id
int64 22
34.9k
| original_code
stringlengths 31
107k
| code_wo_comment
stringlengths 29
77.3k
| cleancode
stringlengths 25
62.1k
| repo
stringlengths 6
65
| label
sequencelengths 4
4
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|---|---|---|---|---|---|
11,878 | @Override
public void runWithEvent(IAction action, Event event) {
updateEnablement(action);
if (action.isEnabled()) {
ISelection currentSelection = getSelection();
Set<EPlanElement> selected = PlanEditorUtil.emfFromSelection(currentSelection);
final MoveToOrbitOperation op = new MoveToOrbitOperation(selected);
String errorMsg = op.analyzeMistakenSelection();
if (errorMsg != null) {
LogUtil.warn(errorMsg);
ErrorDialog.openError(WidgetUtils.getShell(), "Nothing to Move To " + OrbitEventUtil.ORBIT_NAME,
"No orbit-related plan elements selected.",
new ExceptionStatus(EditorPlugin.ID, errorMsg, new ExecutionException(selected.toString())));
return;
}
try {
String orbitId = promptForValue();
if (orbitId != null) {
op.setOrbitId(orbitId);
IUndoContext undoContext = getUndoContext();
CommonUtils.execute(op, undoContext);
String errorMsg2 = op.analyzeMissingOrbitDestination();
if (errorMsg2 != null) {
LogUtil.warn(errorMsg2);
//TODO: Use the new WidgetUtils.showErrorToUser method.
ErrorDialog.openError(WidgetUtils.getShell(), "Move To " + OrbitEventUtil.ORBIT_NAME,
"Move To " + OrbitEventUtil.ORBIT_NAME + " may not have done what you expected.",
new ExceptionStatus(EditorPlugin.ID, errorMsg2, new ExecutionException(selected.toString())));
return;
}
}
}
catch (Exception e) {
IStatus error = new ExceptionStatus(EditorPlugin.ID, e.getMessage(), e);
ErrorDialog.openError(WidgetUtils.getShell(), "An error occurred", "That didn't work.", error);
}
}
} | @Override
public void runWithEvent(IAction action, Event event) {
updateEnablement(action);
if (action.isEnabled()) {
ISelection currentSelection = getSelection();
Set<EPlanElement> selected = PlanEditorUtil.emfFromSelection(currentSelection);
final MoveToOrbitOperation op = new MoveToOrbitOperation(selected);
String errorMsg = op.analyzeMistakenSelection();
if (errorMsg != null) {
LogUtil.warn(errorMsg);
ErrorDialog.openError(WidgetUtils.getShell(), "Nothing to Move To " + OrbitEventUtil.ORBIT_NAME,
"No orbit-related plan elements selected.",
new ExceptionStatus(EditorPlugin.ID, errorMsg, new ExecutionException(selected.toString())));
return;
}
try {
String orbitId = promptForValue();
if (orbitId != null) {
op.setOrbitId(orbitId);
IUndoContext undoContext = getUndoContext();
CommonUtils.execute(op, undoContext);
String errorMsg2 = op.analyzeMissingOrbitDestination();
if (errorMsg2 != null) {
LogUtil.warn(errorMsg2);
ErrorDialog.openError(WidgetUtils.getShell(), "Move To " + OrbitEventUtil.ORBIT_NAME,
"Move To " + OrbitEventUtil.ORBIT_NAME + " may not have done what you expected.",
new ExceptionStatus(EditorPlugin.ID, errorMsg2, new ExecutionException(selected.toString())));
return;
}
}
}
catch (Exception e) {
IStatus error = new ExceptionStatus(EditorPlugin.ID, e.getMessage(), e);
ErrorDialog.openError(WidgetUtils.getShell(), "An error occurred", "That didn't work.", error);
}
}
} | @override public void runwithevent(iaction action, event event) { updateenablement(action); if (action.isenabled()) { iselection currentselection = getselection(); set<eplanelement> selected = planeditorutil.emffromselection(currentselection); final movetoorbitoperation op = new movetoorbitoperation(selected); string errormsg = op.analyzemistakenselection(); if (errormsg != null) { logutil.warn(errormsg); errordialog.openerror(widgetutils.getshell(), "nothing to move to " + orbiteventutil.orbit_name, "no orbit-related plan elements selected.", new exceptionstatus(editorplugin.id, errormsg, new executionexception(selected.tostring()))); return; } try { string orbitid = promptforvalue(); if (orbitid != null) { op.setorbitid(orbitid); iundocontext undocontext = getundocontext(); commonutils.execute(op, undocontext); string errormsg2 = op.analyzemissingorbitdestination(); if (errormsg2 != null) { logutil.warn(errormsg2); errordialog.openerror(widgetutils.getshell(), "move to " + orbiteventutil.orbit_name, "move to " + orbiteventutil.orbit_name + " may not have done what you expected.", new exceptionstatus(editorplugin.id, errormsg2, new executionexception(selected.tostring()))); return; } } } catch (exception e) { istatus error = new exceptionstatus(editorplugin.id, e.getmessage(), e); errordialog.openerror(widgetutils.getshell(), "an error occurred", "that didn't work.", error); } } } | mikiec84/OpenSPIFe | [
1,
0,
0,
0
] |
20,922 | public static boolean addNode(Properties ctx, String treeType, int Record_ID, String trxName)
{
// TODO: Check & refactor this
// Get Tree
int AD_Tree_ID = 0;
MClient client = MClient.get(ctx);
I_AD_ClientInfo ci = client.getInfo();
if (TREETYPE_Activity.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Activity_ID();
else if (TREETYPE_BoM.equals(treeType))
throw new IllegalArgumentException("BoM Trees not supported");
else if (TREETYPE_BPartner.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_BPartner_ID();
else if (TREETYPE_Campaign.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Campaign_ID();
else if (TREETYPE_ElementValue.equals(treeType))
throw new IllegalArgumentException("ElementValue cannot use this API");
else if (TREETYPE_Menu.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Menu_ID();
else if (TREETYPE_Organization.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Org_ID();
else if (TREETYPE_Product.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Product_ID();
else if (TREETYPE_ProductCategory.equals(treeType))
throw new IllegalArgumentException("Product Category Trees not supported");
else if (TREETYPE_Project.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Project_ID();
else if (TREETYPE_SalesRegion.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_SalesRegion_ID();
if (AD_Tree_ID == 0)
throw new IllegalArgumentException("No Tree found");
MTree_Base tree = MTree_Base.get(ctx, AD_Tree_ID, trxName);
if (tree.get_ID() != AD_Tree_ID)
throw new IllegalArgumentException("Tree found AD_Tree_ID=" + AD_Tree_ID);
// Insert Tree in correct tree
boolean saved = false;
if (TREETYPE_Menu.equals(treeType))
{
MTree_NodeMM node = new MTree_NodeMM(tree, Record_ID);
saved = node.save();
}
else if (TREETYPE_BPartner.equals(treeType))
{
MTree_NodeBP node = new MTree_NodeBP(tree, Record_ID);
saved = node.save();
}
else if (TREETYPE_Product.equals(treeType))
{
MTree_NodePR node = new MTree_NodePR(tree, Record_ID);
saved = node.save();
}
else
{
MTree_Node node = new MTree_Node(tree, Record_ID);
saved = node.save();
}
return saved;
} | public static boolean addNode(Properties ctx, String treeType, int Record_ID, String trxName)
{
int AD_Tree_ID = 0;
MClient client = MClient.get(ctx);
I_AD_ClientInfo ci = client.getInfo();
if (TREETYPE_Activity.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Activity_ID();
else if (TREETYPE_BoM.equals(treeType))
throw new IllegalArgumentException("BoM Trees not supported");
else if (TREETYPE_BPartner.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_BPartner_ID();
else if (TREETYPE_Campaign.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Campaign_ID();
else if (TREETYPE_ElementValue.equals(treeType))
throw new IllegalArgumentException("ElementValue cannot use this API");
else if (TREETYPE_Menu.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Menu_ID();
else if (TREETYPE_Organization.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Org_ID();
else if (TREETYPE_Product.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Product_ID();
else if (TREETYPE_ProductCategory.equals(treeType))
throw new IllegalArgumentException("Product Category Trees not supported");
else if (TREETYPE_Project.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_Project_ID();
else if (TREETYPE_SalesRegion.equals(treeType))
AD_Tree_ID = ci.getAD_Tree_SalesRegion_ID();
if (AD_Tree_ID == 0)
throw new IllegalArgumentException("No Tree found");
MTree_Base tree = MTree_Base.get(ctx, AD_Tree_ID, trxName);
if (tree.get_ID() != AD_Tree_ID)
throw new IllegalArgumentException("Tree found AD_Tree_ID=" + AD_Tree_ID);
boolean saved = false;
if (TREETYPE_Menu.equals(treeType))
{
MTree_NodeMM node = new MTree_NodeMM(tree, Record_ID);
saved = node.save();
}
else if (TREETYPE_BPartner.equals(treeType))
{
MTree_NodeBP node = new MTree_NodeBP(tree, Record_ID);
saved = node.save();
}
else if (TREETYPE_Product.equals(treeType))
{
MTree_NodePR node = new MTree_NodePR(tree, Record_ID);
saved = node.save();
}
else
{
MTree_Node node = new MTree_Node(tree, Record_ID);
saved = node.save();
}
return saved;
} | public static boolean addnode(properties ctx, string treetype, int record_id, string trxname) { int ad_tree_id = 0; mclient client = mclient.get(ctx); i_ad_clientinfo ci = client.getinfo(); if (treetype_activity.equals(treetype)) ad_tree_id = ci.getad_tree_activity_id(); else if (treetype_bom.equals(treetype)) throw new illegalargumentexception("bom trees not supported"); else if (treetype_bpartner.equals(treetype)) ad_tree_id = ci.getad_tree_bpartner_id(); else if (treetype_campaign.equals(treetype)) ad_tree_id = ci.getad_tree_campaign_id(); else if (treetype_elementvalue.equals(treetype)) throw new illegalargumentexception("elementvalue cannot use this api"); else if (treetype_menu.equals(treetype)) ad_tree_id = ci.getad_tree_menu_id(); else if (treetype_organization.equals(treetype)) ad_tree_id = ci.getad_tree_org_id(); else if (treetype_product.equals(treetype)) ad_tree_id = ci.getad_tree_product_id(); else if (treetype_productcategory.equals(treetype)) throw new illegalargumentexception("product category trees not supported"); else if (treetype_project.equals(treetype)) ad_tree_id = ci.getad_tree_project_id(); else if (treetype_salesregion.equals(treetype)) ad_tree_id = ci.getad_tree_salesregion_id(); if (ad_tree_id == 0) throw new illegalargumentexception("no tree found"); mtree_base tree = mtree_base.get(ctx, ad_tree_id, trxname); if (tree.get_id() != ad_tree_id) throw new illegalargumentexception("tree found ad_tree_id=" + ad_tree_id); boolean saved = false; if (treetype_menu.equals(treetype)) { mtree_nodemm node = new mtree_nodemm(tree, record_id); saved = node.save(); } else if (treetype_bpartner.equals(treetype)) { mtree_nodebp node = new mtree_nodebp(tree, record_id); saved = node.save(); } else if (treetype_product.equals(treetype)) { mtree_nodepr node = new mtree_nodepr(tree, record_id); saved = node.save(); } else { mtree_node node = new mtree_node(tree, record_id); saved = node.save(); } return saved; } | metas-fresh/fresh | [
1,
0,
0,
0
] |
12,731 | public List<PigOutLogicalChunks> createLogicalChunks() throws FrontendException {
Set<Operator> seenByDFS = new HashSet<Operator>();
Map<LogicalPlan, PigOutLogicalChunks> mapping =
new HashMap<>();
while ( !visitQueue.isEmpty() ) {
Operator s = visitQueue.poll();
LogicalRelationalOperator lro = (LogicalRelationalOperator) s;
log.debug("Visit: " + lro);
// for each s, we may need to create a new "chunk"
// each partition is created by DFS from a source
if (!seenByDFS.add(s)) continue;
// Create a new logical plan for the new chunk
LogicalPlan newPlan = new LogicalPlan();
newPlan.add(s);
subPlans.put(s, newPlan);
List<Operator> preds = this.plan.getPredecessors(s);
if (preds != null)
planPreds.put(newPlan, new LinkedList<>(preds));
log.debug(lro.getAlias() + " is the root of new chunk");
discoverPartition(s, seenByDFS, newPlan);
String nameNode = this.siteAssignment.get(s);
String hostname = nameNode.split(":")[0];
String portNum = this.context.getProperties().getProperty(hostname + ".job.tracker").split(":")[1];
int port = new Integer(portNum);
PigOutCluster clusterInfo = getPigOutCluster(hostname, port);
long dataIn = computeDataInSize(newPlan);
long dataOut = computeDataOutSize(newPlan);
addStores(newPlan);
addLoads(newPlan);
Iterator<Operator> it = newPlan.getOperators();
while (it.hasNext()) {
Operator op = it.next();
op.setPlan(newPlan);
}
PigOutLogicalChunks chunk;
chunk = new PigOutLogicalChunks(newPlan, context, clusterInfo, dataIn, dataOut);
chunk.setAlias(lro.getAlias());
mapping.put( newPlan, chunk );
}
for (LogicalPlan lp : mapping.keySet()) {
List<Operator> succs = planSuccs.get(lp);
List<Operator> preds = planPreds.get(lp);
PigOutLogicalChunks chunk = mapping.get(lp);
if (succs != null) {
for (Operator succ : succs) {
LogicalPlan succLP = (LogicalPlan) succ.getPlan();
PigOutLogicalChunks succChunk = mapping.get(succLP);
succChunk.addPredecessors(chunk);
log.debug(succChunk.getAlias() + " depends on " + chunk.getAlias());
}
}
if (preds != null) {
for (Operator pred : preds) {
LogicalPlan predLP = (LogicalPlan) pred.getPlan();
PigOutLogicalChunks predChunk = mapping.get(predLP);
chunk.addPredecessors(predChunk);
log.debug(chunk.getAlias() + " depends on " + predChunk.getAlias());
}
}
}
List<PigOutLogicalChunks> list_chunks = new LinkedList<>();
for (PigOutLogicalChunks chunk : mapping.values()) {
list_chunks.add( chunk );
}
return list_chunks;
} | public List<PigOutLogicalChunks> createLogicalChunks() throws FrontendException {
Set<Operator> seenByDFS = new HashSet<Operator>();
Map<LogicalPlan, PigOutLogicalChunks> mapping =
new HashMap<>();
while ( !visitQueue.isEmpty() ) {
Operator s = visitQueue.poll();
LogicalRelationalOperator lro = (LogicalRelationalOperator) s;
log.debug("Visit: " + lro);
if (!seenByDFS.add(s)) continue;
LogicalPlan newPlan = new LogicalPlan();
newPlan.add(s);
subPlans.put(s, newPlan);
List<Operator> preds = this.plan.getPredecessors(s);
if (preds != null)
planPreds.put(newPlan, new LinkedList<>(preds));
log.debug(lro.getAlias() + " is the root of new chunk");
discoverPartition(s, seenByDFS, newPlan);
String nameNode = this.siteAssignment.get(s);
String hostname = nameNode.split(":")[0];
String portNum = this.context.getProperties().getProperty(hostname + ".job.tracker").split(":")[1];
int port = new Integer(portNum);
PigOutCluster clusterInfo = getPigOutCluster(hostname, port);
long dataIn = computeDataInSize(newPlan);
long dataOut = computeDataOutSize(newPlan);
addStores(newPlan);
addLoads(newPlan);
Iterator<Operator> it = newPlan.getOperators();
while (it.hasNext()) {
Operator op = it.next();
op.setPlan(newPlan);
}
PigOutLogicalChunks chunk;
chunk = new PigOutLogicalChunks(newPlan, context, clusterInfo, dataIn, dataOut);
chunk.setAlias(lro.getAlias());
mapping.put( newPlan, chunk );
}
for (LogicalPlan lp : mapping.keySet()) {
List<Operator> succs = planSuccs.get(lp);
List<Operator> preds = planPreds.get(lp);
PigOutLogicalChunks chunk = mapping.get(lp);
if (succs != null) {
for (Operator succ : succs) {
LogicalPlan succLP = (LogicalPlan) succ.getPlan();
PigOutLogicalChunks succChunk = mapping.get(succLP);
succChunk.addPredecessors(chunk);
log.debug(succChunk.getAlias() + " depends on " + chunk.getAlias());
}
}
if (preds != null) {
for (Operator pred : preds) {
LogicalPlan predLP = (LogicalPlan) pred.getPlan();
PigOutLogicalChunks predChunk = mapping.get(predLP);
chunk.addPredecessors(predChunk);
log.debug(chunk.getAlias() + " depends on " + predChunk.getAlias());
}
}
}
List<PigOutLogicalChunks> list_chunks = new LinkedList<>();
for (PigOutLogicalChunks chunk : mapping.values()) {
list_chunks.add( chunk );
}
return list_chunks;
} | public list<pigoutlogicalchunks> createlogicalchunks() throws frontendexception { set<operator> seenbydfs = new hashset<operator>(); map<logicalplan, pigoutlogicalchunks> mapping = new hashmap<>(); while ( !visitqueue.isempty() ) { operator s = visitqueue.poll(); logicalrelationaloperator lro = (logicalrelationaloperator) s; log.debug("visit: " + lro); if (!seenbydfs.add(s)) continue; logicalplan newplan = new logicalplan(); newplan.add(s); subplans.put(s, newplan); list<operator> preds = this.plan.getpredecessors(s); if (preds != null) planpreds.put(newplan, new linkedlist<>(preds)); log.debug(lro.getalias() + " is the root of new chunk"); discoverpartition(s, seenbydfs, newplan); string namenode = this.siteassignment.get(s); string hostname = namenode.split(":")[0]; string portnum = this.context.getproperties().getproperty(hostname + ".job.tracker").split(":")[1]; int port = new integer(portnum); pigoutcluster clusterinfo = getpigoutcluster(hostname, port); long datain = computedatainsize(newplan); long dataout = computedataoutsize(newplan); addstores(newplan); addloads(newplan); iterator<operator> it = newplan.getoperators(); while (it.hasnext()) { operator op = it.next(); op.setplan(newplan); } pigoutlogicalchunks chunk; chunk = new pigoutlogicalchunks(newplan, context, clusterinfo, datain, dataout); chunk.setalias(lro.getalias()); mapping.put( newplan, chunk ); } for (logicalplan lp : mapping.keyset()) { list<operator> succs = plansuccs.get(lp); list<operator> preds = planpreds.get(lp); pigoutlogicalchunks chunk = mapping.get(lp); if (succs != null) { for (operator succ : succs) { logicalplan succlp = (logicalplan) succ.getplan(); pigoutlogicalchunks succchunk = mapping.get(succlp); succchunk.addpredecessors(chunk); log.debug(succchunk.getalias() + " depends on " + chunk.getalias()); } } if (preds != null) { for (operator pred : preds) { logicalplan predlp = (logicalplan) pred.getplan(); pigoutlogicalchunks predchunk = mapping.get(predlp); chunk.addpredecessors(predchunk); log.debug(chunk.getalias() + " depends on " + predchunk.getalias()); } } } list<pigoutlogicalchunks> list_chunks = new linkedlist<>(); for (pigoutlogicalchunks chunk : mapping.values()) { list_chunks.add( chunk ); } return list_chunks; } | kyunghoj/pigout | [
1,
0,
0,
0
] |
21,065 | @Bean
public ListFactoryBean userDnList() {
ListFactoryBean bean = new ListFactoryBean();
bean.setTargetListClass(ArrayList.class);
// TODO Add values to this list to allow more distinguished name patterns.
// If preferable, ldap.dn can be removed when there is more than one value to avoid confusion.
List<String> sourceList = new ArrayList<String>(Arrays.asList("${ldap.dn}",
"cn={0},OU=WCT users,DC=webcurator,DC=org") //,
// TODO CONFIGURATION
//"cn={0},OU=WCT users,DC=webcurator,DC=org",
//"cn={0},OU=WCT users,DC=webcurator,DC=org"
);
bean.setSourceList(sourceList);
return bean;
} | @Bean
public ListFactoryBean userDnList() {
ListFactoryBean bean = new ListFactoryBean();
bean.setTargetListClass(ArrayList.class);
List<String> sourceList = new ArrayList<String>(Arrays.asList("${ldap.dn}",
"cn={0},OU=WCT users,DC=webcurator,DC=org")
);
bean.setSourceList(sourceList);
return bean;
} | @bean public listfactorybean userdnlist() { listfactorybean bean = new listfactorybean(); bean.settargetlistclass(arraylist.class); list<string> sourcelist = new arraylist<string>(arrays.aslist("${ldap.dn}", "cn={0},ou=wct users,dc=webcurator,dc=org") ); bean.setsourcelist(sourcelist); return bean; } | mbreemhaar/webcurator | [
1,
1,
0,
0
] |
21,104 | private static String safeUri(String uri) {
// todo: make this way more safe
return uri.replace(" ", "%20");
} | private static String safeUri(String uri) {
return uri.replace(" ", "%20");
} | private static string safeuri(string uri) { return uri.replace(" ", "%20"); } | mikiec84/blueprints | [
1,
0,
0,
0
] |
13,004 | public static void main(String[] args) {
printoutModelFile("/Users/aidancbrady/Documents/Mekanism/src/main/resources/assets/mekanism/models/block/digital_miner.json");
} | public static void main(String[] args) {
printoutModelFile("/Users/aidancbrady/Documents/Mekanism/src/main/resources/assets/mekanism/models/block/digital_miner.json");
} | public static void main(string[] args) { printoutmodelfile("/users/aidancbrady/documents/mekanism/src/main/resources/assets/mekanism/models/block/digital_miner.json"); } | marcus8448/Mekanism | [
1,
0,
0,
0
] |
13,116 | private String compoundProduce( JavaFileManager.Location location, Set<ITypeManifold> sps, String fqn, DiagnosticListener<JavaFileObject> errorHandler )
{
ITypeManifold found = null;
String result = "";
for( ITypeManifold sp: sps )
{
if( sp.getContributorKind() == Primary ||
sp.getContributorKind() == Partial )
{
if( found != null && (found.getContributorKind() == Primary || sp.getContributorKind() == Primary) )
{
//## todo: use location to select more specifically (in Java 9+ with the location's module)
List<IFile> files = sp.findFilesForType( fqn );
JavaFileObject file = new SourceJavaFileObject( files.get( 0 ).toURI() );
errorHandler.report( new JavacDiagnostic( file, Diagnostic.Kind.ERROR, 0, 1, 1,
"The type, " + fqn + ", has conflicting type manifolds:\n" +
"'" + found.getClass().getName() + "' and '" + sp.getClass().getName() + "'.\n" +
"Either two or more resource files have the same base name or the project depends on two or more type manifolds that target the same resource type.\n" +
"If the former, consider renaming one or more of the resource files.\n" +
"If the latter, you must remove one or more of the type manifold libraries." ) );
}
else
{
found = sp;
result = sp.contribute( location, fqn, false, result, errorHandler );
}
}
}
for( ITypeManifold sp: sps )
{
if( sp.getContributorKind() == ContributorKind.Supplemental )
{
result = sp.contribute( location, fqn, false, result, errorHandler );
}
}
return result;
} | private String compoundProduce( JavaFileManager.Location location, Set<ITypeManifold> sps, String fqn, DiagnosticListener<JavaFileObject> errorHandler )
{
ITypeManifold found = null;
String result = "";
for( ITypeManifold sp: sps )
{
if( sp.getContributorKind() == Primary ||
sp.getContributorKind() == Partial )
{
if( found != null && (found.getContributorKind() == Primary || sp.getContributorKind() == Primary) )
{
List<IFile> files = sp.findFilesForType( fqn );
JavaFileObject file = new SourceJavaFileObject( files.get( 0 ).toURI() );
errorHandler.report( new JavacDiagnostic( file, Diagnostic.Kind.ERROR, 0, 1, 1,
"The type, " + fqn + ", has conflicting type manifolds:\n" +
"'" + found.getClass().getName() + "' and '" + sp.getClass().getName() + "'.\n" +
"Either two or more resource files have the same base name or the project depends on two or more type manifolds that target the same resource type.\n" +
"If the former, consider renaming one or more of the resource files.\n" +
"If the latter, you must remove one or more of the type manifold libraries." ) );
}
else
{
found = sp;
result = sp.contribute( location, fqn, false, result, errorHandler );
}
}
}
for( ITypeManifold sp: sps )
{
if( sp.getContributorKind() == ContributorKind.Supplemental )
{
result = sp.contribute( location, fqn, false, result, errorHandler );
}
}
return result;
} | private string compoundproduce( javafilemanager.location location, set<itypemanifold> sps, string fqn, diagnosticlistener<javafileobject> errorhandler ) { itypemanifold found = null; string result = ""; for( itypemanifold sp: sps ) { if( sp.getcontributorkind() == primary || sp.getcontributorkind() == partial ) { if( found != null && (found.getcontributorkind() == primary || sp.getcontributorkind() == primary) ) { list<ifile> files = sp.findfilesfortype( fqn ); javafileobject file = new sourcejavafileobject( files.get( 0 ).touri() ); errorhandler.report( new javacdiagnostic( file, diagnostic.kind.error, 0, 1, 1, "the type, " + fqn + ", has conflicting type manifolds:\n" + "'" + found.getclass().getname() + "' and '" + sp.getclass().getname() + "'.\n" + "either two or more resource files have the same base name or the project depends on two or more type manifolds that target the same resource type.\n" + "if the former, consider renaming one or more of the resource files.\n" + "if the latter, you must remove one or more of the type manifold libraries." ) ); } else { found = sp; result = sp.contribute( location, fqn, false, result, errorhandler ); } } } for( itypemanifold sp: sps ) { if( sp.getcontributorkind() == contributorkind.supplemental ) { result = sp.contribute( location, fqn, false, result, errorhandler ); } } return result; } | manifold-systems/manifold | [
1,
0,
0,
0
] |
13,241 | public void setCurPie(PieInfoWrapperr infoWrapper, float degree) {
if (mDrawingPie != null) {
if (degree >= mDrawingPie.toAngle / 2) {
if (!mDrawingPie.hasCached) {
// fix anim duration too short
PieInfoWrapperr preWrapper = mDrawingPie.preWrapper;
if (preWrapper != null && !preWrapper.hasCached) {
preWrapper.hasCached = true;
mCachedDrawWrappers.add(preWrapper);
}
mCachedDrawWrappers.add(mDrawingPie);
mDrawingPie.hasCached = true;
}
}
}
mDrawingPie = infoWrapper;
animAngle = degree;
callInvalidate();
} | public void setCurPie(PieInfoWrapperr infoWrapper, float degree) {
if (mDrawingPie != null) {
if (degree >= mDrawingPie.toAngle / 2) {
if (!mDrawingPie.hasCached) {
PieInfoWrapperr preWrapper = mDrawingPie.preWrapper;
if (preWrapper != null && !preWrapper.hasCached) {
preWrapper.hasCached = true;
mCachedDrawWrappers.add(preWrapper);
}
mCachedDrawWrappers.add(mDrawingPie);
mDrawingPie.hasCached = true;
}
}
}
mDrawingPie = infoWrapper;
animAngle = degree;
callInvalidate();
} | public void setcurpie(pieinfowrapperr infowrapper, float degree) { if (mdrawingpie != null) { if (degree >= mdrawingpie.toangle / 2) { if (!mdrawingpie.hascached) { pieinfowrapperr prewrapper = mdrawingpie.prewrapper; if (prewrapper != null && !prewrapper.hascached) { prewrapper.hascached = true; mcacheddrawwrappers.add(prewrapper); } mcacheddrawwrappers.add(mdrawingpie); mdrawingpie.hascached = true; } } } mdrawingpie = infowrapper; animangle = degree; callinvalidate(); } | linyingfa/AnimatedPieView-master | [
1,
0,
0,
0
] |
21,553 | public List<LineChart> LineChartGen(String filePath, String dataType, List<String> columns, List<String> columnNames)
throws IllegalArgumentException {
// TODO Auto-generated method stub
//Read data from hdfs
List<String> results = readAllData(filePath,true); //Only read limited line data(if the data length over max length)
List<LineChart> lineCharts = new ArrayList<LineChart>();
for(String selectedCol : columnNames)
{
LineChart lineChart = singleLineGen(results, dataType, columns, selectedCol);
if(lineChart == null)
continue;
else
lineCharts.add(lineChart);
}
return lineCharts;
} | public List<LineChart> LineChartGen(String filePath, String dataType, List<String> columns, List<String> columnNames)
throws IllegalArgumentException {
List<String> results = readAllData(filePath,true);
List<LineChart> lineCharts = new ArrayList<LineChart>();
for(String selectedCol : columnNames)
{
LineChart lineChart = singleLineGen(results, dataType, columns, selectedCol);
if(lineChart == null)
continue;
else
lineCharts.add(lineChart);
}
return lineCharts;
} | public list<linechart> linechartgen(string filepath, string datatype, list<string> columns, list<string> columnnames) throws illegalargumentexception { list<string> results = readalldata(filepath,true); list<linechart> linecharts = new arraylist<linechart>(); for(string selectedcol : columnnames) { linechart linechart = singlelinegen(results, datatype, columns, selectedcol); if(linechart == null) continue; else linecharts.add(linechart); } return linecharts; } | milkboylyf/EasyML | [
0,
1,
0,
0
] |
13,513 | @Override
public Value evaluate(BlockContext ctx) {
ctx.beforeExpression(this);
FunctionBlock funcBlock = null;
BlockContext callContext = ctx;
if (object != null) {
// method call on an object
if (VariableReference.isSelfReference(object.getName())) {
// self object reference?
funcBlock = callContext.retrieveLocalFunction(functionName);
throw new RockstarRuntimeException("self reference");
} else if (VariableReference.isParentReference(object.getName())) {
// parent object reference
// find the caller object context
RockObject callerObj = ctx.getThisObjectCtx()
.orElseThrow(() -> new RockstarRuntimeException("parent reference in a non-object context"));
// get the parent object, if exists
RockObject parentObj = callerObj.getSuperObject();
if (parentObj != null) {
// find the context that contains the function starting the parent
callContext = parentObj.getContextForFunction(functionName);
// the call context must be the same object as the caller object
if ((callContext != null)
&& (callContext instanceof RockObject)
&& (((RockObject) callContext).getObjId() == callerObj.getObjId())) {
// get the method from that context
funcBlock = callContext.retrieveLocalFunction(functionName);
}
} else {
throw new RockstarRuntimeException("parent reference in non-inherited class");
}
} else {
// object reference
ctx.beforeExpression(object);
Value objValue = ctx.afterExpression(object, ctx.getVariableValue(object));
if (objValue == null) {
throw new RockstarRuntimeException("Object not found: " + object);
}
if (objValue.isObject()) {
// get the object itself
RockObject objContext = objValue.getObject();
// find the context that contains the function
callContext = objContext.getContextForFunction(functionName);
if (callContext == null) {
throw new RockstarRuntimeException("Invalid method call " + functionName + " on a " + objValue.getType().name() + " type variable " + object);
}
// get the method from the object
funcBlock = callContext.retrieveLocalFunction(functionName);
} else {
throw new RockstarRuntimeException("Invalid method call " + functionName + " on a " + objValue.getType().name() + " type variable " + object);
}
}
} else {
// simple method call syntax
if (VariableReference.isParentReference(functionName) && ctx.getThisObjectCtx().isPresent()) {
// unqualified "parent" function: must be a parent constructor reference
// find the caller object context
RockObject callerObj = ctx.getThisObjectCtx()
.orElseThrow(() -> new RockstarRuntimeException("parent constructor call in a non-object context"));
// get the parent object, if exists
RockObject parentObj = callerObj.getSuperObject();
// TODO check if it is called in a constructor
if (parentObj != null) {
// context is the parent object
callContext = parentObj;
// get the constructor from the parent context
funcBlock = parentObj.getConstructor();
} else {
throw new RockstarRuntimeException("parent constructor reference in non-inherited class");
}
} else {
// pure function call or unqualified call in an object context?
