public void testEquality()
{
Assert.IsTrue(HNum.make(2).hequals(HNum.make(2.0, null)));
Assert.IsFalse(HNum.make(2).hequals(HNum.make(2, "%")));
Assert.IsFalse(HNum.make(2, "%").hequals(HNum.make(2)));
Assert.IsTrue(HNum.make(0).hequals(HNum.make(0.0)));
}
/// <summary>
/// Устанавливает начальную позицию фигур на доске
/// </summary>
private void SetStandartPosition()
{
string[] Verticals = new string[] { "A", "B", "C", "D", "E", "F", "G", "H" };
string P = "R N B Q K B N R " + "P P P P P P P P " + "P P P P P P P P " + "R N B Q K B N R ";
string[] Contents = P.Split(' ');
int VNum, HNum; // Номера текущей горизонтали и вертикали в цикле
for (int i = 0; i < Position.Length; i++)
{
VNum = i % 8; // получение номера вертикали и горизонтали
HNum = Math.Abs(i / 8 - 8); // получение номера вертикали и горизонтали
string Coordinate = Verticals[VNum].ToString() + HNum.ToString();
Position[i] = new Cell(Coordinate);
if (HNum == 1 || HNum == 2) // на первой и второй горизонталях располагаются белые фигуры
{
Position[i].ChangeContent(ChessFactory.Create(Coordinate, Convert.ToChar(Contents[i - 32]), true)); // вычитание нужно потому что 1 и 2 горизонтали находятся в конце массива Position. 32 - размер половины массива
}
else if (HNum == 7 || HNum == 8) // на седьмой и восьмой горизонталях располагаются чёрные фигуры
{
Position[i].ChangeContent(ChessFactory.Create(Coordinate, Convert.ToChar(Contents[i]), false)); // 7 и 8 горизонтали находятся в начале, вычитание не нужно
}
else // на всех остальных горизонталях фигур нет
{
Position[i].VoidContent();
}
}
}
public void testBasics()
{
HRow row = BuildRows(
new[] { "id", "site", "geoAddr", "area", "date", "null" },
new HVal[] { HRef.make("aaaa-bbbb"), HMarker.VAL, HStr.make("Richmond, Va"), HNum.make(1200, "ft"), HDate.make(2000, 12, 3), null })
.First();
// size
Assert.AreEqual(row.size(), 6);
Assert.IsFalse(row.isEmpty());
// configured tags
Assert.IsTrue(row.get("id").hequals(HRef.make("aaaa-bbbb")));
Assert.IsTrue(row.get("site").hequals(HMarker.VAL));
Assert.IsTrue(row.get("geoAddr").hequals(HStr.make("Richmond, Va")));
Assert.IsTrue(row.get("area").hequals(HNum.make(1200, "ft")));
Assert.IsTrue(row.get("date").hequals(HDate.make(2000, 12, 3)));
Assert.AreEqual(row.get("null", false), null);
try
{
row.get("null");
Assert.Fail();
}
catch (HaystackUnknownNameException)
{
Assert.IsTrue(true);
}
// missing tag
Assert.IsFalse(row.has("foo"));
Assert.IsTrue(row.missing("foo"));
Assert.IsNull(row.get("foo", false));
try { row.get("foo"); Assert.Fail(); } catch (HaystackUnknownNameException) { Assert.IsTrue(true); }
try { row.get("foo", true); Assert.Fail(); } catch (HaystackUnknownNameException) { Assert.IsTrue(true); }
}
public void testZinc()
{
verifyZinc(
HDict.Empty,
"{}");
verifyZinc(
new HDictBuilder().add("foo_12").toDict(),
"{foo_12}");
verifyZinc(
new HDictBuilder().add("fooBar", 123, "ft").toDict(),
"{fooBar:123ft}");
verifyZinc(
new HDictBuilder().add("dis", "Bob").add("bday", HDate.make(1970, 6, 3)).add("marker").toDict(),
"{dis:\"Bob\" bday:1970-06-03 marker}");
// nested dict
verifyZinc(
new HDictBuilder().add("auth", HDict.Empty).toDict(),
