert.AreEqual("33", SS.getByte());
Assert.AreEqual("44", SS.getByte());
Assert.AreEqual("556677", SS.getBytes(3));
Assert.AreEqual("889900", SS.getRemaining());
}
public void GetBytesTest()
{
StringStack SS = new StringStack("112233445566778899");
Assert.AreEqual("1122", SS.getBytes(2));
Assert.AreEqual("33", SS.getByte());
Assert.AreEqual("44", SS.getByte());
Assert.AreEqual("556677", SS.getBytes(3));
Assert.AreEqual("112233445566778899", SS.OriginalString);
}
public void Count()
{
var stack = new StringStack();
stack.Push("a");
stack.Push("b");
stack.Push("c");
stack.Push("d");
stack.Push("e");
Assert.AreEqual(stack.Count, 5);
}
private StringStack CreateTestStack()
{
var stack = new StringStack();
for (var i = 0; i < 25; i++)
{
stack.Push(new string((char)('a' + i), 1));
}
return(stack);
}
public void IsLIFO()
{
var stack = new StringStack();
stack.Push("a");
stack.Push("b");
stack.Push("c");
string pop = stack.Pop();
Assert.AreEqual("c", pop);
}
public void ShouldRemoveOldestStringWhenAtCapacityAndNewStringIsAdded()
{
StringStack stringStack = new StringStack(3);
stringStack.Push("apple");
stringStack.Push("orange");
stringStack.Push("pineapple");
stringStack.Push("pear");
Assert.AreEqual(3, stringStack.Count);
Assert.AreEqual("pear", stringStack.Peek());
}
public Data_0340(string val)
{
StringStack SS = new StringStack(val);
TP_MTI = SS.getByte();
TPOA = new TPDA();
val = TPOA.parse(SS.getRemaining());
SS = new StringStack(val);
TP_PID = SS.getByte();
TP_DCS = SS.getByte();
TP_SCTS = SS.getBytes(7);
UserData = new Data_0348(SS.getRemaining());
}
public void Copy()
{
StringStack copy = _stack.Copy();
Assert.AreEqual(_stack.Count, copy.Count);
int count = _stack.Count;
for (int i = 0; i < count; i++)
{
CloneableType x = _stack.Pop(), y = copy.Pop();
Assert.AreEqual(x, y);
Assert.AreNotSame(x, y);
}
}
public Data_0340(string val)
{
StringStack SS = new StringStack(val);
TP_MTI = SS.getByte();
TPOA = new TPDA();
val = TPOA.parse(SS.getRemaining());
SS = new StringStack(val);
TP_PID = SS.getByte();
TP_DCS = SS.getByte();
TP_SCTS = SS.getBytes(7);
UserData = new Data_0348(SS.getRemaining());
}
public void Constructor()
{
StringStack stack = new StringStack(567);
stack.Push("foo"); stack.Push("bar");
Assert.AreEqual(2, stack.Count);
CloneableType[] array = new CloneableType[4] {
"a", "b", "c", "d"
};
stack = new StringStack(array);
Assert.AreEqual(4, stack.Count);
Assert.IsFalse(stack.Equals(array));
Assert.IsTrue(stack.EqualsReverse(array));
}
public void Clone()
{
StringStack clone = (StringStack)_stack.Clone();
Assert.AreEqual(_stack.Count, clone.Count);
int count = _stack.Count;
for (int i = 0; i < count; i++)
{
CloneableType x = _stack.Pop(), y = clone.Pop();
Assert.AreEqual(x, y);
Assert.AreSame(x, y);
}
}
public void Equals()
{
StringStack stack = new StringStack();
stack.Push("one");
stack.Push("two");
stack.Push("three");
Assert.IsTrue(_stack.Equals(stack));
Assert.IsFalse(_stack.EqualsReverse(stack));
stack.Push("one");
Assert.IsFalse(_stack.Equals(stack));
stack.Pop();
Assert.IsTrue(_stack.Equals(stack));
}
private static void testStringStack()
{
StringStack stacks = new StringStack();
for (int i = 0; i < 100; i++)
{
stacks.Push(i.ToString());
}
Console.WriteLine(stacks.ToString());
Console.WriteLine(stacks.Pop());
Console.WriteLine(stacks.Pop());
stacks.Push("i.ToString()");
Console.WriteLine(stacks.ToString());
for (int i = 0; i < 100; i++)
{
stacks.Push(i.ToString());
}
Console.WriteLine(stacks.ToString());
}
public Data_0348(string val)
{
StringStack SS = new StringStack(val);