BlockContext funcCtx = ctx.getContextForFunction(functionName);
if (funcCtx == null) {
// function not found, or function exists only in subcontexts
throw new RockstarRuntimeException("Undefined function: " + functionName);
}
// we found the function, now we need to find the overrides, if it is on an object
if (funcCtx instanceof RockObject) {
// search the function from the top of the object levels
funcCtx = ((RockObject) funcCtx).getTopObject().getContextForFunction(functionName);
} else {
// find the containing context by name
funcCtx = ctx.getContextForFunction(functionName);
}
// retrieve the function code
funcBlock = funcCtx.retrieveLocalFunction(functionName);
}
}
Value retValue;
if (funcBlock != null) {
List<Expression> params = getParameters();
List<Value> values = new ArrayList<>(params.size());
params.forEach((expr) -> values.add(expr.evaluate(ctx).asParameter()));
// call the functon
retValue = funcBlock.call(callContext, values);
} else {
if (object == null) {
throw new RockstarRuntimeException("Undefined function: " + functionName);
}
throw new RockstarRuntimeException("Undefined method: " + functionName + " on class " + object.getName());
}
// return the return value
return ctx.afterExpression(this, retValue == null ? Value.NULL : retValue);
} | @Override
public Value evaluate(BlockContext ctx) {
ctx.beforeExpression(this);
FunctionBlock funcBlock = null;
BlockContext callContext = ctx;
if (object != null) {
if (VariableReference.isSelfReference(object.getName())) {
funcBlock = callContext.retrieveLocalFunction(functionName);
throw new RockstarRuntimeException("self reference");
} else if (VariableReference.isParentReference(object.getName())) {
RockObject callerObj = ctx.getThisObjectCtx()
.orElseThrow(() -> new RockstarRuntimeException("parent reference in a non-object context"));
RockObject parentObj = callerObj.getSuperObject();
if (parentObj != null) {
callContext = parentObj.getContextForFunction(functionName);
if ((callContext != null)
&& (callContext instanceof RockObject)
&& (((RockObject) callContext).getObjId() == callerObj.getObjId())) {
funcBlock = callContext.retrieveLocalFunction(functionName);
}
} else {
throw new RockstarRuntimeException("parent reference in non-inherited class");
}
} else {
ctx.beforeExpression(object);
Value objValue = ctx.afterExpression(object, ctx.getVariableValue(object));
if (objValue == null) {
throw new RockstarRuntimeException("Object not found: " + object);
}
if (objValue.isObject()) {
RockObject objContext = objValue.getObject();
callContext = objContext.getContextForFunction(functionName);
if (callContext == null) {
throw new RockstarRuntimeException("Invalid method call " + functionName + " on a " + objValue.getType().name() + " type variable " + object);
}
funcBlock = callContext.retrieveLocalFunction(functionName);
} else {
throw new RockstarRuntimeException("Invalid method call " + functionName + " on a " + objValue.getType().name() + " type variable " + object);
}
}
} else {
if (VariableReference.isParentReference(functionName) && ctx.getThisObjectCtx().isPresent()) {
RockObject callerObj = ctx.getThisObjectCtx()
.orElseThrow(() -> new RockstarRuntimeException("parent constructor call in a non-object context"));
RockObject parentObj = callerObj.getSuperObject();
if (parentObj != null) {
callContext = parentObj;
funcBlock = parentObj.getConstructor();
} else {
throw new RockstarRuntimeException("parent constructor reference in non-inherited class");
}
} else {
BlockContext funcCtx = ctx.getContextForFunction(functionName);
if (funcCtx == null) {
throw new RockstarRuntimeException("Undefined function: " + functionName);
}
if (funcCtx instanceof RockObject) {
funcCtx = ((RockObject) funcCtx).getTopObject().getContextForFunction(functionName);
} else {
funcCtx = ctx.getContextForFunction(functionName);
}
funcBlock = funcCtx.retrieveLocalFunction(functionName);
}
}
Value retValue;
if (funcBlock != null) {
List<Expression> params = getParameters();
List<Value> values = new ArrayList<>(params.size());
params.forEach((expr) -> values.add(expr.evaluate(ctx).asParameter()));
retValue = funcBlock.call(callContext, values);
} else {
if (object == null) {
throw new RockstarRuntimeException("Undefined function: " + functionName);
}
throw new RockstarRuntimeException("Undefined method: " + functionName + " on class " + object.getName());
}
return ctx.afterExpression(this, retValue == null ? Value.NULL : retValue);
} | @override public value evaluate(blockcontext ctx) { ctx.beforeexpression(this); functionblock funcblock = null; blockcontext callcontext = ctx; if (object != null) { if (variablereference.isselfreference(object.getname())) { funcblock = callcontext.retrievelocalfunction(functionname); throw new rockstarruntimeexception("self reference"); } else if (variablereference.isparentreference(object.getname())) { rockobject callerobj = ctx.getthisobjectctx() .orelsethrow(() -> new rockstarruntimeexception("parent reference in a non-object context")); rockobject parentobj = callerobj.getsuperobject(); if (parentobj != null) { callcontext = parentobj.getcontextforfunction(functionname); if ((callcontext != null) && (callcontext instanceof rockobject) && (((rockobject) callcontext).getobjid() == callerobj.getobjid())) { funcblock = callcontext.retrievelocalfunction(functionname); } } else { throw new rockstarruntimeexception("parent reference in non-inherited class"); } } else { ctx.beforeexpression(object); value objvalue = ctx.afterexpression(object, ctx.getvariablevalue(object)); if (objvalue == null) { throw new rockstarruntimeexception("object not found: " + object); } if (objvalue.isobject()) { rockobject objcontext = objvalue.getobject(); callcontext = objcontext.getcontextforfunction(functionname); if (callcontext == null) { throw new rockstarruntimeexception("invalid method call " + functionname + " on a " + objvalue.gettype().name() + " type variable " + object); } funcblock = callcontext.retrievelocalfunction(functionname); } else { throw new rockstarruntimeexception("invalid method call " + functionname + " on a " + objvalue.gettype().name() + " type variable " + object); } } } else { if (variablereference.isparentreference(functionname) && ctx.getthisobjectctx().ispresent()) { rockobject callerobj = ctx.getthisobjectctx() .orelsethrow(() -> new rockstarruntimeexception("parent constructor call in a non-object context")); rockobject parentobj = callerobj.getsuperobject(); if (parentobj != null) { callcontext = parentobj; funcblock = parentobj.getconstructor(); } else { throw new rockstarruntimeexception("parent constructor reference in non-inherited class"); } } else { blockcontext funcctx = ctx.getcontextforfunction(functionname); if (funcctx == null) { throw new rockstarruntimeexception("undefined function: " + functionname); } if (funcctx instanceof rockobject) { funcctx = ((rockobject) funcctx).gettopobject().getcontextforfunction(functionname); } else { funcctx = ctx.getcontextforfunction(functionname); } funcblock = funcctx.retrievelocalfunction(functionname); } } value retvalue; if (funcblock != null) { list<expression> params = getparameters(); list<value> values = new arraylist<>(params.size()); params.foreach((expr) -> values.add(expr.evaluate(ctx).asparameter())); retvalue = funcblock.call(callcontext, values); } else { if (object == null) { throw new rockstarruntimeexception("undefined function: " + functionname); } throw new rockstarruntimeexception("undefined method: " + functionname + " on class " + object.getname()); } return ctx.afterexpression(this, retvalue == null ? value.null : retvalue); } | mikesep/rocky | [
1,
1,
0,
0
] |
21,954 | public static InputSource getInputSource(XSLTC xsltc, Source source) throws TransformerConfigurationException {
InputSource input = null;
final String systemId = source.getSystemId();
try {
// Try to get InputSource from SAXSource input
if (source instanceof SAXSource) {
final SAXSource sax = (SAXSource) source;
input = sax.getInputSource();
// Pass the SAX parser to the compiler
try {
XMLReader reader = sax.getXMLReader();
/*
* Fix for bug 24695 According to JAXP 1.2 specification if a
* SAXSource is created using a SAX InputSource the Transformer or
* TransformerFactory creates a reader via the XMLReaderFactory if
* setXMLReader is not used
*/
if (reader == null) {
try {
reader = XMLReaderFactory.createXMLReader();
} catch (final Exception e) {
try {
// Incase there is an exception thrown
// resort to JAXP
final SAXParserFactory parserFactory = SAXParserFactory.newInstance();
parserFactory.setNamespaceAware(true);
if (xsltc.isSecureProcessing()) {
try {
parserFactory.setFeature(XMLConstants.FEATURE_SECURE_PROCESSING, true);
} catch (final SAXException se) {
}
}
reader = parserFactory.newSAXParser().getXMLReader();
} catch (final ParserConfigurationException pce) {
throw new TransformerConfigurationException("ParserConfigurationException", pce);
}
}
}
reader.setFeature("http://xml.org/sax/features/namespaces", true);
reader.setFeature("http://xml.org/sax/features/namespace-prefixes", false);
xsltc.setXMLReader(reader);
} catch (final SAXNotRecognizedException snre) {
throw new TransformerConfigurationException("SAXNotRecognizedException ", snre);
} catch (final SAXNotSupportedException snse) {
throw new TransformerConfigurationException("SAXNotSupportedException ", snse);
} catch (final SAXException se) {
throw new TransformerConfigurationException("SAXException ", se);
}
}
// handle DOMSource
else if (source instanceof DOMSource) {
final DOMSource domsrc = (DOMSource) source;
final Document dom = (Document) domsrc.getNode();
final DOM2SAX dom2sax = new DOM2SAX(dom);
xsltc.setXMLReader(dom2sax);
// Try to get SAX InputSource from DOM Source.
input = SAXSource.sourceToInputSource(source);
if (input == null) {
input = new InputSource(domsrc.getSystemId());
}
}
// Try to get InputStream or Reader from StreamSource
else if (source instanceof StreamSource) {
final StreamSource stream = (StreamSource) source;
final InputStream istream = stream.getInputStream();
final Reader reader = stream.getReader();
xsltc.setXMLReader(null); // Clear old XML reader
// Create InputSource from Reader or InputStream in Source
if (istream != null) {
input = new InputSource(istream);
} else if (reader != null) {
input = new InputSource(reader);
} else {
input = new InputSource(systemId);
}
} else {
final ErrorMsg err = new ErrorMsg(Messages.get().jaxpUnknownSourceErr());
throw new TransformerConfigurationException(err.toString());
}
input.setSystemId(systemId);
} catch (final NullPointerException e) {
final ErrorMsg err = new ErrorMsg(Messages.get().jaxpNoSourceErr("TransformerFactory.newTemplates()"));
throw new TransformerConfigurationException(err.toString());
} catch (final SecurityException e) {
final ErrorMsg err = new ErrorMsg(Messages.get().fileAccessErr(systemId), -1);
throw new TransformerConfigurationException(err.toString());
}
return input;
} | public static InputSource getInputSource(XSLTC xsltc, Source source) throws TransformerConfigurationException {
InputSource input = null;
final String systemId = source.getSystemId();
try {
if (source instanceof SAXSource) {
final SAXSource sax = (SAXSource) source;
input = sax.getInputSource();
try {
XMLReader reader = sax.getXMLReader();
if (reader == null) {
try {
reader = XMLReaderFactory.createXMLReader();
} catch (final Exception e) {
try {
final SAXParserFactory parserFactory = SAXParserFactory.newInstance();
parserFactory.setNamespaceAware(true);
if (xsltc.isSecureProcessing()) {
try {
parserFactory.setFeature(XMLConstants.FEATURE_SECURE_PROCESSING, true);
} catch (final SAXException se) {
}
}
reader = parserFactory.newSAXParser().getXMLReader();
} catch (final ParserConfigurationException pce) {
throw new TransformerConfigurationException("ParserConfigurationException", pce);
}
}
}
reader.setFeature("http://xml.org/sax/features/namespaces", true);
reader.setFeature("http://xml.org/sax/features/namespace-prefixes", false);
xsltc.setXMLReader(reader);
} catch (final SAXNotRecognizedException snre) {
throw new TransformerConfigurationException("SAXNotRecognizedException ", snre);
} catch (final SAXNotSupportedException snse) {
throw new TransformerConfigurationException("SAXNotSupportedException ", snse);
} catch (final SAXException se) {
throw new TransformerConfigurationException("SAXException ", se);
}
}
else if (source instanceof DOMSource) {
final DOMSource domsrc = (DOMSource) source;
final Document dom = (Document) domsrc.getNode();
final DOM2SAX dom2sax = new DOM2SAX(dom);
xsltc.setXMLReader(dom2sax);
input = SAXSource.sourceToInputSource(source);
if (input == null) {
input = new InputSource(domsrc.getSystemId());
}
}
else if (source instanceof StreamSource) {
final StreamSource stream = (StreamSource) source;
final InputStream istream = stream.getInputStream();
final Reader reader = stream.getReader();
xsltc.setXMLReader(null);
if (istream != null) {
input = new InputSource(istream);
} else if (reader != null) {
input = new InputSource(reader);
} else {
input = new InputSource(systemId);
}
} else {
final ErrorMsg err = new ErrorMsg(Messages.get().jaxpUnknownSourceErr());
throw new TransformerConfigurationException(err.toString());
}
input.setSystemId(systemId);
} catch (final NullPointerException e) {
final ErrorMsg err = new ErrorMsg(Messages.get().jaxpNoSourceErr("TransformerFactory.newTemplates()"));
throw new TransformerConfigurationException(err.toString());
} catch (final SecurityException e) {
final ErrorMsg err = new ErrorMsg(Messages.get().fileAccessErr(systemId), -1);
throw new TransformerConfigurationException(err.toString());
}
return input;
} | public static inputsource getinputsource(xsltc xsltc, source source) throws transformerconfigurationexception { inputsource input = null; final string systemid = source.getsystemid(); try { if (source instanceof saxsource) { final saxsource sax = (saxsource) source; input = sax.getinputsource(); try { xmlreader reader = sax.getxmlreader(); if (reader == null) { try { reader = xmlreaderfactory.createxmlreader(); } catch (final exception e) { try { final saxparserfactory parserfactory = saxparserfactory.newinstance(); parserfactory.setnamespaceaware(true); if (xsltc.issecureprocessing()) { try { parserfactory.setfeature(xmlconstants.feature_secure_processing, true); } catch (final saxexception se) { } } reader = parserfactory.newsaxparser().getxmlreader(); } catch (final parserconfigurationexception pce) { throw new transformerconfigurationexception("parserconfigurationexception", pce); } } } reader.setfeature("http://xml.org/sax/features/namespaces", true); reader.setfeature("http://xml.org/sax/features/namespace-prefixes", false); xsltc.setxmlreader(reader); } catch (final saxnotrecognizedexception snre) { throw new transformerconfigurationexception("saxnotrecognizedexception ", snre); } catch (final saxnotsupportedexception snse) { throw new transformerconfigurationexception("saxnotsupportedexception ", snse); } catch (final saxexception se) { throw new transformerconfigurationexception("saxexception ", se); } } else if (source instanceof domsource) { final domsource domsrc = (domsource) source; final document dom = (document) domsrc.getnode(); final dom2sax dom2sax = new dom2sax(dom); xsltc.setxmlreader(dom2sax); input = saxsource.sourcetoinputsource(source); if (input == null) { input = new inputsource(domsrc.getsystemid()); } } else if (source instanceof streamsource) { final streamsource stream = (streamsource) source; final inputstream istream = stream.getinputstream(); final reader reader = stream.getreader(); xsltc.setxmlreader(null); if (istream != null) { input = new inputsource(istream); } else if (reader != null) { input = new inputsource(reader); } else { input = new inputsource(systemid); } } else { final errormsg err = new errormsg(messages.get().jaxpunknownsourceerr()); throw new transformerconfigurationexception(err.tostring()); } input.setsystemid(systemid); } catch (final nullpointerexception e) { final errormsg err = new errormsg(messages.get().jaxpnosourceerr("transformerfactory.newtemplates()")); throw new transformerconfigurationexception(err.tostring()); } catch (final securityexception e) { final errormsg err = new errormsg(messages.get().fileaccesserr(systemid), -1); throw new transformerconfigurationexception(err.tostring()); } return input; } | lyca/lyca-xslt | [
0,
0,
1,
0
] |
30,244 | public void handleKey(KeyCode code) throws IOException, ClassNotFoundException {
switch (code) {
case UP:
move(new Point(-1, 0),"");
break;
case RIGHT:
move(new Point(0, 1),"");
break;
case DOWN:
move(new Point(1, 0),"");
break;
case LEFT:
move(new Point(0, -1),"");
break;
default:
// TODO: implement something funny.
}
if (isDebugActive()) {
System.out.println(code);
}
} | public void handleKey(KeyCode code) throws IOException, ClassNotFoundException {
switch (code) {
case UP:
move(new Point(-1, 0),"");
break;
case RIGHT:
move(new Point(0, 1),"");
break;
case DOWN:
move(new Point(1, 0),"");
break;
case LEFT:
move(new Point(0, -1),"");
break;
default:
}
if (isDebugActive()) {
System.out.println(code);
}
} | public void handlekey(keycode code) throws ioexception, classnotfoundexception { switch (code) { case up: move(new point(-1, 0),""); break; case right: move(new point(0, 1),""); break; case down: move(new point(1, 0),""); break; case left: move(new point(0, -1),""); break; default: } if (isdebugactive()) { system.out.println(code); } } | krisiney/SOKOBANFX-DMS-2020 | [
0,
1,
0,
0
] |
22,278 | @Override
public void onNext(T o) {
if (debug) Log.i(TAG, "net onNext o:" + o);
observableWrapper.setData(o);
logThread("");
if (debug) Log.e(TAG, " check subscriber :" + subscriber + " isUnsubscribed:" + subscriber.isUnsubscribed());
if (subscriber != null && !subscriber.isUnsubscribed()) {
subscriber.onNext(o);// FIXME: issue A:外面如果ObservableOn 其他线程,将会是异步操作,如果在实际的onNext调用之前,发生了onComplete或者onError,将会unsubscribe,导致onNext没有被调用
}
} | @Override
public void onNext(T o) {
if (debug) Log.i(TAG, "net onNext o:" + o);
observableWrapper.setData(o);
logThread("");
if (debug) Log.e(TAG, " check subscriber :" + subscriber + " isUnsubscribed:" + subscriber.isUnsubscribed());
if (subscriber != null && !subscriber.isUnsubscribed()) {
subscriber.onNext(o) | @override public void onnext(t o) { if (debug) log.i(tag, "net onnext o:" + o); observablewrapper.setdata(o); logthread(""); if (debug) log.e(tag, " check subscriber :" + subscriber + " isunsubscribed:" + subscriber.isunsubscribed()); if (subscriber != null && !subscriber.isunsubscribed()) { subscriber.onnext(o) | ming1991/mingop | [
0,
0,
1,
0
] |
22,279 | @Override
public void onNext(T o) {
if (debug) Log.i(TAG, "cache onNext o:" + o);
observableWrapper.setData(o);
logThread("");
if (netLatch.getCount() > 0) {
if (debug) Log.e(TAG, " check subscriber :" + subscriber + " isUnsubscribed:" + subscriber.isUnsubscribed());
if (subscriber != null && !subscriber.isUnsubscribed()) {
subscriber.onNext(o);// FIXME: issue A:外面如果ObservableOn 其他线程,将会是异步操作,如果在实际的onNext调用之前,发生了onComplete或者onError,将会unsubscribe,导致onNext没有被调用
}
} else {
if (debug) Log.e(TAG, "net result had been load,so cache is not need to load");
}
} | @Override
public void onNext(T o) {
if (debug) Log.i(TAG, "cache onNext o:" + o);
observableWrapper.setData(o);
logThread("");
if (netLatch.getCount() > 0) {
if (debug) Log.e(TAG, " check subscriber :" + subscriber + " isUnsubscribed:" + subscriber.isUnsubscribed());
if (subscriber != null && !subscriber.isUnsubscribed()) {
subscriber.onNext(o)"net result had been load,so cache is not need to load");
}
} | @override public void onnext(t o) { if (debug) log.i(tag, "cache onnext o:" + o); observablewrapper.setdata(o); logthread(""); if (netlatch.getcount() > 0) { if (debug) log.e(tag, " check subscriber :" + subscriber + " isunsubscribed:" + subscriber.isunsubscribed()); if (subscriber != null && !subscriber.isunsubscribed()) { subscriber.onnext(o)"net result had been load,so cache is not need to load"); } } | ming1991/mingop | [
0,
0,
1,
0
] |
14,123 | public abstract Iterable<Tuple2<K, V>> doCall(final T t) throws Exception; | public abstract Iterable<Tuple2<K, V>> doCall(final T t) throws Exception; | public abstract iterable<tuple2<k, v>> docall(final t t) throws exception; | lordjoe/SparkAccumulators | [
0,
1,
0,
0
] |
22,556 | private boolean updateAddressFilter(String filter)
{
String[] pieces = filter.split("/");
if(pieces.length != 2)
{
searchTextField.setBackground(Color.RED);
return false;
}
InetAddress new_filter_address;
InetAddress new_filter_mask;
boolean new_filter_enabled = !(pieces[1].equals("0"));
try {
new_filter_address = InetAddress.getByName(pieces[0]);
// compute the subnet mask address
byte[] byte_mask = new byte[4];
int slash = Integer.parseInt(pieces[1]);
// compute the mask address
// there is probably a way easier way to do this
for (int j=0; slash-- > 0; j++) {
if (j<8) byte_mask[0] += Math.pow(2,j);
if (j<16) byte_mask[1] += Math.pow(2,j-8);
if (j<24) byte_mask[2] += Math.pow(2,j-16);
if (j<32) byte_mask[3] += Math.pow(2,j-24);
}
new_filter_mask = InetAddress.getByAddress(byte_mask);
}
catch (Exception e) {
searchTextField.setBackground(Color.RED);
return false;
}
ip_filter_enabled = new_filter_enabled;
filter_address = new_filter_address;
filter_mask = new_filter_mask;
fireExpressionChangedEvent();
//TODO: make data listen to this so that we don't need this call
data.setFilterPredicate(this);
System.out.println("Updating filter succeeded!");
searchTextField.setBackground(Color.WHITE);
return true;
} | private boolean updateAddressFilter(String filter)
{
String[] pieces = filter.split("/");
if(pieces.length != 2)
{
searchTextField.setBackground(Color.RED);
return false;
}
InetAddress new_filter_address;
InetAddress new_filter_mask;
boolean new_filter_enabled = !(pieces[1].equals("0"));
try {
new_filter_address = InetAddress.getByName(pieces[0]);
byte[] byte_mask = new byte[4];
int slash = Integer.parseInt(pieces[1]);
for (int j=0; slash-- > 0; j++) {
if (j<8) byte_mask[0] += Math.pow(2,j);
if (j<16) byte_mask[1] += Math.pow(2,j-8);
if (j<24) byte_mask[2] += Math.pow(2,j-16);
if (j<32) byte_mask[3] += Math.pow(2,j-24);
}
new_filter_mask = InetAddress.getByAddress(byte_mask);
}
catch (Exception e) {
searchTextField.setBackground(Color.RED);
return false;
}
ip_filter_enabled = new_filter_enabled;
filter_address = new_filter_address;
filter_mask = new_filter_mask;
fireExpressionChangedEvent();
data.setFilterPredicate(this);
System.out.println("Updating filter succeeded!");
searchTextField.setBackground(Color.WHITE);
return true;
} | private boolean updateaddressfilter(string filter) { string[] pieces = filter.split("/"); if(pieces.length != 2) { searchtextfield.setbackground(color.red); return false; } inetaddress new_filter_address; inetaddress new_filter_mask; boolean new_filter_enabled = !(pieces[1].equals("0")); try { new_filter_address = inetaddress.getbyname(pieces[0]); byte[] byte_mask = new byte[4]; int slash = integer.parseint(pieces[1]); for (int j=0; slash-- > 0; j++) { if (j<8) byte_mask[0] += math.pow(2,j); if (j<16) byte_mask[1] += math.pow(2,j-8); if (j<24) byte_mask[2] += math.pow(2,j-16); if (j<32) byte_mask[3] += math.pow(2,j-24); } new_filter_mask = inetaddress.getbyaddress(byte_mask); } catch (exception e) { searchtextfield.setbackground(color.red); return false; } ip_filter_enabled = new_filter_enabled; filter_address = new_filter_address; filter_mask = new_filter_mask; fireexpressionchangedevent(); data.setfilterpredicate(this); system.out.println("updating filter succeeded!"); searchtextfield.setbackground(color.white); return true; } | kylekyle/netgrok | [
1,
0,
0,
0
] |
22,557 | private void updateRanges()
{
// get the minimum degree rank
min_degree_rank = (float)(degreeRangeSlider.getLowValue() - degreeRangeSlider.getMinimum()) /
(float)(degreeRangeSlider.getMaximum() - degreeRangeSlider.getMinimum());
max_degree_rank = (float)(degreeRangeSlider.getHighValue() - degreeRangeSlider.getMinimum()) /
(float)(degreeRangeSlider.getMaximum() - degreeRangeSlider.getMinimum());
min_bandwidth_rank = (float)(bandwidthRangeSlider.getLowValue() - bandwidthRangeSlider.getMinimum()) /
(float)(bandwidthRangeSlider.getMaximum() - bandwidthRangeSlider.getMinimum());
max_bandwidth_rank = (float)(bandwidthRangeSlider.getHighValue() - bandwidthRangeSlider.getMinimum()) /
(float)(bandwidthRangeSlider.getMaximum() - bandwidthRangeSlider.getMinimum());
min_degree_enabled = degreeRangeSlider.getLowValue() != degreeRangeSlider.getMinimum();
max_degree_enabled = degreeRangeSlider.getHighValue() != degreeRangeSlider.getMaximum();
min_bandwidth_enabled = bandwidthRangeSlider.getLowValue() != bandwidthRangeSlider.getMinimum();
max_bandwidth_enabled = bandwidthRangeSlider.getHighValue() != bandwidthRangeSlider.getMaximum();
fireExpressionChangedEvent();
//TODO: make data listen to this so that we don't need this call
data.setFilterPredicate(this);
} | private void updateRanges()
{
min_degree_rank = (float)(degreeRangeSlider.getLowValue() - degreeRangeSlider.getMinimum()) /
(float)(degreeRangeSlider.getMaximum() - degreeRangeSlider.getMinimum());
max_degree_rank = (float)(degreeRangeSlider.getHighValue() - degreeRangeSlider.getMinimum()) /
(float)(degreeRangeSlider.getMaximum() - degreeRangeSlider.getMinimum());
min_bandwidth_rank = (float)(bandwidthRangeSlider.getLowValue() - bandwidthRangeSlider.getMinimum()) /
(float)(bandwidthRangeSlider.getMaximum() - bandwidthRangeSlider.getMinimum());
max_bandwidth_rank = (float)(bandwidthRangeSlider.getHighValue() - bandwidthRangeSlider.getMinimum()) /
(float)(bandwidthRangeSlider.getMaximum() - bandwidthRangeSlider.getMinimum());
min_degree_enabled = degreeRangeSlider.getLowValue() != degreeRangeSlider.getMinimum();
max_degree_enabled = degreeRangeSlider.getHighValue() != degreeRangeSlider.getMaximum();
min_bandwidth_enabled = bandwidthRangeSlider.getLowValue() != bandwidthRangeSlider.getMinimum();
max_bandwidth_enabled = bandwidthRangeSlider.getHighValue() != bandwidthRangeSlider.getMaximum();
fireExpressionChangedEvent();
data.setFilterPredicate(this);
} | private void updateranges() { min_degree_rank = (float)(degreerangeslider.getlowvalue() - degreerangeslider.getminimum()) / (float)(degreerangeslider.getmaximum() - degreerangeslider.getminimum()); max_degree_rank = (float)(degreerangeslider.gethighvalue() - degreerangeslider.getminimum()) / (float)(degreerangeslider.getmaximum() - degreerangeslider.getminimum()); min_bandwidth_rank = (float)(bandwidthrangeslider.getlowvalue() - bandwidthrangeslider.getminimum()) / (float)(bandwidthrangeslider.getmaximum() - bandwidthrangeslider.getminimum()); max_bandwidth_rank = (float)(bandwidthrangeslider.gethighvalue() - bandwidthrangeslider.getminimum()) / (float)(bandwidthrangeslider.getmaximum() - bandwidthrangeslider.getminimum()); min_degree_enabled = degreerangeslider.getlowvalue() != degreerangeslider.getminimum(); max_degree_enabled = degreerangeslider.gethighvalue() != degreerangeslider.getmaximum(); min_bandwidth_enabled = bandwidthrangeslider.getlowvalue() != bandwidthrangeslider.getminimum(); max_bandwidth_enabled = bandwidthrangeslider.gethighvalue() != bandwidthrangeslider.getmaximum(); fireexpressionchangedevent(); data.setfilterpredicate(this); } | kylekyle/netgrok | [
1,
0,
0,
0
] |
30,751 | private void resolveConstantPoolReferences(ConstantInfo[] constantPool) {
for (ConstantInfo constant : constantPool) {
if (constant instanceof ConstantInfo.Class) {
ConstantInfo.Class info = (ConstantInfo.Class)constant;
info.setName(((ConstantInfo.Utf8)constantPool[info.getNameIndex() - 1]).getString());
} else if (constant instanceof ConstantInfo.Fieldref) {
ConstantInfo.Fieldref info = (ConstantInfo.Fieldref)constant;
info.setClassInfo((ConstantInfo.Class)constantPool[info.getClassIndex() - 1]);
info.setNameAndType((ConstantInfo.NameAndType)constantPool[info.getNameAndTypeIndex() - 1]);
} else if (constant instanceof ConstantInfo.Methodref) {
ConstantInfo.Methodref info = (ConstantInfo.Methodref)constant;
info.setClassInfo((ConstantInfo.Class)constantPool[info.getClassIndex() - 1]);
info.setNameAndType((ConstantInfo.NameAndType)constantPool[info.getNameAndTypeIndex() - 1]);
} else if (constant instanceof ConstantInfo.InterfaceMethodref) {
ConstantInfo.InterfaceMethodref info = (ConstantInfo.InterfaceMethodref)constant;
info.setClassInfo((ConstantInfo.Class)constantPool[info.getClassIndex() - 1]);
info.setNameAndType((ConstantInfo.NameAndType)constantPool[info.getNameAndTypeIndex() - 1]);
} else if (constant instanceof ConstantInfo.String) {
ConstantInfo.String info = (ConstantInfo.String)constant;
info.setString(((ConstantInfo.Utf8)constantPool[info.getStringIndex() - 1]).getString());
} else if (constant instanceof ConstantInfo.Integer
|| constant instanceof ConstantInfo.Float
|| constant instanceof ConstantInfo.Long
|| constant instanceof ConstantInfo.Double) {
// not needed
} else if (constant instanceof ConstantInfo.NameAndType) {
ConstantInfo.NameAndType info = (ConstantInfo.NameAndType)constant;
info.setName(((ConstantInfo.Utf8)constantPool[info.getNameIndex() - 1]).getString());
info.setDescriptor(((ConstantInfo.Utf8)constantPool[info.getDescriptorIndex() - 1]).getString());
} else if (constant instanceof ConstantInfo.Utf8) {
// not needed
} else if (constant instanceof ConstantInfo.MethodHandle
|| constant instanceof ConstantInfo.MethodType
|| constant instanceof ConstantInfo.InvokeDynamic) {
// not used yet
} else if (constant != null) { // Long/Double may leave create a blank space
throw new UnsupportedOperationException("Unhandled ConstantType: " + constant);
}
}
} | private void resolveConstantPoolReferences(ConstantInfo[] constantPool) {
for (ConstantInfo constant : constantPool) {
if (constant instanceof ConstantInfo.Class) {
ConstantInfo.Class info = (ConstantInfo.Class)constant;
info.setName(((ConstantInfo.Utf8)constantPool[info.getNameIndex() - 1]).getString());
} else if (constant instanceof ConstantInfo.Fieldref) {
ConstantInfo.Fieldref info = (ConstantInfo.Fieldref)constant;
info.setClassInfo((ConstantInfo.Class)constantPool[info.getClassIndex() - 1]);
info.setNameAndType((ConstantInfo.NameAndType)constantPool[info.getNameAndTypeIndex() - 1]);
} else if (constant instanceof ConstantInfo.Methodref) {
ConstantInfo.Methodref info = (ConstantInfo.Methodref)constant;
info.setClassInfo((ConstantInfo.Class)constantPool[info.getClassIndex() - 1]);