"{auth:{}}");
verifyZinc(
new HDictBuilder().add("auth",
new HDictBuilder().add("alg", "scram").add("c", 10000).add("marker").toDict()
).toDict(),
"{auth:{alg:\"scram\" c:10000 marker}}");
// nested list
verifyZinc(
new HDictBuilder().add("arr", HList.make(new HVal[] { HNum.make(1.0), HNum.make(2), HNum.make(3) }))
.add("x").toDict(),
"{arr:[1,2,3] x}"); // Was "{arr:[1.0,2,3] x}" - double in .NET will not recognise the difference between 1.0 and 1
}
public void verifyUnitNames()
{
Assert.IsTrue(HNum.isUnitName(null));
Assert.IsFalse(HNum.isUnitName(""));
Assert.IsTrue(HNum.isUnitName("x_z"));
Assert.IsFalse(HNum.isUnitName("x z"));
}
public void testZinc()
{
verifyZinc(
HRow.Empty,
"{}");
verifyZinc(
BuildRows(new[] { "fooBar" }, new[] { HNum.make(123, "ft") }).First(),
"{fooBar:123ft}");
verifyZinc(
BuildRows(new[] { "dis", "bday", "marker" }, new HVal[] { HStr.make("Bob"), HDate.make(1970, 6, 3), HMarker.VAL }).First(),
"{dis:\"Bob\" bday:1970-06-03 marker}");
// nested dict
verifyZinc(
BuildRows(new[] { "auth" }, new HVal[] { HDict.Empty }).First(),
"{auth:{}}");
verifyZinc(
BuildRows(new[] { "auth" }, BuildRows(new[] { "alg", "c", "marker" }, new HVal[] { HStr.make("scram"), HNum.make(10000), HMarker.VAL }).ToArray()).First(),
"{auth:{alg:\"scram\" c:10000 marker}}");
// nested list
verifyZinc(
BuildRows(new[] { "arr", "x" }, new HVal[] { HList.make(new HVal[] { HNum.make(1.0), HNum.make(2), HNum.make(3) }), HMarker.VAL }).First(),
"{arr:[1,2,3] x}"); // Was "{arr:[1.0,2,3] x}" - double in .NET will not recognise the difference between 1.0 and 1
}
public void testFormatDecimalWithDot()
{
string defaultLanguage = CultureInfo.InvariantCulture.ToString();
Thread.CurrentThread.CurrentCulture = new CultureInfo("fr-FR");
verifyZinc(HNum.make(2.4), "2.4");
Thread.CurrentThread.CurrentCulture = new CultureInfo(defaultLanguage);
}
private HNum consumeNum()
{
verify(HaystackToken.num);
HNum num = (HNum)m_curVal;
consume(HaystackToken.num);
return(num);
}
public void testSimple()
{
HGridBuilder b = new HGridBuilder();
b.addCol("id");
b.addCol("dis");
b.addCol("area");
b.addRow(new HVal[] { HRef.make("a"), HStr.make("Alpha"), HNum.make(1200) });
b.addRow(new HVal[] { HRef.make("b"), null, HNum.make(1400) });
// meta
HGrid g = b.toGrid();
Assert.AreEqual(g.meta.size(), 0);
// cols
//HCol c;
Assert.AreEqual(g.numCols, 3);
verifyCol(g, 0, "id");
verifyCol(g, 1, "dis");
verifyCol(g, 2, "area");
// rows
Assert.AreEqual(g.numRows, 2);
Assert.IsFalse(g.isEmpty());
HRow r;
r = g.row(0);
Assert.IsTrue(r.get("id").hequals(HRef.make("a")));
Assert.IsTrue(r.get("dis").hequals(HStr.make("Alpha")));
Assert.IsTrue(r.get("area").hequals(HNum.make(1200)));
r = g.row(1);
Assert.IsTrue(r.get("id").hequals(HRef.make("b")));
Assert.IsNull(r.get("dis", false));
Assert.IsTrue(r.get("area").hequals(HNum.make(1400)));
try { r.get("dis"); Assert.Fail(); } catch (UnknownNameException) { Assert.IsTrue(true); }
Assert.IsNull(r.get("fooBar", false));
try { r.get("fooBar"); Assert.Fail(); } catch (UnknownNameException) { Assert.IsTrue(true); }
// HRow no-nulls
HRow it = g.row(0);
Assert.IsFalse(it.Size > 3);
