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Refactor all arrays to arraylist usage.

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MagicBot
2024-08-21 13:06:35 -04:00
parent 4bcf00fd6f
commit d0f1a73a9f
3 changed files with 90 additions and 86 deletions
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src/engine/wpak/PowersParser.java
+57 -53
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@@ -18,6 +18,7 @@ import java.nio.file.Files;
import java.nio.file.Paths;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.List;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
@@ -84,10 +85,10 @@ public class PowersParser {
// Parse header line in power data
String[] lineData = powerString.toString().trim().split("\n");
ArrayList<String> powerHeader = new ArrayList<>();
List<String> lineData = Arrays.asList(powerString.toString().trim().split("\n"));
List<String> powerHeader = new ArrayList<>();
String headerString = lineData[0];
String headerString = lineData.get(0);
headerString = headerString.replace("\n", " ");
matcher = STRSPLIT_REGEX.matcher(headerString);
@@ -128,6 +129,7 @@ public class PowersParser {
powerEntry.cost = Float.parseFloat(iterator.next());
powerEntry.difficulty = Float.parseFloat(iterator.next());
powerEntry.precision = Float.parseFloat(iterator.next());
// Cleanup init_time in client data which is 0.35.1 or some such
powerEntry.init_time = Float.parseFloat(iterator.next().replaceAll("(\\.0)+$", ""));
powerEntry.release_time = Float.parseFloat(iterator.next());
powerEntry.recycle_time = Float.parseFloat(iterator.next());
@@ -139,65 +141,65 @@ public class PowersParser {
// Process key value pairs after header
iterator = Arrays.stream(lineData).iterator();
iterator = lineData.iterator();
iterator.next(); // Ignore header
while (iterator.hasNext()) {
String lineValue = iterator.next();
String[] lineValues = lineValue.split("=");
String key = lineValues[0].trim();
List<String> lineValues = Arrays.asList(lineValue.split("="));
String key = lineValues.get(0).trim();
ActionEntry actionEntry;
String[] arguments;
List<String> arguments;
Matcher matcher1;
ArrayList<String> args;
switch (key) {
case "ACTION":
actionEntry = new ActionEntry();
arguments = lineValues[1].trim().split("\\s+");
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
actionEntry.effect_id = arguments[0];
actionEntry.minTrains = Integer.parseInt(arguments[1]);
actionEntry.maxTrains = Integer.parseInt(arguments[2]);
actionEntry.duration = Float.parseFloat(arguments[3]);
actionEntry.curve = mbEnums.CompoundCurveType.valueOf(arguments[4]);
actionEntry.stackingCategory = arguments[5];
actionEntry.stackingPriority = Integer.parseInt(arguments[6]);
actionEntry.categoryToPower = mbEnums.CategoryToPowerType.valueOf(arguments[7]);
actionEntry.effect_id = arguments.get(0);
actionEntry.minTrains = Integer.parseInt(arguments.get(1));
actionEntry.maxTrains = Integer.parseInt(arguments.get(2));
actionEntry.duration = Float.parseFloat(arguments.get(3));
actionEntry.curve = mbEnums.CompoundCurveType.valueOf(arguments.get(4));
actionEntry.stackingCategory = arguments.get(5);
actionEntry.stackingPriority = Integer.parseInt(arguments.get(6));
actionEntry.categoryToPower = mbEnums.CategoryToPowerType.valueOf(arguments.get(7));
powerEntry.actionEntries.add(actionEntry);
break;
case "MaxLevel":
powerEntry.maxLevel = Integer.parseInt(lineValues[1].trim());
powerEntry.maxLevel = Integer.parseInt(lineValues.get(1).trim());
break;
case "HateValue":
arguments = lineValues[1].trim().split("\\s+");
powerEntry.hateValue = Integer.parseInt(arguments[0]);
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
powerEntry.hateValue = Integer.parseInt(arguments.get(0));
// Not all entries have a curve. Defaults to DefaultFlat;
if (arguments.length > 1)
powerEntry.hateCurve = mbEnums.CompoundCurveType.valueOf(arguments[1]);
if (arguments.size() > 1)
powerEntry.hateCurve = mbEnums.CompoundCurveType.valueOf(arguments.get(1));
break;
case "LOOPANIMID":
powerEntry.loopAnimID = Integer.parseInt(lineValues[1].trim());
powerEntry.loopAnimID = Integer.parseInt(lineValues.get(1).trim());
break;
case "GRANTOVERRIDEVAR":
powerEntry.grantOverrideVar = lineValues[1].trim();
powerEntry.grantOverrideVar = lineValues.get(1).trim();
break;
case "DESCRIPTION":
powerEntry.description.add(lineValues[1].trim());
powerEntry.description.add(lineValues.get(1).trim());
break;
case "CATEGORY":
powerEntry.category = lineValues[1].trim();
powerEntry.category = lineValues.get(1).trim();
break;
case "CURVE":
arguments = lineValues[1].trim().split("\\s+");
powerEntry.curves.put(arguments[0], mbEnums.CompoundCurveType.valueOf(arguments[1]));