info.setNameAndType((ConstantInfo.NameAndType)constantPool[info.getNameAndTypeIndex() - 1]);
} else if (constant instanceof ConstantInfo.InterfaceMethodref) {
ConstantInfo.InterfaceMethodref info = (ConstantInfo.InterfaceMethodref)constant;
info.setClassInfo((ConstantInfo.Class)constantPool[info.getClassIndex() - 1]);
info.setNameAndType((ConstantInfo.NameAndType)constantPool[info.getNameAndTypeIndex() - 1]);
} else if (constant instanceof ConstantInfo.String) {
ConstantInfo.String info = (ConstantInfo.String)constant;
info.setString(((ConstantInfo.Utf8)constantPool[info.getStringIndex() - 1]).getString());
} else if (constant instanceof ConstantInfo.Integer
|| constant instanceof ConstantInfo.Float
|| constant instanceof ConstantInfo.Long
|| constant instanceof ConstantInfo.Double) {
} else if (constant instanceof ConstantInfo.NameAndType) {
ConstantInfo.NameAndType info = (ConstantInfo.NameAndType)constant;
info.setName(((ConstantInfo.Utf8)constantPool[info.getNameIndex() - 1]).getString());
info.setDescriptor(((ConstantInfo.Utf8)constantPool[info.getDescriptorIndex() - 1]).getString());
} else if (constant instanceof ConstantInfo.Utf8) {
} else if (constant instanceof ConstantInfo.MethodHandle
|| constant instanceof ConstantInfo.MethodType
|| constant instanceof ConstantInfo.InvokeDynamic) {
} else if (constant != null) {
throw new UnsupportedOperationException("Unhandled ConstantType: " + constant);
}
}
} | private void resolveconstantpoolreferences(constantinfo[] constantpool) { for (constantinfo constant : constantpool) { if (constant instanceof constantinfo.class) { constantinfo.class info = (constantinfo.class)constant; info.setname(((constantinfo.utf8)constantpool[info.getnameindex() - 1]).getstring()); } else if (constant instanceof constantinfo.fieldref) { constantinfo.fieldref info = (constantinfo.fieldref)constant; info.setclassinfo((constantinfo.class)constantpool[info.getclassindex() - 1]); info.setnameandtype((constantinfo.nameandtype)constantpool[info.getnameandtypeindex() - 1]); } else if (constant instanceof constantinfo.methodref) { constantinfo.methodref info = (constantinfo.methodref)constant; info.setclassinfo((constantinfo.class)constantpool[info.getclassindex() - 1]); info.setnameandtype((constantinfo.nameandtype)constantpool[info.getnameandtypeindex() - 1]); } else if (constant instanceof constantinfo.interfacemethodref) { constantinfo.interfacemethodref info = (constantinfo.interfacemethodref)constant; info.setclassinfo((constantinfo.class)constantpool[info.getclassindex() - 1]); info.setnameandtype((constantinfo.nameandtype)constantpool[info.getnameandtypeindex() - 1]); } else if (constant instanceof constantinfo.string) { constantinfo.string info = (constantinfo.string)constant; info.setstring(((constantinfo.utf8)constantpool[info.getstringindex() - 1]).getstring()); } else if (constant instanceof constantinfo.integer || constant instanceof constantinfo.float || constant instanceof constantinfo.long || constant instanceof constantinfo.double) { } else if (constant instanceof constantinfo.nameandtype) { constantinfo.nameandtype info = (constantinfo.nameandtype)constant; info.setname(((constantinfo.utf8)constantpool[info.getnameindex() - 1]).getstring()); info.setdescriptor(((constantinfo.utf8)constantpool[info.getdescriptorindex() - 1]).getstring()); } else if (constant instanceof constantinfo.utf8) { } else if (constant instanceof constantinfo.methodhandle || constant instanceof constantinfo.methodtype || constant instanceof constantinfo.invokedynamic) { } else if (constant != null) { throw new unsupportedoperationexception("unhandled constanttype: " + constant); } } } | k0kubun/jjvm | [
1,
0,
0,
0
] |
22,840 | public static void send(final InternalDistributedMember recipient, final int processorId,
final DM dm, Set keys) throws ForceReattemptException {
Assert.assertTrue(recipient != null, "FetchKeysReplyMessage NULL reply message");
final int numSeries = 1;
final int seriesNum = 0;
// chunkEntries returns false if didn't finish
if (logger.isDebugEnabled()) {
logger.debug("Starting pr keys chunking for {} kets to member {}", keys.size(), recipient);
}
try {
boolean finished = chunkSet(recipient, keys, InitialImageOperation.CHUNK_SIZE_IN_BYTES, false,
new ObjectIntProcedure() {
int msgNum = 0;
boolean last = false;
/**
* @param a byte[] chunk
* @param b positive if last chunk
* @return true to continue to next chunk
*/
public boolean executeWith(Object a, int b) {
// if (this.last)
// throw new InternalGemFireError(LocalizedStrings.FetchKeysMessage_ALREADY_PROCESSED_LAST_CHUNK.toLocalizedString());
HeapDataOutputStream chunk = (HeapDataOutputStream)a;
this.last = b > 0;
try {
boolean okay = sendChunk(recipient, processorId, dm, chunk, seriesNum, msgNum++, numSeries, this.last);
return okay;
}
catch (CancelException e) {
return false;
}
}
});
if (logger.isDebugEnabled()) {
logger.debug("{} pr keys chunking", (finished?"Finished" : "DID NOT complete"));
}
}
catch (IOException io) {
throw new ForceReattemptException(LocalizedStrings.FetchKeysMessage_UNABLE_TO_SEND_RESPONSE_TO_FETCH_KEYS_REQUEST.toLocalizedString(), io);
}
// TODO [bruce] pass a reference to the cache or region down here so we can do this test
//Assert.assertTrue(!cache is closed, "chunking interrupted but cache is still open");
} | public static void send(final InternalDistributedMember recipient, final int processorId,
final DM dm, Set keys) throws ForceReattemptException {
Assert.assertTrue(recipient != null, "FetchKeysReplyMessage NULL reply message");
final int numSeries = 1;
final int seriesNum = 0;
if (logger.isDebugEnabled()) {
logger.debug("Starting pr keys chunking for {} kets to member {}", keys.size(), recipient);
}
try {
boolean finished = chunkSet(recipient, keys, InitialImageOperation.CHUNK_SIZE_IN_BYTES, false,
new ObjectIntProcedure() {
int msgNum = 0;
boolean last = false;
public boolean executeWith(Object a, int b) {
HeapDataOutputStream chunk = (HeapDataOutputStream)a;
this.last = b > 0;
try {
boolean okay = sendChunk(recipient, processorId, dm, chunk, seriesNum, msgNum++, numSeries, this.last);
return okay;
}
catch (CancelException e) {
return false;
}
}
});
if (logger.isDebugEnabled()) {
logger.debug("{} pr keys chunking", (finished?"Finished" : "DID NOT complete"));
}
}
catch (IOException io) {
throw new ForceReattemptException(LocalizedStrings.FetchKeysMessage_UNABLE_TO_SEND_RESPONSE_TO_FETCH_KEYS_REQUEST.toLocalizedString(), io);
}
} | public static void send(final internaldistributedmember recipient, final int processorid, final dm dm, set keys) throws forcereattemptexception { assert.asserttrue(recipient != null, "fetchkeysreplymessage null reply message"); final int numseries = 1; final int seriesnum = 0; if (logger.isdebugenabled()) { logger.debug("starting pr keys chunking for {} kets to member {}", keys.size(), recipient); } try { boolean finished = chunkset(recipient, keys, initialimageoperation.chunk_size_in_bytes, false, new objectintprocedure() { int msgnum = 0; boolean last = false; public boolean executewith(object a, int b) { heapdataoutputstream chunk = (heapdataoutputstream)a; this.last = b > 0; try { boolean okay = sendchunk(recipient, processorid, dm, chunk, seriesnum, msgnum++, numseries, this.last); return okay; } catch (cancelexception e) { return false; } } }); if (logger.isdebugenabled()) { logger.debug("{} pr keys chunking", (finished?"finished" : "did not complete")); } } catch (ioexception io) { throw new forcereattemptexception(localizedstrings.fetchkeysmessage_unable_to_send_response_to_fetch_keys_request.tolocalizedstring(), io); } } | karensmolermiller/incubator-geode | [
0,
1,
0,
0
] |
14,744 | @Override
void processOFMessage(ControllerChannelHandler h, OFMessage m)
throws IOException {
switch (m.getType()) {
case HELLO:
processOFHello(h, (OFHello) m);
break;
case ECHO_REPLY:
break;
case ECHO_REQUEST:
processOFEchoRequest(h, (OFEchoRequest) m);
break;
case FEATURES_REQUEST:
processOFFeaturesRequest(h, (OFFeaturesRequest) m);
break;
case BARRIER_REQUEST:
//TODO: actually implement barrier contract
OFBarrierReply breply = new OFBarrierReply();
breply.setXid(m.getXid());
h.channel.write(Collections.singletonList(breply));
break;
case SET_CONFIG:
case ERROR:
case PACKET_OUT:
case PORT_MOD:
case QUEUE_GET_CONFIG_REQUEST:
case STATS_REQUEST:
case FLOW_MOD:
case GET_CONFIG_REQUEST:
h.sw.handleIO(m);
break;
case VENDOR:
unhandledMessageReceived(h, m);
break;
case FEATURES_REPLY:
case FLOW_REMOVED:
case PACKET_IN:
case PORT_STATUS:
case BARRIER_REPLY:
case GET_CONFIG_REPLY:
case STATS_REPLY:
case QUEUE_GET_CONFIG_REPLY:
illegalMessageReceived(h, m);
break;
}
} | @Override
void processOFMessage(ControllerChannelHandler h, OFMessage m)
throws IOException {
switch (m.getType()) {
case HELLO:
processOFHello(h, (OFHello) m);
break;
case ECHO_REPLY:
break;
case ECHO_REQUEST:
processOFEchoRequest(h, (OFEchoRequest) m);
break;
case FEATURES_REQUEST:
processOFFeaturesRequest(h, (OFFeaturesRequest) m);
break;
case BARRIER_REQUEST:
OFBarrierReply breply = new OFBarrierReply();
breply.setXid(m.getXid());
h.channel.write(Collections.singletonList(breply));
break;
case SET_CONFIG:
case ERROR:
case PACKET_OUT:
case PORT_MOD:
case QUEUE_GET_CONFIG_REQUEST:
case STATS_REQUEST:
case FLOW_MOD:
case GET_CONFIG_REQUEST:
h.sw.handleIO(m);
break;
case VENDOR:
unhandledMessageReceived(h, m);
break;
case FEATURES_REPLY:
case FLOW_REMOVED:
case PACKET_IN:
case PORT_STATUS:
case BARRIER_REPLY:
case GET_CONFIG_REPLY:
case STATS_REPLY:
case QUEUE_GET_CONFIG_REPLY:
illegalMessageReceived(h, m);
break;
}
} | @override void processofmessage(controllerchannelhandler h, ofmessage m) throws ioexception { switch (m.gettype()) { case hello: processofhello(h, (ofhello) m); break; case echo_reply: break; case echo_request: processofechorequest(h, (ofechorequest) m); break; case features_request: processoffeaturesrequest(h, (offeaturesrequest) m); break; case barrier_request: ofbarrierreply breply = new ofbarrierreply(); breply.setxid(m.getxid()); h.channel.write(collections.singletonlist(breply)); break; case set_config: case error: case packet_out: case port_mod: case queue_get_config_request: case stats_request: case flow_mod: case get_config_request: h.sw.handleio(m); break; case vendor: unhandledmessagereceived(h, m); break; case features_reply: case flow_removed: case packet_in: case port_status: case barrier_reply: case get_config_reply: case stats_reply: case queue_get_config_reply: illegalmessagereceived(h, m); break; } } | mgerola/OpenVirteX | [
0,
1,
0,
0
] |
14,763 | private void concultar() {
String sql = "select * from tbusuarios where iduser=?";
try {
pst = conexao.prepareStatement(sql);
pst.setString(1, txtUsuId.getText());
rs = pst.executeQuery();
if (rs.next()) {
txtUsuNome.setText(rs.getString(2));
txtUsuFone.setText(rs.getString(3));
txtUsuLogin.setText(rs.getString(4));
txtUsuSenha.setText(rs.getString(5));
//a linha abaixo se refere ao combobox
cboUsuPerfil.setSelectedItem(rs.getString(6));
} else {
JOptionPane.showMessageDialog(null, "Usuário não cadastrado");
//as linhas abaixo "limpam os campos"
txtUsuNome.setText(null);
txtUsuFone.setText(null);
txtUsuLogin.setText(null);
txtUsuSenha.setText(null);
}
} catch (Exception e) {
JOptionPane.showMessageDialog(null, e);
}
} | private void concultar() {
String sql = "select * from tbusuarios where iduser=?";
try {
pst = conexao.prepareStatement(sql);
pst.setString(1, txtUsuId.getText());
rs = pst.executeQuery();
if (rs.next()) {
txtUsuNome.setText(rs.getString(2));
txtUsuFone.setText(rs.getString(3));
txtUsuLogin.setText(rs.getString(4));
txtUsuSenha.setText(rs.getString(5));
cboUsuPerfil.setSelectedItem(rs.getString(6));
} else {
JOptionPane.showMessageDialog(null, "Usuário não cadastrado");
txtUsuNome.setText(null);
txtUsuFone.setText(null);
txtUsuLogin.setText(null);
txtUsuSenha.setText(null);
}
} catch (Exception e) {
JOptionPane.showMessageDialog(null, e);
}
} | private void concultar() { string sql = "select * from tbusuarios where iduser=?"; try { pst = conexao.preparestatement(sql); pst.setstring(1, txtusuid.gettext()); rs = pst.executequery(); if (rs.next()) { txtusunome.settext(rs.getstring(2)); txtusufone.settext(rs.getstring(3)); txtusulogin.settext(rs.getstring(4)); txtususenha.settext(rs.getstring(5)); cbousuperfil.setselecteditem(rs.getstring(6)); } else { joptionpane.showmessagedialog(null, "usuário não cadastrado"); txtusunome.settext(null); txtusufone.settext(null); txtusulogin.settext(null); txtususenha.settext(null); } } catch (exception e) { joptionpane.showmessagedialog(null, e); } } | marceloamorimcg/Dr.InfoSystem | [
0,
0,
0,
0
] |
14,764 | private void adicionar() {
String sql = "insert into tbusuarios(iduser, usuario, fone,login,senha,perfil) values(?,?,?,?,?,?)";
try {
pst = conexao.prepareStatement(sql);
pst.setString(1, txtUsuId.getText());
pst.setString(2, txtUsuNome.getText());
pst.setString(3, txtUsuFone.getText());
pst.setString(4, txtUsuLogin.getText());
pst.setString(5, txtUsuSenha.getText());
pst.setString(6, cboUsuPerfil.getSelectedItem().toString());
//validição dos campos obrigatorios
if ((txtUsuId.getText().isEmpty()) || (txtUsuNome.getText().isEmpty()) || (txtUsuLogin.getText().isEmpty()) || (txtUsuSenha.getText().isEmpty())) {
JOptionPane.showMessageDialog(null, "Preencha todos os campos Obrigatorio");
} else {
//a estrutura abaixo é usada para confirmar a inserção dos dados na tabela
//a linha abaixo atualiza a tabela usuario com os dados do formulario
int adicionado = pst.executeUpdate();
// testando a logica
//System.out.println(adicionado);
if (adicionado > 0) {
JOptionPane.showMessageDialog(null, "Usuario adicionado com sucesso");
txtUsuNome.setText(null);
txtUsuFone.setText(null);
txtUsuLogin.setText(null);
txtUsuSenha.setText(null);
}
}
} catch (Exception e) {
JOptionPane.showMessageDialog(null, e);
}
} | private void adicionar() {
String sql = "insert into tbusuarios(iduser, usuario, fone,login,senha,perfil) values(?,?,?,?,?,?)";
try {
pst = conexao.prepareStatement(sql);
pst.setString(1, txtUsuId.getText());
pst.setString(2, txtUsuNome.getText());
pst.setString(3, txtUsuFone.getText());
pst.setString(4, txtUsuLogin.getText());
pst.setString(5, txtUsuSenha.getText());
pst.setString(6, cboUsuPerfil.getSelectedItem().toString());
if ((txtUsuId.getText().isEmpty()) || (txtUsuNome.getText().isEmpty()) || (txtUsuLogin.getText().isEmpty()) || (txtUsuSenha.getText().isEmpty())) {
JOptionPane.showMessageDialog(null, "Preencha todos os campos Obrigatorio");
} else {
int adicionado = pst.executeUpdate();
if (adicionado > 0) {
JOptionPane.showMessageDialog(null, "Usuario adicionado com sucesso");
txtUsuNome.setText(null);
txtUsuFone.setText(null);
txtUsuLogin.setText(null);
txtUsuSenha.setText(null);
}
}
} catch (Exception e) {
JOptionPane.showMessageDialog(null, e);
}
} | private void adicionar() { string sql = "insert into tbusuarios(iduser, usuario, fone,login,senha,perfil) values(?,?,?,?,?,?)"; try { pst = conexao.preparestatement(sql); pst.setstring(1, txtusuid.gettext()); pst.setstring(2, txtusunome.gettext()); pst.setstring(3, txtusufone.gettext()); pst.setstring(4, txtusulogin.gettext()); pst.setstring(5, txtususenha.gettext()); pst.setstring(6, cbousuperfil.getselecteditem().tostring()); if ((txtusuid.gettext().isempty()) || (txtusunome.gettext().isempty()) || (txtusulogin.gettext().isempty()) || (txtususenha.gettext().isempty())) { joptionpane.showmessagedialog(null, "preencha todos os campos obrigatorio"); } else { int adicionado = pst.executeupdate(); if (adicionado > 0) { joptionpane.showmessagedialog(null, "usuario adicionado com sucesso"); txtusunome.settext(null); txtusufone.settext(null); txtusulogin.settext(null); txtususenha.settext(null); } } } catch (exception e) { joptionpane.showmessagedialog(null, e); } } | marceloamorimcg/Dr.InfoSystem | [
0,
0,
0,
0
] |
14,786 | public DataTokenizer buildTokenizerInstance( String tokenizerType ) {
// Use a predefined list of known Tokenizers
// TODO: publish more tokenizers... (when they are ready/good enough/abstract enough)
if ("CSVTokenizer".equals( tokenizerType )) {
return new CSVTokenizerImpl();
}
// Use the name of a class and instantiate this tokenizer
try {
// use classloader and search for named class in class path...
ClassLoader classLoader = this.getClass().getClassLoader();
Class<?> loadedClass = classLoader.loadClass( tokenizerType );
// TODO: check if superclass is registered as a DataTokenizer....
// and check if it implements DataTokenizer
Class<?>[] interfaces = loadedClass.getInterfaces();
if (Arrays.asList( interfaces ).contains( DataTokenizer.class )) {
// create the class using the unparametereized the constructor.
return (DataTokenizer) loadedClass.getDeclaredConstructor().newInstance();
}
}
catch (ClassNotFoundException | InstantiationException | IllegalAccessException | IllegalArgumentException | InvocationTargetException
| NoSuchMethodException | SecurityException e) {
e.printStackTrace();
}
throw new IllegalArgumentException();
} | public DataTokenizer buildTokenizerInstance( String tokenizerType ) {
if ("CSVTokenizer".equals( tokenizerType )) {
return new CSVTokenizerImpl();
}
try {
ClassLoader classLoader = this.getClass().getClassLoader();
Class<?> loadedClass = classLoader.loadClass( tokenizerType );
Class<?>[] interfaces = loadedClass.getInterfaces();
if (Arrays.asList( interfaces ).contains( DataTokenizer.class )) {
return (DataTokenizer) loadedClass.getDeclaredConstructor().newInstance();
}
}
catch (ClassNotFoundException | InstantiationException | IllegalAccessException | IllegalArgumentException | InvocationTargetException
| NoSuchMethodException | SecurityException e) {
e.printStackTrace();
}
throw new IllegalArgumentException();
} | public datatokenizer buildtokenizerinstance( string tokenizertype ) { if ("csvtokenizer".equals( tokenizertype )) { return new csvtokenizerimpl(); } try { classloader classloader = this.getclass().getclassloader(); class<?> loadedclass = classloader.loadclass( tokenizertype ); class<?>[] interfaces = loadedclass.getinterfaces(); if (arrays.aslist( interfaces ).contains( datatokenizer.class )) { return (datatokenizer) loadedclass.getdeclaredconstructor().newinstance(); } } catch (classnotfoundexception | instantiationexception | illegalaccessexception | illegalargumentexception | invocationtargetexception | nosuchmethodexception | securityexception e) { e.printstacktrace(); } throw new illegalargumentexception(); } | mindscan-de/BrightFlux | [
0,
1,
0,
0
] |
23,051 | @Override
protected void updateConnectButtonState() {
// TODO: Update this logic to also handle the user logged in by email.
boolean connected = getPlusClient().isConnected();
mSignOutButtons.setVisibility(connected ? View.VISIBLE : View.GONE);
mPlusSignInButton.setVisibility(connected ? View.GONE : View.VISIBLE);
} | @Override
protected void updateConnectButtonState() {
boolean connected = getPlusClient().isConnected();
mSignOutButtons.setVisibility(connected ? View.VISIBLE : View.GONE);
mPlusSignInButton.setVisibility(connected ? View.GONE : View.VISIBLE);
} | @override protected void updateconnectbuttonstate() { boolean connected = getplusclient().isconnected(); msignoutbuttons.setvisibility(connected ? view.visible : view.gone); mplussigninbutton.setvisibility(connected ? view.gone : view.visible); } | llanox/EasyVote | [
0,
1,
0,
0
] |
23,285 | @Test
public void fetchTest(){
// FileConfigProvider fcp = new FileConfigProvider("overrides.json");
// for(Config config : fcp.getAll("prod", "ssa")){
// System.out.println(config);
// }
// RestConfigProvider rcc = new RestConfigProvider("http://localhost:8080/configuration");
// rcc.getAll("prod", "ssa");
//
} | @Test
public void fetchTest(){
} | @test public void fetchtest(){ } | krisglover/cia | [
0,
0,
0,
1
] |
31,543 | private String waitForAnswer(String expected) {
// todo add the possibility to specify more options to be specified
// todo use regexp matching instead of the beginning of a string
String line = null;
if (expected != null) {
try {
while ((line = mplayerOutErr.readLine()) != null) {
if (MusicZones.getIsDebugOn()) {
logger.log(Level.INFO, "Reading line: {0}", line);
}
if (line.startsWith(expected)) {
return line;
}
}
} catch (IOException ex) {
System.err.println(ex);
}
}
return line;
} | private String waitForAnswer(String expected) {
String line = null;
if (expected != null) {
try {
while ((line = mplayerOutErr.readLine()) != null) {
if (MusicZones.getIsDebugOn()) {
logger.log(Level.INFO, "Reading line: {0}", line);
}
if (line.startsWith(expected)) {
return line;
}
}
} catch (IOException ex) {
System.err.println(ex);
}
}
return line;
} | private string waitforanswer(string expected) { string line = null; if (expected != null) { try { while ((line = mplayerouterr.readline()) != null) { if (musiczones.getisdebugon()) { logger.log(level.info, "reading line: {0}", line); } if (line.startswith(expected)) { return line; } } } catch (ioexception ex) { system.err.println(ex); } } return line; } | jzerbe/musiczones | [
0,
1,
0,
0
] |
31,583 | private void logGameStart(CFMap map) {
log.println("=== CodeFray Version 1 [Capture the Flag] Official Game Log ===\n");
//TODO: FIX ANNOTATION STUFF
//log.println("[Red Team Controller: " + quote(game.getController(Team.RED).getIdString()) + "]");
//log.println("[Blue Team Controller: " + quote(game.getController(Team.BLUE).getIdString()) + "]");
log.println();
log.println("> Game started.");
} | private void logGameStart(CFMap map) {
log.println("=== CodeFray Version 1 [Capture the Flag] Official Game Log ===\n");
log.println();
log.println("> Game started.");
} | private void loggamestart(cfmap map) { log.println("=== codefray version 1 [capture the flag] official game log ===\n"); log.println(); log.println("> game started."); } | lg198/CodeFray | [
0,
1,
0,
0
] |
31,644 | public int getPriorityLevel(LinkedList<String> questionAsked) {
// If the filtered question is the same than asked
if(normalizedQuestion.equals(questionAsked))
return 100;
// If it is an ordered subset
// TODO I'M NOT SURE IF THIS IS WORKING
else if(isSubset(questionAsked))
return 65;
else if(containsWords(questionAsked)>0)
return 30;
// Otherwise
else
return 0;
} | public int getPriorityLevel(LinkedList<String> questionAsked) {
if(normalizedQuestion.equals(questionAsked))
return 100;
else if(isSubset(questionAsked))
return 65;
else if(containsWords(questionAsked)>0)
return 30;
else
return 0;
} | public int getprioritylevel(linkedlist<string> questionasked) { if(normalizedquestion.equals(questionasked)) return 100; else if(issubset(questionasked)) return 65; else if(containswords(questionasked)>0) return 30; else return 0; } | melvidoni/chatbot | [
1,
0,
0,
0
] |
31,645 | private int containsWords(LinkedList<String> questionAsked) {
// Create a counter
int containedWords = 0;
// For each word asked
for(String wordAsked : questionAsked) {
// If found, we add one, otherwise, we add zero
containedWords += normalizedQuestion.contains(wordAsked) ? 1 : 0;
}
// Return the value
return containedWords;
} | private int containsWords(LinkedList<String> questionAsked) {
int containedWords = 0;
for(String wordAsked : questionAsked) {
containedWords += normalizedQuestion.contains(wordAsked) ? 1 : 0;
}
return containedWords;
} | private int containswords(linkedlist<string> questionasked) { int containedwords = 0; for(string wordasked : questionasked) { containedwords += normalizedquestion.contains(wordasked) ? 1 : 0; } return containedwords; } | melvidoni/chatbot | [
1,
0,
0,
0
] |
31,742 | @Inject(
method = "updateTexture()V",
at = @At(
value = "HEAD",
target = "net/minecraft/client/render/MapRenderer$MapTexture.updateTexture()V"
),
cancellable = true)
private void updateAetherTexture(CallbackInfo ci) {
if (this.state.dimension == AetherDimension.AETHER_WORLD_KEY){
for (int i = 0; i < 128; ++i) {
for (int j = 0; j < 128; ++j) {
int k = j + i * 128;
int l = this.state.colors[k] & 255;
if (l >> 2 == 0) { // MapColor.CLEAR
// Who knows what this does? Nothing, it seems. But just in case I'll let it stick around.
// Comment your code please!
this.texture.getImage().setColor(j, i, (k + k / 128 & 1) * 8 + 16 << 24);
} else {
this.texture.getImage().setColor(j, i, AetherMapColorUtil.getColor(MapColor.COLORS[l >> 2], l & 3));
}
}
}
this.texture.upload();
ci.cancel();
}
} | @Inject(
method = "updateTexture()V",
at = @At(
value = "HEAD",
target = "net/minecraft/client/render/MapRenderer$MapTexture.updateTexture()V"
),
cancellable = true)
private void updateAetherTexture(CallbackInfo ci) {
if (this.state.dimension == AetherDimension.AETHER_WORLD_KEY){
for (int i = 0; i < 128; ++i) {
for (int j = 0; j < 128; ++j) {
int k = j + i * 128;
int l = this.state.colors[k] & 255;
if (l >> 2 == 0) {
this.texture.getImage().setColor(j, i, (k + k / 128 & 1) * 8 + 16 << 24);
} else {
this.texture.getImage().setColor(j, i, AetherMapColorUtil.getColor(MapColor.COLORS[l >> 2], l & 3));
}
}
}
this.texture.upload();
ci.cancel();
}
} | @inject( method = "updatetexture()v", at = @at( value = "head", target = "net/minecraft/client/render/maprenderer$maptexture.updatetexture()v" ), cancellable = true) private void updateaethertexture(callbackinfo ci) { if (this.state.dimension == aetherdimension.aether_world_key){ for (int i = 0; i < 128; ++i) { for (int j = 0; j < 128; ++j) { int k = j + i * 128; int l = this.state.colors[k] & 255; if (l >> 2 == 0) { this.texture.getimage().setcolor(j, i, (k + k / 128 & 1) * 8 + 16 << 24); } else { this.texture.getimage().setcolor(j, i, aethermapcolorutil.getcolor(mapcolor.colors[l >> 2], l & 3)); } } } this.texture.upload(); ci.cancel(); } } | kalucky0/The-Aether | [
1,
0,
0,
0
] |
31,763 | @Test
public void test_EchoUser_restTemplate() {
String firstName = "Chuck";
String lastName = "Norris";
String result = restTemplate.getForObject(
"http://localhost:8888/"+firstName+"/"+lastName,
String.class);
String expected = "{\"firstName\":\""+firstName+"\",\"lastName\":\""+lastName+"\"}";
assertThat(result, containsString(expected));
log.info("*** Successfully echoed a User ("+firstName+" "+lastName+") through REST ***");
} | @Test
public void test_EchoUser_restTemplate() {
String firstName = "Chuck";
String lastName = "Norris";
String result = restTemplate.getForObject(
"http://localhost:8888/"+firstName+"/"+lastName,
String.class);
String expected = "{\"firstName\":\""+firstName+"\",\"lastName\":\""+lastName+"\"}";
assertThat(result, containsString(expected));
log.info("*** Successfully echoed a User ("+firstName+" "+lastName+") through REST ***");
} | @test public void test_echouser_resttemplate() { string firstname = "chuck"; string lastname = "norris"; string result = resttemplate.getforobject( "http://localhost:8888/"+firstname+"/"+lastname, string.class); string expected = "{\"firstname\":\""+firstname+"\",\"lastname\":\""+lastname+"\"}"; assertthat(result, containsstring(expected)); log.info("*** successfully echoed a user ("+firstname+" "+lastname+") through rest ***"); } | mickknutson/spring-cloud-config | [
0,
0,
1,
0
] |
15,506 | public boolean validateBinaryExpr(BinaryExpr node) {
ExprNode expr1 = node.getExpr1();
ExprNode expr2 = node.getExpr2();
Type t1 = expr1.getType();
Type t2 = expr2.getType();
String op = node.getOperation();
switch (op) {
case "==":
case "!=":
if (Types.isNumber(t1)) {
return this.requireNumber(expr2,t2);
} else {
return true;
//TODO pass anything.may be Object needed?
}
case "+":
case "-":
case "*":
case "/":
case "%":
case ">=":
case "<=":
case ">":
case "<":
case "&":
case "|":
case "^":
case BinaryExpr.OP_SHIFT_LEFT:
case BinaryExpr.OP_SHIFT_RIGHT:
case BinaryExpr.OP_UNSIGNED_SHIFT_RIGHT:
return this.requireNumber(expr1, t1) && this.requireNumber(expr2, t2);
case "&&":
case "||":
return requireBoolean(expr1, t1) && requireBoolean(expr2, t2);
default:
diagnosisReporter.report(Diagnosis.Kind.ERROR, "unsupported operation:" + op, node.offset);
return false;
}
} | public boolean validateBinaryExpr(BinaryExpr node) {
ExprNode expr1 = node.getExpr1();
ExprNode expr2 = node.getExpr2();
Type t1 = expr1.getType();
Type t2 = expr2.getType();
String op = node.getOperation();
switch (op) {
case "==":
case "!=":
if (Types.isNumber(t1)) {
return this.requireNumber(expr2,t2);
} else {
return true;
}
case "+":
case "-":
case "*":
case "/":
case "%":
case ">=":
case "<=":
case ">":
case "<":
case "&":
case "|":
case "^":
case BinaryExpr.OP_SHIFT_LEFT:
case BinaryExpr.OP_SHIFT_RIGHT:
case BinaryExpr.OP_UNSIGNED_SHIFT_RIGHT:
return this.requireNumber(expr1, t1) && this.requireNumber(expr2, t2);
case "&&":
case "||":
return requireBoolean(expr1, t1) && requireBoolean(expr2, t2);
default:
diagnosisReporter.report(Diagnosis.Kind.ERROR, "unsupported operation:" + op, node.offset);
return false;
}
} | public boolean validatebinaryexpr(binaryexpr node) { exprnode expr1 = node.getexpr1(); exprnode expr2 = node.getexpr2(); type t1 = expr1.gettype(); type t2 = expr2.gettype(); string op = node.getoperation(); switch (op) { case "==": case "!=": if (types.isnumber(t1)) { return this.requirenumber(expr2,t2); } else { return true; } case "+": case "-": case "*": case "/": case "%": case ">=": case "<=": case ">": case "<": case "&": case "|": case "^": case binaryexpr.op_shift_left: case binaryexpr.op_shift_right: case binaryexpr.op_unsigned_shift_right: return this.requirenumber(expr1, t1) && this.requirenumber(expr2, t2); case "&&": case "||": return requireboolean(expr1, t1) && requireboolean(expr2, t2); default: diagnosisreporter.report(diagnosis.kind.error, "unsupported operation:" + op, node.offset); return false; } } | lbqh/kalang | [
0,
1,
0,
0
] |
15,600 | public void projectTo(final ComplexProjective1 cp)
throws IllegalArgumentException {
/* Check if the point lies on the sphere. */
if (Math.abs(normSquared() - 1.0) > EPSILON) {
throw new IllegalArgumentException("Norm must be 1.0. " +
"Norm is " + norm() + ". ");
}
/* Check if the point lies above or below the xy-plane. */
if (z > 0.0) {
/* We might be close to the north pole. This would be bad,
* numerically. So perform a 180 degree rotation around the
* x-axis, project that point, and swap the entries of the
* result.
*/
/* Dummy variables */
final double dummyRe;
final double dummyIm;
/* Rotate by 180 degree around the x-axis. */
y = -y;
z = -z;
/* Project that point. Now, z < -EPSILON. */
belowXYProjectTo(cp);
/* Rotate back. */
y = -y;
z = -z;
/* Swap the entries of the result.
