public Tree getDrugDayT(int n) {
int i = 0;
// if (isDrug())
if (isTaskOne())
for (Tree dayT : this.getChildTs()) if (dayT.isDay()) if (n == i++) return dayT;
return null;
}
private Laborx regimeLaborx(Tree laborT) {
Laborx laborx = new Laborx(laborT);
for (Tree t1 : laborT.getChildTs())
if (t1.isDay()) {
laborx.getDay().add(regimeDrugDay(t1));
}
return laborx;
}
private void addOfDate(OfDate patientHistoryx, Tree t1) {
if (t1.isPvariable()) {
Pvariablex pvariablex = new Pvariablex(t1);
if ("ofDate".equals(t1.getPvalueO().getPvariable())) {
patientHistoryx.setPvOfDate(pvariablex);
}
}
}
private Patientx regimePatientx(Tree taskT) {
Patientx patientx = new Patientx(taskT);
for (Tree t1 : taskT.getChildTs())
if (t1.isTask()) {
patientx.getTask().add(taskPatientx(t1));
} else if (t1.isFinding()) {
patientx.getFinding().add(findingPatientx(t1));
}
return patientx;
}
private Dayx regimeDrugDay(Tree t1) {
Dayx dayx = new Dayx(t1);
for (Tree t2 : t1.getChildTs()) {
if (t2.isTimes()) {
// dayx.setTimes(new Timesx(t2));
dayx.getTimes().add(new Timesx(t2));
}
}
return dayx;
}
private Drugx regimeDrugx(Tree drugT) {
Drugx drugx = new Drugx(drugT);
for (Tree t1 : drugT.getChildTs())
if (t1.isDose()) {
drugx.setDose(new Dosex(t1));
} else if (t1.isApp()) {
drugx.setApp(new Appx(t1));
} else if (t1.isDay()) {
drugx.getDay().add(regimeDrugDay(t1));
}
return drugx;
}
private TaskRegimex regimeTaskx(Tree taskT) {
TaskRegimex taskx = new TaskRegimex(taskT);
for (Tree t1 : taskT.getChildTs())
if (t1.isDrug()) {
// taskx.getTaskOne().add(regimeDrugx(t1));
taskx.getDrug().add(regimeDrugx(t1));
} else if (t1.isTask()) {
taskx.getTask().add(regimeTaskx(t1));
} else if (t1.isLabor()) {
taskx.getLabor().add(regimeLaborx(t1));
}
return taskx;
}
private TaskPatientx taskPatientx(Tree taskT) {
TaskPatientx taskPatientx = new TaskPatientx(taskT);
for (Tree t1 : taskT.getChildTs()) {
addOfDate(taskPatientx, t1);
if (t1.isPvariable()) {
Pvariablex pvariablex = new Pvariablex(t1);
if ("cycle".equals(t1.getPvalueO().getPvariable())) {
taskPatientx.setPvCycle(pvariablex);
}
}
}
log.debug(taskPatientx);
return taskPatientx;
}
public Integer getAppDurationSecond() {
if (null == durationValueSecond) {
durationValueSecond = 0;
Tree drugAppT = getParentT().getParentT().getDrugAppT();
if (null != drugAppT) {
App appO = drugAppT.getAppO();
durationValueSecond = appO.getDurationValue();
if ("min".equals(appO.getUnit())) durationValueSecond *= 60;
if ("h".equals(appO.getUnit())) durationValueSecond *= 60 * 60;
if ("d".equals(appO.getUnit())) durationValueSecond *= 60 * 60 * 24;
}
}
return durationValueSecond;
}
private FindingPatientx findingPatientx(Tree t0) {
FindingPatientx findingPatientx = new FindingPatientx(t0);
for (Tree t1 : t0.getChildTs()) {
addOfDate(findingPatientx, t1);
}
return findingPatientx;
}
public String toString() {
return "tree:id:"
+ id
+ " :tabName:"
+ tabName
+ " :idclass:"
+ idClass
+ " :did:"
+ (parentT == null ? 0 : parentT.getId())
+ " :ref:"
+ ref
+ " :sort:"
+ sort
+ " :iddoc:"
+ (docT == null ? 0 : docT.getId())
+ "\n mtlO="
+ getMtlO()
+ (null == getHistory() ? "" : "\n " + getHistory())
// +":hashCode:"+this.hashCode()
;
}
public void setTsEnd() {
for (Tree appT : timesT.getParentT().getParentT().getChildTs())
if (appT.getMtlO() instanceof App) this.appT = appT;
duration = TsTask._1s;
if (appT != null) {
App appO = (App) appT.getMtlO();
int hms = TsTask._1s;
if (appO.getUnit().equals("h")) hms = TsTask._1h;
else if (appO.getUnit().equals("min")) hms = TsTask._1m;
Integer appValue = 1;
if (appO.getAppapp() != null) appValue = appO.getAppapp();
duration = appValue * hms;
}
