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updating tiles and conditions

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This commit is contained in:
Stephan Richter
2020-12-02 21:55:28 +01:00
parent b249aa8129
commit 85a1222851
10 changed files with 139 additions and 155 deletions
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160
src/main/java/de/srsoftware/web4rail/tiles/Block.java
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@@ -19,9 +19,9 @@ import de.srsoftware.web4rail.Window;
import de.srsoftware.web4rail.moving.Train;
import de.srsoftware.web4rail.tags.Button;
import de.srsoftware.web4rail.tags.Checkbox;
import de.srsoftware.web4rail.tags.Fieldset;
import de.srsoftware.web4rail.tags.Form;
import de.srsoftware.web4rail.tags.Input;
import de.srsoftware.web4rail.tags.Label;
import de.srsoftware.web4rail.tags.Select;
/**
@@ -212,89 +212,15 @@ public abstract class Block extends StretchableTile implements Comparable<Block>
return super.load(json);
}
public Form propForm(String id) {
Form form = new Form("test");
new Tag("h4").content(t("Block properties")).addTo(form);
new Input(NAME, name).addTo(new Label(t("name:")+NBSP)).addTo(new Tag("p")).addTo(form);
new Checkbox(ALLOW_TURN,t("Turn allowed"),turnAllowed).addTo(new Tag("p")).addTo(form);
Select select = Train.selector(train, null);
select.addTo(new Label(t("Train:")+NBSP)).addTo(new Tag("p")).addTo(form);
return form;
@Override
protected Window properties(List<Fieldset> preForm, FormInput formInputs, List<Fieldset> postForm) {
formInputs.add(t("Name"),new Input(NAME, name));
formInputs.add("",new Checkbox(ALLOW_TURN,t("Turn allowed"),turnAllowed));
formInputs.add(t("Train"),Train.selector(train, null));
postForm.add(waitTimeForm());
return super.properties(preForm, formInputs, postForm);
}
public Window propMenu() {
Window win = new Window("test", "Replace Block.propmenu by Block.properties!");
Form form = new Form("train-wait-form");
new Tag("h4").content(t("Stop settings")).addTo(win);
new Input(REALM,REALM_PLAN).hideIn(form);
new Input(ID,id()).hideIn(form);
new Input(ACTION,ACTION_TIMES).hideIn(form);
new Tag("div").content(t("Minimum and maximum times (in Miliseconds) trains with the respective tag have to wait in this block.")).addTo(form);
Direction dA = directionA();
Direction dB = directionB();
Tag table = new Tag("table");
Tag row = new Tag("tr");
new Tag("td").content(t("Direction")).addTo(row);
new Tag("th").content(t("{}bound",dA)).attr("colspan", 2).addTo(row);
new Tag("th").content(t("{}bound",dB)).attr("colspan", 2).addTo(row);
new Tag("td").content("").addTo(row).addTo(table);
row = new Tag("tr");
new Tag("th").content(t("Tag")).addTo(row);
new Tag("th").content(t("min")).addTo(row);
new Tag("th").content(t("max")).addTo(row);
new Tag("th").content(t("min")).addTo(row);
new Tag("th").content(t("max")).addTo(row);
new Tag("th").content(t("Actions")).addTo(row).addTo(table);
int count = 0;
for (WaitTime wt : waitTimes) {
count++;
row = new Tag("tr");
new Tag("td").content(wt.tag).addTo(row);
new Input("min."+wt.tag+"."+dA,wt.get(dA).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+wt.tag+"."+dA,wt.get(dA).max).numeric().addTo(new Tag("td")).addTo(row);
new Input("min."+wt.tag+"."+dB,wt.get(dB).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+wt.tag+"."+dB,wt.get(dB).max).numeric().addTo(new Tag("td")).addTo(row);
Tag actions = new Tag("td");
Map<String, String> props = Map.of(REALM,REALM_PLAN,ID,id().toString(),ACTION,ACTION_TIMES);
switch (count) {
case 1:
actions.content(""); break;
case 2:
new Button("-",merged(props,Map.of(ACTION_DROP,wt.tag))).addTo(actions);
break;