*
* TODO: Maybe Complex2 should have a final method that swaps the
* entries. This might speed up dereferencing the fields of cp,
* because dereferencing fiels of other objects might be slower
* than dereferencing fields of the same object. But actually, I
* don't know if that is true or if it matters. */
dummyRe = cp.aRe;
dummyIm = cp.aIm;
cp.aRe = cp.bRe;
cp.aIm = cp.bIm;
cp.bRe = dummyRe;
cp.bIm = dummyIm;
} else {
/* Point lies below xy-plane so we use */
belowXYProjectTo(cp);
}
} | public void projectTo(final ComplexProjective1 cp)
throws IllegalArgumentException {
if (Math.abs(normSquared() - 1.0) > EPSILON) {
throw new IllegalArgumentException("Norm must be 1.0. " +
"Norm is " + norm() + ". ");
}
if (z > 0.0) {
final double dummyRe;
final double dummyIm;
y = -y;
z = -z;
belowXYProjectTo(cp);
y = -y;
z = -z;
dummyRe = cp.aRe;
dummyIm = cp.aIm;
cp.aRe = cp.bRe;
cp.aIm = cp.bIm;
cp.bRe = dummyRe;
cp.bIm = dummyIm;
} else {
belowXYProjectTo(cp);
}
} | public void projectto(final complexprojective1 cp) throws illegalargumentexception { if (math.abs(normsquared() - 1.0) > epsilon) { throw new illegalargumentexception("norm must be 1.0. " + "norm is " + norm() + ". "); } if (z > 0.0) { final double dummyre; final double dummyim; y = -y; z = -z; belowxyprojectto(cp); y = -y; z = -z; dummyre = cp.are; dummyim = cp.aim; cp.are = cp.bre; cp.aim = cp.bim; cp.bre = dummyre; cp.bim = dummyim; } else { belowxyprojectto(cp); } } | jupsal/schmies-jTEM | [
1,
0,
0,
0
] |
32,041 | @Test
public void dontPullAttachmentAlreadyPulled() {
try {
// create a rev with an attachment, then update it keeping attachment
// TODO we need to somehow check the attachment wasn't re-downloaded
createRevisionAndBigTextAttachment();
pull();
DocumentRevision docRev1 = datastore.getDocument(id, rev);
Attachment a1 = datastore.getAttachment(docRev1, bigTextAttachmentName);
updateRevisionAndKeepAttachment();
updateRevisionAndKeepAttachment();
pull();
DocumentRevision docRev2 = datastore.getDocument(id, rev);
Attachment a2 = datastore.getAttachment(docRev2, bigTextAttachmentName);
Assert.assertNotNull(a2);
} catch (Exception e) {
Assert.fail("Create/pull error " + e);
}
} | @Test
public void dontPullAttachmentAlreadyPulled() {
try {
createRevisionAndBigTextAttachment();
pull();
DocumentRevision docRev1 = datastore.getDocument(id, rev);
Attachment a1 = datastore.getAttachment(docRev1, bigTextAttachmentName);
updateRevisionAndKeepAttachment();
updateRevisionAndKeepAttachment();
pull();
DocumentRevision docRev2 = datastore.getDocument(id, rev);
Attachment a2 = datastore.getAttachment(docRev2, bigTextAttachmentName);
Assert.assertNotNull(a2);
} catch (Exception e) {
Assert.fail("Create/pull error " + e);
}
} | @test public void dontpullattachmentalreadypulled() { try { createrevisionandbigtextattachment(); pull(); documentrevision docrev1 = datastore.getdocument(id, rev); attachment a1 = datastore.getattachment(docrev1, bigtextattachmentname); updaterevisionandkeepattachment(); updaterevisionandkeepattachment(); pull(); documentrevision docrev2 = datastore.getdocument(id, rev); attachment a2 = datastore.getattachment(docrev2, bigtextattachmentname); assert.assertnotnull(a2); } catch (exception e) { assert.fail("create/pull error " + e); } } | kiwiwearables/sync-android | [
1,
0,
0,
0
] |
7,632 | @Override
protected void onCreate(Bundle savedInstanceState) {
super.onCreate(savedInstanceState);
Bundle extras;
Log.d(TAG, "Widget configuration activity created");
setResult(RESULT_CANCELED);
extras = getIntent().getExtras();
if (extras != null) {
mAppWidgetId = extras.getInt(AppWidgetManager.EXTRA_APPWIDGET_ID,
AppWidgetManager.INVALID_APPWIDGET_ID);
}
if (mAppWidgetId == AppWidgetManager.INVALID_APPWIDGET_ID) {
finish();
return;
}
resultValue = new Intent();
resultValue.putExtra(AppWidgetManager.EXTRA_APPWIDGET_ID, mAppWidgetId);
setResult(RESULT_OK, resultValue);
if(SessionManager.hasSessionInStore(this)) {
// Finish activity earlier
Log.d(TAG, "Session already taken, leaving configuration activity");
finish();
}
} | @Override
protected void onCreate(Bundle savedInstanceState) {
super.onCreate(savedInstanceState);
Bundle extras;
Log.d(TAG, "Widget configuration activity created");
setResult(RESULT_CANCELED);
extras = getIntent().getExtras();
if (extras != null) {
mAppWidgetId = extras.getInt(AppWidgetManager.EXTRA_APPWIDGET_ID,
AppWidgetManager.INVALID_APPWIDGET_ID);
}
if (mAppWidgetId == AppWidgetManager.INVALID_APPWIDGET_ID) {
finish();
return;
}
resultValue = new Intent();
resultValue.putExtra(AppWidgetManager.EXTRA_APPWIDGET_ID, mAppWidgetId);
setResult(RESULT_OK, resultValue);
if(SessionManager.hasSessionInStore(this)) {
Log.d(TAG, "Session already taken, leaving configuration activity");
finish();
}
} | @override protected void oncreate(bundle savedinstancestate) { super.oncreate(savedinstancestate); bundle extras; log.d(tag, "widget configuration activity created"); setresult(result_canceled); extras = getintent().getextras(); if (extras != null) { mappwidgetid = extras.getint(appwidgetmanager.extra_appwidget_id, appwidgetmanager.invalid_appwidget_id); } if (mappwidgetid == appwidgetmanager.invalid_appwidget_id) { finish(); return; } resultvalue = new intent(); resultvalue.putextra(appwidgetmanager.extra_appwidget_id, mappwidgetid); setresult(result_ok, resultvalue); if(sessionmanager.hassessioninstore(this)) { log.d(tag, "session already taken, leaving configuration activity"); finish(); } } | memleakpl/flat | [
0,
0,
1,
0
] |
24,024 | void sqlLiteralForObject(StringBuilder buffer, Object object) {
if (object == null) {
buffer.append("NULL");
} else if (object instanceof String) {
buffer.append('\'');
// lets escape quotes
String literal = (String) object;
if (literal.length() > TRIM_VALUES_THRESHOLD) {
literal = literal.substring(0, TRIM_VALUES_THRESHOLD) + "...";
}
int curPos = 0;
int endPos = 0;
while ((endPos = literal.indexOf('\'', curPos)) >= 0) {
buffer.append(literal.substring(curPos, endPos + 1)).append('\'');
curPos = endPos + 1;
}
if (curPos < literal.length())
buffer.append(literal.substring(curPos));
buffer.append('\'');
}
// handle byte pretty formatting
else if (object instanceof Byte) {
IDUtil.appendFormattedByte(buffer, ((Byte) object).byteValue());
} else if (object instanceof Number) {
// process numeric value (do something smart in the future)
buffer.append(object);
} else if (object instanceof java.sql.Date) {
buffer.append('\'').append(object).append('\'');
} else if (object instanceof java.sql.Time) {
buffer.append('\'').append(object).append('\'');
} else if (object instanceof java.util.Date) {
long time = ((java.util.Date) object).getTime();
buffer.append('\'').append(new java.sql.Timestamp(time)).append('\'');
} else if (object instanceof java.util.Calendar) {
long time = ((java.util.Calendar) object).getTimeInMillis();
buffer.append(object.getClass().getName()).append('(').append(new java.sql.Timestamp(time)).append(')');
} else if (object instanceof Character) {
buffer.append(((Character) object).charValue());
} else if (object instanceof Boolean) {
buffer.append('\'').append(object).append('\'');
} else if (object instanceof Enum<?>) {
// buffer.append(object.getClass().getName()).append(".");
buffer.append(((Enum<?>) object).name()).append("=");
if (object instanceof ExtendedEnumeration) {
Object value = ((ExtendedEnumeration) object).getDatabaseValue();
if (value instanceof String)
buffer.append("'");
buffer.append(value);
if (value instanceof String)
buffer.append("'");
} else {
buffer.append(((Enum<?>) object).ordinal());
// FIXME -- this isn't quite right
}
} else if (object instanceof SQLParameterBinding) {
sqlLiteralForObject(buffer, ((SQLParameterBinding) object).getValue());
} else if (object.getClass().isArray()) {
buffer.append("< ");
int len = Array.getLength(object);
boolean trimming = false;
if (len > TRIM_VALUES_THRESHOLD) {
len = TRIM_VALUES_THRESHOLD;
trimming = true;
}
for (int i = 0; i < len; i++) {
if (i > 0) {
buffer.append(",");
}
sqlLiteralForObject(buffer, Array.get(object, i));
}
if (trimming) {
buffer.append("...");
}
buffer.append('>');
} else {
buffer.append(object.getClass().getName()).append("@").append(System.identityHashCode(object));
}
} | void sqlLiteralForObject(StringBuilder buffer, Object object) {
if (object == null) {
buffer.append("NULL");
} else if (object instanceof String) {
buffer.append('\'');
String literal = (String) object;
if (literal.length() > TRIM_VALUES_THRESHOLD) {
literal = literal.substring(0, TRIM_VALUES_THRESHOLD) + "...";
}
int curPos = 0;
int endPos = 0;
while ((endPos = literal.indexOf('\'', curPos)) >= 0) {
buffer.append(literal.substring(curPos, endPos + 1)).append('\'');
curPos = endPos + 1;
}
if (curPos < literal.length())
buffer.append(literal.substring(curPos));
buffer.append('\'');
}
else if (object instanceof Byte) {
IDUtil.appendFormattedByte(buffer, ((Byte) object).byteValue());
} else if (object instanceof Number) {
buffer.append(object);
} else if (object instanceof java.sql.Date) {
buffer.append('\'').append(object).append('\'');
} else if (object instanceof java.sql.Time) {
buffer.append('\'').append(object).append('\'');
} else if (object instanceof java.util.Date) {
long time = ((java.util.Date) object).getTime();
buffer.append('\'').append(new java.sql.Timestamp(time)).append('\'');
} else if (object instanceof java.util.Calendar) {
long time = ((java.util.Calendar) object).getTimeInMillis();
buffer.append(object.getClass().getName()).append('(').append(new java.sql.Timestamp(time)).append(')');
} else if (object instanceof Character) {
buffer.append(((Character) object).charValue());
} else if (object instanceof Boolean) {
buffer.append('\'').append(object).append('\'');
} else if (object instanceof Enum<?>) {
buffer.append(((Enum<?>) object).name()).append("=");
if (object instanceof ExtendedEnumeration) {
Object value = ((ExtendedEnumeration) object).getDatabaseValue();
if (value instanceof String)
buffer.append("'");
buffer.append(value);
if (value instanceof String)
buffer.append("'");
} else {
buffer.append(((Enum<?>) object).ordinal());
}
} else if (object instanceof SQLParameterBinding) {
sqlLiteralForObject(buffer, ((SQLParameterBinding) object).getValue());
} else if (object.getClass().isArray()) {
buffer.append("< ");
int len = Array.getLength(object);
boolean trimming = false;
if (len > TRIM_VALUES_THRESHOLD) {
len = TRIM_VALUES_THRESHOLD;
trimming = true;
}
for (int i = 0; i < len; i++) {
if (i > 0) {
buffer.append(",");
}
sqlLiteralForObject(buffer, Array.get(object, i));
}
if (trimming) {
buffer.append("...");
}
buffer.append('>');
} else {
buffer.append(object.getClass().getName()).append("@").append(System.identityHashCode(object));
}
} | void sqlliteralforobject(stringbuilder buffer, object object) { if (object == null) { buffer.append("null"); } else if (object instanceof string) { buffer.append('\''); string literal = (string) object; if (literal.length() > trim_values_threshold) { literal = literal.substring(0, trim_values_threshold) + "..."; } int curpos = 0; int endpos = 0; while ((endpos = literal.indexof('\'', curpos)) >= 0) { buffer.append(literal.substring(curpos, endpos + 1)).append('\''); curpos = endpos + 1; } if (curpos < literal.length()) buffer.append(literal.substring(curpos)); buffer.append('\''); } else if (object instanceof byte) { idutil.appendformattedbyte(buffer, ((byte) object).bytevalue()); } else if (object instanceof number) { buffer.append(object); } else if (object instanceof java.sql.date) { buffer.append('\'').append(object).append('\''); } else if (object instanceof java.sql.time) { buffer.append('\'').append(object).append('\''); } else if (object instanceof java.util.date) { long time = ((java.util.date) object).gettime(); buffer.append('\'').append(new java.sql.timestamp(time)).append('\''); } else if (object instanceof java.util.calendar) { long time = ((java.util.calendar) object).gettimeinmillis(); buffer.append(object.getclass().getname()).append('(').append(new java.sql.timestamp(time)).append(')'); } else if (object instanceof character) { buffer.append(((character) object).charvalue()); } else if (object instanceof boolean) { buffer.append('\'').append(object).append('\''); } else if (object instanceof enum<?>) { buffer.append(((enum<?>) object).name()).append("="); if (object instanceof extendedenumeration) { object value = ((extendedenumeration) object).getdatabasevalue(); if (value instanceof string) buffer.append("'"); buffer.append(value); if (value instanceof string) buffer.append("'"); } else { buffer.append(((enum<?>) object).ordinal()); } } else if (object instanceof sqlparameterbinding) { sqlliteralforobject(buffer, ((sqlparameterbinding) object).getvalue()); } else if (object.getclass().isarray()) { buffer.append("< "); int len = array.getlength(object); boolean trimming = false; if (len > trim_values_threshold) { len = trim_values_threshold; trimming = true; } for (int i = 0; i < len; i++) { if (i > 0) { buffer.append(","); } sqlliteralforobject(buffer, array.get(object, i)); } if (trimming) { buffer.append("..."); } buffer.append('>'); } else { buffer.append(object.getclass().getname()).append("@").append(system.identityhashcode(object)); } } | laakhbeenor/cayenne | [
0,
0,
1,
0
] |
15,851 | protected double valueFor(Object o)
{
if (o instanceof java.lang.Number) // compiler complains unless I include the full classname!!! Huh?
return ((Number)o).doubleValue();
else if (o instanceof Valuable)
return ((Valuable)o).doubleValue();
else if (o instanceof Boolean)
return ((Boolean)o).booleanValue() ? 1 : 0;
else return Double.NaN; // unknown
} | protected double valueFor(Object o)
{
if (o instanceof java.lang.Number)
return ((Number)o).doubleValue();
else if (o instanceof Valuable)
return ((Valuable)o).doubleValue();
else if (o instanceof Boolean)
return ((Boolean)o).booleanValue() ? 1 : 0;
else return Double.NaN;
} | protected double valuefor(object o) { if (o instanceof java.lang.number) return ((number)o).doublevalue(); else if (o instanceof valuable) return ((valuable)o).doublevalue(); else if (o instanceof boolean) return ((boolean)o).booleanvalue() ? 1 : 0; else return double.nan; } | minhhn2910/g-mason | [
1,
0,
0,
0
] |
24,088 | private Grid<Cuenta> createGrid() {
grid = new Grid<>();
grid.setWidthFull();
grid.addThemeVariants(GridVariant.LUMO_NO_BORDER,GridVariant.LUMO_ROW_STRIPES);
SimpleDateFormat dateFormat = new SimpleDateFormat("dd/MM/yyyy");
grid.addColumn(c -> c.getIban()).setHeader("Iban").setFlexGrow(1);
grid.addColumn(c -> c.getSaldo()).setHeader("Saldo").setFlexGrow(1);
grid.addColumn(c -> dateFormat.format(c.getFechaCreacion())).setHeader("Fecha Creacion").setWidth("250px").setFlexGrow(0);
return grid;
} | private Grid<Cuenta> createGrid() {
grid = new Grid<>();
grid.setWidthFull();
grid.addThemeVariants(GridVariant.LUMO_NO_BORDER,GridVariant.LUMO_ROW_STRIPES);
SimpleDateFormat dateFormat = new SimpleDateFormat("dd/MM/yyyy");
grid.addColumn(c -> c.getIban()).setHeader("Iban").setFlexGrow(1);
grid.addColumn(c -> c.getSaldo()).setHeader("Saldo").setFlexGrow(1);
grid.addColumn(c -> dateFormat.format(c.getFechaCreacion())).setHeader("Fecha Creacion").setWidth("250px").setFlexGrow(0);
return grid;
} | private grid<cuenta> creategrid() { grid = new grid<>(); grid.setwidthfull(); grid.addthemevariants(gridvariant.lumo_no_border,gridvariant.lumo_row_stripes); simpledateformat dateformat = new simpledateformat("dd/mm/yyyy"); grid.addcolumn(c -> c.getiban()).setheader("iban").setflexgrow(1); grid.addcolumn(c -> c.getsaldo()).setheader("saldo").setflexgrow(1); grid.addcolumn(c -> dateformat.format(c.getfechacreacion())).setheader("fecha creacion").setwidth("250px").setflexgrow(0); return grid; } | juansgonzalez/ingenia-bank | [
0,
0,
0,
0
] |
7,744 | @Ignore("This test was not writted due to lack of time. This is what should have been done:\n" +
"Since this feature involves network calls, to properly unit test this it, is necessary\n" +
"to mock the Network module and provide a fake JSON response. This way the test doesn't\n" +
"rely on an internet connection, a web service and the JSON response is always the same.\n" +
"Once we have that it is possible tu use assertj-android to check if the data inside the\n" +
"RecyclerView is the same as what we expecting from the JSON.")
@Test
public void hitList_isCorrect() {
// TODO write me
} | @Ignore("This test was not writted due to lack of time. This is what should have been done:\n" +
"Since this feature involves network calls, to properly unit test this it, is necessary\n" +
"to mock the Network module and provide a fake JSON response. This way the test doesn't\n" +
"rely on an internet connection, a web service and the JSON response is always the same.\n" +
"Once we have that it is possible tu use assertj-android to check if the data inside the\n" +
"RecyclerView is the same as what we expecting from the JSON.")
@Test
public void hitList_isCorrect() {
} | @ignore("this test was not writted due to lack of time. this is what should have been done:\n" + "since this feature involves network calls, to properly unit test this it, is necessary\n" + "to mock the network module and provide a fake json response. this way the test doesn't\n" + "rely on an internet connection, a web service and the json response is always the same.\n" + "once we have that it is possible tu use assertj-android to check if the data inside the\n" + "recyclerview is the same as what we expecting from the json.") @test public void hitlist_iscorrect() { } | leinardi/Dagger2MVP | [
0,
1,
0,
0
] |
24,143 | @Override
public boolean equals(Object obj) {
// TODO: come up with a better implementation of this later
return false;
} | @Override
public boolean equals(Object obj) {
return false;
} | @override public boolean equals(object obj) { return false; } | kaubster/se-577-group-projects | [
1,
0,
0,
0
] |
7,766 | @Test
public void testPaginate() throws Exception {
//fail("Test not implemented yet.");
//TODO: do later
} | @Test
public void testPaginate() throws Exception {
} | @test public void testpaginate() throws exception { } | mkalus/segrada | [
0,
0,
0,
1
] |
7,935 | private void processUnresolved(TypeReference Sref) throws LookupException {
// WARNING
// INCOMPLETE see processSubtypeConstraints
TypeReference RRef = (TypeReference) invokedGenericMethod().returnTypeReference();
FirstPhaseConstraintSet constraints = new FirstPhaseConstraintSet(invocation(), invokedGenericMethod());
View view = RRef.view();
TypeReference SprimeRef = box(Sref);
Java7 java = view.language(Java7.class);
if(! RRef.getElement().sameAs(java.voidType(RRef.view().namespace()))) {
// the constraint S >> R', provided R is not void
TypeReference RprimeRef = substitutedReference(RRef);
constraints.add(new GGConstraint(SprimeRef, RprimeRef.getElement()));
}
// additional constraints Bi[T1=B(T1) ... Tn=B(Tn)] >> Ti where Bi is the declared bound of Ti
for(TypeParameter param: typeParameters()) {
TypeReference Bi = param.upperBoundReference();
TypeReference BiAfterSubstitution = substitutedReference(Bi);
Type Ti = (Type) param.selectionDeclaration();
Type BTi = assignments().type(param);
if(BTi == null) {
BTi = Ti;
}
constraints.add(new GGConstraint(BiAfterSubstitution, Ti));
constraints.add(new SSConstraint(java.reference(BTi), BiAfterSubstitution.getElement()));
}
for(GGConstraint constraint: _origin.generatedGG()) {
constraints.add(new GGConstraint(substitutedReference(constraint.ARef()), constraint.F()));
}
for(EQConstraint constraint: _origin.generatedEQ()) {
constraints.add(new EQConstraint(substitutedReference(constraint.ARef()), constraint.F()));
}
SecondPhaseConstraintSet seconds = constraints.secondPhase();
// JLS: Any equality constraints are resolved ...
seconds.processEqualityConstraints();
// JLS: ..., and then, for each remaining constraint of the form Ti <: Uk, the argument
// Ti is inferred to be glb(U1,...,Uk)
seconds.processSubtypeConstraints();
//Any remaining type variable T that has not yet been inferred is then inferred
// to have type Object . If a previously inferred type variable P uses T , then P is
// inferred to be P [T =Object ].
for(TypeParameter param: seconds.unresolvedParameters()) {
seconds.add(new ActualTypeAssignment(param, java.getDefaultSuperClass(view.namespace())));
}
//FIXME Perform substitution
for(TypeParameter param: unresolvedParameters()) {
add(seconds.assignments().assignment(param));
}
} | private void processUnresolved(TypeReference Sref) throws LookupException {
TypeReference RRef = (TypeReference) invokedGenericMethod().returnTypeReference();
FirstPhaseConstraintSet constraints = new FirstPhaseConstraintSet(invocation(), invokedGenericMethod());
View view = RRef.view();
TypeReference SprimeRef = box(Sref);
Java7 java = view.language(Java7.class);
if(! RRef.getElement().sameAs(java.voidType(RRef.view().namespace()))) {
TypeReference RprimeRef = substitutedReference(RRef);
constraints.add(new GGConstraint(SprimeRef, RprimeRef.getElement()));
}
for(TypeParameter param: typeParameters()) {
TypeReference Bi = param.upperBoundReference();
TypeReference BiAfterSubstitution = substitutedReference(Bi);
Type Ti = (Type) param.selectionDeclaration();
Type BTi = assignments().type(param);
if(BTi == null) {
BTi = Ti;
}
constraints.add(new GGConstraint(BiAfterSubstitution, Ti));
constraints.add(new SSConstraint(java.reference(BTi), BiAfterSubstitution.getElement()));
}
for(GGConstraint constraint: _origin.generatedGG()) {
constraints.add(new GGConstraint(substitutedReference(constraint.ARef()), constraint.F()));
}
for(EQConstraint constraint: _origin.generatedEQ()) {
constraints.add(new EQConstraint(substitutedReference(constraint.ARef()), constraint.F()));
}
SecondPhaseConstraintSet seconds = constraints.secondPhase();
seconds.processEqualityConstraints();
seconds.processSubtypeConstraints();
for(TypeParameter param: seconds.unresolvedParameters()) {
seconds.add(new ActualTypeAssignment(param, java.getDefaultSuperClass(view.namespace())));
}
for(TypeParameter param: unresolvedParameters()) {
add(seconds.assignments().assignment(param));
}
} | private void processunresolved(typereference sref) throws lookupexception { typereference rref = (typereference) invokedgenericmethod().returntypereference(); firstphaseconstraintset constraints = new firstphaseconstraintset(invocation(), invokedgenericmethod()); view view = rref.view(); typereference sprimeref = box(sref); java7 java = view.language(java7.class); if(! rref.getelement().sameas(java.voidtype(rref.view().namespace()))) { typereference rprimeref = substitutedreference(rref); constraints.add(new ggconstraint(sprimeref, rprimeref.getelement())); } for(typeparameter param: typeparameters()) { typereference bi = param.upperboundreference(); typereference biaftersubstitution = substitutedreference(bi); type ti = (type) param.selectiondeclaration(); type bti = assignments().type(param); if(bti == null) { bti = ti; } constraints.add(new ggconstraint(biaftersubstitution, ti)); constraints.add(new ssconstraint(java.reference(bti), biaftersubstitution.getelement())); } for(ggconstraint constraint: _origin.generatedgg()) { constraints.add(new ggconstraint(substitutedreference(constraint.aref()), constraint.f())); } for(eqconstraint constraint: _origin.generatedeq()) { constraints.add(new eqconstraint(substitutedreference(constraint.aref()), constraint.f())); } secondphaseconstraintset seconds = constraints.secondphase(); seconds.processequalityconstraints(); seconds.processsubtypeconstraints(); for(typeparameter param: seconds.unresolvedparameters()) { seconds.add(new actualtypeassignment(param, java.getdefaultsuperclass(view.namespace()))); } for(typeparameter param: unresolvedparameters()) { add(seconds.assignments().assignment(param)); } } | markovandooren/jnome | [
0,
1,
0,
0
] |
24,673 | private void validateZoneAvailable(String tenantId, String zone) throws IllegalArgumentException {
List<ZoneDTO> zones;
try {
zones = zoneApi.getAvailableZones(tenantId);
} catch (ResourceAccessException e) {
// need to do something here to handle things more gracefully.
throw new RuntimeException("Unable to validate zones.", e);
}
boolean found = zones.stream().anyMatch(z -> z.getName().equals(zone));
log.debug("Found {} zones for tenant", zoneApi.getAvailableZones(tenantId).size());
if (!found) throw new IllegalArgumentException("Provided zone does not exist: " + zone);
} | private void validateZoneAvailable(String tenantId, String zone) throws IllegalArgumentException {
List<ZoneDTO> zones;
try {
zones = zoneApi.getAvailableZones(tenantId);
} catch (ResourceAccessException e) {
throw new RuntimeException("Unable to validate zones.", e);
}
boolean found = zones.stream().anyMatch(z -> z.getName().equals(zone));
log.debug("Found {} zones for tenant", zoneApi.getAvailableZones(tenantId).size());
if (!found) throw new IllegalArgumentException("Provided zone does not exist: " + zone);
} | private void validatezoneavailable(string tenantid, string zone) throws illegalargumentexception { list<zonedto> zones; try { zones = zoneapi.getavailablezones(tenantid); } catch (resourceaccessexception e) { throw new runtimeexception("unable to validate zones.", e); } boolean found = zones.stream().anymatch(z -> z.getname().equals(zone)); log.debug("found {} zones for tenant", zoneapi.getavailablezones(tenantid).size()); if (!found) throw new illegalargumentexception("provided zone does not exist: " + zone); } | racker/salus-telemetry-ambassador | [
1,
0,
0,
0
] |
16,532 | public String getBlockId() {
final BlockEntity be = serverWorld.getBlockEntity(this.blockPos); // FIXME do we need to check at y+1?
return String.valueOf(Registry.BLOCK_ENTITY_TYPE.getId(be.getType()));
} | public String getBlockId() {
final BlockEntity be = serverWorld.getBlockEntity(this.blockPos);
return String.valueOf(Registry.BLOCK_ENTITY_TYPE.getId(be.getType()));
} | public string getblockid() { final blockentity be = serverworld.getblockentity(this.blockpos); return string.valueof(registry.block_entity_type.getid(be.gettype())); } | pcal43/mob-filter | [
0,
0,
1,
0
] |
24,727 | @Override
public List<DeviceStorageRoot> getSecondaryDeviceStorageRoots() {
ArrayList<DeviceStorageRoot> secondaryStorageRoot = new ArrayList<>(1);
if (secondaryStoragePath != null) {
secondaryStorageRoot.add(new DeviceStorageRoot(secondaryStoragePath, secondaryStoragePath, DeviceStorageRoot.Type.SECONDARY));
}
return secondaryStorageRoot;
} | @Override
public List<DeviceStorageRoot> getSecondaryDeviceStorageRoots() {
ArrayList<DeviceStorageRoot> secondaryStorageRoot = new ArrayList<>(1);
if (secondaryStoragePath != null) {
secondaryStorageRoot.add(new DeviceStorageRoot(secondaryStoragePath, secondaryStoragePath, DeviceStorageRoot.Type.SECONDARY));
}
return secondaryStorageRoot;
} | @override public list<devicestorageroot> getsecondarydevicestorageroots() { arraylist<devicestorageroot> secondarystorageroot = new arraylist<>(1); if (secondarystoragepath != null) { secondarystorageroot.add(new devicestorageroot(secondarystoragepath, secondarystoragepath, devicestorageroot.type.secondary)); } return secondarystorageroot; } | novoda/storage-path-finder | [
1,
0,
0,
0
] |
8,431 | @JsonGetter("amount")
public int getAmount ( ) {
return this.amount;
} | @JsonGetter("amount")
public int getAmount ( ) {
return this.amount;
} | @jsongetter("amount") public int getamount ( ) { return this.amount; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,432 | @JsonSetter("amount")
public void setAmount (int value) {
this.amount = value;
} | @JsonSetter("amount")
public void setAmount (int value) {
this.amount = value;
} | @jsonsetter("amount") public void setamount (int value) { this.amount = value; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,433 | @JsonGetter("description")
public String getDescription ( ) {
return this.description;
} | @JsonGetter("description")
public String getDescription ( ) {
return this.description;
} | @jsongetter("description") public string getdescription ( ) { return this.description; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,434 | @JsonSetter("description")
public void setDescription (String value) {
this.description = value;
} | @JsonSetter("description")
public void setDescription (String value) {
this.description = value;
} | @jsonsetter("description") public void setdescription (string value) { this.description = value; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,435 | @JsonGetter("quantity")
public int getQuantity ( ) {
return this.quantity;
} | @JsonGetter("quantity")
public int getQuantity ( ) {
return this.quantity;
} | @jsongetter("quantity") public int getquantity ( ) { return this.quantity; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,436 | @JsonSetter("quantity")
public void setQuantity (int value) {
this.quantity = value;
} | @JsonSetter("quantity")
public void setQuantity (int value) {
this.quantity = value;
} | @jsonsetter("quantity") public void setquantity (int value) { this.quantity = value; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,437 | @JsonGetter("category")
public String getCategory ( ) {
return this.category;
} | @JsonGetter("category")
public String getCategory ( ) {
return this.category;
} | @jsongetter("category") public string getcategory ( ) { return this.category; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,438 | @JsonSetter("category")
public void setCategory (String value) {
this.category = value;
} | @JsonSetter("category")
public void setCategory (String value) {
this.category = value;
} | @jsonsetter("category") public void setcategory (string value) { this.category = value; } | pagarme/pagarme-core-api-java | [
0,
0,
0,
0
] |
8,485 | private void updateCartCount(int count){
if (txtItemCount != null) {
txtItemCount.setText(String.valueOf(count));
}
} | private void updateCartCount(int count){
if (txtItemCount != null) {
txtItemCount.setText(String.valueOf(count));
}
} | private void updatecartcount(int count){ if (txtitemcount != null) { txtitemcount.settext(string.valueof(count)); } } | nilesh14/FMC | [
1,
0,
0,
0
] |
16,767 | @Override
public Runnable getConsumer(final KafkaSynchronizedConsumerPool pool, final KafkaStream<byte[], byte[]> stream) {
return new Runnable() {
@Override
public void run() {
ConsumerIterator<byte[],byte[]> iter = stream.iterator();
byte[] sipHashKey = frontend.keystore.getKey(KeyStore.SIPHASH_KAFKA_PLASMA_FRONTEND_IN);
byte[] aesKey = frontend.keystore.getKey(KeyStore.AES_KAFKA_PLASMA_FRONTEND_IN);
// Iterate on the messages
TDeserializer deserializer = new TDeserializer(new TCompactProtocol.Factory());
KafkaOffsetCounters counters = pool.getCounters();
// TODO(hbs): allow setting of writeBufferSize
try {
while (iter.hasNext()) {
//
// Since the cal to 'next' may block, we need to first
// check that there is a message available
//
boolean nonEmpty = iter.nonEmpty();
if (nonEmpty) {
MessageAndMetadata<byte[], byte[]> msg = iter.next();
counters.count(msg.partition(), msg.offset());
byte[] data = msg.message();
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_MESSAGES, Sensision.EMPTY_LABELS, 1);
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_BYTES, Sensision.EMPTY_LABELS, data.length);
if (null != sipHashKey) {
data = CryptoUtils.removeMAC(sipHashKey, data);
}
// Skip data whose MAC was not verified successfully
if (null == data) {
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_INVALIDMACS, Sensision.EMPTY_LABELS, 1);
continue;
}
// Unwrap data if need be
if (null != aesKey) {
data = CryptoUtils.unwrap(aesKey, data);
}
// Skip data that was not unwrapped successfuly
if (null == data) {
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_INVALIDCIPHERS, Sensision.EMPTY_LABELS, 1);
continue;
}
//
// Extract KafkaDataMessage
//
KafkaDataMessage tmsg = new KafkaDataMessage();
deserializer.deserialize(tmsg, data);
switch(tmsg.getType()) {
case STORE:
GTSEncoder encoder = new GTSEncoder(0L, null, tmsg.getData());
encoder.setClassId(tmsg.getClassId());
encoder.setLabelsId(tmsg.getLabelsId());
frontend.dispatch(encoder);
break;
case DELETE:
case ARCHIVE:
break;
default:
throw new RuntimeException("Invalid message type.");
}
} else {
// Sleep a tiny while
try {
Thread.sleep(1L);
} catch (InterruptedException ie) {
}
}
}
} catch (Throwable t) {
t.printStackTrace(System.err);
} finally {
// Set abort to true in case we exit the 'run' method
pool.getAbort().set(true);
}
}
};
} | @Override
public Runnable getConsumer(final KafkaSynchronizedConsumerPool pool, final KafkaStream<byte[], byte[]> stream) {
return new Runnable() {
@Override
public void run() {
ConsumerIterator<byte[],byte[]> iter = stream.iterator();
byte[] sipHashKey = frontend.keystore.getKey(KeyStore.SIPHASH_KAFKA_PLASMA_FRONTEND_IN);
byte[] aesKey = frontend.keystore.getKey(KeyStore.AES_KAFKA_PLASMA_FRONTEND_IN);
TDeserializer deserializer = new TDeserializer(new TCompactProtocol.Factory());
KafkaOffsetCounters counters = pool.getCounters();
try {
while (iter.hasNext()) {
boolean nonEmpty = iter.nonEmpty();
if (nonEmpty) {
MessageAndMetadata<byte[], byte[]> msg = iter.next();
counters.count(msg.partition(), msg.offset());
byte[] data = msg.message();
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_MESSAGES, Sensision.EMPTY_LABELS, 1);
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_BYTES, Sensision.EMPTY_LABELS, data.length);
if (null != sipHashKey) {
data = CryptoUtils.removeMAC(sipHashKey, data);
}
if (null == data) {
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_INVALIDMACS, Sensision.EMPTY_LABELS, 1);
continue;
}
if (null != aesKey) {
data = CryptoUtils.unwrap(aesKey, data);
}
if (null == data) {
Sensision.update(SensisionConstants.SENSISION_CLASS_PLASMA_FRONTEND_KAFKA_INVALIDCIPHERS, Sensision.EMPTY_LABELS, 1);
continue;
}
KafkaDataMessage tmsg = new KafkaDataMessage();
deserializer.deserialize(tmsg, data);
switch(tmsg.getType()) {
case STORE:
GTSEncoder encoder = new GTSEncoder(0L, null, tmsg.getData());
encoder.setClassId(tmsg.getClassId());
encoder.setLabelsId(tmsg.getLabelsId());
frontend.dispatch(encoder);
break;
case DELETE:
case ARCHIVE:
break;
default:
throw new RuntimeException("Invalid message type.");
}
} else {
try {
Thread.sleep(1L);
} catch (InterruptedException ie) {
}
}
}
} catch (Throwable t) {
t.printStackTrace(System.err);
} finally {
pool.getAbort().set(true);
}
}
};
} | @override public runnable getconsumer(final kafkasynchronizedconsumerpool pool, final kafkastream<byte[], byte[]> stream) { return new runnable() { @override public void run() { consumeriterator<byte[],byte[]> iter = stream.iterator(); byte[] siphashkey = frontend.keystore.getkey(keystore.siphash_kafka_plasma_frontend_in); byte[] aeskey = frontend.keystore.getkey(keystore.aes_kafka_plasma_frontend_in); tdeserializer deserializer = new tdeserializer(new tcompactprotocol.factory()); kafkaoffsetcounters counters = pool.getcounters(); try { while (iter.hasnext()) { boolean nonempty = iter.nonempty(); if (nonempty) { messageandmetadata<byte[], byte[]> msg = iter.next(); counters.count(msg.partition(), msg.offset()); byte[] data = msg.message(); sensision.update(sensisionconstants.sensision_class_plasma_frontend_kafka_messages, sensision.empty_labels, 1); sensision.update(sensisionconstants.sensision_class_plasma_frontend_kafka_bytes, sensision.empty_labels, data.length); if (null != siphashkey) { data = cryptoutils.removemac(siphashkey, data); } if (null == data) { sensision.update(sensisionconstants.sensision_class_plasma_frontend_kafka_invalidmacs, sensision.empty_labels, 1); continue; } if (null != aeskey) { data = cryptoutils.unwrap(aeskey, data); } if (null == data) { sensision.update(sensisionconstants.sensision_class_plasma_frontend_kafka_invalidciphers, sensision.empty_labels, 1); continue; } kafkadatamessage tmsg = new kafkadatamessage(); deserializer.deserialize(tmsg, data); switch(tmsg.gettype()) { case store: gtsencoder encoder = new gtsencoder(0l, null, tmsg.getdata()); encoder.setclassid(tmsg.getclassid()); encoder.setlabelsid(tmsg.getlabelsid()); frontend.dispatch(encoder); break; case delete: case archive: break; default: throw new runtimeexception("invalid message type."); } } else { try { thread.sleep(1l); } catch (interruptedexception ie) { } } } } catch (throwable t) { t.printstacktrace(system.err); } finally { pool.getabort().set(true); } } }; } | randomboolean/warp10-platform | [
0,
1,
0,
0
] |
432 | protected void addSubtable(GlyphSubtable subtable) {
if (subtable instanceof GlyphClassSubtable) {
this.gct = (GlyphClassSubtable) subtable;
} else if (subtable instanceof AttachmentPointSubtable) {
// TODO - not yet used
// this.apt = (AttachmentPointSubtable) subtable;
} else if (subtable instanceof LigatureCaretSubtable) {
// TODO - not yet used
// this.lct = (LigatureCaretSubtable) subtable;
} else if (subtable instanceof MarkAttachmentSubtable) {
this.mat = (MarkAttachmentSubtable) subtable;
} else {
throw new UnsupportedOperationException("unsupported glyph definition subtable type: " + subtable);
}
} | protected void addSubtable(GlyphSubtable subtable) {
if (subtable instanceof GlyphClassSubtable) {
this.gct = (GlyphClassSubtable) subtable;
} else if (subtable instanceof AttachmentPointSubtable) {
} else if (subtable instanceof LigatureCaretSubtable) {
} else if (subtable instanceof MarkAttachmentSubtable) {
this.mat = (MarkAttachmentSubtable) subtable;
} else {
throw new UnsupportedOperationException("unsupported glyph definition subtable type: " + subtable);
}
} | protected void addsubtable(glyphsubtable subtable) { if (subtable instanceof glyphclasssubtable) { this.gct = (glyphclasssubtable) subtable; } else if (subtable instanceof attachmentpointsubtable) { } else if (subtable instanceof ligaturecaretsubtable) { } else if (subtable instanceof markattachmentsubtable) { this.mat = (markattachmentsubtable) subtable; } else { throw new unsupportedoperationexception("unsupported glyph definition subtable type: " + subtable); } } | not2sirius/fop | [
1,
0,
0,
0
] |
8,645 | @Override
public void exitOperator_expr(OperonModuleParser.Operator_exprContext ctx) {
//:OFF:log.debug("EXIT Operator_expr :: Stack size :: " + this.stack.size());
List<ParseTree> subNodes = getContextChildNodes(ctx);
int subNodesSize = subNodes.size();
// Get the FunctionRef
FunctionRef funcRef = (FunctionRef) this.stack.pop();
boolean isCascade = false;
if (subNodes.get(subNodes.size() - 2) instanceof TerminalNode &&
subNodes.get(subNodes.size() - 2).getText().toLowerCase().equals("cascade")) {
//:OFF:log.debug(" >> Operator :: set cascade true :: " + subNodes.get(subNodes.size() - 2).getText());
isCascade = true;
}
// Get the overloaded operator:
for (int i = 0; i < subNodesSize; i ++) {
//:OFF:log.debug(subNodes.get(i).getClass().getName());
if (subNodes.get(i) instanceof TerminalNode) {
//:OFF:log.debug(" >> Operator :: terminal-node found.");
}
}
String operator = subNodes.get(2).getText();
//:OFF:log.debug(" >> OPERATOR :: " + operator);
Operator op = new Operator(this.currentStatement); // TODO: might not to inherit Node, therefore giving statement not required.
