public String getUserSerial(String operID) {
ConnectionManager cm = ConnectionManager.getInstance();
String userSerial = Util.getUserSerial(cm.getConnection(), operID);
StringBuffer StrBuf = new StringBuffer();
StrBuf.append("<root>");
StrBuf.append("<action type=\"1\" result=\"true\">");
StrBuf.append("<record> ");
StrBuf.append("<field ");
StrBuf.append(" name =\"userserial\"");
StrBuf.append(" type =\"text\"");
StrBuf.append(" value =\"" + userSerial + "\"");
StrBuf.append(" />");
StrBuf.append("</record>");
StrBuf.append("</action>");
StrBuf.append("</root>");
cm.release();
return StrBuf.toString();
}
/**
* Perform string substitution using pattern matching.
*
* @param str the source string
* @param p pattern to look for
* @param s the string to replace <i>pattern</i> with. Perl5 references to matches are allowed.
* See <a
* href="http://jakarta.apache.org/oro/api/org/apache/oro/text/regex/Perl5Substitution.html">http://jakarta.apache.org/oro/api/org/apache/oro/text/regex/Perl5Substitution.html</a>
* @param numSubs number of substitutions to perform, Util.SUBSTITUTE_ALL will cause all
* occurences to be replaced
* @return the string with the substitution made for numSubs occurences of the pattern
*/
public static String regsub(String str, String p, String s, int numSubs) {
try {
Pattern pattern = compiler.compile(p);
Perl5Substitution subst = new Perl5Substitution(s);
String result = Util.substitute(sMatcher, pattern, subst, str, numSubs);
return result;
} catch (MalformedPatternException e) {
throw new CompilationError(e);
}
}
/** @param args */
public static void main(String[] args) {
final int[] dims = {50, 30};
final int n = 1500;
final short[] short_pixels = Util.rampShort(n, 0);
// final int[] int_pixels=Util.rampInt(n,0);
final float[] float_pixels = Util.rampFloat(n, 0);
final short[] labels = {0, 1, 2};
final int[] borders = {0, 10, 200, 1000};
final float[] flabels = {0, 1, 2};
final float[] fborders = {0.0f, 10, 200, 1000};
PixelCube<Short, BaseIndex> pci = new PixelCube<Short, BaseIndex>(dims, short_pixels);
pci.setIterationPattern(IP_FWD + IP_SINGLE);
pci.setIndexing(BASE_INDEXING);
PixelCube<Short, BaseIndex> outc = (PixelCube<Short, BaseIndex>) pci.clone();
RasterForwardIterator<Short> in = (RasterForwardIterator<Short>) pci.iterator();
RasterForwardIterator<Short> out = (RasterForwardIterator<Short>) outc.iterator();
Labeling<Short> labeling = new Labeling<Short>(labels, borders);
labeling.setIO(in, out);
labeling.run();
new ImageJ();
PixLib plib = new PixLib();
ImagePlus imp1 = null;
try {
imp1 = plib.imageFrom("test", pci);
} catch (UnsupportedTypeException e2) {
// TODO Auto-generated catch block
e2.printStackTrace();
}
imp1.show();
ImagePlus imp2 = null;
try {
imp2 = plib.imageFrom("thresholded", outc);
} catch (UnsupportedTypeException e1) {
// TODO Auto-generated catch block
e1.printStackTrace();
}
imp2.show();
PixelCube<Float, BaseIndex> pcif = new PixelCube<Float, BaseIndex>(dims, float_pixels);
pcif.setIterationPattern(IP_FWD + IP_SINGLE);
pcif.setIndexing(BASE_INDEXING);
PixelCube<Float, BaseIndex> outcf = (PixelCube<Float, BaseIndex>) pcif.clone();
RasterForwardIterator<Float> inf = (RasterForwardIterator<Float>) pcif.iterator();
RasterForwardIterator<Float> outf = (RasterForwardIterator<Float>) outcf.iterator();
Labeling<Float> labelingf = new Labeling<Float>(flabels, fborders);
labelingf.setIO(inf, outf);
Float elem = Float.valueOf(3.0f);
System.out.println(labelingf.mapFloat(elem).getClass());
labelingf.run();
// PixLib plibf=new PixLib();
ImagePlus imp3 = null;
try {
imp3 = plib.imageFrom("test", pcif);
} catch (UnsupportedTypeException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
imp3.show();
ImagePlus imp4 = null;
try {
imp4 = plib.imageFrom("thresholded", outcf);
} catch (UnsupportedTypeException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
imp4.show();
}