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
powerEntry.curves.put(arguments.get(0), mbEnums.CompoundCurveType.valueOf(arguments.get(1)));
break;
case "EQPREREQ":
EquipmentPreReq equipmentPreReq = new EquipmentPreReq();
matcher1 = STRSPLIT_REGEX.matcher(lineValues[1].trim());
matcher1 = STRSPLIT_REGEX.matcher(lineValues.get(1).trim());
args = new ArrayList<>();
while (matcher1.find())
@@ -209,63 +211,65 @@ public class PowersParser {
powerEntry.equipmentPreReq = equipmentPreReq;
break;
case "CANCASTWHILEMOVING":
powerEntry.canCastWhileMoving = Boolean.parseBoolean(lineValues[1].trim());
powerEntry.canCastWhileMoving = Boolean.parseBoolean(lineValues.get(1).trim());
break;
case "CANCASTWHILEFLYING":
powerEntry.canCastWhileFlying = Boolean.parseBoolean(lineValues[1].trim());
powerEntry.canCastWhileFlying = Boolean.parseBoolean(lineValues.get(1).trim());
break;
case "BLADETRAILS":
powerEntry.bladeTrails = Boolean.parseBoolean(lineValues[1].trim());
powerEntry.bladeTrails = Boolean.parseBoolean(lineValues.get(1).trim());
break;
case "EFFECTPREREQ":
EffectDescription effectPreReq = new EffectDescription();
arguments = lineValues[1].trim().split("\\s+");
effectPreReq.effect_id = arguments[9];
effectPreReq.level = Integer.parseInt(arguments[1]);
effectPreReq.message = arguments[2];
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
effectPreReq.effect_id = arguments.get(9);
effectPreReq.level = Integer.parseInt(arguments.get(1));
effectPreReq.message = arguments.get(2);
powerEntry.effectPreReqs.add(effectPreReq);
break;
case "MONSTERTYPERESTRICTS":
arguments = lineValues[1].trim().split("\\s+");
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
for (String restriction : arguments)
powerEntry.monsterRestricts.add(mbEnums.MonsterType.valueOf(restriction.trim()));
break;
case "MONSTERTYPEPREREQS":
arguments = lineValues[1].trim().split("\\s+");
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
for (String restriction : arguments)
powerEntry.monsterPrereqs.add(mbEnums.MonsterType.valueOf(restriction.trim()));
break;
case "SHOULDCHECKPATH":
powerEntry.shouldCheckPath = Boolean.parseBoolean(lineValues[1].trim());
powerEntry.shouldCheckPath = Boolean.parseBoolean(lineValues.get(1).trim());
break;
case "STICKY":
powerEntry.sticky = Boolean.parseBoolean(lineValues[1].trim());
powerEntry.sticky = Boolean.parseBoolean(lineValues.get(1).trim());
break;
case "PULSEINFO":
arguments = lineValues[1].trim().split("\\s+");
powerEntry.pulseCycle = Integer.parseInt(arguments[0]);
powerEntry.pulseDuration = Integer.parseInt(arguments[1]);
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
powerEntry.pulseCycle = Integer.parseInt(arguments.get(0));
powerEntry.pulseDuration = Integer.parseInt(arguments.get(1));
break;
case "MAXNUMMOBTARGETS":
powerEntry.maxMobTargets = Integer.parseInt(lineValues[1].trim());
powerEntry.maxMobTargets = Integer.parseInt(lineValues.get(1).trim());
break;
case "MAXNUMPLAYERTARGETS":
powerEntry.maxPlayerTargets = Integer.parseInt(lineValues[1].trim());
powerEntry.maxPlayerTargets = Integer.parseInt(lineValues.get(1).trim());
break;
case "ISADMINPOWER":
powerEntry.isAdminPower = Boolean.parseBoolean(lineValues[1].trim());
powerEntry.isAdminPower = Boolean.parseBoolean(lineValues.get(1).trim());
break;
case "ISPROJECTILE":
powerEntry.isProjectile = Boolean.parseBoolean(lineValues[1].trim());
powerEntry.isProjectile = Boolean.parseBoolean(lineValues.get(1).trim());
break;
case "CASTERSPULSEPARTICLE":
powerEntry.casterPulseParticle = Integer.parseInt(lineValues[1].trim());
powerEntry.casterPulseParticle = Integer.parseInt(lineValues.get(1).trim());
break;
case "TARGETEFFECTPREREQS_ORED":
EffectDescription preReq = new EffectDescription();
arguments = lineValues[1].trim().split("\\s+");
preReq.effect_id = arguments[0];
preReq.level = Integer.parseInt(arguments[1]);
arguments = Arrays.asList(lineValues.get(1).trim().split("\\s+"));
preReq.effect_id = arguments.get(0);
preReq.level = Integer.parseInt(arguments.get(1));
powerEntry.targetEffectPrereqs.add(preReq);
break;
case "SOUNDS": // Values not parsed
@@ -293,14 +297,14 @@ public class PowersParser {
// Parse power conditions
if (!conditionString.toString().isEmpty()) {
String[] conditions = conditionString.toString().split("\n");
for (String condition : conditions) {
String[] parameters = condition.trim().split("\\s+");
powerEntry.conditions.put(parameters[0], Float.parseFloat(parameters[1]));
List<String> parameters = Arrays.asList(condition.trim().split("\\s+"));
powerEntry.conditions.put(parameters.get(0), Float.parseFloat(parameters.get(1)));
}
}
return powerEntry;
}