public void testSettingGettingGroupWithCustomFields() throws FieldNotFound {
final String settingValue = "SETTING_VALUE";
final Quote.NoLegs grp = buildGroupWithCustomFields(settingValue);
final StringField accessorField = new StringField(9001); // Custom tag is
// 9001
final StringField gotField = grp.getField(accessorField);
// We assume that checksum equality s enough - DV
assertEquals(
"GettingValue is not the same the SettingValue", settingValue, gotField.getValue());
}
public String getInstanceName() {
if (instanceNameField != null) {
return instanceNameField.getValue();
} else {
return null;
}
}
public void testSettingGettingNestedGroupWithCustomFields() throws FieldNotFound {
final String settingValue = "SETTING_VALUE";
// The root group
final quickfix.fix44.QuoteRequest.NoRelatedSym gNoRelatedSym =
buildNestedGroupWithCustomFields(settingValue);
// Getting part
final quickfix.fix44.QuoteRequest.NoRelatedSym.NoLegs getgrp =
new quickfix.fix44.QuoteRequest.NoRelatedSym.NoLegs();
gNoRelatedSym.getGroup(1, getgrp);
final StringField accessorField = new StringField(9001); // Custom Field
final StringField gotFieldStd = getgrp.getField(accessorField);
assertEquals(
"GettingValue is not the same the SettingValue", settingValue, gotFieldStd.getValue());
}
public void testSettingGettingGroupWithCustomAndStandardFields() throws FieldNotFound {
final String settingValue = "SETTING_VALUE";
final Quote.NoLegs grp = buildGroupWithCustomAndStandardFields(settingValue);
final StringField accessorField = new StringField(9001); // Custom tag is
// 9001
final StringField gotField = grp.getField(accessorField);
final LegSymbol accessorFieldStd = new LegSymbol(); // Standard Field
final LegSymbol gotFieldStd = (LegSymbol) grp.getField(accessorFieldStd);
assertEquals(
"GettingValue is not the same the SettingValue", settingValue, gotField.getValue());
assertEquals(
"GettingValue is not the same the SettingValue", settingValue, gotFieldStd.getValue());
}
// Testing group re-usability when setting values
public void testSettingGettingGroupByReusingGroup() throws FieldNotFound {
// The root group
final quickfix.fix44.QuoteRequest.NoRelatedSym gNoRelatedSym =
new quickfix.fix44.QuoteRequest.NoRelatedSym();
// Create the initial group
final quickfix.fix44.QuoteRequest.NoRelatedSym.NoLegs nestedgroup =
new quickfix.fix44.QuoteRequest.NoRelatedSym.NoLegs();
final String notOverridenFieldValue = "Value1.1";
nestedgroup.setField(new LegSymbol(notOverridenFieldValue));
nestedgroup.setField(new StringField(9001, "Value1.2"));
gNoRelatedSym.addGroup(nestedgroup);
// Create the second group by re-using the same group and changing one value of only one field
final String overridenFieldValue = "Value2.2";
nestedgroup.setField(new StringField(9001, overridenFieldValue));
gNoRelatedSym.addGroup(nestedgroup);
// Getting part
final quickfix.fix44.QuoteRequest.NoRelatedSym.NoLegs getgrp =
new quickfix.fix44.QuoteRequest.NoRelatedSym.NoLegs();
gNoRelatedSym.getGroup(2, getgrp);
final StringField accessorField = new StringField(9001); // Custom Field
final StringField gotField = getgrp.getField(accessorField);
final LegSymbol accessorFieldStd = new LegSymbol(); // Standard Field
final LegSymbol gotFieldStd = (LegSymbol) getgrp.getField(accessorFieldStd);
// Ensures that the field overriden has been set correctly
assertEquals(
"GettingValue is not the same the SettingValue", overridenFieldValue, gotField.getValue());
// Ensures that the field not overriden has been set correctly
assertEquals(
"GettingValue is not the same the SettingValue",
notOverridenFieldValue,
gotFieldStd.getValue());
}
private static String value(StringField f) {
return f != null ? f.getValue() : NOT_SET;
}
public static void writeHeapFile(
ArrayList<Tuple> tuples, File outFile, int npagebytes, Type[] typeAr) throws IOException {
int nrecbytes = 0;
for (int i = 0; i < typeAr.length; i++) {
nrecbytes += typeAr[i].getLen();
}
int maxNumRecordsInAPage = (npagebytes * 8) / (nrecbytes * 8 + 1); // floor comes
// for free
// per record, we need one bit; there are nrecords per page, so we need
// nrecords bits, i.e., ((nrecords/32)+1) integers.