op.setOperator(operator);
op.setFunctionRef(funcRef);
op.setCascade(isCascade);
this.stack.push(op);
} | @Override
public void exitOperator_expr(OperonModuleParser.Operator_exprContext ctx) {
List<ParseTree> subNodes = getContextChildNodes(ctx);
int subNodesSize = subNodes.size();
FunctionRef funcRef = (FunctionRef) this.stack.pop();
boolean isCascade = false;
if (subNodes.get(subNodes.size() - 2) instanceof TerminalNode &&
subNodes.get(subNodes.size() - 2).getText().toLowerCase().equals("cascade")) {
isCascade = true;
}
for (int i = 0; i < subNodesSize; i ++) {
if (subNodes.get(i) instanceof TerminalNode) {
}
}
String operator = subNodes.get(2).getText();
Operator op = new Operator(this.currentStatement);
op.setOperator(operator);
op.setFunctionRef(funcRef);
op.setCascade(isCascade);
this.stack.push(op);
} | @override public void exitoperator_expr(operonmoduleparser.operator_exprcontext ctx) { list<parsetree> subnodes = getcontextchildnodes(ctx); int subnodessize = subnodes.size(); functionref funcref = (functionref) this.stack.pop(); boolean iscascade = false; if (subnodes.get(subnodes.size() - 2) instanceof terminalnode && subnodes.get(subnodes.size() - 2).gettext().tolowercase().equals("cascade")) { iscascade = true; } for (int i = 0; i < subnodessize; i ++) { if (subnodes.get(i) instanceof terminalnode) { } } string operator = subnodes.get(2).gettext(); operator op = new operator(this.currentstatement); op.setoperator(operator); op.setfunctionref(funcref); op.setcascade(iscascade); this.stack.push(op); } | operon-io/operon-lang | [
1,
0,
0,
0
] |
33,243 | private void testClassify(String testID, String testExpectedID) {
log.info("Testing the CLASSIFY task");
OWLOntologyManager manager = TestData.manager;
// We prepare the input ontology
try {
OWLOntology testOntology = manager.createOntology();
OWLOntologyID testOntologyID = testOntology.getOntologyID();
log.debug("Created test ontology with ID: {}", testOntologyID);
manager.applyChange(new AddImport(testOntology, TestData.factory.getOWLImportsDeclaration(IRI
.create(testID))));
// Maybe we want to see what is in before
if (log.isDebugEnabled()) TestUtils.debug(manager.getOntology(testOntologyID), log);
// Now we test the method
log.debug("Running HermiT");
Set<OWLAxiom> inferred = this.theinstance.runTask(ReasoningService.Tasks.CLASSIFY,
manager.getOntology(testOntologyID));
// Maybe we want to see the inferred axiom list
if (log.isDebugEnabled()) {
TestUtils.debug(inferred, log);
}
Set<OWLLogicalAxiom> expectedAxioms = manager.getOntology(IRI.create(testExpectedID))
.getLogicalAxioms();
Set<OWLAxiom> missing = new HashSet<OWLAxiom>();
for (OWLAxiom expected : expectedAxioms) {
if (!inferred.contains(expected)) {
log.error("missing expected axiom: {}", expected);
missing.add(expected);
}
}
assertTrue(missing.isEmpty());
// We want only Class related axioms in the result set
for (OWLAxiom a : inferred) {
assertTrue(a instanceof OWLClassAssertionAxiom || a instanceof OWLSubClassOfAxiom
|| a instanceof OWLEquivalentClassesAxiom || a instanceof OWLDisjointClassesAxiom);
}
// We want to remove the ontology from the manager
manager.removeOntology(testOntology);
} catch (OWLOntologyCreationException e) {
log.error("An {} have been thrown while creating the input ontology for test", e.getClass());
assertTrue(false);
} catch (ReasoningServiceException e) {
log.error("An {} have been thrown while executing the reasoning", e.getClass());
assertTrue(false);
} catch (InconsistentInputException e) {
log.error("An {} have been thrown while executing the reasoning", e.getClass());
assertTrue(false);
} catch (UnsupportedTaskException e) {
log.error("An {} have been thrown while executing the reasoning", e.getClass());
assertTrue(false);
}
} | private void testClassify(String testID, String testExpectedID) {
log.info("Testing the CLASSIFY task");
OWLOntologyManager manager = TestData.manager;
try {
OWLOntology testOntology = manager.createOntology();
OWLOntologyID testOntologyID = testOntology.getOntologyID();
log.debug("Created test ontology with ID: {}", testOntologyID);
manager.applyChange(new AddImport(testOntology, TestData.factory.getOWLImportsDeclaration(IRI
.create(testID))));
if (log.isDebugEnabled()) TestUtils.debug(manager.getOntology(testOntologyID), log);
log.debug("Running HermiT");
Set<OWLAxiom> inferred = this.theinstance.runTask(ReasoningService.Tasks.CLASSIFY,
manager.getOntology(testOntologyID));
if (log.isDebugEnabled()) {
TestUtils.debug(inferred, log);
}
Set<OWLLogicalAxiom> expectedAxioms = manager.getOntology(IRI.create(testExpectedID))
.getLogicalAxioms();
Set<OWLAxiom> missing = new HashSet<OWLAxiom>();
for (OWLAxiom expected : expectedAxioms) {
if (!inferred.contains(expected)) {
log.error("missing expected axiom: {}", expected);
missing.add(expected);
}
}
assertTrue(missing.isEmpty());
for (OWLAxiom a : inferred) {
assertTrue(a instanceof OWLClassAssertionAxiom || a instanceof OWLSubClassOfAxiom
|| a instanceof OWLEquivalentClassesAxiom || a instanceof OWLDisjointClassesAxiom);
}
manager.removeOntology(testOntology);
} catch (OWLOntologyCreationException e) {
log.error("An {} have been thrown while creating the input ontology for test", e.getClass());
assertTrue(false);
} catch (ReasoningServiceException e) {
log.error("An {} have been thrown while executing the reasoning", e.getClass());
assertTrue(false);
} catch (InconsistentInputException e) {
log.error("An {} have been thrown while executing the reasoning", e.getClass());
assertTrue(false);
} catch (UnsupportedTaskException e) {
log.error("An {} have been thrown while executing the reasoning", e.getClass());
assertTrue(false);
}
} | private void testclassify(string testid, string testexpectedid) { log.info("testing the classify task"); owlontologymanager manager = testdata.manager; try { owlontology testontology = manager.createontology(); owlontologyid testontologyid = testontology.getontologyid(); log.debug("created test ontology with id: {}", testontologyid); manager.applychange(new addimport(testontology, testdata.factory.getowlimportsdeclaration(iri .create(testid)))); if (log.isdebugenabled()) testutils.debug(manager.getontology(testontologyid), log); log.debug("running hermit"); set<owlaxiom> inferred = this.theinstance.runtask(reasoningservice.tasks.classify, manager.getontology(testontologyid)); if (log.isdebugenabled()) { testutils.debug(inferred, log); } set<owllogicalaxiom> expectedaxioms = manager.getontology(iri.create(testexpectedid)) .getlogicalaxioms(); set<owlaxiom> missing = new hashset<owlaxiom>(); for (owlaxiom expected : expectedaxioms) { if (!inferred.contains(expected)) { log.error("missing expected axiom: {}", expected); missing.add(expected); } } asserttrue(missing.isempty()); for (owlaxiom a : inferred) { asserttrue(a instanceof owlclassassertionaxiom || a instanceof owlsubclassofaxiom || a instanceof owlequivalentclassesaxiom || a instanceof owldisjointclassesaxiom); } manager.removeontology(testontology); } catch (owlontologycreationexception e) { log.error("an {} have been thrown while creating the input ontology for test", e.getclass()); asserttrue(false); } catch (reasoningserviceexception e) { log.error("an {} have been thrown while executing the reasoning", e.getclass()); asserttrue(false); } catch (inconsistentinputexception e) { log.error("an {} have been thrown while executing the reasoning", e.getclass()); asserttrue(false); } catch (unsupportedtaskexception e) { log.error("an {} have been thrown while executing the reasoning", e.getclass()); asserttrue(false); } } | nikosnikolaidis/stanbol | [
0,
0,
0,
1
] |
8,668 | @Test
public void testAclExtraction() {
CiscoXrConfiguration c = parseVendorConfig("acl");
assertThat(c.getIpv4Acls(), hasKeys("acl"));
Ipv4AccessList acl = c.getIpv4Acls().get("acl");
// TODO: get the remark line in there too.
assertThat(acl.getLines(), hasSize(7));
assertThat(c.getIpv6Acls(), hasKeys("aclv6"));
Ipv6AccessList aclv6 = c.getIpv6Acls().get("aclv6");
// TODO: get the remark line in there too.
assertThat(aclv6.getLines(), hasSize(4));
} | @Test
public void testAclExtraction() {
CiscoXrConfiguration c = parseVendorConfig("acl");
assertThat(c.getIpv4Acls(), hasKeys("acl"));
Ipv4AccessList acl = c.getIpv4Acls().get("acl");
assertThat(acl.getLines(), hasSize(7));
assertThat(c.getIpv6Acls(), hasKeys("aclv6"));
Ipv6AccessList aclv6 = c.getIpv6Acls().get("aclv6");
assertThat(aclv6.getLines(), hasSize(4));
} | @test public void testaclextraction() { ciscoxrconfiguration c = parsevendorconfig("acl"); assertthat(c.getipv4acls(), haskeys("acl")); ipv4accesslist acl = c.getipv4acls().get("acl"); assertthat(acl.getlines(), hassize(7)); assertthat(c.getipv6acls(), haskeys("aclv6")); ipv6accesslist aclv6 = c.getipv6acls().get("aclv6"); assertthat(aclv6.getlines(), hassize(4)); } | pranavbj-amzn/batfish | [
1,
0,
0,
0
] |
8,669 | @Test
public void testAclConversion() {
Configuration c = parseConfig("acl");
assertThat(c.getIpAccessLists(), hasKeys("acl"));
IpAccessList acl = c.getIpAccessLists().get("acl");
// TODO: get the remark line in there too.
assertThat(acl.getLines(), hasSize(7));
assertThat(c.getIp6AccessLists(), hasKeys("aclv6"));
Ip6AccessList aclv6 = c.getIp6AccessLists().get("aclv6");
// TODO: get the remark line in there too.
assertThat(aclv6.getLines(), hasSize(4));
} | @Test
public void testAclConversion() {
Configuration c = parseConfig("acl");
assertThat(c.getIpAccessLists(), hasKeys("acl"));
IpAccessList acl = c.getIpAccessLists().get("acl");
assertThat(acl.getLines(), hasSize(7));
assertThat(c.getIp6AccessLists(), hasKeys("aclv6"));
Ip6AccessList aclv6 = c.getIp6AccessLists().get("aclv6");
assertThat(aclv6.getLines(), hasSize(4));
} | @test public void testaclconversion() { configuration c = parseconfig("acl"); assertthat(c.getipaccesslists(), haskeys("acl")); ipaccesslist acl = c.getipaccesslists().get("acl"); assertthat(acl.getlines(), hassize(7)); assertthat(c.getip6accesslists(), haskeys("aclv6")); ip6accesslist aclv6 = c.getip6accesslists().get("aclv6"); assertthat(aclv6.getlines(), hassize(4)); } | pranavbj-amzn/batfish | [
1,
0,
0,
0
] |
33,288 | @Override
public boolean onTouch(View v, MotionEvent event) {
switch(event.getAction()){
case MotionEvent.ACTION_CANCEL:
_downTime.set(0);
break;
case MotionEvent.ACTION_DOWN:
_downTime.set(System.currentTimeMillis());
_downX = event.getX();
_downY = event.getY();
if(_longClickTimer == null){ // if there is no pre-existing task, create a new one
_longClickTimer = new AsyncTask<Void, Void, Boolean>(){
@Override
protected Boolean doInBackground(Void... params) {
try{
for(long i=0;i<Definitions.THRESHOLD_LONG_CLICK_MAX_DURATION;i+=INTERVAL_LONG_CLICK_CHECK){
Thread.sleep(INTERVAL_LONG_CLICK_CHECK);
long downTime = _downTime.get();
if(downTime > 0 && System.currentTimeMillis()-downTime > Definitions.THRESHOLD_LONG_CLICK_MIN_DURATION){
return true;
}
}
}catch(InterruptedException ex){
LogUtils.warn(CLASS_NAME, "doInBackground", ex.toString());
}
return false;
}
@Override
protected void onPostExecute(Boolean result) {
if(result){
centerChart();
_downTime.set(0);
}
_longClickTimer = null;
}
}; // new asyncTask
_longClickTimer.execute();
}
break;
case MotionEvent.ACTION_MOVE:
checkForMovement(event);
break;
case MotionEvent.ACTION_UP:
long downTime = _downTime.getAndSet(0);
if(downTime != 0 && (System.currentTimeMillis()-downTime) < Definitions.THRESHOLD_CLICK_MAX_DURATION && !checkForMovement(event)){
SeriesSelection selection = _viewChart.getCurrentSeriesAndPoint();
if(selection == null || selection.getSeriesIndex() != 0){ // if there was no selection or this is not the first series (point values)
LogUtils.debug(CLASS_NAME, "onTouch", "No usable selection.");
}else{
List<GaugeValue> values = _currentGauge.getValues();
int valueCount = values.size();
int index = 0;
//TODO: this will break if the chart shows something else than the last getMaxGraphPoints() of values
if(valueCount - _settings.getMaxGraphPoints() > 0){
index = valueCount - _settings.getMaxGraphPoints() + selection.getPointIndex();
}else{
index = selection.getPointIndex();
}
_currentValue = _currentGauge.getValues().get(index);
(new GaugeValueDialog()).show(GraphActivity.this.getSupportFragmentManager(), GaugeValueDialog.TAG);
}
}
break;
default:
break; // ignore everything else
}
return false; // always return false so that we do not interfere with the graph pan/zoom controls
} | @Override
public boolean onTouch(View v, MotionEvent event) {
switch(event.getAction()){
case MotionEvent.ACTION_CANCEL:
_downTime.set(0);
break;
case MotionEvent.ACTION_DOWN:
_downTime.set(System.currentTimeMillis());
_downX = event.getX();
_downY = event.getY();
if(_longClickTimer == null){
_longClickTimer = new AsyncTask<Void, Void, Boolean>(){
@Override
protected Boolean doInBackground(Void... params) {
try{
for(long i=0;i<Definitions.THRESHOLD_LONG_CLICK_MAX_DURATION;i+=INTERVAL_LONG_CLICK_CHECK){
Thread.sleep(INTERVAL_LONG_CLICK_CHECK);
long downTime = _downTime.get();
if(downTime > 0 && System.currentTimeMillis()-downTime > Definitions.THRESHOLD_LONG_CLICK_MIN_DURATION){
return true;
}
}
}catch(InterruptedException ex){
LogUtils.warn(CLASS_NAME, "doInBackground", ex.toString());
}
return false;
}
@Override
protected void onPostExecute(Boolean result) {
if(result){
centerChart();
_downTime.set(0);
}
_longClickTimer = null;
}
};
_longClickTimer.execute();
}
break;
case MotionEvent.ACTION_MOVE:
checkForMovement(event);
break;
case MotionEvent.ACTION_UP:
long downTime = _downTime.getAndSet(0);
if(downTime != 0 && (System.currentTimeMillis()-downTime) < Definitions.THRESHOLD_CLICK_MAX_DURATION && !checkForMovement(event)){
SeriesSelection selection = _viewChart.getCurrentSeriesAndPoint();
if(selection == null || selection.getSeriesIndex() != 0){
LogUtils.debug(CLASS_NAME, "onTouch", "No usable selection.");
}else{
List<GaugeValue> values = _currentGauge.getValues();
int valueCount = values.size();
int index = 0;
if(valueCount - _settings.getMaxGraphPoints() > 0){
index = valueCount - _settings.getMaxGraphPoints() + selection.getPointIndex();
}else{
index = selection.getPointIndex();
}
_currentValue = _currentGauge.getValues().get(index);
(new GaugeValueDialog()).show(GraphActivity.this.getSupportFragmentManager(), GaugeValueDialog.TAG);
}
}
break;
default:
break;
}
return false;
} | @override public boolean ontouch(view v, motionevent event) { switch(event.getaction()){ case motionevent.action_cancel: _downtime.set(0); break; case motionevent.action_down: _downtime.set(system.currenttimemillis()); _downx = event.getx(); _downy = event.gety(); if(_longclicktimer == null){ _longclicktimer = new asynctask<void, void, boolean>(){ @override protected boolean doinbackground(void... params) { try{ for(long i=0;i<definitions.threshold_long_click_max_duration;i+=interval_long_click_check){ thread.sleep(interval_long_click_check); long downtime = _downtime.get(); if(downtime > 0 && system.currenttimemillis()-downtime > definitions.threshold_long_click_min_duration){ return true; } } }catch(interruptedexception ex){ logutils.warn(class_name, "doinbackground", ex.tostring()); } return false; } @override protected void onpostexecute(boolean result) { if(result){ centerchart(); _downtime.set(0); } _longclicktimer = null; } }; _longclicktimer.execute(); } break; case motionevent.action_move: checkformovement(event); break; case motionevent.action_up: long downtime = _downtime.getandset(0); if(downtime != 0 && (system.currenttimemillis()-downtime) < definitions.threshold_click_max_duration && !checkformovement(event)){ seriesselection selection = _viewchart.getcurrentseriesandpoint(); if(selection == null || selection.getseriesindex() != 0){ logutils.debug(class_name, "ontouch", "no usable selection."); }else{ list<gaugevalue> values = _currentgauge.getvalues(); int valuecount = values.size(); int index = 0; if(valuecount - _settings.getmaxgraphpoints() > 0){ index = valuecount - _settings.getmaxgraphpoints() + selection.getpointindex(); }else{ index = selection.getpointindex(); } _currentvalue = _currentgauge.getvalues().get(index); (new gaugevaluedialog()).show(graphactivity.this.getsupportfragmentmanager(), gaugevaluedialog.tag); } } break; default: break; } return false; } | otula/kiiaudata | [
0,
0,
1,
0
] |
675 | @Override
public int describeContents() {
return 0;//TODO figure out how to act with this stuff
} | @Override
public int describeContents() {
return 0
} | @override public int describecontents() { return 0 } | programmerr47/breverkruntkin-test-task | [
1,
0,
0,
0
] |
8,907 | public void setWs(boolean b) {
// TODO: document me
this.tr.setSkipws(b);
} | public void setWs(boolean b) {
this.tr.setSkipws(b);
} | public void setws(boolean b) { this.tr.setskipws(b); } | rebse/flaka | [
0,
0,
0,
0
] |
8,908 | public void setCl(boolean b) {
// TODO: document me
this.tr.setResolveContLines(b);
} | public void setCl(boolean b) {
this.tr.setResolveContLines(b);
} | public void setcl(boolean b) { this.tr.setresolvecontlines(b); } | rebse/flaka | [
0,
0,
0,
0
] |
781 | private Map<String, T> getChoiceMap() {
if (choiceMap == null || alwaysReload()) {
Collection<T> choices = loadChoices();
choiceMap = new HashMap<>();
for (T choice: choices) {
// TODO: smarter initialization of the map
choiceMap.put(choice.getLocalPart(), choice);
}
}
return choiceMap;
} | private Map<String, T> getChoiceMap() {
if (choiceMap == null || alwaysReload()) {
Collection<T> choices = loadChoices();
choiceMap = new HashMap<>();
for (T choice: choices) {
choiceMap.put(choice.getLocalPart(), choice);
}
}
return choiceMap;
} | private map<string, t> getchoicemap() { if (choicemap == null || alwaysreload()) { collection<t> choices = loadchoices(); choicemap = new hashmap<>(); for (t choice: choices) { choicemap.put(choice.getlocalpart(), choice); } } return choicemap; } | mythoss/midpoint | [
1,
0,
0,
0
] |
9,010 | public static void main(String[] args) {
// The connection string value can be obtained by:
// 1. Going to your Event Hubs namespace in Azure Portal.
// 2. Creating an Event Hub instance.
// 3. Creating a "Shared access policy" for your Event Hub instance.
// 4. Copying the connection string from the policy's properties.
String connectionString = "Endpoint={endpoint};SharedAccessKeyName={sharedAccessKeyName};SharedAccessKey={sharedAccessKey};EntityPath={eventHubName}";
EventHubProducerAsyncClient producer = new EventHubClientBuilder()
.connectionString(connectionString)
.buildAsyncProducer();
// Create an event to send.
EventData data = new EventData("Hello world!".getBytes(UTF_8));
// Send that event. This call returns a Mono<Void>, which we subscribe to. It completes successfully when the
// event has been delivered to the Event Hub. It completes with an error if an exception occurred while sending
// the event.
// SendOptions are not specified, so events sent are load balanced between all available partitions in the
// Event Hub instance.
producer.send(data).subscribe(
(ignored) -> System.out.println("Event sent."),
error -> {
System.err.println("There was an error sending the event: " + error.toString());
if (error instanceof AmqpException) {
AmqpException amqpException = (AmqpException) error;
System.err.println(String.format("Is send operation retriable? %s. Error condition: %s",
amqpException.isTransient(), amqpException.getErrorCondition()));
}
}, () -> {
// Disposing of our producer and client.
producer.close();
});
} | public static void main(String[] args) {
String connectionString = "Endpoint={endpoint};SharedAccessKeyName={sharedAccessKeyName};SharedAccessKey={sharedAccessKey};EntityPath={eventHubName}";
EventHubProducerAsyncClient producer = new EventHubClientBuilder()
.connectionString(connectionString)
.buildAsyncProducer();
EventData data = new EventData("Hello world!".getBytes(UTF_8));
producer.send(data).subscribe(
(ignored) -> System.out.println("Event sent."),
error -> {
System.err.println("There was an error sending the event: " + error.toString());
if (error instanceof AmqpException) {
AmqpException amqpException = (AmqpException) error;
System.err.println(String.format("Is send operation retriable? %s. Error condition: %s",
amqpException.isTransient(), amqpException.getErrorCondition()));
}
}, () -> {
producer.close();
});
} | public static void main(string[] args) { string connectionstring = "endpoint={endpoint};sharedaccesskeyname={sharedaccesskeyname};sharedaccesskey={sharedaccesskey};entitypath={eventhubname}"; eventhubproducerasyncclient producer = new eventhubclientbuilder() .connectionstring(connectionstring) .buildasyncproducer(); eventdata data = new eventdata("hello world!".getbytes(utf_8)); producer.send(data).subscribe( (ignored) -> system.out.println("event sent."), error -> { system.err.println("there was an error sending the event: " + error.tostring()); if (error instanceof amqpexception) { amqpexception amqpexception = (amqpexception) error; system.err.println(string.format("is send operation retriable? %s. error condition: %s", amqpexception.istransient(), amqpexception.geterrorcondition())); } }, () -> { producer.close(); }); } | ppsim/azure-sdk-for-java | [
0,
0,
0,
0
] |
822 | private BasePrinter escapeCharacter(char c) {
if (c == '"') {
return backslashChar(c);
}
switch (c) {
case '\\':
return backslashChar('\\');
case '\r':
return backslashChar('r');
case '\n':
return backslashChar('n');
case '\t':
return backslashChar('t');
default:
if (c < 32) {
//TODO(bazel-team): support \x escapes
return this.append(String.format("\\x%02x", (int) c));
}
return this.append(c); // no need to support UTF-8
} // endswitch
} | private BasePrinter escapeCharacter(char c) {
if (c == '"') {
return backslashChar(c);
}
switch (c) {
case '\\':
return backslashChar('\\');
case '\r':
return backslashChar('r');
case '\n':
return backslashChar('n');
case '\t':
return backslashChar('t');
default:
if (c < 32) {
return this.append(String.format("\\x%02x", (int) c));
}
return this.append(c);
}
} | private baseprinter escapecharacter(char c) { if (c == '"') { return backslashchar(c); } switch (c) { case '\\': return backslashchar('\\'); case '\r': return backslashchar('r'); case '\n': return backslashchar('n'); case '\t': return backslashchar('t'); default: if (c < 32) { return this.append(string.format("\\x%02x", (int) c)); } return this.append(c); } } | moroten/bazel | [
0,
1,
0,
0
] |
831 | private Pair<ImageView, String> loadImageWithCaption(int fileId, String caption, Map <String,
Integer> weaponMap, Integer id) {
try {
//TODO: USE BELOW WHEN INFO IS CHANGED
System.out.println(fileId);
var image = new ImageView(myLogic.getImage(fileId));
System.out.println("**********");
System.out.println(image);
weaponMap.put(image.toString(), id);
image.setFitWidth(100);
image.setFitHeight(100);
Pair pair = new Pair<>(image, caption);
return pair;
// return new Pair<>(image, caption);
}
catch(Exception e){
System.out.println(e);
//This shouldn't ever happen
}
return null;
} | private Pair<ImageView, String> loadImageWithCaption(int fileId, String caption, Map <String,
Integer> weaponMap, Integer id) {
try {
System.out.println(fileId);
var image = new ImageView(myLogic.getImage(fileId));
System.out.println("**********");
System.out.println(image);
weaponMap.put(image.toString(), id);
image.setFitWidth(100);
image.setFitHeight(100);
Pair pair = new Pair<>(image, caption);
return pair;
}
catch(Exception e){
System.out.println(e);
}
return null;
} | private pair<imageview, string> loadimagewithcaption(int fileid, string caption, map <string, integer> weaponmap, integer id) { try { system.out.println(fileid); var image = new imageview(mylogic.getimage(fileid)); system.out.println("**********"); system.out.println(image); weaponmap.put(image.tostring(), id); image.setfitwidth(100); image.setfitheight(100); pair pair = new pair<>(image, caption); return pair; } catch(exception e){ system.out.println(e); } return null; } | pandawithcat/VoogaSalad | [
1,
0,
0,
0
] |
25,437 | @Override
public void channelRead0(final ChannelHandlerContext ctx, final RPCMessage msg)
throws IOException {
switch (msg.getType()) {
case RPC_BLOCK_READ_REQUEST:
assert msg instanceof RPCBlockReadRequest;
mBlockHandler.handleBlockReadRequest(ctx, (RPCBlockReadRequest) msg);
break;
case RPC_BLOCK_WRITE_REQUEST:
assert msg instanceof RPCBlockWriteRequest;
mBlockHandler.handleBlockWriteRequest(ctx, (RPCBlockWriteRequest) msg);
break;
case RPC_FILE_READ_REQUEST:
assert msg instanceof RPCFileReadRequest;
mUnderFileSystemHandler.handleFileReadRequest(ctx, (RPCFileReadRequest) msg);
break;
case RPC_FILE_WRITE_REQUEST:
assert msg instanceof RPCFileWriteRequest;
mUnderFileSystemHandler.handleFileWriteRequest(ctx, (RPCFileWriteRequest) msg);
break;
case RPC_ERROR_RESPONSE:
// TODO(peis): Fix this, we should not assert here.
assert msg instanceof RPCErrorResponse;
LOG.error("Received an error response from the client: " + msg.toString());
break;
default:
RPCErrorResponse resp = new RPCErrorResponse(RPCResponse.Status.UNKNOWN_MESSAGE_ERROR);
ctx.writeAndFlush(resp);
// TODO(peis): Fix this. We should not throw an exception here.
throw new IllegalArgumentException(
"No handler implementation for rpc msg type: " + msg.getType());
}
} | @Override
public void channelRead0(final ChannelHandlerContext ctx, final RPCMessage msg)
throws IOException {
switch (msg.getType()) {
case RPC_BLOCK_READ_REQUEST:
assert msg instanceof RPCBlockReadRequest;
mBlockHandler.handleBlockReadRequest(ctx, (RPCBlockReadRequest) msg);
break;
case RPC_BLOCK_WRITE_REQUEST:
assert msg instanceof RPCBlockWriteRequest;
mBlockHandler.handleBlockWriteRequest(ctx, (RPCBlockWriteRequest) msg);
break;
case RPC_FILE_READ_REQUEST:
assert msg instanceof RPCFileReadRequest;
mUnderFileSystemHandler.handleFileReadRequest(ctx, (RPCFileReadRequest) msg);
break;
case RPC_FILE_WRITE_REQUEST:
assert msg instanceof RPCFileWriteRequest;
mUnderFileSystemHandler.handleFileWriteRequest(ctx, (RPCFileWriteRequest) msg);
break;
case RPC_ERROR_RESPONSE:
assert msg instanceof RPCErrorResponse;
LOG.error("Received an error response from the client: " + msg.toString());
break;
default:
RPCErrorResponse resp = new RPCErrorResponse(RPCResponse.Status.UNKNOWN_MESSAGE_ERROR);
ctx.writeAndFlush(resp);
throw new IllegalArgumentException(
"No handler implementation for rpc msg type: " + msg.getType());
}
} | @override public void channelread0(final channelhandlercontext ctx, final rpcmessage msg) throws ioexception { switch (msg.gettype()) { case rpc_block_read_request: assert msg instanceof rpcblockreadrequest; mblockhandler.handleblockreadrequest(ctx, (rpcblockreadrequest) msg); break; case rpc_block_write_request: assert msg instanceof rpcblockwriterequest; mblockhandler.handleblockwriterequest(ctx, (rpcblockwriterequest) msg); break; case rpc_file_read_request: assert msg instanceof rpcfilereadrequest; munderfilesystemhandler.handlefilereadrequest(ctx, (rpcfilereadrequest) msg); break; case rpc_file_write_request: assert msg instanceof rpcfilewriterequest; munderfilesystemhandler.handlefilewriterequest(ctx, (rpcfilewriterequest) msg); break; case rpc_error_response: assert msg instanceof rpcerrorresponse; log.error("received an error response from the client: " + msg.tostring()); break; default: rpcerrorresponse resp = new rpcerrorresponse(rpcresponse.status.unknown_message_error); ctx.writeandflush(resp); throw new illegalargumentexception( "no handler implementation for rpc msg type: " + msg.gettype()); } } | ramiyer/alluxio | [
1,
0,
1,
0
] |
25,438 | @Override
public void exceptionCaught(ChannelHandlerContext ctx, Throwable cause) throws Exception {
LOG.warn("Exception thrown while processing request", cause);
// TODO(peis): This doesn't have to be decode error, it can also be any network errors such as
// connection reset. Fix this ALLUXIO-2235.
