22037263793

Committed 15 Feb 2026 02:22PM UTC coverage: 45.155% (+0.04%) from 45.112%

Build # 22037263793

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rubensworks

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Merge remote-tracking branch 'origin/master-1.20-lts' into master-1.21-lts

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/src/main/java/org/cyclops/integrateddynamics/GeneralConfig.java

package org.cyclops.integrateddynamics;

import com.google.common.collect.Lists;
import com.google.common.collect.Maps;
import net.minecraft.ResourceLocationException;
import net.minecraft.resources.ResourceLocation;
import net.neoforged.fml.config.ModConfig;
import net.neoforged.fml.event.config.ModConfigEvent;
import org.apache.logging.log4j.Level;
import org.cyclops.cyclopscore.config.ConfigurableProperty;
import org.cyclops.cyclopscore.config.extendedconfig.DummyConfig;
import org.cyclops.cyclopscore.tracking.Analytics;
import org.cyclops.cyclopscore.tracking.Versions;
import org.cyclops.integrateddynamics.api.part.IPartType;
import org.cyclops.integrateddynamics.core.part.PartTypes;

import java.util.List;
import java.util.Map;
import java.util.Objects;

/**
 * A config with general options for this mod.
 * @author rubensworks
 *
 */
public class GeneralConfig extends DummyConfig {

    @ConfigurableProperty(category = "core", comment = "If an anonymous mod startup analytics request may be sent to our analytics service.")
    public static boolean analytics = true;

    @ConfigurableProperty(category = "core", comment = "If the version checker should be enabled.")
    public static boolean versionChecker = true;

    @ConfigurableProperty(category = "machine", comment = "The default update frequency in ticks to use for new parts.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
    public static int defaultPartUpdateFreq = 1;

    @ConfigurableProperty(category = "general", comment = "The energy usage multiplier for networks.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int energyConsumptionMultiplier = 0;

    @ConfigurableProperty(category = "general", comment = "The base energy usage for the audio reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int audioReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the audio writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int audioWriterBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the block reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int blockReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the mono-directional connector.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int connectorMonoDirectionalBaseConsumption = 32;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the omni-directional connector.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int connectorOmniDirectionalBaseConsumption = 128;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the effect writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int effectWriterBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the entity reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int entityReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the entity writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int entityWriterBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the extra-dimensional reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int extraDimensionalReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the fluid reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int fluidReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the inventory reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int inventoryReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the inventory writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int inventoryWriterBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the machine reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int machineReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the machine writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int machineWriterBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the materializer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int materializerBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the network reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int networkReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the display panel when it has a variable.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int panelDisplayBaseConsumptionEnabled = 2;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the display panel when does not have a variable.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int panelDisplayBaseConsumptionDisabled = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the dynamic light panel.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int panelLightDynamicBaseConsumption = 0;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the static light panel.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int panelLightStaticBaseConsumption = 0;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the proxy.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int proxyBaseConsumption = 2;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the redstone reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int redstoneReaderBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the redstone writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int redstoneWriterBaseConsumption = 1;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the variable store.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int variablestoreBaseConsumption = 4;
    @ConfigurableProperty(category = "general", comment = "The base energy usage for the world reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int worldReaderBaseConsumption = 1;

    @ConfigurableProperty(category = "general", comment = "The maximum render distance for part overlays to render. The higher, the more resource intensive.", isCommandable = true, minimalValue = 1, configLocation = ModConfig.Type.CLIENT)
    public static int partOverlayRenderdistance = 15;

    @ConfigurableProperty(category = "core", comment = "If cable models should be cached for rendering optimization.", isCommandable = true, configLocation = ModConfig.Type.CLIENT)
    public static boolean cacheCableModels = true;

    @ConfigurableProperty(category = "core", comment = "The maximum network energy transfer rate.", isCommandable = true, minimalValue = 0, configLocation = ModConfig.Type.SERVER)
    public static int energyRateLimit = Integer.MAX_VALUE;

    @ConfigurableProperty(category = "machine", comment = "The maximum offset in blocks a directional connector can look for its target.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
    public static int maxDirectionalConnectorOffset = 512;

    @ConfigurableProperty(category = "machine", comment = "The NBT tags that are not allowed to be read by displaying NBT tags or performing operations on them.", configLocation = ModConfig.Type.SERVER)
    public static List<String> nbtTagBlacklist = Lists.newArrayList(); // Tag names that have to be ignored