verifyRowIterator(it, 0, "id", HRef.make("a"));
verifyRowIterator(it, 1, "dis", HStr.make("Alpha"));
verifyRowIterator(it, 2, "area", HNum.make(1200));
// HRow with nulls
it = g.row(1);
Assert.IsFalse(it.Size > 3);
verifyRowIterator(it, 0, "id", HRef.make("b"));
verifyRowIterator(it, 2, "area", HNum.make(1400));
// iterating
verifyGridIterator(g);
}
protected override HGrid onReadAll(String filter, int limit)
{
HGridBuilder b = new HGridBuilder();
b.addCol("filter");
b.addCol("limit");
b.addRow(new HVal[] { HStr.make(filter), HNum.make(limit) });
HGrid req = b.toGrid();
return(call("read", req));
}
public void testBadUnitConstruction()
{
string[] badunitNames = new string[]
{
"foo bar",
"foo,bar"
};
foreach (string curUnit in badunitNames)
{
HNum.make(123.4, curUnit);
}
}
private HCoord parseCoord(string id)
{
if ("C".CompareTo(id) != 0)
{
err("Expecting 'C' for coord, not " + id);
}
consume(HaystackToken.lparen);
HNum lat = consumeNum();
consume(HaystackToken.comma);
HNum lng = consumeNum();
consume(HaystackToken.rparen);
return(HCoord.make(lat.doubleval, lng.doubleval));
}
public Task <HGrid> readAllAsync(string filter, int limit)
{
HGridBuilder b = new HGridBuilder();
b.addCol("filter");
if (limit > 0)
{
b.addCol("limit");
b.addRow(new HVal[] { HStr.make(filter), HNum.make(limit) });
}
else
{
b.addRow(new HVal[] { HStr.make(filter) });
}
HGrid req = b.toGrid();
return(CallAsync("read", req, "text/zinc"));
}
public void testWriter()
{
HGridBuilder gb = new HGridBuilder();
gb.addCol("a");
gb.addCol("b");
gb.addRow(new HVal[] { HNA.VAL, HBool.TRUE }); // Original Unit test had null - this is not valid
gb.addRow(new HVal[] { HMarker.VAL, HNA.VAL });
gb.addRow(new HVal[] { HRemove.VAL, HNA.VAL });
gb.addRow(new HVal[] { HStr.make("test"), HStr.make("with:colon") });
gb.addRow(new HVal[] { HNum.make(12), HNum.make(72.3, "\u00b0F") });
gb.addRow(new HVal[] { HNum.make(double.NegativeInfinity), HNum.make(Double.NaN) });
gb.addRow(new HVal[] { HDate.make(2015, 6, 9), HTime.make(1, 2, 3) });
var tz = HTimeZone.make("UTC", true);
gb.addRow(new HVal[] { HDateTime.make(634429600180690000L, tz), HUri.make("foo.txt") });
gb.addRow(new HVal[] { HRef.make("abc"), HRef.make("abc", "A B C") });
gb.addRow(new HVal[] { HBin.make("text/plain"), HCoord.make(90, -123) });
HGrid grid = gb.toGrid();
string actual = HJsonWriter.gridToString(grid);
// System.out.println(actual);
string[] lines = actual.Split('\n');
Assert.AreEqual(lines[0], "{");
Assert.AreEqual(lines[1], "\"meta\": {\"ver\":\"2.0\"},");
Assert.AreEqual(lines[2], "\"cols\":[");
Assert.AreEqual(lines[3], "{\"name\":\"a\"},");
Assert.AreEqual(lines[4], "{\"name\":\"b\"}");
Assert.AreEqual(lines[5], "],");
Assert.AreEqual(lines[6], "\"rows\":[");
Assert.AreEqual(lines[7], "{\"a\":\"z:\", \"b\":true},");
Assert.AreEqual(lines[8], "{\"a\":\"m:\", \"b\":\"z:\"},");
Assert.AreEqual(lines[9], "{\"a\":\"x:\", \"b\":\"z:\"},");
Assert.AreEqual(lines[10], "{\"a\":\"test\", \"b\":\"s:with:colon\"},");
Assert.AreEqual(lines[11], "{\"a\":\"n:12\", \"b\":\"n:72.3 \u00b0F\"},");
Assert.AreEqual(lines[12], "{\"a\":\"n:-INF\", \"b\":\"n:NaN\"},");
Assert.AreEqual(lines[13], "{\"a\":\"d:2015-06-09\", \"b\":\"h:01:02:03\"},");