MObject timesO = timesT.getMtlO();
if (timesO != null
&& timesO instanceof Times
&& TsTask.apporder_endBeforeBegin.equals(((Times) timesO).getApporder())) {
this.tsEnd = new Timestamp(ts.getTime());
this.ts = new Timestamp(tsEnd.getTime() - duration);
} else {
this.tsEnd = new Timestamp(ts.getTime() + duration);
}
}
@RequestMapping(value = "/xml={htmlId}", method = RequestMethod.GET, produces = "application/xml")
public @ResponseBody Treex xml(@PathVariable String htmlId, Model model) {
log.debug(1);
Integer id = mopetService.getIdFromHtmlId(htmlId);
log.debug(id);
Tree t0 = mopetService.readNodes4(id, model);
Treex mtlX = null;
if (t0.isTask()) {
mtlX = regimeTaskx(t0);
} else if (t0.isDrug()) {
mtlX = regimeDrugx(t0);
} else if (t0.isPatient()) {
mtlX = regimePatientx(t0);
} else if (t0.isDose()) {
mtlX = new Dosex(t0);
} else if (t0.isDay()) {
mtlX = regimeDrugDay(t0);
} else if (t0.isTimes()) {
mtlX = new Timesx(t0);
} else {
log.info("TODO!");
}
return mtlX;
}
public void setParentT(Tree tree1) {
this.parentT = tree1;
if (!parentT.hasChild()) parentT.setChildTs(new ArrayList<Tree>());
if (!parentT.getChildTs().contains(this)) parentT.getChildTs().add(this);
}
public Tree getDrugDayTimesT(int n) {
int i = 0;
if (isDay())
for (Tree timesT : this.getChildTs()) if (timesT.isTimes()) if (n == i++) return timesT;
return null;
}
// public void copyDoc(CopyDocMtl copyDocM, MtlDbService dbService) {
// copy(copyDocM.getDocT(),copyDocM,this,dbService);
// }
// private void copy(Tree originalT, CopyDocMtl copyDocM, Tree newDocT, MtlDbService dbService) {
// if(copyDocM.getNotCopyS().contains(originalT))return;
// setId(dbService.nextDbid());
// setDocT(newDocT);
// // newDocT.getDocNodes().add(this);
// copyAtt(originalT);
// copyDocM.getTree().put(originalT.getId(), originalT);
// copyDocM.getNewTree().put(originalT.getId(), this);
// System.out.println(originalT+"\n to "+this);
// copyDocM.addTreePaar(this);
// dbService.getEntityManager().persist(this);
//
// if(originalT.getRef()!=null)
// copyDocM.addRef(originalT);
// if(originalT.getChildTs()!=null){
// childTs=new ArrayList<Tree>();
// for (Tree ocT : originalT.getChildTs()) {
// Tree newT = new Tree();
// newT.setParentT(this);
// childTs.add(newT);
// newT.copy(ocT, copyDocM, newDocT, dbService);
// }
// }
// }
public void copyAtt(Tree originalT) {
setTabName(originalT.getTabName());
setIdClass(originalT.getIdClass());
setSort(originalT.getSort());
}
/**
* Get child tree with value of this object as integer.
*
* @return Tree object with parent object value as integer
*/
public Tree getIvalueT() {
if (isFinding() || isLabor())
for (Tree iValueT : this.getChildTs()) if (iValueT.isIvalue()) return iValueT;
return null;
}
/**
* Get child tree with value of this object as string.
*
* @return Tree object with parent object value as string
*/
public Tree getPvalueT() {
if (isFinding() || isLabor())
for (Tree pValueT : this.getChildTs()) if (pValueT.isPvalue()) return pValueT;
return null;
}
/**
* Get child tree with value of this object as string.
*
* @return Tree object with parent object value as string
*/
public Tree getOfDateT() {
if (getParentT().isPatient())
for (Tree pValueT : this.getChildTs()) if (pValueT.isOfDate()) return pValueT;
return null;
}
public Tree getDrugDoseT() {
if (isDrug()) for (Tree doseT : this.getChildTs()) if (doseT.isDose()) return doseT;
return null;
}
public Tree getDrugDoseAppT() {
if (isDose()) for (Tree doseAppT : this.getChildTs()) if (doseAppT.isApp()) return doseAppT;
return null;
}
public Tree getDrugAppT() {
if (isDrug()) for (Tree appT : this.getChildTs()) if (appT.isApp()) return appT;
return null;
}