RPCErrorResponse resp = new RPCErrorResponse(RPCResponse.Status.DECODE_ERROR);
ChannelFuture channelFuture = ctx.writeAndFlush(resp);
// Close the channel because it is likely a network error.
channelFuture.addListener(ChannelFutureListener.CLOSE);
} | @Override
public void exceptionCaught(ChannelHandlerContext ctx, Throwable cause) throws Exception {
LOG.warn("Exception thrown while processing request", cause);
RPCErrorResponse resp = new RPCErrorResponse(RPCResponse.Status.DECODE_ERROR);
ChannelFuture channelFuture = ctx.writeAndFlush(resp);
channelFuture.addListener(ChannelFutureListener.CLOSE);
} | @override public void exceptioncaught(channelhandlercontext ctx, throwable cause) throws exception { log.warn("exception thrown while processing request", cause); rpcerrorresponse resp = new rpcerrorresponse(rpcresponse.status.decode_error); channelfuture channelfuture = ctx.writeandflush(resp); channelfuture.addlistener(channelfuturelistener.close); } | ramiyer/alluxio | [
0,
0,
1,
0
] |
17,264 | public static NavigableMap<String, Object> readAttrs(Buffer buffer, int version) {
NavigableMap<String, Object> attrs = new TreeMap<>(String.CASE_INSENSITIVE_ORDER);
int flags = buffer.getInt();
if (version >= SftpConstants.SFTP_V4) {
int type = buffer.getUByte();
switch (type) {
case SftpConstants.SSH_FILEXFER_TYPE_REGULAR:
attrs.put("isRegular", Boolean.TRUE);
break;
case SftpConstants.SSH_FILEXFER_TYPE_DIRECTORY:
attrs.put("isDirectory", Boolean.TRUE);
break;
case SftpConstants.SSH_FILEXFER_TYPE_SYMLINK:
attrs.put("isSymbolicLink", Boolean.TRUE);
break;
case SftpConstants.SSH_FILEXFER_TYPE_SOCKET:
case SftpConstants.SSH_FILEXFER_TYPE_CHAR_DEVICE:
case SftpConstants.SSH_FILEXFER_TYPE_BLOCK_DEVICE:
case SftpConstants.SSH_FILEXFER_TYPE_FIFO:
attrs.put("isOther", Boolean.TRUE);
break;
default: // ignored
}
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_SIZE) != 0) {
attrs.put("size", buffer.getLong());
}
if (version == SftpConstants.SFTP_V3) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_UIDGID) != 0) {
attrs.put("uid", buffer.getInt());
attrs.put("gid", buffer.getInt());
}
} else {
if ((version >= SftpConstants.SFTP_V6) && ((flags & SftpConstants.SSH_FILEXFER_ATTR_ALLOCATION_SIZE) != 0)) {
@SuppressWarnings("unused")
long allocSize = buffer.getLong(); // TODO handle allocation size
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_OWNERGROUP) != 0) {
attrs.put("owner", new DefaultGroupPrincipal(buffer.getString()));
attrs.put("group", new DefaultGroupPrincipal(buffer.getString()));
}
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_PERMISSIONS) != 0) {
attrs.put("permissions", permissionsToAttributes(buffer.getInt()));
}
if (version == SftpConstants.SFTP_V3) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_ACMODTIME) != 0) {
attrs.put("lastAccessTime", readTime(buffer, version, flags));
attrs.put("lastModifiedTime", readTime(buffer, version, flags));
}
} else if (version >= SftpConstants.SFTP_V4) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_ACCESSTIME) != 0) {
attrs.put("lastAccessTime", readTime(buffer, version, flags));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_CREATETIME) != 0) {
attrs.put("creationTime", readTime(buffer, version, flags));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_MODIFYTIME) != 0) {
attrs.put("lastModifiedTime", readTime(buffer, version, flags));
}
if ((version >= SftpConstants.SFTP_V6) && (flags & SftpConstants.SSH_FILEXFER_ATTR_CTIME) != 0) {
attrs.put("ctime", readTime(buffer, version, flags));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_ACL) != 0) {
attrs.put("acl", readACLs(buffer, version));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_BITS) != 0) {
@SuppressWarnings("unused")
int bits = buffer.getInt();
@SuppressWarnings("unused")
int valid = 0xffffffff;
if (version >= SftpConstants.SFTP_V6) {
valid = buffer.getInt();
}
// TODO: handle attrib bits
}
if (version >= SftpConstants.SFTP_V6) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_TEXT_HINT) != 0) {
@SuppressWarnings("unused")
boolean text = buffer.getBoolean(); // TODO: handle text
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_MIME_TYPE) != 0) {
@SuppressWarnings("unused")
String mimeType = buffer.getString(); // TODO: handle mime-type
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_LINK_COUNT) != 0) {
@SuppressWarnings("unused")
int nlink = buffer.getInt(); // TODO: handle link-count
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_UNTRANSLATED_NAME) != 0) {
@SuppressWarnings("unused")
String untranslated = buffer.getString(); // TODO: handle untranslated-name
}
}
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_EXTENDED) != 0) {
attrs.put("extended", readExtensions(buffer));
}
return attrs;
} | public static NavigableMap<String, Object> readAttrs(Buffer buffer, int version) {
NavigableMap<String, Object> attrs = new TreeMap<>(String.CASE_INSENSITIVE_ORDER);
int flags = buffer.getInt();
if (version >= SftpConstants.SFTP_V4) {
int type = buffer.getUByte();
switch (type) {
case SftpConstants.SSH_FILEXFER_TYPE_REGULAR:
attrs.put("isRegular", Boolean.TRUE);
break;
case SftpConstants.SSH_FILEXFER_TYPE_DIRECTORY:
attrs.put("isDirectory", Boolean.TRUE);
break;
case SftpConstants.SSH_FILEXFER_TYPE_SYMLINK:
attrs.put("isSymbolicLink", Boolean.TRUE);
break;
case SftpConstants.SSH_FILEXFER_TYPE_SOCKET:
case SftpConstants.SSH_FILEXFER_TYPE_CHAR_DEVICE:
case SftpConstants.SSH_FILEXFER_TYPE_BLOCK_DEVICE:
case SftpConstants.SSH_FILEXFER_TYPE_FIFO:
attrs.put("isOther", Boolean.TRUE);
break;
default:
}
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_SIZE) != 0) {
attrs.put("size", buffer.getLong());
}
if (version == SftpConstants.SFTP_V3) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_UIDGID) != 0) {
attrs.put("uid", buffer.getInt());
attrs.put("gid", buffer.getInt());
}
} else {
if ((version >= SftpConstants.SFTP_V6) && ((flags & SftpConstants.SSH_FILEXFER_ATTR_ALLOCATION_SIZE) != 0)) {
@SuppressWarnings("unused")
long allocSize = buffer.getLong();
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_OWNERGROUP) != 0) {
attrs.put("owner", new DefaultGroupPrincipal(buffer.getString()));
attrs.put("group", new DefaultGroupPrincipal(buffer.getString()));
}
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_PERMISSIONS) != 0) {
attrs.put("permissions", permissionsToAttributes(buffer.getInt()));
}
if (version == SftpConstants.SFTP_V3) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_ACMODTIME) != 0) {
attrs.put("lastAccessTime", readTime(buffer, version, flags));
attrs.put("lastModifiedTime", readTime(buffer, version, flags));
}
} else if (version >= SftpConstants.SFTP_V4) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_ACCESSTIME) != 0) {
attrs.put("lastAccessTime", readTime(buffer, version, flags));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_CREATETIME) != 0) {
attrs.put("creationTime", readTime(buffer, version, flags));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_MODIFYTIME) != 0) {
attrs.put("lastModifiedTime", readTime(buffer, version, flags));
}
if ((version >= SftpConstants.SFTP_V6) && (flags & SftpConstants.SSH_FILEXFER_ATTR_CTIME) != 0) {
attrs.put("ctime", readTime(buffer, version, flags));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_ACL) != 0) {
attrs.put("acl", readACLs(buffer, version));
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_BITS) != 0) {
@SuppressWarnings("unused")
int bits = buffer.getInt();
@SuppressWarnings("unused")
int valid = 0xffffffff;
if (version >= SftpConstants.SFTP_V6) {
valid = buffer.getInt();
}
}
if (version >= SftpConstants.SFTP_V6) {
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_TEXT_HINT) != 0) {
@SuppressWarnings("unused")
boolean text = buffer.getBoolean();
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_MIME_TYPE) != 0) {
@SuppressWarnings("unused")
String mimeType = buffer.getString();
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_LINK_COUNT) != 0) {
@SuppressWarnings("unused")
int nlink = buffer.getInt();
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_UNTRANSLATED_NAME) != 0) {
@SuppressWarnings("unused")
String untranslated = buffer.getString();
}
}
}
if ((flags & SftpConstants.SSH_FILEXFER_ATTR_EXTENDED) != 0) {
attrs.put("extended", readExtensions(buffer));
}
return attrs;
} | public static navigablemap<string, object> readattrs(buffer buffer, int version) { navigablemap<string, object> attrs = new treemap<>(string.case_insensitive_order); int flags = buffer.getint(); if (version >= sftpconstants.sftp_v4) { int type = buffer.getubyte(); switch (type) { case sftpconstants.ssh_filexfer_type_regular: attrs.put("isregular", boolean.true); break; case sftpconstants.ssh_filexfer_type_directory: attrs.put("isdirectory", boolean.true); break; case sftpconstants.ssh_filexfer_type_symlink: attrs.put("issymboliclink", boolean.true); break; case sftpconstants.ssh_filexfer_type_socket: case sftpconstants.ssh_filexfer_type_char_device: case sftpconstants.ssh_filexfer_type_block_device: case sftpconstants.ssh_filexfer_type_fifo: attrs.put("isother", boolean.true); break; default: } } if ((flags & sftpconstants.ssh_filexfer_attr_size) != 0) { attrs.put("size", buffer.getlong()); } if (version == sftpconstants.sftp_v3) { if ((flags & sftpconstants.ssh_filexfer_attr_uidgid) != 0) { attrs.put("uid", buffer.getint()); attrs.put("gid", buffer.getint()); } } else { if ((version >= sftpconstants.sftp_v6) && ((flags & sftpconstants.ssh_filexfer_attr_allocation_size) != 0)) { @suppresswarnings("unused") long allocsize = buffer.getlong(); } if ((flags & sftpconstants.ssh_filexfer_attr_ownergroup) != 0) { attrs.put("owner", new defaultgroupprincipal(buffer.getstring())); attrs.put("group", new defaultgroupprincipal(buffer.getstring())); } } if ((flags & sftpconstants.ssh_filexfer_attr_permissions) != 0) { attrs.put("permissions", permissionstoattributes(buffer.getint())); } if (version == sftpconstants.sftp_v3) { if ((flags & sftpconstants.ssh_filexfer_attr_acmodtime) != 0) { attrs.put("lastaccesstime", readtime(buffer, version, flags)); attrs.put("lastmodifiedtime", readtime(buffer, version, flags)); } } else if (version >= sftpconstants.sftp_v4) { if ((flags & sftpconstants.ssh_filexfer_attr_accesstime) != 0) { attrs.put("lastaccesstime", readtime(buffer, version, flags)); } if ((flags & sftpconstants.ssh_filexfer_attr_createtime) != 0) { attrs.put("creationtime", readtime(buffer, version, flags)); } if ((flags & sftpconstants.ssh_filexfer_attr_modifytime) != 0) { attrs.put("lastmodifiedtime", readtime(buffer, version, flags)); } if ((version >= sftpconstants.sftp_v6) && (flags & sftpconstants.ssh_filexfer_attr_ctime) != 0) { attrs.put("ctime", readtime(buffer, version, flags)); } if ((flags & sftpconstants.ssh_filexfer_attr_acl) != 0) { attrs.put("acl", readacls(buffer, version)); } if ((flags & sftpconstants.ssh_filexfer_attr_bits) != 0) { @suppresswarnings("unused") int bits = buffer.getint(); @suppresswarnings("unused") int valid = 0xffffffff; if (version >= sftpconstants.sftp_v6) { valid = buffer.getint(); } } if (version >= sftpconstants.sftp_v6) { if ((flags & sftpconstants.ssh_filexfer_attr_text_hint) != 0) { @suppresswarnings("unused") boolean text = buffer.getboolean(); } if ((flags & sftpconstants.ssh_filexfer_attr_mime_type) != 0) { @suppresswarnings("unused") string mimetype = buffer.getstring(); } if ((flags & sftpconstants.ssh_filexfer_attr_link_count) != 0) { @suppresswarnings("unused") int nlink = buffer.getint(); } if ((flags & sftpconstants.ssh_filexfer_attr_untranslated_name) != 0) { @suppresswarnings("unused") string untranslated = buffer.getstring(); } } } if ((flags & sftpconstants.ssh_filexfer_attr_extended) != 0) { attrs.put("extended", readextensions(buffer)); } return attrs; } | msohn/mina-sshd | [
0,
1,
0,
0
] |
17,318 | @Override
void storeProperties() throws IOException {
super.storeProperties();
// Store chnages in manifest
storeManifestChanges();
// store localized info
if (bundleInfo != null && bundleInfo.isModified()) {
bundleInfo.store();
} // XXX else ignore for now but we could save into some default location
ProjectXMLManager pxm = getProjectXMLManager();
// Store project.xml changes
// store module dependencies
DependencyListModel dependencyModel = getDependenciesListModel();
if (dependencyModel.isChanged()) {
Set<ModuleDependency> depsToSave = new TreeSet<ModuleDependency>(dependencyModel.getDependencies());
logNetBeansAPIUsage("DEPENDENCIES", dependencyModel.getDependencies()); // NOI18N
try {
pxm.replaceDependencies(depsToSave);
} catch (CyclicDependencyException ex) {
throw new IOException(ex);
}
}
Set<String> friends = getFriendListModel().getFriends();
Set<String> publicPkgs = getPublicPackagesModel().getSelectedPackages();
boolean refreshModuleList = false;
if (getPublicPackagesModel().isChanged() || getFriendListModel().isChanged()) {
if (friends.size() > 0) { // store friends packages
pxm.replaceFriends(friends, publicPkgs);
} else { // store public packages
pxm.replacePublicPackages(publicPkgs);
}
refreshModuleList = true;
}
// store class-path-extensions + its src & javadoc
if (cps != null && wrappedJarsListModel != null && wrappedJarsChanged) {
final List<Item> cpExtList = ClassPathUiSupport.getList(wrappedJarsListModel);
Map<String, String> newCpExt = new HashMap<String, String>();
for (Item item : cpExtList) {
String binPath = item.getFilePath();
if (binPath != null) {
FileObject fo = FileUtil.toFileObject(PropertyUtils.resolveFile(getProjectDirectoryFile(), binPath));
if(fo != null)
{
String runtimePath = ApisupportAntUtils.CPEXT_RUNTIME_RELATIVE_PATH + fo.getNameExt();
newCpExt.put(runtimePath, binPath);
}
}
}
// delete removed JARs, remove any remaining exported packages and src&javadoc refs left
Iterator<Item> it = getCPExtIterator();
HashSet<String> jarsSet = new HashSet<String>(newCpExt.values());
while (it.hasNext()) {
Item item = it.next();
if (!jarsSet.contains(item.getFilePath())) {
// XXX deleting here doesn't work on Windows:
// File f = PropertyUtils.resolveFile(getProjectDirectoryFile(), item.getFilePath());
// FileObject toDel = FileUtil.toFileObject(f);
// if (toDel != null) {
// toDel.delete();
// }
assert item.getReference() != null : "getCPExtIterator() initializes references to wrapped JARs";
item.removeSourceAndJavadoc(getUpdateHelper());
getRefHelper().destroyReference(item.getReference());
}
}
cps.encodeToStrings(cpExtList, CPEXT);
pxm.replaceClassPathExtensions(newCpExt);
wrappedJarsChanged = false;
}
if (isStandalone()) {
ModuleProperties.storePlatform(getHelper(), getActivePlatform());
if (javaPlatformChanged) {
ModuleProperties.storeJavaPlatform(getHelper(), getEvaluator(), getActiveJavaPlatform(), false);
}
if (refreshModuleList) {
ModuleList.refreshModuleListForRoot(getProjectDirectoryFile());
}
} else if (isSuiteComponent() && refreshModuleList) {
ModuleList.refreshModuleListForRoot(getSuiteDirectory());
} else if (isNetBeansOrg()) {
if (javaPlatformChanged) {
ModuleProperties.storeJavaPlatform(getHelper(), getEvaluator(), getActiveJavaPlatform(), true);
}
if (refreshModuleList) {
ModuleList.refreshModuleListForRoot(ModuleList.findNetBeansOrg(getProjectDirectoryFile()));
}
}
} | @Override
void storeProperties() throws IOException {
super.storeProperties();
storeManifestChanges();
if (bundleInfo != null && bundleInfo.isModified()) {
bundleInfo.store();
}
ProjectXMLManager pxm = getProjectXMLManager();
DependencyListModel dependencyModel = getDependenciesListModel();
if (dependencyModel.isChanged()) {
Set<ModuleDependency> depsToSave = new TreeSet<ModuleDependency>(dependencyModel.getDependencies());
logNetBeansAPIUsage("DEPENDENCIES", dependencyModel.getDependencies());
try {
pxm.replaceDependencies(depsToSave);
} catch (CyclicDependencyException ex) {
throw new IOException(ex);
}
}
Set<String> friends = getFriendListModel().getFriends();
Set<String> publicPkgs = getPublicPackagesModel().getSelectedPackages();
boolean refreshModuleList = false;
if (getPublicPackagesModel().isChanged() || getFriendListModel().isChanged()) {
if (friends.size() > 0) {
pxm.replaceFriends(friends, publicPkgs);
} else {
pxm.replacePublicPackages(publicPkgs);
}
refreshModuleList = true;
}
if (cps != null && wrappedJarsListModel != null && wrappedJarsChanged) {
final List<Item> cpExtList = ClassPathUiSupport.getList(wrappedJarsListModel);
Map<String, String> newCpExt = new HashMap<String, String>();
for (Item item : cpExtList) {
String binPath = item.getFilePath();
if (binPath != null) {
FileObject fo = FileUtil.toFileObject(PropertyUtils.resolveFile(getProjectDirectoryFile(), binPath));
if(fo != null)
{
String runtimePath = ApisupportAntUtils.CPEXT_RUNTIME_RELATIVE_PATH + fo.getNameExt();
newCpExt.put(runtimePath, binPath);
}
}
}
Iterator<Item> it = getCPExtIterator();
HashSet<String> jarsSet = new HashSet<String>(newCpExt.values());
while (it.hasNext()) {
Item item = it.next();
if (!jarsSet.contains(item.getFilePath())) {
assert item.getReference() != null : "getCPExtIterator() initializes references to wrapped JARs";
item.removeSourceAndJavadoc(getUpdateHelper());
getRefHelper().destroyReference(item.getReference());
}
}
cps.encodeToStrings(cpExtList, CPEXT);
pxm.replaceClassPathExtensions(newCpExt);
wrappedJarsChanged = false;
}
if (isStandalone()) {
ModuleProperties.storePlatform(getHelper(), getActivePlatform());
if (javaPlatformChanged) {
ModuleProperties.storeJavaPlatform(getHelper(), getEvaluator(), getActiveJavaPlatform(), false);
}
if (refreshModuleList) {
ModuleList.refreshModuleListForRoot(getProjectDirectoryFile());
}
} else if (isSuiteComponent() && refreshModuleList) {
ModuleList.refreshModuleListForRoot(getSuiteDirectory());
} else if (isNetBeansOrg()) {
if (javaPlatformChanged) {
ModuleProperties.storeJavaPlatform(getHelper(), getEvaluator(), getActiveJavaPlatform(), true);
}
if (refreshModuleList) {
ModuleList.refreshModuleListForRoot(ModuleList.findNetBeansOrg(getProjectDirectoryFile()));
}
}
} | @override void storeproperties() throws ioexception { super.storeproperties(); storemanifestchanges(); if (bundleinfo != null && bundleinfo.ismodified()) { bundleinfo.store(); } projectxmlmanager pxm = getprojectxmlmanager(); dependencylistmodel dependencymodel = getdependencieslistmodel(); if (dependencymodel.ischanged()) { set<moduledependency> depstosave = new treeset<moduledependency>(dependencymodel.getdependencies()); lognetbeansapiusage("dependencies", dependencymodel.getdependencies()); try { pxm.replacedependencies(depstosave); } catch (cyclicdependencyexception ex) { throw new ioexception(ex); } } set<string> friends = getfriendlistmodel().getfriends(); set<string> publicpkgs = getpublicpackagesmodel().getselectedpackages(); boolean refreshmodulelist = false; if (getpublicpackagesmodel().ischanged() || getfriendlistmodel().ischanged()) { if (friends.size() > 0) { pxm.replacefriends(friends, publicpkgs); } else { pxm.replacepublicpackages(publicpkgs); } refreshmodulelist = true; } if (cps != null && wrappedjarslistmodel != null && wrappedjarschanged) { final list<item> cpextlist = classpathuisupport.getlist(wrappedjarslistmodel); map<string, string> newcpext = new hashmap<string, string>(); for (item item : cpextlist) { string binpath = item.getfilepath(); if (binpath != null) { fileobject fo = fileutil.tofileobject(propertyutils.resolvefile(getprojectdirectoryfile(), binpath)); if(fo != null) { string runtimepath = apisupportantutils.cpext_runtime_relative_path + fo.getnameext(); newcpext.put(runtimepath, binpath); } } } iterator<item> it = getcpextiterator(); hashset<string> jarsset = new hashset<string>(newcpext.values()); while (it.hasnext()) { item item = it.next(); if (!jarsset.contains(item.getfilepath())) { assert item.getreference() != null : "getcpextiterator() initializes references to wrapped jars"; item.removesourceandjavadoc(getupdatehelper()); getrefhelper().destroyreference(item.getreference()); } } cps.encodetostrings(cpextlist, cpext); pxm.replaceclasspathextensions(newcpext); wrappedjarschanged = false; } if (isstandalone()) { moduleproperties.storeplatform(gethelper(), getactiveplatform()); if (javaplatformchanged) { moduleproperties.storejavaplatform(gethelper(), getevaluator(), getactivejavaplatform(), false); } if (refreshmodulelist) { modulelist.refreshmodulelistforroot(getprojectdirectoryfile()); } } else if (issuitecomponent() && refreshmodulelist) { modulelist.refreshmodulelistforroot(getsuitedirectory()); } else if (isnetbeansorg()) { if (javaplatformchanged) { moduleproperties.storejavaplatform(gethelper(), getevaluator(), getactivejavaplatform(), true); } if (refreshmodulelist) { modulelist.refreshmodulelistforroot(modulelist.findnetbeansorg(getprojectdirectoryfile())); } } } | pokebadgerswithspoon/incubator-netbeans | [
1,
0,
1,
0
] |
17,373 | public void deleteByUserId(int userId) {
try {
DeleteBuilder<UserRequest, Long> deleteBuilder = dao.deleteBuilder();
deleteBuilder.where().eq(QMUserColumns.ID, userId);
if (deleteBuilder.delete() > 0) {
//TODO VT need to think how to send ID to observers
notifyObserversDeletedById(userId);
}
} catch (SQLException e) {
ErrorUtils.logError(e);
}
} | public void deleteByUserId(int userId) {
try {
DeleteBuilder<UserRequest, Long> deleteBuilder = dao.deleteBuilder();
deleteBuilder.where().eq(QMUserColumns.ID, userId);
if (deleteBuilder.delete() > 0) {
notifyObserversDeletedById(userId);
}
} catch (SQLException e) {
ErrorUtils.logError(e);
}
} | public void deletebyuserid(int userid) { try { deletebuilder<userrequest, long> deletebuilder = dao.deletebuilder(); deletebuilder.where().eq(qmusercolumns.id, userid); if (deletebuilder.delete() > 0) { notifyobserversdeletedbyid(userid); } } catch (sqlexception e) { errorutils.logerror(e); } } | philz127/CAPSTONE | [
1,
0,
0,
0
] |
25,568 | @Deprecated
public boolean isValidShortNumberForRegion(String shortNumber, String regionDialingFrom) {
PhoneMetadata phoneMetadata =
MetadataManager.getShortNumberMetadataForRegion(regionDialingFrom);
if (phoneMetadata == null) {
return false;
}
PhoneNumberDesc generalDesc = phoneMetadata.getGeneralDesc();
if (!matchesPossibleNumberAndNationalNumber(shortNumber, generalDesc)) {
return false;
}
PhoneNumberDesc shortNumberDesc = phoneMetadata.getShortCode();
return matchesPossibleNumberAndNationalNumber(shortNumber, shortNumberDesc);
} | @Deprecated
public boolean isValidShortNumberForRegion(String shortNumber, String regionDialingFrom) {
PhoneMetadata phoneMetadata =
MetadataManager.getShortNumberMetadataForRegion(regionDialingFrom);
if (phoneMetadata == null) {
return false;
}
PhoneNumberDesc generalDesc = phoneMetadata.getGeneralDesc();
if (!matchesPossibleNumberAndNationalNumber(shortNumber, generalDesc)) {
return false;
}
PhoneNumberDesc shortNumberDesc = phoneMetadata.getShortCode();
return matchesPossibleNumberAndNationalNumber(shortNumber, shortNumberDesc);
} | @deprecated public boolean isvalidshortnumberforregion(string shortnumber, string regiondialingfrom) { phonemetadata phonemetadata = metadatamanager.getshortnumbermetadataforregion(regiondialingfrom); if (phonemetadata == null) { return false; } phonenumberdesc generaldesc = phonemetadata.getgeneraldesc(); if (!matchespossiblenumberandnationalnumber(shortnumber, generaldesc)) { return false; } phonenumberdesc shortnumberdesc = phonemetadata.getshortcode(); return matchespossiblenumberandnationalnumber(shortnumber, shortnumberdesc); } | nickbarban/libphonenumber | [
0,
0,
0,
0
] |
33,777 | private List<AnnotatedAttributeValuePair> getAttributeValuePairs(JsonOutcome outcome, JsonReference reference) {
Optional<String> docNameTrue = getFirstDocname(reference);
String docName = docNameTrue.orElse(outcome.getShortTitle());
// we use the highlighted text to put the table caption
String highlightedText = outcome.getOutcomeDescription();
Arm arm1 = getAssignedArm(outcome.getItemArmIdGrp1(), outcome.getGrp1ArmName());
Arm arm2 = getAssignedArm(outcome.getItemArmIdGrp2(), outcome.getGrp2ArmName());
// outcome values
Attribute ovAttribute = attributes.getFromName("Outcome value");
AnnotatedAttributeValuePair ov1 = new AnnotatedAttributeValuePair(ovAttribute, outcome.getData3(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair ov2 = new AnnotatedAttributeValuePair(ovAttribute, outcome.getData4(),
docName, arm2, "", highlightedText, "", 0);
// timepoints
Attribute timepointAttribute = attributes.getFromName("Longest follow up");
AnnotatedAttributeValuePair tp1 = new AnnotatedAttributeValuePair(timepointAttribute, outcome.getTimepointString(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair tp2 = new AnnotatedAttributeValuePair(timepointAttribute, outcome.getTimepointString(),
docName, arm2, "", highlightedText, "", 0);
// timepoint units
Attribute timepointUnitAttribute = attributes.getFromName("Longest follow up (metric)");
AnnotatedAttributeValuePair tpUnit1 = new AnnotatedAttributeValuePair(timepointUnitAttribute, outcome.getItemTimepointMetric(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair tpUnit2 = new AnnotatedAttributeValuePair(timepointUnitAttribute, outcome.getItemTimepointMetric(),
docName, arm2, "", highlightedText, "", 0);
// sample size
Attribute samplesizeAttribute = attributes.getFromName("Individual-level analysed");
AnnotatedAttributeValuePair ss1 = new AnnotatedAttributeValuePair(samplesizeAttribute, outcome.getData1(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair ss2 = new AnnotatedAttributeValuePair(samplesizeAttribute, outcome.getData2(),
docName, arm2, "", highlightedText, "", 0);
// TODO: anything else?
return Lists.newArrayList(ov1, ov2, tp1, tp2, tpUnit1, tpUnit2, ss1, ss2);
} | private List<AnnotatedAttributeValuePair> getAttributeValuePairs(JsonOutcome outcome, JsonReference reference) {
Optional<String> docNameTrue = getFirstDocname(reference);
String docName = docNameTrue.orElse(outcome.getShortTitle());
String highlightedText = outcome.getOutcomeDescription();
Arm arm1 = getAssignedArm(outcome.getItemArmIdGrp1(), outcome.getGrp1ArmName());
Arm arm2 = getAssignedArm(outcome.getItemArmIdGrp2(), outcome.getGrp2ArmName());
Attribute ovAttribute = attributes.getFromName("Outcome value");
AnnotatedAttributeValuePair ov1 = new AnnotatedAttributeValuePair(ovAttribute, outcome.getData3(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair ov2 = new AnnotatedAttributeValuePair(ovAttribute, outcome.getData4(),
docName, arm2, "", highlightedText, "", 0);
Attribute timepointAttribute = attributes.getFromName("Longest follow up");
AnnotatedAttributeValuePair tp1 = new AnnotatedAttributeValuePair(timepointAttribute, outcome.getTimepointString(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair tp2 = new AnnotatedAttributeValuePair(timepointAttribute, outcome.getTimepointString(),
docName, arm2, "", highlightedText, "", 0);
Attribute timepointUnitAttribute = attributes.getFromName("Longest follow up (metric)");
AnnotatedAttributeValuePair tpUnit1 = new AnnotatedAttributeValuePair(timepointUnitAttribute, outcome.getItemTimepointMetric(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair tpUnit2 = new AnnotatedAttributeValuePair(timepointUnitAttribute, outcome.getItemTimepointMetric(),
docName, arm2, "", highlightedText, "", 0);
Attribute samplesizeAttribute = attributes.getFromName("Individual-level analysed");
AnnotatedAttributeValuePair ss1 = new AnnotatedAttributeValuePair(samplesizeAttribute, outcome.getData1(),
docName, arm1, "", highlightedText, "", 0);
AnnotatedAttributeValuePair ss2 = new AnnotatedAttributeValuePair(samplesizeAttribute, outcome.getData2(),
docName, arm2, "", highlightedText, "", 0);
return Lists.newArrayList(ov1, ov2, tp1, tp2, tpUnit1, tpUnit2, ss1, ss2);
} | private list<annotatedattributevaluepair> getattributevaluepairs(jsonoutcome outcome, jsonreference reference) { optional<string> docnametrue = getfirstdocname(reference); string docname = docnametrue.orelse(outcome.getshorttitle()); string highlightedtext = outcome.getoutcomedescription(); arm arm1 = getassignedarm(outcome.getitemarmidgrp1(), outcome.getgrp1armname()); arm arm2 = getassignedarm(outcome.getitemarmidgrp2(), outcome.getgrp2armname()); attribute ovattribute = attributes.getfromname("outcome value"); annotatedattributevaluepair ov1 = new annotatedattributevaluepair(ovattribute, outcome.getdata3(), docname, arm1, "", highlightedtext, "", 0); annotatedattributevaluepair ov2 = new annotatedattributevaluepair(ovattribute, outcome.getdata4(), docname, arm2, "", highlightedtext, "", 0); attribute timepointattribute = attributes.getfromname("longest follow up"); annotatedattributevaluepair tp1 = new annotatedattributevaluepair(timepointattribute, outcome.gettimepointstring(), docname, arm1, "", highlightedtext, "", 0); annotatedattributevaluepair tp2 = new annotatedattributevaluepair(timepointattribute, outcome.gettimepointstring(), docname, arm2, "", highlightedtext, "", 0); attribute timepointunitattribute = attributes.getfromname("longest follow up (metric)"); annotatedattributevaluepair tpunit1 = new annotatedattributevaluepair(timepointunitattribute, outcome.getitemtimepointmetric(), docname, arm1, "", highlightedtext, "", 0); annotatedattributevaluepair tpunit2 = new annotatedattributevaluepair(timepointunitattribute, outcome.getitemtimepointmetric(), docname, arm2, "", highlightedtext, "", 0); attribute samplesizeattribute = attributes.getfromname("individual-level analysed"); annotatedattributevaluepair ss1 = new annotatedattributevaluepair(samplesizeattribute, outcome.getdata1(), docname, arm1, "", highlightedtext, "", 0); annotatedattributevaluepair ss2 = new annotatedattributevaluepair(samplesizeattribute, outcome.getdata2(), docname, arm2, "", highlightedtext, "", 0); return lists.newarraylist(ov1, ov2, tp1, tp2, tpunit1, tpunit2, ss1, ss2); } | ouyangzhiping/Info-extract | [
1,
0,
0,
0
] |
33,859 | public void sortRows(AlignmentTrack.SortOption option, double location) {
if (alignmentRows == null) {
return;
}
for (AlignmentInterval.Row row : alignmentRows) {
if (option == AlignmentTrack.SortOption.NUCELOTIDE) {
// TODO -- why is this here?