Assert.AreEqual(lines[14], "{\"a\":\"t:2011-06-06T12:26:58.069Z UTC\", \"b\":\"u:foo.txt\"},");
Assert.AreEqual(lines[15], "{\"a\":\"r:abc\", \"b\":\"r:abc A B C\"},");
Assert.AreEqual(lines[16], "{\"a\":\"b:text/plain\", \"b\":\"c:90.0,-123.0\"}");
Assert.AreEqual(lines[17], "]");
Assert.AreEqual(lines[18], "}");
}
private HaystackToken number(string s, int unitIndex)
{
try
{
if (unitIndex == 0)
{
m_val = HNum.make(Double.Parse(s, m_numberFormat));
}
else
{
string doubleStr = s.Substring(0, unitIndex);
string unitStr = s.Substring(unitIndex);
m_val = HNum.make(Double.Parse(doubleStr, m_numberFormat), unitStr);
}
}
catch (Exception)
{
err("[HaystackTokenizer::number]Invalid Number literal: " + s);
}
return(HaystackToken.num);
}
public void testZinc()
{
verifyZinc(HNum.make(123), "123");
verifyZinc(HNum.make(123.4, "m/s"), "123.4m/s");
verifyZinc(HNum.make(9.6, "m/s"), "9.6m/s");
verifyZinc(HNum.make(-5.2, "\u00b0F"), "-5.2\u00b0F");
verifyZinc(HNum.make(23, "%"), "23%");
verifyZinc(HNum.make(2.4e-3, "fl_oz"), "0.0024fl_oz");
verifyZinc(HNum.make(2.4e5, "$"), "240000$");
Assert.IsTrue(read("1234.56fl_oz").hequals(HNum.make(1234.56, "fl_oz")));
Assert.IsTrue(read("0.000028fl_oz").hequals(HNum.make(0.000028, "fl_oz")));
// specials
verifyZinc(HNum.make(double.NegativeInfinity), "-INF");
verifyZinc(HNum.make(double.PositiveInfinity), "INF");
verifyZinc(HNum.make(double.NaN), "NaN");
// verify units never serialized for special values
Assert.AreEqual(HNum.make(double.NaN, "ignore").toZinc(), "NaN");
Assert.AreEqual(HNum.make(double.PositiveInfinity, "%").toZinc(), "INF");
Assert.AreEqual(HNum.make(double.NegativeInfinity, "%").toZinc(), "-INF");
}
public void testBasics()
{
HDict tags = new HDictBuilder()
.add("id", HRef.make("aaaa-bbbb"))
.add("site")
.add("geoAddr", "Richmond, Va")
.add("area", 1200, "ft")
.add("date", HDate.make(2000, 12, 3))
.add("null", (HVal)null)
.toDict();
// size
Assert.AreEqual(tags.size(), 5);
Assert.IsFalse(tags.isEmpty());
// configured tags
Assert.IsTrue(tags.get("id").hequals(HRef.make("aaaa-bbbb")));
Assert.IsTrue(tags.get("site").hequals(HMarker.VAL));
Assert.IsTrue(tags.get("geoAddr").hequals(HStr.make("Richmond, Va")));
Assert.IsTrue(tags.get("area").hequals(HNum.make(1200, "ft")));
Assert.IsTrue(tags.get("date").hequals(HDate.make(2000, 12, 3)));
Assert.AreEqual(tags.get("null", false), null);
try
{
tags.get("null");
Assert.Fail();
}
catch (HaystackUnknownNameException)
{
Assert.IsTrue(true);
}
// missing tag
Assert.IsFalse(tags.has("foo"));
Assert.IsTrue(tags.missing("foo"));
Assert.IsNull(tags.get("foo", false));
try { tags.get("foo"); Assert.Fail(); } catch (HaystackUnknownNameException) { Assert.IsTrue(true); }
try { tags.get("foo", true); Assert.Fail(); } catch (HaystackUnknownNameException) { Assert.IsTrue(true); }
}
//////////////////////////////////////////////////////////////////////////
// PointWrite
//////////////////////////////////////////////////////////////////////////
/**
* Write to a given level of a writable point, and return the current status
* of a writable point's priority array (see pointWriteArray()).
