public void evaluate(Environment aEnvironment, int aStackTop) throws Exception {
BigNumber x = org.mathpiper.lisp.Utility.getNumber(aEnvironment, aStackTop, 1);
BigNumber y = org.mathpiper.lisp.Utility.getNumber(aEnvironment, aStackTop, 2);
long result = 0; // initialize just in case
if (x.isInteger() && x.isSmall() && y.isInteger() && y.isSmall()) {
// bits_to_digits uses unsigned long, see numbers.h
int base = (int) y.toDouble();
result = Utility.digitsToBits((long) (x.toDouble()), base);
} else {
throw new EvaluationException(
"BitsToDigits: error: arguments ("
+ x.toDouble()
+ ", "
+ y.toDouble()
+ ") must be small integers",
aEnvironment.iCurrentInput.iStatus.getFileName(),
aEnvironment.iCurrentInput.iStatus.getLineNumber(),
aEnvironment.iCurrentInput.iStatus.getLineIndex());
}
BigNumber z = new BigNumber(aEnvironment.getPrecision());
z.setTo((long) result);
getTopOfStackPointer(aEnvironment, aStackTop)
.setCons(new org.mathpiper.lisp.cons.NumberCons(z));
}
public void evaluate(Environment aEnvironment, int aStackTop) throws Exception {
String unpatchedString;
unpatchedString = (String) getArgumentPointer(aEnvironment, aStackTop, 1).car();
LispError.checkArgument(aEnvironment, aStackTop, unpatchedString != null, 2, "PatchString");
String resultString;
StringBuilder resultStringBuilder = new StringBuilder();
String[] tags = unpatchedString.split("\\?\\>");
if (tags.length > 1) {
for (int x = 0; x < tags.length; x++) {
String[] tag = tags[x].split("\\<\\?");
if (tag.length > 1) {
resultStringBuilder.append(tag[0]);
String scriptCode = tag[1];
if (scriptCode.endsWith(";")) {
scriptCode = scriptCode.substring(0, scriptCode.length() - 1);
}
StringBuffer oper = new StringBuffer();
StringOutputStream newOutput = new StringOutputStream(oper);
MathPiperOutputStream previous = aEnvironment.iCurrentOutput;
try {
aEnvironment.iCurrentOutput = newOutput;
ConsPointer resultPointer =
Utility.lispEvaluate(aEnvironment, aStackTop, "Eval(" + scriptCode + ");");
resultString =
Utility.printMathPiperExpression(aStackTop, resultPointer, aEnvironment, 0);
} catch (Exception e) {
throw e;
} finally {
aEnvironment.iCurrentOutput = previous;
}
resultStringBuilder.append(oper);
}
} // end for.
resultStringBuilder.append(tags[tags.length - 1]);
} else {
resultStringBuilder.append(unpatchedString);
}
getTopOfStackPointer(aEnvironment, aStackTop)
.setCons(AtomCons.getInstance(aEnvironment, aStackTop, resultStringBuilder.toString()));
}
public void evaluate(Environment aEnvironment, int aStackTop) throws Exception {
String htmlText = null;
ConsPointer consPointer = null;
Object argument = getArgumentPointer(aEnvironment, aStackTop, 1).car();
if (argument instanceof String) {
htmlText = (String) argument;
htmlText = Utility.stripEndQuotesIfPresent(aEnvironment, aStackTop, htmlText);
} else if (argument instanceof BuiltinContainer) {
BuiltinContainer builtinContainer = (BuiltinContainer) argument;
LispError.check(
aEnvironment,
aStackTop,
builtinContainer.typeName().equals("java.lang.String"),
"Argument must be a MathPiper string or a Java String object.",
"ViewHtml");
htmlText = (String) builtinContainer.getObject();
} else {
LispError.raiseError(
"Argument must be a MathPiper string or a Java String object.",
"ViewHtml",
aStackTop,
aEnvironment);
} // end else.
htmlText = FunctionTreePanel.processLatex(htmlText);
JFrame frame = new JFrame();
Container contentPane = frame.getContentPane();
contentPane.setLayout(new java.awt.BorderLayout());
JEditorPane editorPane = new JEditorPane();
editorPane.setEditorKit(new javax.swing.text.html.HTMLEditorKit());
JScrollPane editorScrollPane = new JScrollPane(editorPane);
editorScrollPane.setVerticalScrollBarPolicy(JScrollPane.VERTICAL_SCROLLBAR_ALWAYS);
editorPane.setEditable(false);
editorPane.setText(htmlText);
contentPane.add(editorScrollPane);
frame.pack();
frame.setAlwaysOnTop(false);
frame.setTitle("MathPiper");
frame.setSize(new Dimension(750, 650));
frame.setResizable(true);
// frame.setPreferredSize(new Dimension(400, 400));
frame.setLocationRelativeTo(null);
frame.setVisible(true);
JavaObject response = new JavaObject(frame);
getTopOfStackPointer(aEnvironment, aStackTop)
.setCons(BuiltinObjectCons.getInstance(aEnvironment, aStackTop, response));
} // end method.
public void evaluate(Environment aEnvironment, int aStackTop) throws Exception {
java.util.Set<String> variablesSet = ((Map) aEnvironment.getGlobalState().getMap()).keySet();
java.util.List variablesList = new ArrayList(variablesSet);
Collections.sort(variablesList, new NameComparator());
Cons head = Utility.iterableToList(aEnvironment, aStackTop, variablesList);
getTopOfStackPointer(aEnvironment, aStackTop)
.setCons(SublistCons.getInstance(aEnvironment, head));
} // end method.
public void evaluate(Environment aEnvironment, int aStackTop) throws Exception {
BigNumber x = org.mathpiper.lisp.Utility.getNumber(aEnvironment, aStackTop, 1);
Cons resultCons = x.dumpNumber(aEnvironment, aStackTop);
/*
ConsPointer isVerbosePointer = Utility.lispEvaluate(aEnvironment, aStackTop, "InVerboseMode();");
if(((String)isVerbosePointer.car()).equals("True"))
{
x.dumpNumber(aEnvironment, aStackTop, aEnvironment.iCurrentOutput);
}
*/
getTopOfStackPointer(aEnvironment, aStackTop).setCons(resultCons);
} // end method.
public void evaluate(Environment aEnvironment, int aStackTop) throws Exception {
Utility.delete(aEnvironment, aStackTop, true);
}
public void evaluate(Environment aEnvironment, int aStackTop) throws Exception {
Utility.putFalseInPointer(aEnvironment, getTopOfStackPointer(aEnvironment, aStackTop));
}