}
row.updateScore(option, location, this);
}
Collections.sort(alignmentRows, new Comparator<Row>() {
public int compare(AlignmentInterval.Row arg0, AlignmentInterval.Row arg1) {
if (arg0.getScore() > arg1.getScore()) {
return 1;
} else if (arg0.getScore() > arg1.getScore()) {
return -1;
}
return 0;
}
});
} | public void sortRows(AlignmentTrack.SortOption option, double location) {
if (alignmentRows == null) {
return;
}
for (AlignmentInterval.Row row : alignmentRows) {
if (option == AlignmentTrack.SortOption.NUCELOTIDE) {
}
row.updateScore(option, location, this);
}
Collections.sort(alignmentRows, new Comparator<Row>() {
public int compare(AlignmentInterval.Row arg0, AlignmentInterval.Row arg1) {
if (arg0.getScore() > arg1.getScore()) {
return 1;
} else if (arg0.getScore() > arg1.getScore()) {
return -1;
}
return 0;
}
});
} | public void sortrows(alignmenttrack.sortoption option, double location) { if (alignmentrows == null) { return; } for (alignmentinterval.row row : alignmentrows) { if (option == alignmenttrack.sortoption.nucelotide) { } row.updatescore(option, location, this); } collections.sort(alignmentrows, new comparator<row>() { public int compare(alignmentinterval.row arg0, alignmentinterval.row arg1) { if (arg0.getscore() > arg1.getscore()) { return 1; } else if (arg0.getscore() > arg1.getscore()) { return -1; } return 0; } }); } | nrgene/NRGene-IGV | [
1,
0,
0,
0
] |
17,516 | public native byte [] getClientIp(); | public native byte [] getClientIp(); | public native byte [] getclientip(); | recolic/hbase-2.1.0 | [
0,
0,
1,
0
] |
25,782 | public static List<JSONObject> constructRokuNativeElements(JSONObject elementObj) {
List<JSONObject> elements = new ArrayList<>();
JSONArray valueArr = (JSONArray) elementObj.get("value");
if (valueArr == null) {
return elements;
}
for (int i = 0; i < valueArr.size(); i++) {
String[] boundsComponents = { "0", "0", "0", "0" };
String text = "";
JSONObject valueObj = (JSONObject) valueArr.get(i);
JSONArray attrArr = (JSONArray) valueObj.get("Attrs");
for (int i2 = 0; i2 < attrArr.size(); i2++) {
JSONObject attrObj = (JSONObject) attrArr.get(i2);
JSONObject nameObj = (JSONObject) attrObj.get("Name");
if (nameObj.containsValue("bounds")) {
String boundsStr = (String) attrObj.get("Value");
boundsStr = boundsStr.replace("{", "").replace("}", "");
boundsComponents = boundsStr.split(", ");
}
if (nameObj.containsValue("text")) {
text = (String) attrObj.get("Value");
}
}
elements.add(constructRokuNativeElementJSON(elementObj, text, boundsComponents));
}
return elements;
} | public static List<JSONObject> constructRokuNativeElements(JSONObject elementObj) {
List<JSONObject> elements = new ArrayList<>();
JSONArray valueArr = (JSONArray) elementObj.get("value");
if (valueArr == null) {
return elements;
}
for (int i = 0; i < valueArr.size(); i++) {
String[] boundsComponents = { "0", "0", "0", "0" };
String text = "";
JSONObject valueObj = (JSONObject) valueArr.get(i);
JSONArray attrArr = (JSONArray) valueObj.get("Attrs");
for (int i2 = 0; i2 < attrArr.size(); i2++) {
JSONObject attrObj = (JSONObject) attrArr.get(i2);
JSONObject nameObj = (JSONObject) attrObj.get("Name");
if (nameObj.containsValue("bounds")) {
String boundsStr = (String) attrObj.get("Value");
boundsStr = boundsStr.replace("{", "").replace("}", "");
boundsComponents = boundsStr.split(", ");
}
if (nameObj.containsValue("text")) {
text = (String) attrObj.get("Value");
}
}
elements.add(constructRokuNativeElementJSON(elementObj, text, boundsComponents));
}
return elements;
} | public static list<jsonobject> constructrokunativeelements(jsonobject elementobj) { list<jsonobject> elements = new arraylist<>(); jsonarray valuearr = (jsonarray) elementobj.get("value"); if (valuearr == null) { return elements; } for (int i = 0; i < valuearr.size(); i++) { string[] boundscomponents = { "0", "0", "0", "0" }; string text = ""; jsonobject valueobj = (jsonobject) valuearr.get(i); jsonarray attrarr = (jsonarray) valueobj.get("attrs"); for (int i2 = 0; i2 < attrarr.size(); i2++) { jsonobject attrobj = (jsonobject) attrarr.get(i2); jsonobject nameobj = (jsonobject) attrobj.get("name"); if (nameobj.containsvalue("bounds")) { string boundsstr = (string) attrobj.get("value"); boundsstr = boundsstr.replace("{", "").replace("}", ""); boundscomponents = boundsstr.split(", "); } if (nameobj.containsvalue("text")) { text = (string) attrobj.get("value"); } } elements.add(constructrokunativeelementjson(elementobj, text, boundscomponents)); } return elements; } | mohanakrishna12/rokuality-server | [
0,
1,
0,
0
] |
1,229 | @Test
public void testReadFailure() throws IOException {
// TODO (lwhite): These tests don't fail. What was their intent?
Table table1 =
Table.read()
.csv(CsvReadOptions.builder("../data/read_failure_test.csv").minimizeColumnSizes());
table1.structure(); // just make sure the import completed
ShortColumn test = table1.shortColumn("Test");
// TODO(lwhite): Better tests
assertNotNull(test.summary());
} | @Test
public void testReadFailure() throws IOException {
Table table1 =
Table.read()
.csv(CsvReadOptions.builder("../data/read_failure_test.csv").minimizeColumnSizes());
table1.structure();
ShortColumn test = table1.shortColumn("Test");
assertNotNull(test.summary());
} | @test public void testreadfailure() throws ioexception { table table1 = table.read() .csv(csvreadoptions.builder("../data/read_failure_test.csv").minimizecolumnsizes()); table1.structure(); shortcolumn test = table1.shortcolumn("test"); assertnotnull(test.summary()); } | rayeaster/tablesaw | [
0,
0,
0,
1
] |
34,107 | public void copyFrom(OutputProperties opsrc)
throws TransformerException
{
// Bugzilla 6157: recover from xsl:output statements
// checkDuplicates(opsrc);
copyFrom(opsrc.getProperties());
} | public void copyFrom(OutputProperties opsrc)
throws TransformerException
{
copyFrom(opsrc.getProperties());
} | public void copyfrom(outputproperties opsrc) throws transformerexception { copyfrom(opsrc.getproperties()); } | oradian/xalan-j | [
0,
0,
1,
0
] |
25,919 | private void buildDependencyTree( Queue<DependencyNode> nodeQueue, boolean full, boolean online, Session session, Map<String, Profile> profiles, PomFileLoader loader, Log log )
{
int neededLevels = full ? -1 : 1;
while( !nodeQueue.isEmpty() )
{
DependencyNode node = nodeQueue.poll();
if( neededLevels >= 0 && node.getLevel() >= neededLevels )
continue;
node.collectDependencyManagement( profiles, session.projects(), log );
Map<DependencyKey, RawDependency> localDependencies = getHierarchicalDependencies( session, node.getProject(), null, online, profiles, log );
if( localDependencies == null )
continue;
for( Entry<DependencyKey, RawDependency> e : localDependencies.entrySet() )
{
DependencyKey dependencyKey = e.getKey();
RawDependency dependency = e.getValue();
if( dependency.isOptional() && !node.isRoot() )
continue;
GroupArtifact ga = new GroupArtifact( dependencyKey.getGroupId(), dependencyKey.getArtifactId() );
if( isGroupArtifactExcluded( node, ga ) )
continue;
DependencyNode existingNode = node.searchNodeForGroupArtifact( ga );
if( existingNode != null )
{
if( existingNode.getLevel() <= node.getLevel() + 1 )
continue;
else
existingNode.removeFromParent();
}
final Optional<VersionScope> optionalVs = getVersionScopeFromDependencyManagement( node, dependencyKey, dependency );
final VersionScope vs;
if(optionalVs.isPresent() )
{
vs = optionalVs.get();
}
else
{
vs = dependency.getVs();
if( node.isRoot() )
{
if(vs.getScope() == null) {
vs.setScope( Scope.COMPILE );
}
}
else
{
Scope scope = Scope.getScopeTransformation( node.getVs().getScope(), dependency.getVs().getScope() );
if(scope == null )
continue;
vs.setScope( scope );
}
}
Scope scope = vs.getScope();
assert scope != null;
assert vs.getVersion() != null : "null version of dependency " + dependencyKey + " -> " + dependency + " (for project " + project + ")";
if( scope == Scope.IMPORT || scope == Scope.SYSTEM )
continue;
// get remote repositories
List<Repository> additionalRepos = getProjectRepositories( session, node.getProject(), log );
Gav dependencyGav = new Gav( dependencyKey.getGroupId(), dependencyKey.getArtifactId(), vs.getVersion() );
Project childProject = null;
if( neededLevels < 0 || node.getLevel() >= neededLevels )
{
childProject = session.projects().forGav( dependencyGav );
if( childProject == null )
{
File pomFile = loader.loadPomFileForGav( dependencyGav, additionalRepos, log );
if( pomFile == null )
{
log.html( Tools.errorMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() ) );
continue;
}
PomAnalysis analysis = new PomAnalysis( session, loader, null, false, log );
analysis.addFile( pomFile );
Set<Project> loadedProjects = analysis.loadProjects();
if( loadedProjects.size() != 1 )
{
log.html( Tools.errorMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() ) );
continue;
}
childProject = loadedProjects.iterator().next();
analysis.completeLoadedProjects();
analysis.addCompletedProjectsToSession();
Set<Project> addedToGraph = analysis.addCompletedProjectsToGraph();
if( !addedToGraph.contains( childProject ) )
{
log.html( Tools.errorMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() ) );
continue;
}
}
if( childProject == null )
{
// TODO : use specified repositories if needed !
log.html( Tools.warningMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() + (dependency.isOptional() ? " (this is an optional dependency)" : "") ) );
continue;
}
}
DependencyNode child = new DependencyNode( childProject, dependencyKey, vs );
child.addExclusions( dependency.getExclusions() );
node.addChild( child );
DependencyManagement dm = node.getLocalManagement( dependencyKey );
if( dm != null )
child.addExclusions( dm.getExclusions() );
//FIXME is always false
if( scope == Scope.SYSTEM )
continue;
// TODO it seems to me that transitive dependency policy only
// applies to jar artifacts, is that true ??
// if( "jar".equals( dependencyKey.getType() ) )
nodeQueue.add( child );
}
}
} | private void buildDependencyTree( Queue<DependencyNode> nodeQueue, boolean full, boolean online, Session session, Map<String, Profile> profiles, PomFileLoader loader, Log log )
{
int neededLevels = full ? -1 : 1;
while( !nodeQueue.isEmpty() )
{
DependencyNode node = nodeQueue.poll();
if( neededLevels >= 0 && node.getLevel() >= neededLevels )
continue;
node.collectDependencyManagement( profiles, session.projects(), log );
Map<DependencyKey, RawDependency> localDependencies = getHierarchicalDependencies( session, node.getProject(), null, online, profiles, log );
if( localDependencies == null )
continue;
for( Entry<DependencyKey, RawDependency> e : localDependencies.entrySet() )
{
DependencyKey dependencyKey = e.getKey();
RawDependency dependency = e.getValue();
if( dependency.isOptional() && !node.isRoot() )
continue;
GroupArtifact ga = new GroupArtifact( dependencyKey.getGroupId(), dependencyKey.getArtifactId() );
if( isGroupArtifactExcluded( node, ga ) )
continue;
DependencyNode existingNode = node.searchNodeForGroupArtifact( ga );
if( existingNode != null )
{
if( existingNode.getLevel() <= node.getLevel() + 1 )
continue;
else
existingNode.removeFromParent();
}
final Optional<VersionScope> optionalVs = getVersionScopeFromDependencyManagement( node, dependencyKey, dependency );
final VersionScope vs;
if(optionalVs.isPresent() )
{
vs = optionalVs.get();
}
else
{
vs = dependency.getVs();
if( node.isRoot() )
{
if(vs.getScope() == null) {
vs.setScope( Scope.COMPILE );
}
}
else
{
Scope scope = Scope.getScopeTransformation( node.getVs().getScope(), dependency.getVs().getScope() );
if(scope == null )
continue;
vs.setScope( scope );
}
}
Scope scope = vs.getScope();
assert scope != null;
assert vs.getVersion() != null : "null version of dependency " + dependencyKey + " -> " + dependency + " (for project " + project + ")";
if( scope == Scope.IMPORT || scope == Scope.SYSTEM )
continue;
List<Repository> additionalRepos = getProjectRepositories( session, node.getProject(), log );
Gav dependencyGav = new Gav( dependencyKey.getGroupId(), dependencyKey.getArtifactId(), vs.getVersion() );
Project childProject = null;
if( neededLevels < 0 || node.getLevel() >= neededLevels )
{
childProject = session.projects().forGav( dependencyGav );
if( childProject == null )
{
File pomFile = loader.loadPomFileForGav( dependencyGav, additionalRepos, log );
if( pomFile == null )
{
log.html( Tools.errorMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() ) );
continue;
}
PomAnalysis analysis = new PomAnalysis( session, loader, null, false, log );
analysis.addFile( pomFile );
Set<Project> loadedProjects = analysis.loadProjects();
if( loadedProjects.size() != 1 )
{
log.html( Tools.errorMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() ) );
continue;
}
childProject = loadedProjects.iterator().next();
analysis.completeLoadedProjects();
analysis.addCompletedProjectsToSession();
Set<Project> addedToGraph = analysis.addCompletedProjectsToGraph();
if( !addedToGraph.contains( childProject ) )
{
log.html( Tools.errorMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() ) );
continue;
}
}
if( childProject == null )
{
log.html( Tools.warningMessage( "cannot fetch project " + dependencyGav + " referenced in " + node.getProject() + (dependency.isOptional() ? " (this is an optional dependency)" : "") ) );
continue;
}
}
DependencyNode child = new DependencyNode( childProject, dependencyKey, vs );
child.addExclusions( dependency.getExclusions() );
node.addChild( child );
DependencyManagement dm = node.getLocalManagement( dependencyKey );
if( dm != null )
child.addExclusions( dm.getExclusions() );
if( scope == Scope.SYSTEM )
continue;
nodeQueue.add( child );
}
}
} | private void builddependencytree( queue<dependencynode> nodequeue, boolean full, boolean online, session session, map<string, profile> profiles, pomfileloader loader, log log ) { int neededlevels = full ? -1 : 1; while( !nodequeue.isempty() ) { dependencynode node = nodequeue.poll(); if( neededlevels >= 0 && node.getlevel() >= neededlevels ) continue; node.collectdependencymanagement( profiles, session.projects(), log ); map<dependencykey, rawdependency> localdependencies = gethierarchicaldependencies( session, node.getproject(), null, online, profiles, log ); if( localdependencies == null ) continue; for( entry<dependencykey, rawdependency> e : localdependencies.entryset() ) { dependencykey dependencykey = e.getkey(); rawdependency dependency = e.getvalue(); if( dependency.isoptional() && !node.isroot() ) continue; groupartifact ga = new groupartifact( dependencykey.getgroupid(), dependencykey.getartifactid() ); if( isgroupartifactexcluded( node, ga ) ) continue; dependencynode existingnode = node.searchnodeforgroupartifact( ga ); if( existingnode != null ) { if( existingnode.getlevel() <= node.getlevel() + 1 ) continue; else existingnode.removefromparent(); } final optional<versionscope> optionalvs = getversionscopefromdependencymanagement( node, dependencykey, dependency ); final versionscope vs; if(optionalvs.ispresent() ) { vs = optionalvs.get(); } else { vs = dependency.getvs(); if( node.isroot() ) { if(vs.getscope() == null) { vs.setscope( scope.compile ); } } else { scope scope = scope.getscopetransformation( node.getvs().getscope(), dependency.getvs().getscope() ); if(scope == null ) continue; vs.setscope( scope ); } } scope scope = vs.getscope(); assert scope != null; assert vs.getversion() != null : "null version of dependency " + dependencykey + " -> " + dependency + " (for project " + project + ")"; if( scope == scope.import || scope == scope.system ) continue; list<repository> additionalrepos = getprojectrepositories( session, node.getproject(), log ); gav dependencygav = new gav( dependencykey.getgroupid(), dependencykey.getartifactid(), vs.getversion() ); project childproject = null; if( neededlevels < 0 || node.getlevel() >= neededlevels ) { childproject = session.projects().forgav( dependencygav ); if( childproject == null ) { file pomfile = loader.loadpomfileforgav( dependencygav, additionalrepos, log ); if( pomfile == null ) { log.html( tools.errormessage( "cannot fetch project " + dependencygav + " referenced in " + node.getproject() ) ); continue; } pomanalysis analysis = new pomanalysis( session, loader, null, false, log ); analysis.addfile( pomfile ); set<project> loadedprojects = analysis.loadprojects(); if( loadedprojects.size() != 1 ) { log.html( tools.errormessage( "cannot fetch project " + dependencygav + " referenced in " + node.getproject() ) ); continue; } childproject = loadedprojects.iterator().next(); analysis.completeloadedprojects(); analysis.addcompletedprojectstosession(); set<project> addedtograph = analysis.addcompletedprojectstograph(); if( !addedtograph.contains( childproject ) ) { log.html( tools.errormessage( "cannot fetch project " + dependencygav + " referenced in " + node.getproject() ) ); continue; } } if( childproject == null ) { log.html( tools.warningmessage( "cannot fetch project " + dependencygav + " referenced in " + node.getproject() + (dependency.isoptional() ? " (this is an optional dependency)" : "") ) ); continue; } } dependencynode child = new dependencynode( childproject, dependencykey, vs ); child.addexclusions( dependency.getexclusions() ); node.addchild( child ); dependencymanagement dm = node.getlocalmanagement( dependencykey ); if( dm != null ) child.addexclusions( dm.getexclusions() ); if( scope == scope.system ) continue; nodequeue.add( child ); } } } | mpicque/pom-explorer | [
1,
1,
1,
0
] |
34,120 | private void setupViewPager(ViewPager viewPager) {
// TODO: see if we can replace the words with icons in the future
mSectionsPageAdapter.addFragment(new HomeFragment(), "Home");
mSectionsPageAdapter.addFragment(new SettingsFragment(), "Settings");
viewPager.setAdapter(mSectionsPageAdapter);
} | private void setupViewPager(ViewPager viewPager) {
mSectionsPageAdapter.addFragment(new HomeFragment(), "Home");
mSectionsPageAdapter.addFragment(new SettingsFragment(), "Settings");
viewPager.setAdapter(mSectionsPageAdapter);
} | private void setupviewpager(viewpager viewpager) { msectionspageadapter.addfragment(new homefragment(), "home"); msectionspageadapter.addfragment(new settingsfragment(), "settings"); viewpager.setadapter(msectionspageadapter); } | mo-morgan/Food-Radar | [
1,
0,
0,
0
] |
1,432 | @Override
public void onDestroy() {
super.onDestroy(); // Always call the superclass
// probably not needed, onStop closes the socket, which should make the thread stop (?)
if (recvAsyncTask != null)
recvAsyncTask.cancel(true);
recvAsyncTask = null;
} | @Override
public void onDestroy() {
super.onDestroy();
if (recvAsyncTask != null)
recvAsyncTask.cancel(true);
recvAsyncTask = null;
} | @override public void ondestroy() { super.ondestroy(); if (recvasynctask != null) recvasynctask.cancel(true); recvasynctask = null; } | phques/androidpush | [
1,
0,
0,
0
] |
1,435 | public static CashierTransaction fromJson(
final Cashier cashier,
final JsonCommand command) {
final Integer txnType = command.integerValueOfParameterNamed("txnType");
final BigDecimal txnAmount = command.bigDecimalValueOfParameterNamed("txnAmount");
final LocalDate txnDate = command.localDateValueOfParameterNamed("txnDate");
final String entityType = command.stringValueOfParameterNamed("entityType");
final String txnNote = command.stringValueOfParameterNamed("txnNote");
final Long entityId = command.longValueOfParameterNamed("entityId");
final String currencyCode = command.stringValueOfParameterNamed("currencyCode");
// TODO: get client/loan/savings details
return new CashierTransaction (cashier, txnType, txnAmount, txnDate,
entityType, entityId, txnNote, currencyCode);
} | public static CashierTransaction fromJson(
final Cashier cashier,
final JsonCommand command) {
final Integer txnType = command.integerValueOfParameterNamed("txnType");
final BigDecimal txnAmount = command.bigDecimalValueOfParameterNamed("txnAmount");
final LocalDate txnDate = command.localDateValueOfParameterNamed("txnDate");
final String entityType = command.stringValueOfParameterNamed("entityType");
final String txnNote = command.stringValueOfParameterNamed("txnNote");
final Long entityId = command.longValueOfParameterNamed("entityId");
final String currencyCode = command.stringValueOfParameterNamed("currencyCode");
return new CashierTransaction (cashier, txnType, txnAmount, txnDate,
entityType, entityId, txnNote, currencyCode);
} | public static cashiertransaction fromjson( final cashier cashier, final jsoncommand command) { final integer txntype = command.integervalueofparameternamed("txntype"); final bigdecimal txnamount = command.bigdecimalvalueofparameternamed("txnamount"); final localdate txndate = command.localdatevalueofparameternamed("txndate"); final string entitytype = command.stringvalueofparameternamed("entitytype"); final string txnnote = command.stringvalueofparameternamed("txnnote"); final long entityid = command.longvalueofparameternamed("entityid"); final string currencycode = command.stringvalueofparameternamed("currencycode"); return new cashiertransaction (cashier, txntype, txnamount, txndate, entitytype, entityid, txnnote, currencycode); } | raghuvissu/GST | [
0,
1,
0,
0
] |
1,463 | public void parse(InputStream file) throws IOException, TikaException {
ByteArrayOutputStream xmpraw = new ByteArrayOutputStream();
if (!scanner.parse(file, xmpraw)) {
return;
}
Reader decoded = new InputStreamReader(
new ByteArrayInputStream(xmpraw.toByteArray()),
DEFAULT_XMP_CHARSET);
try {
XMPMetadata xmp = XMPMetadata.load(new InputSource(decoded));
XMPSchemaDublinCore dc = xmp.getDublinCoreSchema();
if (dc != null) {
if (dc.getTitle() != null) {
metadata.set(DublinCore.TITLE, dc.getTitle());
}
if (dc.getDescription() != null) {
metadata.set(DublinCore.DESCRIPTION, dc.getDescription());
}
if (dc.getCreators() != null && dc.getCreators().size() > 0) {
metadata.set(DublinCore.CREATOR, joinCreators(dc.getCreators()));
}
if (dc.getSubjects() != null && dc.getSubjects().size() > 0) {
Iterator<String> keywords = dc.getSubjects().iterator();
while (keywords.hasNext()) {
metadata.add(DublinCore.SUBJECT, keywords.next());
}
// TODO should we set KEYWORDS too?
// All tested photo managers set the same in Iptc.Application2.Keywords and Xmp.dc.subject
}
}
} catch (IOException e) {
// Could not parse embedded XMP metadata. That's not a serious
// problem, so we'll just ignore the issue for now.
// TODO: Make error handling like this configurable.
}
} | public void parse(InputStream file) throws IOException, TikaException {
ByteArrayOutputStream xmpraw = new ByteArrayOutputStream();
if (!scanner.parse(file, xmpraw)) {
return;
}
Reader decoded = new InputStreamReader(
new ByteArrayInputStream(xmpraw.toByteArray()),
DEFAULT_XMP_CHARSET);
try {
XMPMetadata xmp = XMPMetadata.load(new InputSource(decoded));
XMPSchemaDublinCore dc = xmp.getDublinCoreSchema();
if (dc != null) {
if (dc.getTitle() != null) {
metadata.set(DublinCore.TITLE, dc.getTitle());
}
if (dc.getDescription() != null) {
metadata.set(DublinCore.DESCRIPTION, dc.getDescription());
}
if (dc.getCreators() != null && dc.getCreators().size() > 0) {
metadata.set(DublinCore.CREATOR, joinCreators(dc.getCreators()));
}
if (dc.getSubjects() != null && dc.getSubjects().size() > 0) {
Iterator<String> keywords = dc.getSubjects().iterator();
while (keywords.hasNext()) {
metadata.add(DublinCore.SUBJECT, keywords.next());
}
}
}
} catch (IOException e) {
}
} | public void parse(inputstream file) throws ioexception, tikaexception { bytearrayoutputstream xmpraw = new bytearrayoutputstream(); if (!scanner.parse(file, xmpraw)) { return; } reader decoded = new inputstreamreader( new bytearrayinputstream(xmpraw.tobytearray()), default_xmp_charset); try { xmpmetadata xmp = xmpmetadata.load(new inputsource(decoded)); xmpschemadublincore dc = xmp.getdublincoreschema(); if (dc != null) { if (dc.gettitle() != null) { metadata.set(dublincore.title, dc.gettitle()); } if (dc.getdescription() != null) { metadata.set(dublincore.description, dc.getdescription()); } if (dc.getcreators() != null && dc.getcreators().size() > 0) { metadata.set(dublincore.creator, joincreators(dc.getcreators())); } if (dc.getsubjects() != null && dc.getsubjects().size() > 0) { iterator<string> keywords = dc.getsubjects().iterator(); while (keywords.hasnext()) { metadata.add(dublincore.subject, keywords.next()); } } } } catch (ioexception e) { } } | ontometrics/tika | [
1,
1,
0,
0
] |
9,676 | @Override
public List<Movie> getMoviesRatedByUser(int userId) {
// TODO: write query to retrieve all movies rated by user with id userId
List<Movie> movies = new LinkedList<Movie>();
Genre genre0 = new Genre(0, "genre0");
Genre genre1 = new Genre(1, "genre1");
Genre genre2 = new Genre(2, "genre2");
movies.add(new Movie(0, "Titre 0", Arrays.asList(new Genre[]{genre0, genre1})));
movies.add(new Movie(3, "Titre 3", Arrays.asList(new Genre[]{genre0, genre1, genre2})));
return movies;
} | @Override
public List<Movie> getMoviesRatedByUser(int userId) {
List<Movie> movies = new LinkedList<Movie>();
Genre genre0 = new Genre(0, "genre0");
Genre genre1 = new Genre(1, "genre1");
Genre genre2 = new Genre(2, "genre2");
movies.add(new Movie(0, "Titre 0", Arrays.asList(new Genre[]{genre0, genre1})));
movies.add(new Movie(3, "Titre 3", Arrays.asList(new Genre[]{genre0, genre1, genre2})));
return movies;
} | @override public list<movie> getmoviesratedbyuser(int userid) { list<movie> movies = new linkedlist<movie>(); genre genre0 = new genre(0, "genre0"); genre genre1 = new genre(1, "genre1"); genre genre2 = new genre(2, "genre2"); movies.add(new movie(0, "titre 0", arrays.aslist(new genre[]{genre0, genre1}))); movies.add(new movie(3, "titre 3", arrays.aslist(new genre[]{genre0, genre1, genre2}))); return movies; } | quentinceschin123456/MovieRecommender | [
0,
1,
0,
0
] |
1,545 | public void execute(List<String> statements) throws MetaStoreException {
for (String statement : statements) {
execute(statement);
}
} | public void execute(List<String> statements) throws MetaStoreException {
for (String statement : statements) {
execute(statement);
}
} | public void execute(list<string> statements) throws metastoreexception { for (string statement : statements) { execute(statement); } } | plusplusjiajia/SSM | [
1,
0,
0,
0
] |
9,749 | @Test
public void testGetFormatted ()
{
IMutableCurrencyValue aCV = new CurrencyValue (ECurrency.EUR, MathHelper.toBigDecimal (5));
if (EJavaVersion.JDK_9.isSupportedVersion ())
assertEquals ("5,00" + CURRENCY_SPACE + "€", aCV.getCurrencyFormatted ());
else
assertEquals ("€" + CURRENCY_SPACE + "5,00", aCV.getCurrencyFormatted ());
aCV = new CurrencyValue (ECurrency.EUR, new BigDecimal ("5.12"));
if (EJavaVersion.JDK_9.isSupportedVersion ())
assertEquals ("5,12" + CURRENCY_SPACE + "€", aCV.getCurrencyFormatted ());
else
assertEquals ("€" + CURRENCY_SPACE + "5,12", aCV.getCurrencyFormatted ());
aCV = new CurrencyValue (ECurrency.USD, new BigDecimal ("5.12"));
assertEquals ("$5.12", aCV.getCurrencyFormatted ());
for (final ECurrency eCurrency : ECurrency.values ())
{
aCV = new CurrencyValue (eCurrency, new BigDecimal ("5.12"));
final String sCurrencyFormatted = aCV.getCurrencyFormatted ();
assertNotNull (sCurrencyFormatted);
final String sValueFormatted = aCV.getValueFormatted ();
assertNotNull (sValueFormatted);
assertTrue (sValueFormatted, sValueFormatted.indexOf (CurrencyHelper.getCurrencySymbol (eCurrency)) < 0);
CommonsTestHelper.testGetClone (aCV);
// There seems to be a bug in the optimizer of 1.6.0_45 so that the output
// values are sometimes reordered - dunno why :(
LOGGER.info ("[" + sCurrencyFormatted + "][" + sValueFormatted + "]");
}
} | @Test
public void testGetFormatted ()
{
IMutableCurrencyValue aCV = new CurrencyValue (ECurrency.EUR, MathHelper.toBigDecimal (5));
if (EJavaVersion.JDK_9.isSupportedVersion ())
assertEquals ("5,00" + CURRENCY_SPACE + "€", aCV.getCurrencyFormatted ());
else
assertEquals ("€" + CURRENCY_SPACE + "5,00", aCV.getCurrencyFormatted ());
aCV = new CurrencyValue (ECurrency.EUR, new BigDecimal ("5.12"));
if (EJavaVersion.JDK_9.isSupportedVersion ())
assertEquals ("5,12" + CURRENCY_SPACE + "€", aCV.getCurrencyFormatted ());
else
assertEquals ("€" + CURRENCY_SPACE + "5,12", aCV.getCurrencyFormatted ());
aCV = new CurrencyValue (ECurrency.USD, new BigDecimal ("5.12"));
assertEquals ("$5.12", aCV.getCurrencyFormatted ());
for (final ECurrency eCurrency : ECurrency.values ())
{
aCV = new CurrencyValue (eCurrency, new BigDecimal ("5.12"));
final String sCurrencyFormatted = aCV.getCurrencyFormatted ();
assertNotNull (sCurrencyFormatted);
final String sValueFormatted = aCV.getValueFormatted ();
assertNotNull (sValueFormatted);
assertTrue (sValueFormatted, sValueFormatted.indexOf (CurrencyHelper.getCurrencySymbol (eCurrency)) < 0);
CommonsTestHelper.testGetClone (aCV);
LOGGER.info ("[" + sCurrencyFormatted + "][" + sValueFormatted + "]");
}
} | @test public void testgetformatted () { imutablecurrencyvalue acv = new currencyvalue (ecurrency.eur, mathhelper.tobigdecimal (5)); if (ejavaversion.jdk_9.issupportedversion ()) assertequals ("5,00" + currency_space + "€", acv.getcurrencyformatted ()); else assertequals ("€" + currency_space + "5,00", acv.getcurrencyformatted ()); acv = new currencyvalue (ecurrency.eur, new bigdecimal ("5.12")); if (ejavaversion.jdk_9.issupportedversion ()) assertequals ("5,12" + currency_space + "€", acv.getcurrencyformatted ()); else assertequals ("€" + currency_space + "5,12", acv.getcurrencyformatted ()); acv = new currencyvalue (ecurrency.usd, new bigdecimal ("5.12")); assertequals ("$5.12", acv.getcurrencyformatted ()); for (final ecurrency ecurrency : ecurrency.values ()) { acv = new currencyvalue (ecurrency, new bigdecimal ("5.12")); final string scurrencyformatted = acv.getcurrencyformatted (); assertnotnull (scurrencyformatted); final string svalueformatted = acv.getvalueformatted (); assertnotnull (svalueformatted); asserttrue (svalueformatted, svalueformatted.indexof (currencyhelper.getcurrencysymbol (ecurrency)) < 0); commonstesthelper.testgetclone (acv); logger.info ("[" + scurrencyformatted + "][" + svalueformatted + "]"); } } | phax/ph-masterdata | [
0,
0,
1,
0
] |
34,357 | List<CandidateField> findCandidateFieldsForType(@NonNull Object source) {
// At this point source class represents the true polymorphic type of the document
Class<?> sourceClass = source.getClass();
// Lock a thread wanting to find information about the same type
// So that this information retrieval is only done once
// Ignore this warning, this class reference will be on the heap
List<CandidateField> candidateFields = this.encryptedFieldsMap.get(sourceClass);
if (candidateFields != null) {
// The cache is already aware of this type, return candidate fields for it
return candidateFields;
}
// Don't bother with primitives
if (ClassUtils.isPrimitiveOrWrapper(sourceClass)) return Collections.emptyList();
// If it is not known, scan each field for annotation or Appsmith type
List<CandidateField> finalCandidateFields = new ArrayList<>();
synchronized (sourceClass) {
ReflectionUtils.doWithFields(sourceClass, field -> {
if (field.getAnnotation(Encrypted.class) != null) {
CandidateField candidateField = new CandidateField(field, CandidateField.Type.ANNOTATED_FIELD);
finalCandidateFields.add(candidateField);
} else if (AppsmithDomain.class.isAssignableFrom(field.getType())) {
CandidateField candidateField = null;
field.setAccessible(true);
Object fieldValue = ReflectionUtils.getField(field, source);
if (fieldValue == null) {
if (this.encryptedFieldsMap.containsKey(field.getType())) {
// If this field is null, but the cache has a non-empty list of candidates already,
// then this is an appsmith field with known annotations
candidateField = new CandidateField(field, CandidateField.Type.APPSMITH_FIELD_KNOWN);
} else {
// If it is null and the cache is not aware of the field, this is still a prospect,
// but with an unknown type (could also be polymorphic)
candidateField = new CandidateField(field, CandidateField.Type.APPSMITH_FIELD_UNKNOWN);
}
} else {
// If an object exists, check if the object type is the same as the field type
CandidateField.Type appsmithFieldType;
if (field.getType().getCanonicalName().equals(fieldValue.getClass().getCanonicalName())) {
// If they match, then this is going to be an appsmith known field
appsmithFieldType = CandidateField.Type.APPSMITH_FIELD_KNOWN;
} else {
// If not, then this field is polymorphic,
// it will need to be checked for type every time
appsmithFieldType = CandidateField.Type.APPSMITH_FIELD_POLYMORPHIC;
}
// Now, go into field type and repeat
List<CandidateField> candidateFieldsForType = findCandidateFieldsForType(fieldValue);
if (appsmithFieldType.equals(CandidateField.Type.APPSMITH_FIELD_POLYMORPHIC)
|| !candidateFieldsForType.isEmpty()) {
// This type only qualifies as a candidate if it is polymorphic,