default:
new Button("↑",merged(props,Map.of(RAISE,wt.tag))).addTo(actions);
new Button("-",merged(props,Map.of(ACTION_DROP,wt.tag))).addTo(actions);
}
actions.addTo(row).addTo(table);
}
WaitTime defaultWT = getWaitTime(NO_TAG);
row = new Tag("tr");
new Input(NEW_TAG,"").attr("placeholder", t("new tag")).addTo(new Tag("td")).addTo(row);
new Input("min."+NEW_TAG+"."+dA,defaultWT.get(dA).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+NEW_TAG+"."+dA,defaultWT.get(dA).max).numeric().addTo(new Tag("td")).addTo(row);
new Input("min."+NEW_TAG+"."+dB,defaultWT.get(dB).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+NEW_TAG+"."+dB,defaultWT.get(dB).max).numeric().addTo(new Tag("td")).addTo(row).addTo(table);
table.addTo(form);
new Button(t("Apply"),form).addTo(form).addTo(win);
return win;
}
public Tile raise(String tag) {
for (int i=1; i<waitTimes.size(); i++) {
WaitTime wt = waitTimes.get(i);
@@ -399,4 +325,74 @@ public abstract class Block extends StretchableTile implements Comparable<Block>
return this;
}
public Fieldset waitTimeForm() {
Fieldset win = new Fieldset("Wait times");
Form form = new Form("train-wait-form");
new Tag("h4").content(t("Stop settings")).addTo(win);
new Input(REALM,REALM_PLAN).hideIn(form);
new Input(ID,id()).hideIn(form);
new Input(ACTION,ACTION_TIMES).hideIn(form);
new Tag("div").content(t("Minimum and maximum times (in Miliseconds) trains with the respective tag have to wait in this block.")).addTo(form);
Direction dA = directionA();
Direction dB = directionB();
Tag table = new Tag("table");
Tag row = new Tag("tr");
new Tag("td").content(t("Direction")).addTo(row);
new Tag("th").content(t("{}bound",dA)).attr("colspan", 2).addTo(row);
new Tag("th").content(t("{}bound",dB)).attr("colspan", 2).addTo(row);
new Tag("td").content("").addTo(row).addTo(table);
row = new Tag("tr");
new Tag("th").content(t("Tag")).addTo(row);
new Tag("th").content(t("min")).addTo(row);
new Tag("th").content(t("max")).addTo(row);
new Tag("th").content(t("min")).addTo(row);
new Tag("th").content(t("max")).addTo(row);
new Tag("th").content(t("Actions")).addTo(row).addTo(table);
int count = 0;
for (WaitTime wt : waitTimes) {
count++;
row = new Tag("tr");
new Tag("td").content(wt.tag).addTo(row);
new Input("min."+wt.tag+"."+dA,wt.get(dA).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+wt.tag+"."+dA,wt.get(dA).max).numeric().addTo(new Tag("td")).addTo(row);
new Input("min."+wt.tag+"."+dB,wt.get(dB).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+wt.tag+"."+dB,wt.get(dB).max).numeric().addTo(new Tag("td")).addTo(row);
Tag actions = new Tag("td");
Map<String, String> props = Map.of(REALM,REALM_PLAN,ID,id().toString(),ACTION,ACTION_TIMES);
switch (count) {
case 1:
actions.content(""); break;
case 2:
new Button("-",merged(props,Map.of(ACTION_DROP,wt.tag))).addTo(actions);
break;
default:
new Button("↑",merged(props,Map.of(RAISE,wt.tag))).addTo(actions);
new Button("-",merged(props,Map.of(ACTION_DROP,wt.tag))).addTo(actions);
}
actions.addTo(row).addTo(table);
}
WaitTime defaultWT = getWaitTime(NO_TAG);
row = new Tag("tr");
new Input(NEW_TAG,"").attr("placeholder", t("new tag")).addTo(new Tag("td")).addTo(row);
new Input("min."+NEW_TAG+"."+dA,defaultWT.get(dA).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+NEW_TAG+"."+dA,defaultWT.get(dA).max).numeric().addTo(new Tag("td")).addTo(row);
new Input("min."+NEW_TAG+"."+dB,defaultWT.get(dB).min).numeric().addTo(new Tag("td")).addTo(row);
new Input("max."+NEW_TAG+"."+dB,defaultWT.get(dB).max).numeric().addTo(new Tag("td")).addTo(row).addTo(table);
table.addTo(form);
new Button(t("Apply"),form).addTo(form).addTo(win);
return win;
}
}