TPUDL = Convert.ToInt32(Convert.ToByte(SS.getByte(),16));
UDHL =SS.getByte();
IEIa =SS.getByte();
IEDa =SS.getByte();
CPL = SS.getBytes(2);
CHL = Convert.ToInt32(Convert.ToByte(SS.getByte(), 16));
SPI = SS.getBytes(2);
Kic = SS.getByte();
Kid = SS.getByte();
TAR = SS.getBytes(3);
CNTR = SS.getBytes(5);
PCNTR = SS.getByte();
if (CHL > 13)
{
RC_CC_DS = SS.getBytes(CHL - 13);
}
SecureData = SS.getRemaining();
}
public Data_0348(string val)
{
StringStack SS = new StringStack(val);
TPUDL = Convert.ToInt32(Convert.ToByte(SS.getByte(), 16));
UDHL = SS.getByte();
IEIa = SS.getByte();
IEDa = SS.getByte();
CPL = SS.getBytes(2);
CHL = Convert.ToInt32(Convert.ToByte(SS.getByte(), 16));
SPI = SS.getBytes(2);
Kic = SS.getByte();
Kid = SS.getByte();
TAR = SS.getBytes(3);
CNTR = SS.getBytes(5);
PCNTR = SS.getByte();
if (CHL > 13)
{
RC_CC_DS = SS.getBytes(CHL - 13);
}
SecureData = SS.getRemaining();
}
public void Stack_Peek_DoesntRemoveNode()
{
StringStack stack = new StringStack();
StringStack
}
// -------------------------- MessagePartSplitter -----------------------
// input is an array holding the unfolded lines of the message.
// Build and return a list of MimeMessagePart objects. Each part object holds the
// lines of a part of the message.
// ( a part is either the header part or the boundary string delimited content parts.
public static InMail.MimeMessagePartList MessagePartSplitter(string[] InLines)
{
InMail.MimeMessagePartList parts = new InMail.MimeMessagePartList( );
int curPartBx = -1;
int curPartCx = 0;
MimePartCode curPartCode = MimePartCode.Top;
bool currentlyBetweenParts = false;
bool partIsJustStarting = true;
StringStack bdryStack = new StringStack( );
for (int Ix = 0; Ix < InLines.Length; ++Ix)
{
string line = InLines[Ix];
MimeLineCode lc = MimeParser.CalcLineCode(line, bdryStack.GetTop( ));
switch (lc)
{
case MimeLineCode.Property:
{
StringPair propPair = MimeParser.SplitPropertyLine(line);
// the content-type property. Could have an boundary="xxxxx" element.
// Boundary strings in a mime document have scope. That is, within one
// boundary ( section ) of the document, there can be sub boundaries
// ( sub sections )
if (propPair.a.ToLower( ) == "content-type")
{
PartProperty.ContentType ct =
MimeParser.ParseContentType(propPair.b);
if ((ct.Boundary != null) && (ct.Boundary != ""))
{
bdryStack.Push(ct.Boundary);
}
}
break;
}
// part boundary line. load the lines of the current part and reset the line
// counter of this new part.
case MimeLineCode.PartBdry:
if (curPartBx != -1)
{
parts.AddNewPart(curPartCode)
.LoadLines(InLines, curPartBx, curPartCx);
}
curPartCx = 0;
curPartBx = -1;
curPartCode = MimePartCode.Content;
currentlyBetweenParts = false;
partIsJustStarting = true;
break;
case MimeLineCode.PartEndBdry:
if (curPartBx != -1)
{
parts.AddNewPart(curPartCode)
.LoadLines(InLines, curPartBx, curPartCx);
}
curPartCx = 0;
curPartBx = -1;
if (bdryStack.IsNotEmpty)
{
bdryStack.Pop( );
}
currentlyBetweenParts = true;
break;
default:
break;
}
// add to range of lines in the current part.
if ((currentlyBetweenParts == false) && (lc != MimeLineCode.PartBdry))
{
if ((partIsJustStarting == true) && (line == ""))
{
}
else
{
++curPartCx;
if (curPartBx == -1)
{
curPartBx = Ix;
}
}
partIsJustStarting = false;
}
}
// load the lines of the final in progress part.
if (curPartBx != -1)
{
parts.AddNewPart(curPartCode)
.LoadLines(InLines, curPartBx, curPartCx);
}
return(parts);
}
// -------------------------- MessagePartSplitter -----------------------
// input is an array holding the unfolded lines of the message.