// or has a list of candidates
candidateField = new CandidateField(field, appsmithFieldType);
}
}
field.setAccessible(false);
if (candidateField != null) {
// This will only ever be null if the field value is populated,
// and is known to be a non-encryption related field
finalCandidateFields.add(candidateField);
}
} else if (Collection.class.isAssignableFrom(field.getType()) &&
field.getGenericType() instanceof ParameterizedType) {
// If this is a collection, check if the Type parameter is an AppsmithDomain
Type[] typeArguments;
ParameterizedType parameterizedType = (ParameterizedType) field.getGenericType();
typeArguments = parameterizedType.getActualTypeArguments();
Class<?> subFieldType;
try {
subFieldType = (Class<?>) typeArguments[0];
} catch (ClassCastException|ArrayIndexOutOfBoundsException e) {
subFieldType = null;
}
if(subFieldType != null) {
if (this.encryptedFieldsMap.containsKey(subFieldType)) {
// This is a known type, it should necessarily be of AppsmithDomain type
assert AppsmithDomain.class.isAssignableFrom(subFieldType);
final List<CandidateField> existingSubTypeCandidates = this.encryptedFieldsMap.get(subFieldType);
if (!existingSubTypeCandidates.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_KNOWN));
}
} else if (AppsmithDomain.class.isAssignableFrom(subFieldType)) {
// If the type is not known, then this is either not parsed yet, or has polymorphic implementations
field.setAccessible(true);
Object fieldValue = ReflectionUtils.getField(field, source);
Collection<?> collection = (Collection<?>) fieldValue;
if (collection == null || collection.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_UNKNOWN));
} else {
for (final Object o : collection) {
if (o == null) {
continue;
}
if (o.getClass().getCanonicalName().equals(subFieldType.getTypeName())) {
final List<CandidateField> candidateFieldsForListMember = findCandidateFieldsForType(o);
if (candidateFieldsForListMember != null && !candidateFieldsForListMember.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_KNOWN));
}
} else {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_POLYMORPHIC));
}
break;
}
}
field.setAccessible(false);
}
}
// TODO Add support for nested collections
} else if (Map.class.isAssignableFrom(field.getType()) &&
field.getGenericType() instanceof ParameterizedType) {
Type[] typeArguments;
ParameterizedType parameterizedType = (ParameterizedType) field.getGenericType();
typeArguments = parameterizedType.getActualTypeArguments();
Class<?> subFieldType = (Class<?>) typeArguments[1];
if (this.encryptedFieldsMap.containsKey(subFieldType)) {
// This is a known type, it should necessarily be of AppsmithDomain type
assert AppsmithDomain.class.isAssignableFrom(subFieldType);
final List<CandidateField> existingSubTypeCandidates = this.encryptedFieldsMap.get(subFieldType);
if (!existingSubTypeCandidates.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_KNOWN));
}
} else if (AppsmithDomain.class.isAssignableFrom(subFieldType)) {
// If the type is not known, then this is either not parsed yet, or has polymorphic implementations
field.setAccessible(true);
Object fieldValue = ReflectionUtils.getField(field, source);
Map<?, ?> map = (Map<?, ?>) fieldValue;
if (map == null || map.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_UNKNOWN));
} else {
for (Map.Entry<?, ?> entry : map.entrySet()) {
final Object value = entry.getValue();
if (value == null) {
continue;
}
if (value.getClass().getCanonicalName().equals(subFieldType.getTypeName())) {
final List<CandidateField> candidateFieldsForListMember = findCandidateFieldsForType(value);
if (candidateFieldsForListMember != null && !candidateFieldsForListMember.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_KNOWN));
}
} else {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_POLYMORPHIC));
}
break;
}
}
field.setAccessible(false);
}
}
}, field -> field.getAnnotation(Encrypted.class) != null ||
AppsmithDomain.class.isAssignableFrom(field.getType()) ||
Collection.class.isAssignableFrom(field.getType()) ||
Map.class.isAssignableFrom(field.getType()));
}
// Update cache for next use
encryptedFieldsMap.put(sourceClass, finalCandidateFields);
return finalCandidateFields;
} | List<CandidateField> findCandidateFieldsForType(@NonNull Object source) {
Class<?> sourceClass = source.getClass();
List<CandidateField> candidateFields = this.encryptedFieldsMap.get(sourceClass);
if (candidateFields != null) {
return candidateFields;
}
if (ClassUtils.isPrimitiveOrWrapper(sourceClass)) return Collections.emptyList();
List<CandidateField> finalCandidateFields = new ArrayList<>();
synchronized (sourceClass) {
ReflectionUtils.doWithFields(sourceClass, field -> {
if (field.getAnnotation(Encrypted.class) != null) {
CandidateField candidateField = new CandidateField(field, CandidateField.Type.ANNOTATED_FIELD);
finalCandidateFields.add(candidateField);
} else if (AppsmithDomain.class.isAssignableFrom(field.getType())) {
CandidateField candidateField = null;
field.setAccessible(true);
Object fieldValue = ReflectionUtils.getField(field, source);
if (fieldValue == null) {
if (this.encryptedFieldsMap.containsKey(field.getType())) {
candidateField = new CandidateField(field, CandidateField.Type.APPSMITH_FIELD_KNOWN);
} else {
candidateField = new CandidateField(field, CandidateField.Type.APPSMITH_FIELD_UNKNOWN);
}
} else {
CandidateField.Type appsmithFieldType;
if (field.getType().getCanonicalName().equals(fieldValue.getClass().getCanonicalName())) {
appsmithFieldType = CandidateField.Type.APPSMITH_FIELD_KNOWN;
} else {
appsmithFieldType = CandidateField.Type.APPSMITH_FIELD_POLYMORPHIC;
}
List<CandidateField> candidateFieldsForType = findCandidateFieldsForType(fieldValue);
if (appsmithFieldType.equals(CandidateField.Type.APPSMITH_FIELD_POLYMORPHIC)
|| !candidateFieldsForType.isEmpty()) {
candidateField = new CandidateField(field, appsmithFieldType);
}
}
field.setAccessible(false);
if (candidateField != null) {
finalCandidateFields.add(candidateField);
}
} else if (Collection.class.isAssignableFrom(field.getType()) &&
field.getGenericType() instanceof ParameterizedType) {
Type[] typeArguments;
ParameterizedType parameterizedType = (ParameterizedType) field.getGenericType();
typeArguments = parameterizedType.getActualTypeArguments();
Class<?> subFieldType;
try {
subFieldType = (Class<?>) typeArguments[0];
} catch (ClassCastException|ArrayIndexOutOfBoundsException e) {
subFieldType = null;
}
if(subFieldType != null) {
if (this.encryptedFieldsMap.containsKey(subFieldType)) {
assert AppsmithDomain.class.isAssignableFrom(subFieldType);
final List<CandidateField> existingSubTypeCandidates = this.encryptedFieldsMap.get(subFieldType);
if (!existingSubTypeCandidates.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_KNOWN));
}
} else if (AppsmithDomain.class.isAssignableFrom(subFieldType)) {
field.setAccessible(true);
Object fieldValue = ReflectionUtils.getField(field, source);
Collection<?> collection = (Collection<?>) fieldValue;
if (collection == null || collection.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_UNKNOWN));
} else {
for (final Object o : collection) {
if (o == null) {
continue;
}
if (o.getClass().getCanonicalName().equals(subFieldType.getTypeName())) {
final List<CandidateField> candidateFieldsForListMember = findCandidateFieldsForType(o);
if (candidateFieldsForListMember != null && !candidateFieldsForListMember.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_KNOWN));
}
} else {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_COLLECTION_POLYMORPHIC));
}
break;
}
}
field.setAccessible(false);
}
}
} else if (Map.class.isAssignableFrom(field.getType()) &&
field.getGenericType() instanceof ParameterizedType) {
Type[] typeArguments;
ParameterizedType parameterizedType = (ParameterizedType) field.getGenericType();
typeArguments = parameterizedType.getActualTypeArguments();
Class<?> subFieldType = (Class<?>) typeArguments[1];
if (this.encryptedFieldsMap.containsKey(subFieldType)) {
assert AppsmithDomain.class.isAssignableFrom(subFieldType);
final List<CandidateField> existingSubTypeCandidates = this.encryptedFieldsMap.get(subFieldType);
if (!existingSubTypeCandidates.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_KNOWN));
}
} else if (AppsmithDomain.class.isAssignableFrom(subFieldType)) {
field.setAccessible(true);
Object fieldValue = ReflectionUtils.getField(field, source);
Map<?, ?> map = (Map<?, ?>) fieldValue;
if (map == null || map.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_UNKNOWN));
} else {
for (Map.Entry<?, ?> entry : map.entrySet()) {
final Object value = entry.getValue();
if (value == null) {
continue;
}
if (value.getClass().getCanonicalName().equals(subFieldType.getTypeName())) {
final List<CandidateField> candidateFieldsForListMember = findCandidateFieldsForType(value);
if (candidateFieldsForListMember != null && !candidateFieldsForListMember.isEmpty()) {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_KNOWN));
}
} else {
finalCandidateFields.add(new CandidateField(field, CandidateField.Type.APPSMITH_MAP_POLYMORPHIC));
}
break;
}
}
field.setAccessible(false);
}
}
}, field -> field.getAnnotation(Encrypted.class) != null ||
AppsmithDomain.class.isAssignableFrom(field.getType()) ||
Collection.class.isAssignableFrom(field.getType()) ||
Map.class.isAssignableFrom(field.getType()));
}
encryptedFieldsMap.put(sourceClass, finalCandidateFields);
return finalCandidateFields;
} | list<candidatefield> findcandidatefieldsfortype(@nonnull object source) { class<?> sourceclass = source.getclass(); list<candidatefield> candidatefields = this.encryptedfieldsmap.get(sourceclass); if (candidatefields != null) { return candidatefields; } if (classutils.isprimitiveorwrapper(sourceclass)) return collections.emptylist(); list<candidatefield> finalcandidatefields = new arraylist<>(); synchronized (sourceclass) { reflectionutils.dowithfields(sourceclass, field -> { if (field.getannotation(encrypted.class) != null) { candidatefield candidatefield = new candidatefield(field, candidatefield.type.annotated_field); finalcandidatefields.add(candidatefield); } else if (appsmithdomain.class.isassignablefrom(field.gettype())) { candidatefield candidatefield = null; field.setaccessible(true); object fieldvalue = reflectionutils.getfield(field, source); if (fieldvalue == null) { if (this.encryptedfieldsmap.containskey(field.gettype())) { candidatefield = new candidatefield(field, candidatefield.type.appsmith_field_known); } else { candidatefield = new candidatefield(field, candidatefield.type.appsmith_field_unknown); } } else { candidatefield.type appsmithfieldtype; if (field.gettype().getcanonicalname().equals(fieldvalue.getclass().getcanonicalname())) { appsmithfieldtype = candidatefield.type.appsmith_field_known; } else { appsmithfieldtype = candidatefield.type.appsmith_field_polymorphic; } list<candidatefield> candidatefieldsfortype = findcandidatefieldsfortype(fieldvalue); if (appsmithfieldtype.equals(candidatefield.type.appsmith_field_polymorphic) || !candidatefieldsfortype.isempty()) { candidatefield = new candidatefield(field, appsmithfieldtype); } } field.setaccessible(false); if (candidatefield != null) { finalcandidatefields.add(candidatefield); } } else if (collection.class.isassignablefrom(field.gettype()) && field.getgenerictype() instanceof parameterizedtype) { type[] typearguments; parameterizedtype parameterizedtype = (parameterizedtype) field.getgenerictype(); typearguments = parameterizedtype.getactualtypearguments(); class<?> subfieldtype; try { subfieldtype = (class<?>) typearguments[0]; } catch (classcastexception|arrayindexoutofboundsexception e) { subfieldtype = null; } if(subfieldtype != null) { if (this.encryptedfieldsmap.containskey(subfieldtype)) { assert appsmithdomain.class.isassignablefrom(subfieldtype); final list<candidatefield> existingsubtypecandidates = this.encryptedfieldsmap.get(subfieldtype); if (!existingsubtypecandidates.isempty()) { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_collection_known)); } } else if (appsmithdomain.class.isassignablefrom(subfieldtype)) { field.setaccessible(true); object fieldvalue = reflectionutils.getfield(field, source); collection<?> collection = (collection<?>) fieldvalue; if (collection == null || collection.isempty()) { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_collection_unknown)); } else { for (final object o : collection) { if (o == null) { continue; } if (o.getclass().getcanonicalname().equals(subfieldtype.gettypename())) { final list<candidatefield> candidatefieldsforlistmember = findcandidatefieldsfortype(o); if (candidatefieldsforlistmember != null && !candidatefieldsforlistmember.isempty()) { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_collection_known)); } } else { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_collection_polymorphic)); } break; } } field.setaccessible(false); } } } else if (map.class.isassignablefrom(field.gettype()) && field.getgenerictype() instanceof parameterizedtype) { type[] typearguments; parameterizedtype parameterizedtype = (parameterizedtype) field.getgenerictype(); typearguments = parameterizedtype.getactualtypearguments(); class<?> subfieldtype = (class<?>) typearguments[1]; if (this.encryptedfieldsmap.containskey(subfieldtype)) { assert appsmithdomain.class.isassignablefrom(subfieldtype); final list<candidatefield> existingsubtypecandidates = this.encryptedfieldsmap.get(subfieldtype); if (!existingsubtypecandidates.isempty()) { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_map_known)); } } else if (appsmithdomain.class.isassignablefrom(subfieldtype)) { field.setaccessible(true); object fieldvalue = reflectionutils.getfield(field, source); map<?, ?> map = (map<?, ?>) fieldvalue; if (map == null || map.isempty()) { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_map_unknown)); } else { for (map.entry<?, ?> entry : map.entryset()) { final object value = entry.getvalue(); if (value == null) { continue; } if (value.getclass().getcanonicalname().equals(subfieldtype.gettypename())) { final list<candidatefield> candidatefieldsforlistmember = findcandidatefieldsfortype(value); if (candidatefieldsforlistmember != null && !candidatefieldsforlistmember.isempty()) { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_map_known)); } } else { finalcandidatefields.add(new candidatefield(field, candidatefield.type.appsmith_map_polymorphic)); } break; } } field.setaccessible(false); } } }, field -> field.getannotation(encrypted.class) != null || appsmithdomain.class.isassignablefrom(field.gettype()) || collection.class.isassignablefrom(field.gettype()) || map.class.isassignablefrom(field.gettype())); } encryptedfieldsmap.put(sourceclass, finalcandidatefields); return finalcandidatefields; } | profencer/appsmith | [
0,
1,
0,
0
] |
1,644 | public static void setFirstDateAsDCT(SieveDocument doc) {
if (doc.getDocstamp() == null) {
for (Timex nextTimex : doc.getTimexes()) {
if (nextTimex.getType().equals(Timex.Type.DATE)) {
nextTimex.setDocumentFunction(DocumentFunction.CREATION_TIME);
doc.addCreationTime(nextTimex);
break;
}
}
}
} | public static void setFirstDateAsDCT(SieveDocument doc) {
if (doc.getDocstamp() == null) {
for (Timex nextTimex : doc.getTimexes()) {
if (nextTimex.getType().equals(Timex.Type.DATE)) {
nextTimex.setDocumentFunction(DocumentFunction.CREATION_TIME);
doc.addCreationTime(nextTimex);
break;
}
}
}
} | public static void setfirstdateasdct(sievedocument doc) { if (doc.getdocstamp() == null) { for (timex nexttimex : doc.gettimexes()) { if (nexttimex.gettype().equals(timex.type.date)) { nexttimex.setdocumentfunction(documentfunction.creation_time); doc.addcreationtime(nexttimex); break; } } } } | nchambers/caevo | [
1,
0,
0,
0
] |
26,251 | public SetterType determineSetterType(String expression) {
// TODO: if (expression.contains("setb")) return SetterType.BUILDER;
if(expression.contains("setf"))
return SetterType.FIELD;
return SetterType.METHOD;
} | public SetterType determineSetterType(String expression) {
if(expression.contains("setf"))
return SetterType.FIELD;
return SetterType.METHOD;
} | public settertype determinesettertype(string expression) { if(expression.contains("setf")) return settertype.field; return settertype.method; } | nndi-oss/intellij-just-sett | [
0,
1,
0,
0
] |
1,701 | public static boolean isPasswordValid(String password) {
//TODO: Replace this with your own logic
return password.length() > 4;
} | public static boolean isPasswordValid(String password) {
return password.length() > 4;
} | public static boolean ispasswordvalid(string password) { return password.length() > 4; } | neiplz/Pedometer | [
1,
0,
0,
0
] |
26,305 | private void updateRule() {
Recur.Builder<LocalDate> rBuilder = new Recur.Builder<>();
switch (frequencyBox.getValue()) {
case DAILY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.DAILY);
break;
case MONTHLY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.MONTHLY);
break;
case WEEKLY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.WEEKLY);
break;
case YEARLY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.YEARLY);
break;
default:
break;
}
int interval = repeatCountSpinner.getValue();
if (interval > 1) {
rBuilder.interval(interval);
} else {
rBuilder.interval(0);
}
if (endsOnButton.isSelected()) {
LocalDate date = endsOnDatePicker.getValue();
rBuilder.until(date);
}
if (endsAfterButton.isSelected()) {
rBuilder.count(endsAfterCounterSpinner.getValue());
}
if (frequencyBox.getValue() == Frequency.MONTHLY) {
if (repeatByDayOfTheMonth.isSelected()) {
int value = getSkinnable().getStartDate().getDayOfMonth();
rBuilder.monthList(new NumberList(value, value, false));
} else {
LocalDate localDate = getSkinnable().getStartDate();
// TODO: use zone id of context (entry, calendar)
ZonedDateTime zonedDateTime = ZonedDateTime.of(localDate,
LocalTime.now(), ZoneId.systemDefault());
int hits = 1;
ZonedDateTime current = zonedDateTime.withDayOfMonth(1);
do {
if (current.getDayOfWeek()
.equals(zonedDateTime.getDayOfWeek())) {
hits++;
}
current = current.plusDays(1);
} while (current.toLocalDate().isBefore(localDate));
WeekDayList weekdays = new WeekDayList();
switch (zonedDateTime.getDayOfWeek()) {
case FRIDAY:
weekdays.add(new WeekDay(WeekDay.FR, hits));
break;
case MONDAY:
weekdays.add(new WeekDay(WeekDay.MO, hits));
break;
case SATURDAY:
weekdays.add(new WeekDay(WeekDay.SA, hits));
break;
case SUNDAY:
weekdays.add(new WeekDay(WeekDay.SU, hits));
break;
case THURSDAY:
weekdays.add(new WeekDay(WeekDay.TH, hits));
break;
case TUESDAY:
weekdays.add(new WeekDay(WeekDay.TU, hits));
break;
case WEDNESDAY:
weekdays.add(new WeekDay(WeekDay.WE, hits));
break;
default:
break;
}
rBuilder.dayList(weekdays);
}
}
if (frequencyBox.getValue() == Frequency.WEEKLY) {
/*
* Weekdays MO, TU, .... SU
*/
WeekDayList weekdays = new WeekDayList();
maybeAddWeekday(weekdays, WeekDay.MO,
weekDayMondayButton);
maybeAddWeekday(weekdays, WeekDay.TU,
weekDayTuesdayButton);
maybeAddWeekday(weekdays, WeekDay.WE,
weekDayWednesdayButton);
maybeAddWeekday(weekdays, WeekDay.TH,
weekDayThursdayButton);
maybeAddWeekday(weekdays, WeekDay.FR,
weekDayFridayButton);
maybeAddWeekday(weekdays, WeekDay.SA,
weekDaySaturdayButton);
maybeAddWeekday(weekdays, WeekDay.SU,
weekDaySundayButton);
rBuilder.dayList(weekdays);
}
Recur<LocalDate> rule = rBuilder.build();
getSkinnable().setRecurrenceRule(rule.toString());
if (LoggingDomain.RECURRENCE.isLoggable(Level.FINE)) {
LoggingDomain.RECURRENCE.fine(
"test dumping 10 recurrences starting with today's date");
LocalDate today = LocalDate.of(2015, 8, 18);
List<LocalDate> dates = rule.getDates(today, today, LocalDate.MAX, 10);
for (LocalDate repeatingDate : dates) {
LoggingDomain.RECURRENCE.fine(repeatingDate.toString());
}
}
} | private void updateRule() {
Recur.Builder<LocalDate> rBuilder = new Recur.Builder<>();
switch (frequencyBox.getValue()) {
case DAILY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.DAILY);
break;
case MONTHLY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.MONTHLY);
break;
case WEEKLY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.WEEKLY);
break;
case YEARLY:
rBuilder.frequency(net.fortuna.ical4j.model.Recur.Frequency.YEARLY);
break;
default:
break;
}
int interval = repeatCountSpinner.getValue();
if (interval > 1) {
rBuilder.interval(interval);
} else {
rBuilder.interval(0);
}
if (endsOnButton.isSelected()) {
LocalDate date = endsOnDatePicker.getValue();
rBuilder.until(date);
}
if (endsAfterButton.isSelected()) {
rBuilder.count(endsAfterCounterSpinner.getValue());
}
if (frequencyBox.getValue() == Frequency.MONTHLY) {
if (repeatByDayOfTheMonth.isSelected()) {
int value = getSkinnable().getStartDate().getDayOfMonth();
rBuilder.monthList(new NumberList(value, value, false));
} else {
LocalDate localDate = getSkinnable().getStartDate();
ZonedDateTime zonedDateTime = ZonedDateTime.of(localDate,
LocalTime.now(), ZoneId.systemDefault());
int hits = 1;
ZonedDateTime current = zonedDateTime.withDayOfMonth(1);
do {
if (current.getDayOfWeek()
.equals(zonedDateTime.getDayOfWeek())) {
hits++;
}
current = current.plusDays(1);
} while (current.toLocalDate().isBefore(localDate));
WeekDayList weekdays = new WeekDayList();
switch (zonedDateTime.getDayOfWeek()) {
case FRIDAY:
weekdays.add(new WeekDay(WeekDay.FR, hits));
break;
case MONDAY:
weekdays.add(new WeekDay(WeekDay.MO, hits));
break;
case SATURDAY:
weekdays.add(new WeekDay(WeekDay.SA, hits));
break;
case SUNDAY:
weekdays.add(new WeekDay(WeekDay.SU, hits));
break;
case THURSDAY:
weekdays.add(new WeekDay(WeekDay.TH, hits));
break;
case TUESDAY:
weekdays.add(new WeekDay(WeekDay.TU, hits));
break;
case WEDNESDAY:
weekdays.add(new WeekDay(WeekDay.WE, hits));
break;
default:
break;
}
rBuilder.dayList(weekdays);
}
}
if (frequencyBox.getValue() == Frequency.WEEKLY) {
WeekDayList weekdays = new WeekDayList();
maybeAddWeekday(weekdays, WeekDay.MO,
weekDayMondayButton);
maybeAddWeekday(weekdays, WeekDay.TU,
weekDayTuesdayButton);
maybeAddWeekday(weekdays, WeekDay.WE,
weekDayWednesdayButton);
maybeAddWeekday(weekdays, WeekDay.TH,
weekDayThursdayButton);
maybeAddWeekday(weekdays, WeekDay.FR,
weekDayFridayButton);
maybeAddWeekday(weekdays, WeekDay.SA,
weekDaySaturdayButton);
maybeAddWeekday(weekdays, WeekDay.SU,
weekDaySundayButton);
rBuilder.dayList(weekdays);
}
Recur<LocalDate> rule = rBuilder.build();
getSkinnable().setRecurrenceRule(rule.toString());
if (LoggingDomain.RECURRENCE.isLoggable(Level.FINE)) {
LoggingDomain.RECURRENCE.fine(
"test dumping 10 recurrences starting with today's date");
LocalDate today = LocalDate.of(2015, 8, 18);
List<LocalDate> dates = rule.getDates(today, today, LocalDate.MAX, 10);
for (LocalDate repeatingDate : dates) {
LoggingDomain.RECURRENCE.fine(repeatingDate.toString());
}
}
} | private void updaterule() { recur.builder<localdate> rbuilder = new recur.builder<>(); switch (frequencybox.getvalue()) { case daily: rbuilder.frequency(net.fortuna.ical4j.model.recur.frequency.daily); break; case monthly: rbuilder.frequency(net.fortuna.ical4j.model.recur.frequency.monthly); break; case weekly: rbuilder.frequency(net.fortuna.ical4j.model.recur.frequency.weekly); break; case yearly: rbuilder.frequency(net.fortuna.ical4j.model.recur.frequency.yearly); break; default: break; } int interval = repeatcountspinner.getvalue(); if (interval > 1) { rbuilder.interval(interval); } else { rbuilder.interval(0); } if (endsonbutton.isselected()) { localdate date = endsondatepicker.getvalue(); rbuilder.until(date); } if (endsafterbutton.isselected()) { rbuilder.count(endsaftercounterspinner.getvalue()); } if (frequencybox.getvalue() == frequency.monthly) { if (repeatbydayofthemonth.isselected()) { int value = getskinnable().getstartdate().getdayofmonth(); rbuilder.monthlist(new numberlist(value, value, false)); } else { localdate localdate = getskinnable().getstartdate(); zoneddatetime zoneddatetime = zoneddatetime.of(localdate, localtime.now(), zoneid.systemdefault()); int hits = 1; zoneddatetime current = zoneddatetime.withdayofmonth(1); do { if (current.getdayofweek() .equals(zoneddatetime.getdayofweek())) { hits++; } current = current.plusdays(1); } while (current.tolocaldate().isbefore(localdate)); weekdaylist weekdays = new weekdaylist(); switch (zoneddatetime.getdayofweek()) { case friday: weekdays.add(new weekday(weekday.fr, hits)); break; case monday: weekdays.add(new weekday(weekday.mo, hits)); break; case saturday: weekdays.add(new weekday(weekday.sa, hits)); break; case sunday: weekdays.add(new weekday(weekday.su, hits)); break; case thursday: weekdays.add(new weekday(weekday.th, hits)); break; case tuesday: weekdays.add(new weekday(weekday.tu, hits)); break; case wednesday: weekdays.add(new weekday(weekday.we, hits)); break; default: break; } rbuilder.daylist(weekdays); } } if (frequencybox.getvalue() == frequency.weekly) { weekdaylist weekdays = new weekdaylist(); maybeaddweekday(weekdays, weekday.mo, weekdaymondaybutton); maybeaddweekday(weekdays, weekday.tu, weekdaytuesdaybutton); maybeaddweekday(weekdays, weekday.we, weekdaywednesdaybutton); maybeaddweekday(weekdays, weekday.th, weekdaythursdaybutton); maybeaddweekday(weekdays, weekday.fr, weekdayfridaybutton); maybeaddweekday(weekdays, weekday.sa, weekdaysaturdaybutton); maybeaddweekday(weekdays, weekday.su, weekdaysundaybutton); rbuilder.daylist(weekdays); } recur<localdate> rule = rbuilder.build(); getskinnable().setrecurrencerule(rule.tostring()); if (loggingdomain.recurrence.isloggable(level.fine)) { loggingdomain.recurrence.fine( "test dumping 10 recurrences starting with today's date"); localdate today = localdate.of(2015, 8, 18); list<localdate> dates = rule.getdates(today, today, localdate.max, 10); for (localdate repeatingdate : dates) { loggingdomain.recurrence.fine(repeatingdate.tostring()); } } } | mwkroening/CalendarFX | [
0,
1,
0,
0
] |
18,334 | private boolean checkDoorIsSealed(World world, BlockPosition pos, int meta)
{
//TODO: door corners
return ((meta & 8) == 8
||
((meta & 4) >> 2 == (meta & 1) && checkDoorSeal(world, pos.getPositionAtOffset(0, 0, 1), meta)
&& checkDoorSeal(world, pos.getPositionAtOffset(0, 0, -1), meta))
||
(meta & 4) >> 2 != (meta & 1) && checkDoorSeal(world, pos.getPositionAtOffset(1, 0, 0), meta)
&& checkDoorSeal(world, pos.getPositionAtOffset(-1, 0, 0), meta));
} | private boolean checkDoorIsSealed(World world, BlockPosition pos, int meta)
{
return ((meta & 8) == 8
||
((meta & 4) >> 2 == (meta & 1) && checkDoorSeal(world, pos.getPositionAtOffset(0, 0, 1), meta)
&& checkDoorSeal(world, pos.getPositionAtOffset(0, 0, -1), meta))
||
(meta & 4) >> 2 != (meta & 1) && checkDoorSeal(world, pos.getPositionAtOffset(1, 0, 0), meta)
&& checkDoorSeal(world, pos.getPositionAtOffset(-1, 0, 0), meta));
} | private boolean checkdoorissealed(world world, blockposition pos, int meta) { return ((meta & 8) == 8 || ((meta & 4) >> 2 == (meta & 1) && checkdoorseal(world, pos.getpositionatoffset(0, 0, 1), meta) && checkdoorseal(world, pos.getpositionatoffset(0, 0, -1), meta)) || (meta & 4) >> 2 != (meta & 1) && checkdoorseal(world, pos.getpositionatoffset(1, 0, 0), meta) && checkdoorseal(world, pos.getpositionatoffset(-1, 0, 0), meta)); } | phit/AdvancedRocketry | [
1,
0,
0,
0
] |
18,335 | private boolean checkDoorSeal(World world, BlockPosition pos, int meta)
{
Block otherBlock = world.getBlock(pos.x, pos.y, pos.z);
int otherMeta = world.getBlockMetadata(pos.x, pos.y, pos.z);
return (otherBlock == AdvancedRocketryBlocks.blockAirLock && (otherMeta & 1) == (meta & 1)) ||
(otherBlock != AdvancedRocketryBlocks.blockAirLock && isBlockSealed(world, pos));
} | private boolean checkDoorSeal(World world, BlockPosition pos, int meta)
{
Block otherBlock = world.getBlock(pos.x, pos.y, pos.z);
int otherMeta = world.getBlockMetadata(pos.x, pos.y, pos.z);
return (otherBlock == AdvancedRocketryBlocks.blockAirLock && (otherMeta & 1) == (meta & 1)) ||
(otherBlock != AdvancedRocketryBlocks.blockAirLock && isBlockSealed(world, pos));
} | private boolean checkdoorseal(world world, blockposition pos, int meta) { block otherblock = world.getblock(pos.x, pos.y, pos.z); int othermeta = world.getblockmetadata(pos.x, pos.y, pos.z); return (otherblock == advancedrocketryblocks.blockairlock && (othermeta & 1) == (meta & 1)) || (otherblock != advancedrocketryblocks.blockairlock && isblocksealed(world, pos)); } | phit/AdvancedRocketry | [
0,
0,
0,
0
] |
34,826 | @Test(enabled=false)
public void testGetFutureConfigWhenReady() throws Exception {
MyPolicy policy = new MyPolicy(MutableMap.builder()
.put(TestEntity.CONF_NAME, DependentConfiguration.whenDone(Callables.returning("aval")))
.build());
app.policies().add(policy);
assertEquals(policy.getConfig(TestEntity.CONF_NAME), "aval");
} | @Test(enabled=false)
public void testGetFutureConfigWhenReady() throws Exception {
MyPolicy policy = new MyPolicy(MutableMap.builder()
.put(TestEntity.CONF_NAME, DependentConfiguration.whenDone(Callables.returning("aval")))
.build());
app.policies().add(policy);
assertEquals(policy.getConfig(TestEntity.CONF_NAME), "aval");
} | @test(enabled=false) public void testgetfutureconfigwhenready() throws exception { mypolicy policy = new mypolicy(mutablemap.builder() .put(testentity.conf_name, dependentconfiguration.whendone(callables.returning("aval"))) .build()); app.policies().add(policy); assertequals(policy.getconfig(testentity.conf_name), "aval"); } | nakomis/incubator-brooklyn | [
1,
0,
0,
0
] |
34,827 | @Test(enabled=false)
public void testGetFutureConfigBlocksUntilReady() throws Exception {
final CountDownLatch latch = new CountDownLatch(1);
MyPolicy policy = new MyPolicy(MutableMap.builder()
.put(TestEntity.CONF_NAME, DependentConfiguration.whenDone(new Callable<String>() {
public String call() {
try {
latch.await(); return "aval";
} catch (InterruptedException e) {
throw Exceptions.propagate(e);
}
}}))
.build());
app.policies().add(policy);
Thread t = new Thread(new Runnable() {
public void run() {
try {
Thread.sleep(10+EARLY_RETURN_GRACE); latch.countDown();
} catch (InterruptedException e) {
throw Exceptions.propagate(e);
}
}});
try {
long starttime = System.currentTimeMillis();
t.start();
assertEquals(policy.getConfig(TestEntity.CONF_NAME), "aval");
long endtime = System.currentTimeMillis();
assertTrue((endtime - starttime) >= 10, "starttime="+starttime+"; endtime="+endtime);
} finally {
t.interrupt();
}
} | @Test(enabled=false)
public void testGetFutureConfigBlocksUntilReady() throws Exception {
final CountDownLatch latch = new CountDownLatch(1);
MyPolicy policy = new MyPolicy(MutableMap.builder()
.put(TestEntity.CONF_NAME, DependentConfiguration.whenDone(new Callable<String>() {
public String call() {
try {
latch.await(); return "aval";
} catch (InterruptedException e) {
throw Exceptions.propagate(e);
}
}}))
.build());
app.policies().add(policy);
Thread t = new Thread(new Runnable() {
public void run() {
try {
Thread.sleep(10+EARLY_RETURN_GRACE); latch.countDown();
} catch (InterruptedException e) {
throw Exceptions.propagate(e);
}
}});
try {
long starttime = System.currentTimeMillis();
t.start();
assertEquals(policy.getConfig(TestEntity.CONF_NAME), "aval");
long endtime = System.currentTimeMillis();
assertTrue((endtime - starttime) >= 10, "starttime="+starttime+"; endtime="+endtime);
} finally {
t.interrupt();
}
} | @test(enabled=false) public void testgetfutureconfigblocksuntilready() throws exception { final countdownlatch latch = new countdownlatch(1); mypolicy policy = new mypolicy(mutablemap.builder() .put(testentity.conf_name, dependentconfiguration.whendone(new callable<string>() { public string call() { try { latch.await(); return "aval"; } catch (interruptedexception e) { throw exceptions.propagate(e); } }})) .build()); app.policies().add(policy); thread t = new thread(new runnable() { public void run() { try { thread.sleep(10+early_return_grace); latch.countdown(); } catch (interruptedexception e) { throw exceptions.propagate(e); } }}); try { long starttime = system.currenttimemillis(); t.start(); assertequals(policy.getconfig(testentity.conf_name), "aval"); long endtime = system.currenttimemillis(); asserttrue((endtime - starttime) >= 10, "starttime="+starttime+"; endtime="+endtime); } finally { t.interrupt(); } } | nakomis/incubator-brooklyn | [
1,
0,
0,
0
] |
18,502 | public void testUpdate() {
// Note: painting code, cannot test
} | public void testUpdate() {
} | public void testupdate() { } | qinFamily/freeVM | [
0,
0,
0,
1
] |
18,503 | public void testPaint() {
// Note: painting code, cannot test
} | public void testPaint() {
} | public void testpaint() { } | qinFamily/freeVM | [
0,
0,
0,
1
] |
18,504 | public void testPaintContentBorderBottomEdge() {
// Note: painting code, cannot test
} | public void testPaintContentBorderBottomEdge() {
} | public void testpaintcontentborderbottomedge() { } | qinFamily/freeVM | [
0,
0,
0,
1
] |