private static bool runTest(int testId)
{
mXparser.consolePrintln("[" + testId + "] ----------------------------------------------");
bool testResult = false;
bool syn;
bool reg;
String expStr = "";
String msg = "";
Argument x = new Argument("x");
Expression e;
Constant c1;
Function f;
switch (testId) {
case 0:
expStr = "";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr, x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 1:
expStr = "1++";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 2:
expStr = "1+1-";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 3:
expStr = "+-1";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 4:
expStr = "1-(2))";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 5:
expStr = "1id";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 6:
expStr = "(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 7:
expStr = "f(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 8:
expStr = "sin";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 9:
expStr = "sin()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 10:
expStr = "cos(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 11:
expStr = "log";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 12:
expStr = "log()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 13:
expStr = "log(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 14:
expStr = "log(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 15:
expStr = "if";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 16:
expStr = "if()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 17:
expStr = "if(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 18:
expStr = "if(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 19:
expStr = "if(1,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 20:
expStr = "pi()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 21:
expStr = "pi(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 22:
expStr = "[K*]()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 23:
expStr = "[K*](12)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 24:
expStr = "min";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 25:
expStr = "min()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 26:
expStr = "max";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 27:
expStr = "max()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 28:
expStr = "iff";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 29:
expStr = "iff()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 30:
expStr = "iff(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 31:
expStr = "iff(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 32:
expStr = "iff(1,2,3,4,5)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 33:
expStr = "sum";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 34:
expStr = "sum()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 35:
expStr = "sum(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 36:
expStr = "sum(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 37:
expStr = "sum(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 38:
expStr = "sum(1,2,3,4,5,6)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 39:
expStr = "prod()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 40:
expStr = "prod(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 41:
expStr = "prod(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 42:
expStr = "prod(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 43:
expStr = "prod(1,2,3,4,5,6)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 44:
expStr = "sum(1,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 45:
expStr = "sum(a*b,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 46:
expStr = "sum(i,1,a,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 47:
expStr = "prod(1,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 48:
expStr = "prod(a*b,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 49:
expStr = "prod(i,1,a,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 50:
expStr = "int";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 51:
expStr = "int()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 52:
expStr = "int(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 53:
expStr = "int(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 54:
expStr = "int(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 55:
expStr = "int(1,2,3,4,5)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 56:
x = new Argument("x", 5);
expStr = "int(,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 57:
expStr = "int(1,2,0,1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 58:
expStr = "der";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 59:
expStr = "der()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 60:
expStr = "der(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 61:
expStr = "der(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 62:
expStr = "der(1,2,3,4,5)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 63:
expStr = "der(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 64:
expStr = "der+";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 65:
expStr = "der+()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 66:
expStr = "der+(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 67:
expStr = "der+(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 68:
expStr = "der+(1,2,3,4,5)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 69:
expStr = "der+(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 70:
expStr = "der-";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 71:
expStr = "der-()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 72:
expStr = "der-(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 73:
expStr = "der-(1,2,3)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 74:
expStr = "der-(1,2,3,4,5)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 75:
expStr = "der-(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 76:
expStr = "diff";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 77:
expStr = "diff()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 78:
expStr = "diff(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 79:
expStr = "diff(1,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 80:
expStr = "diff(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 81:
expStr = "difb";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 82:
expStr = "difb()";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 83:
expStr = "difb(1)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 84:
expStr = "difb(1,2,3,4)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 85:
expStr = "difb(1,2)";
mXparser.consolePrint(expStr + " ...... ");
e = new Expression(expStr);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (syn == reg)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> ");
break;
case 86:
expStr = "f()=x+y";
mXparser.consolePrint(expStr + " ...... ");
f = new Function(expStr);
msg = f.getErrorMessage();
e = new Expression("f", f);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 87:
expStr = "f(1,x,y)=x+y";
mXparser.consolePrint(expStr + " ...... ");
f = new Function(expStr);
msg = f.getErrorMessage();
e = new Expression("f", f);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 88:
expStr = "f(1)=x+y";
mXparser.consolePrint(expStr + " ...... ");
f = new Function(expStr);
msg = f.getErrorMessage();
e = new Expression("f", f);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 89:
expStr = "f(x,)=x+y";
mXparser.consolePrint(expStr + " ...... ");
f = new Function(expStr);
msg = f.getErrorMessage();
e = new Expression("f", f);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 90:
expStr = "f(x, a, x, )=x+y";
mXparser.consolePrint(expStr + " ...... ");
f = new Function(expStr);
msg = f.getErrorMessage();
e = new Expression("f", f);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 91:
expStr = " f (x , y, z ) = x + y +z ";
mXparser.consolePrint(expStr + " ...... ");
f = new Function(expStr);
msg = f.getErrorMessage();
e = new Expression("f(1,2,3)", f);
exp[testId] = e;
reg = true;
syn = e.checkSyntax();
if (
(msg.IndexOf("pattern not mathes") == -1) &&
(reg == syn)
)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 92:
expStr = "x()=y+z";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr);
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument definition") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 93:
expStr = "x(1,a,b)=a+b";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr);
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument definition") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 94:
expStr = "x(1)=a+b";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr);
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument definition") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 95:
expStr = "x(a,)=a+b";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr);
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument definition") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 96:
expStr = "x(a, b, c,)=a+c";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr);
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument definition") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 97:
expStr = " x ( a, b , c ) = a+b+c";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr, new Argument("a = 1"), new Argument("b = 2"), new Argument(" c = 3"));
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = true;
syn = e.checkSyntax();
if (
(msg.IndexOf("Invalid argument definition") == -1) &&
(reg == syn) &&
(e.calculate() == 6)
)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + e.calculate() + " " + msg);
break;
case 98:
expStr = "x 5";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr);
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument definition") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 99:
expStr = " x = 5 + 1 + 2";
mXparser.consolePrint(expStr + " ...... ");
x = new Argument(expStr, new Argument("a = 1"), new Argument("b = 2"), new Argument(" c = 3"));
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = true;
syn = e.checkSyntax();
if (
(msg.IndexOf("Invalid argument definition") == -1) &&
(reg == syn) &&
(e.calculate() == 8)
)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + e.calculate() + " " + msg);
break;
case 100:
expStr = "f(n,m)=n*f(n-1)";
mXparser.consolePrint(expStr + " ...... ");
x = new RecursiveArgument(expStr);
msg = x.getErrorMessage();
e = new Expression("x", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument definition") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 101:
expStr = "RecursiveArgument name 1fa";
mXparser.consolePrint(expStr + " ...... ");
x = new RecursiveArgument("1fa","f(n-1)", "n");
msg = x.getErrorMessage();
e = new Expression("x(1)", x);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("Invalid argument name") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 102:
expStr = "x()=y+z";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr);
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 103:
expStr = "x(1,a,b)=a+b";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr);
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 104:
expStr = "x(1)=a+b";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr);
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 105:
expStr = "x(a,)=a+b";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr);
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 106:
expStr = "x(a, b, c,)=a+c";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr);
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 107:
expStr = " x = a+b+c";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr, new Argument("a = 1"), new Argument("b = 2"), new Argument(" c = 3"));
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = true;
syn = e.checkSyntax();
if (
(msg.IndexOf("pattern not mathes") == -1) &&
(reg == syn) &&
(e.calculate() == 6)
)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + e.calculate() + " " + msg);
break;
case 108:
expStr = "x 5";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr);
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("pattern not mathes") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
case 109:
expStr = " x = 5 + 1 + 2";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant(expStr);
msg = c1.getErrorMessage();
e = new Expression("x", c1);
exp[testId] = e;
reg = true;
syn = e.checkSyntax();
if (
(msg.IndexOf("pattern not mathes") == -1) &&
(reg == syn) &&
(e.calculate() == 8)
)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + e.calculate() + " " + msg);
break;
case 110:
expStr = "Constant name 1fa";
mXparser.consolePrint(expStr + " ...... ");
c1 = new Constant("1fa",1);
msg = c1.getErrorMessage();
e = new Expression("1fa", c1);
exp[testId] = e;
reg = false;
syn = e.checkSyntax();
if (msg.IndexOf("invalid constant name") >= 0)
testResult = true;
mXparser.consolePrint(syn + " reg ... " + reg + " --> " + " -----> " + msg);
break;
}
if (testResult == true)
mXparser.consolePrint("OK");
else
mXparser.consolePrint("ERROR");
return testResult;
}