// Build and return a list of MimeMessagePart objects. Each part object holds the
// lines of a part of the message.
// ( a part is either the header part or the boundary string delimited content parts.
public static InMail.MimeMessagePartList MessagePartSplitter(string InStream)
{
InMail.MimeMessagePartList parts = new InMail.MimeMessagePartList( );
bool currentlyBetweenParts = false;
StringStack bdryStack = new StringStack( );
int Ex = -1;
string line = null;
MimeMessagePart.PartInProgress pip =
new MimeMessagePart.PartInProgress(MimePartCode.Top);
while (true)
{
// advance in string.
int lineBx = Ex + 1;
if (lineBx >= InStream.Length)
{
break;
}
// the next line in the stream. recognize folds depending on if currently within
// a part header or within the message lines of the part ( no folding there )
if (pip.CurrentlyAmoungPropertyLines == true)
{
IntStringPair rv = ScanEndUnfoldedLine(InStream, lineBx);
Ex = rv.a;
line = rv.b;
}
else
{
IntStringPair rv = ScanEndLine(InStream, lineBx);
Ex = rv.a;
line = rv.b;
}
// calc what kind of a line in the mime document we have here.
MimeLineCode lc = MimeParser.CalcLineCode(line, bdryStack.GetTop( ));
if ((lc == MimeLineCode.Property) &&
(pip.CurrentlyAmoungMessageLines == true))
{
lc = MimeLineCode.Text;
}
switch (lc)
{
case MimeLineCode.Property:
{
StringPair propPair = MimeParser.SplitPropertyLine(line);
// the content-type property. Could have an boundary="xxxxx" element.
// Boundary strings in a mime document have scope. That is, within one
// boundary ( section ) of the document, there can be sub boundaries
// ( sub sections )
if (propPair.a.ToLower( ) == "content-type")
{
PartProperty.ContentType ct =
MimeParser.ParseContentType(propPair.b);
if ((ct.Boundary != null) && (ct.Boundary != ""))
{
bdryStack.Push(ct.Boundary);
}
}
pip.AddLine(lineBx, line);
break;
}
// part boundary line. load the lines of the current part and reset the line
// counter of this new part.
case MimeLineCode.PartBdry:
if (pip.HasLines == true)
{
parts.AddNewPart(InStream, pip);
}
pip = new MimeMessagePart.PartInProgress(MimePartCode.Content);
currentlyBetweenParts = false;
break;
case MimeLineCode.PartEndBdry:
if (pip.HasLines == true)
{
parts.AddNewPart(InStream, pip);
}
pip = new MimeMessagePart.PartInProgress(MimePartCode.Content);
if (bdryStack.IsNotEmpty)
{
bdryStack.Pop( );
}
currentlyBetweenParts = true;
break;
// we have a line which is not a property line, not a boundary line.
default:
{
// just starting out. discard the "+OK" response sent by the server immed
// before the start of the message.
if ((pip.PartCode == MimePartCode.Top) &&
(pip.PartIsJustStarting == true) &&
(line.Length >= 3) &&
(line.Substring(0, 3) == "+OK"))
{
}
// currently handling property lines.
else if (pip.CurrentlyAmoungPropertyLines == true)
{
// a blank line switches from property lines to message lines.
if (line.Length == 0)
{
pip.CurrentlyAmoungPropertyLines = false;
pip.CurrentlyAmoungMessageLines = true;
}
// what is this text line doing amoung the property lines ??
// for now, just ignore it.
else
{
}
}
else if (currentlyBetweenParts == false)
{
pip.AddLine(lineBx, line);
}
break;
}
}
}
// load the lines of the final in progress part.
if (pip.HasLines == true)
{
parts.AddNewPart(InStream, pip);
}
return(parts);
}
public void TearDown()
{
_stack.Clear();
_stack = null;
}
public void ShouldReturnStringAtIndex(string[] stringsToPush, string expected, int index)
{
StringStack stringStack = new StringStack(stringsToPush);
Assert.AreEqual(expected, stringStack[index]);
}
public void ShouldReturnMostRecentlyAddedStringAsTopItem(string[] stringsToPush, string expected)
{
StringStack stringStack = new StringStack(stringsToPush);
Assert.AreEqual(expected, stringStack.Peek());
}