*
* @param id Ref identifier of writable point
* @param level Number from 1-17 for level to write
* @param val value to write or null to auto the level
* @param who optional username performing the write, otherwise user dis is used
* @param dur Number with duration unit if setting level 8
*/
public HGrid pointWrite(HRef id, int level, string who,
HVal val, HNum dur)
{
HGridBuilder b = new HGridBuilder();
b.addCol("id");
b.addCol("level");
b.addCol("who");
b.addCol("val");
b.addCol("duration");
b.addRow(new HVal[] {
id,
HNum.make(level),
HStr.make(who),
val,
dur
});
HGrid req = b.toGrid();
HGrid res = call("pointWrite", req);
return(res);
}
public HClientWatch(IHClient c, string d, HNum l)
{
m_client = c;
m_dis = d;
Lease = l;
}
protected virtual HNum n(double val, string unit)
{
return(HNum.make(val, unit));
}
protected virtual HNum n(double val)
{
return(HNum.make(val));
}
protected virtual HNum n(long val)
{
return(HNum.make(val));
}
public void testCompare()
{
Assert.IsTrue(HNum.make(9).compareTo(HNum.make(11)) < 0);
Assert.IsTrue(HNum.make(-3).compareTo(HNum.make(-4)) > 0);
Assert.AreEqual(HNum.make(-23).compareTo(HNum.make(-23)), 0);
}
public override HWatch watchOpen(string dis, HNum lease)
{
throw new NotImplementedException();
}
public HGrid pointWrite(HRef id, int level, string who, HVal val, HNum dur)
{
throw new NotImplementedException();
}
//////////////////////////////////////////////////////////////////////////
// Watches
//////////////////////////////////////////////////////////////////////////
/**
* Create a new watch with an empty subscriber list. The dis
* string is a debug string to keep track of who created the watch.
*/
public override HWatch watchOpen(string dis, HNum lease)
{
return(new HClientWatch(this, dis, lease));
}
private HNum n(double val, String unit)
{
return(HNum.make(val, unit));
}
private HNum n(double val)
{
return(HNum.make(val));
}
private HaystackToken num()
{
string strDecNumSep = m_numberFormat.NumberDecimalSeparator;
char cNumSep = '.';
if (strDecNumSep.Length == 1)
{
cNumSep = strDecNumSep[0];
}
bool bHex = false;
if (m_cCur < 0)
{
err("unexpected eof in num");
}
if (!(m_cCur < 0 || m_cPeek < 0))
{
// hex number (no unit allowed)
bHex = (char)m_cCur == '0' && (char)m_cPeek == 'x';
}
bool bExit = false;
if (bHex)
{
consume('0');
consume('x');
StringBuilder sb01 = new StringBuilder();
bExit = false;
while (!bExit)
{
if (HaystackTokenizer.isHex(m_cCur))
{
sb01.Append((char)m_cCur);
consume();
}
else if (m_cCur == '_')
{
consume();
}
else
{
bExit = true;
}
}
m_val = HNum.make(Int64.Parse(sb01.ToString(), System.Globalization.NumberStyles.AllowHexSpecifier));
return(HaystackToken.num);
}
// consume all things that might be part of this number token
StringBuilder s = new StringBuilder().Append((char)m_cCur);
consume();
int colons = 0;
int dashes = 0;
int unitIndex = 0;
bool exp = false;
bExit = false;
while (!bExit)
{
if (m_cCur >= 0) // Check for eof
{
if (!char.IsDigit((char)m_cCur))
{
if (exp && (m_cCur == '+' || m_cCur == '-'))
{
}
else if (m_cCur == '-')
{
++dashes;
}
else if ((m_cPeek >= 0) && (m_cCur == ':') && (char.IsDigit((char)m_cPeek)))
{
++colons;
}
else if ((exp || colons >= 1) && m_cCur == '+')
{
}
else if (m_cCur == cNumSep)
{
if (m_cPeek >= 0)
{
if (!char.IsDigit((char)m_cPeek))
{
break;
}
}
}
else if ((m_cPeek >= 0) && (((char)m_cCur == 'e' || (char)m_cCur == 'E') && ((char)m_cPeek == '-' || (char)m_cPeek == '+' || char.IsDigit((char)m_cPeek))))
{
exp = true;
}
else if (char.IsLetter((char)m_cCur) || m_cCur == '%' || m_cCur == '$' || m_cCur == '/' || m_cCur > 128)
{
if (unitIndex == 0)
{
unitIndex = s.Length;
}
}
else if ((m_cPeek >= 0) && (m_cCur == '_'))
{
if (unitIndex == 0 && char.IsDigit((char)m_cPeek))
{
consume();
continue;
}
else
{
if (unitIndex == 0)
{
unitIndex = s.Length;
}
}
}
else
{
bExit = true;
}
}
}
else
{
bExit = true;
}
if (!bExit)
{
s.Append((char)m_cCur);
consume();
}
}
if (dashes == 2 && colons == 0)
{
return(date(s.ToString()));
}
if (dashes == 0 && colons >= 1)
{
return(time(s, colons == 1));
}
if (dashes >= 2)
{
return(dateTime(s));
}
return(number(s.ToString(), unitIndex));
}
private HNum n(long val)
{
return(HNum.make(val));
}