int nheaderbytes = (maxNumRecordsInAPage / 8);
if (nheaderbytes * 8 < maxNumRecordsInAPage) nheaderbytes++; // ceiling
int nheaderbits = nheaderbytes * 8;
FileOutputStream os = new FileOutputStream(outFile);
int npages = 0;
int numRecordInCurrPage = 0;
int totalRecordCount = 0;
ByteArrayOutputStream headerBAOS = new ByteArrayOutputStream(nheaderbytes);
DataOutputStream headerStream = new DataOutputStream(headerBAOS);
ByteArrayOutputStream pageBAOS = new ByteArrayOutputStream(npagebytes);
DataOutputStream pageStream = new DataOutputStream(pageBAOS);
for (Tuple t : tuples) {
int fieldNo = 0;
numRecordInCurrPage++;
totalRecordCount++;
Iterator<Field> it = t.fields();
while (it.hasNext()) {
Field f = it.next();
if (typeAr[fieldNo] == Type.INT_TYPE) {
IntField i = (IntField) f;
pageStream.writeInt(i.getValue());
} else if (typeAr[fieldNo] == Type.STRING_TYPE) {
StringField sf = (StringField) f;
String s = sf.getValue();
int overflow = Type.STRING_LEN - s.length();
if (overflow < 0) {
String news = s.substring(0, Type.STRING_LEN);
s = news;
}
pageStream.writeInt(s.length());
pageStream.writeBytes(s);
while (overflow-- > 0) pageStream.write((byte) 0);
}
fieldNo++;
}
// if we wrote a full page of records, or if we're done altogether,
// write out the header of the page.
//
// in the header, write a 1 for bits that correspond to records
// we've
// written and 0 for empty slots.
//
// when we're done, also flush the page to disk, but only if it has
// records on it. however, if this file is empty, do flush an empty
// page to disk.
if (numRecordInCurrPage >= maxNumRecordsInAPage
|| totalRecordCount == tuples.size() && numRecordInCurrPage > 0
|| totalRecordCount == tuples.size() && npages == 0) {
int i = 0;
byte headerbyte = 0;
for (i = 0; i < nheaderbits; i++) {
if (i < numRecordInCurrPage) headerbyte |= (1 << (i % 8));
if (((i + 1) % 8) == 0) {
headerStream.writeByte(headerbyte);
headerbyte = 0;
}
}
if (i % 8 > 0) headerStream.writeByte(headerbyte);
// pad the rest of the page with zeroes
for (i = 0; i < (npagebytes - (numRecordInCurrPage * nrecbytes + nheaderbytes)); i++)
pageStream.writeByte(0);
// write header and body to file
headerStream.flush();
headerBAOS.writeTo(os);
pageStream.flush();
pageBAOS.writeTo(os);
// reset header and body for next page
headerBAOS = new ByteArrayOutputStream(nheaderbytes);
headerStream = new DataOutputStream(headerBAOS);
pageBAOS = new ByteArrayOutputStream(npagebytes);
pageStream = new DataOutputStream(pageBAOS);
numRecordInCurrPage = 0;
npages++;
}
}
os.close();
}
/** Free Method. */
public void free() {
m_recSpecialFunction = null; // QueryConverter closed this
super.free();
}
/** Initialize class fields. */
public void init(
Record record, String strName, int iDataLength, String strDesc, Object strDefault) {
m_recSpecialFunction = null;
super.init(record, strName, iDataLength, strDesc, strDefault);
}
public BundleOptionsFrame(String displayName, String instanceName, List<OptionGroup> options) {
setResizable(false);
this.displayName = displayName;
content = (JComponent) getContentPane();
content.setLayout(new GridBagLayout());
final BundleOptionsFrame frame = this;
// Close button
Action closeAction =
new AbstractAction("Close") {
@Override
public void actionPerformed(ActionEvent e) {
frame.setVisible(false);
}
};
JButton close_button = new JButton(closeAction);
GridBagConstraints c = new GridBagConstraints();
c.gridx = 0;
c.gridy = currentRow++;
c.anchor = GridBagConstraints.LINE_START;
c.insets = new Insets(2, 2, 2, 2);
content.add(close_button, c);
// Escape key binding
JComponent root = frame.getRootPane();
root.getInputMap(JComponent.WHEN_IN_FOCUSED_WINDOW)
.put(KeyStroke.getKeyStroke(KeyEvent.VK_ESCAPE, 0), "close");
root.getInputMap(JComponent.WHEN_IN_FOCUSED_WINDOW)
.put(KeyStroke.getKeyStroke("ctrl W"), "close");
root.getActionMap().put("close", closeAction);
if (instanceName != null) {
// Predicate name
StringOption opt = new StringOption();
opt.setDisplayName("Predicate name");
opt.setDefault(instanceName);
instanceNameField = new StringField(opt);
instanceNameField.addChangeListener(
new ChangeListener() {
@Override
public void stateChanged(ChangeEvent e) {
updateTitle();
}
});
addField(instanceNameField);
JTextField tf = (JTextField) instanceNameField.getComponent();
tf.selectAll();
tf.requestFocusInWindow();
} else {
// We're a codec; no instance name
instanceNameField = null;
}
updateTitle();
// Options
ExampleField example = null;
for (OptionGroup group : options) {
addSeparator(group.getDisplayName());
for (Option option : group.getOptions()) {
OptionField field;
if (option instanceof BooleanOption) {
field = new BooleanField((BooleanOption) option);
} else if (option instanceof StringOption) {
field = new StringField((StringOption) option);
} else if (option instanceof NumberOption) {
field = new NumberField((NumberOption) option);
} else if (option instanceof ChoiceOption) {
field = new ChoiceField((ChoiceOption) option);
} else if (option instanceof ExampleOption) {
if (example != null) {
throw new IllegalArgumentException("Cannot display more than one ExampleOption");
}
example = new ExampleField((ExampleOption) option);
field = example;
} else {
throw new IllegalArgumentException("Unknown option type");
}
addField(field);
optionFields.add(field);
}
}
this.exampleField = example;
pack();
}