    @ConfigurableProperty(category = "core", comment = "When enabled, networks will stop ticking and values will not be shown and evaluated again. This can be used to fix crashing networks by temporarily enabling this option.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static boolean safeMode = false;

    @ConfigurableProperty(category = "core", comment = "The fastest possible frequency in ticks at which ingredient network should be observed.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static int ingredientNetworkObserverFrequencyMin = 5;

    @ConfigurableProperty(category = "core", comment = "The slowest possible frequency in ticks at which ingredient network should be observed.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static int ingredientNetworkObserverFrequencyMax = 40;

    @ConfigurableProperty(category = "core", comment = "The ingredient network observation frequency slowdown rate in ticks.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static int ingredientNetworkObserverFrequencyIncreaseFactor = 1;

    @ConfigurableProperty(category = "core", comment = "The ingredient network observation frequency slowdown rate in ticks.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static int ingredientNetworkObserverFrequencyDecreaseFactor = 5;

    @ConfigurableProperty(category = "core", comment = "The frequency in ticks at which ingredient network should be observed after a position's contents are changed.", minimalValue = 0, isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static int ingredientNetworkObserverFrequencyForced = 0;

    @ConfigurableProperty(category = "core", comment = "The number of threads that the ingredient network observer can use.", minimalValue = 1, requiresMcRestart = true, configLocation = ModConfig.Type.SERVER)
    public static int ingredientNetworkObserverThreads = 4;

    @ConfigurableProperty(category = "core", comment = "If the ingredient network observer can work on separate thread.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static boolean ingredientNetworkObserverEnableMultithreading = true;

    @ConfigurableProperty(category = "core", comment = "If network change events should be logged. Only enable this when debugging.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static boolean logChangeEvents = false;

    @ConfigurableProperty(category = "core", comment = "If variable card IDs should be logged during evaluation. This is useful for debugging crashes caused by card evaluation.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static boolean logCardEvaluation = false;

    @ConfigurableProperty(category = "core", comment = "How deep the recursion stack on an operator can become. This is to avoid game crashes when building things like the omega operator.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static int operatorRecursionLimit = 256;

    @ConfigurableProperty(category = "machine", comment = "Priority list of mod id's when determining tag-based recipe outputs.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static List<String> recipeTagOutputModPriorities = Lists.newArrayList();

    @ConfigurableProperty(category = "core", comment = "If corrupted networks should automatically be restored on first tick.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
    public static boolean recreateCorruptedNetworks = true;

    @ConfigurableProperty(category = "core", comment = "The maximum frequency at which speach messages can be played in milliseconds.", isCommandable = true, configLocation = ModConfig.Type.CLIENT)
    public static int speachMaxFrequency = 1000;

    @ConfigurableProperty(category = "core" , comment = "When true, use the LONG number format style. Otherwise, use the SHORT style.")
    public static boolean numberCompactUseLongStyle = false;

    @ConfigurableProperty(category = "core" , comment = "The maximum number of fractional digits to include in the result of the compact operator")
    public static int numberCompactMaximumFractionDigits = 2;

    @ConfigurableProperty(category = "core" , comment = "The minimum number of fractional digits to include in the result of the compact operator")
    public static int numberCompactMinimumFractionDigits = 0;

    @ConfigurableProperty(category = "core" , comment = "The maximum number of integer digits to include in the result of the compact operator")
    public static int numberCompactMaximumIntegerDigits = 3;

    @ConfigurableProperty(category = "core" , comment = "The minimum number of integer digits to include in the result of the compact operator")
    public static int numberCompactMinimumIntegerDigits = 1;

    @ConfigurableProperty(category = "general", comment = "The default port for running the network diagnostics HTTP server.", configLocation = ModConfig.Type.CLIENT)
    public static int diagnosticsWebServerPort = 3030;

    @ConfigurableProperty(category = "machine", comment = "The maximum offset in blocks a part can target.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
    public static int maxPartOffset = 32;

    @ConfigurableProperty(category = "machine", comment = "The distance from which part offsets should be shown.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
    public static int partOffsetRenderDistance = 16;

    @ConfigurableProperty(category = "machine", comment = "The maximum values that Part Offset items will have when dropped from a broken part.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
    public static int enchancementOffsetPartDropValue = 4;

    @ConfigurableProperty(category = "machine" , comment = "When true, disable the collision for cable.", configLocation = ModConfig.Type.SERVER)
    public static boolean disableCableCollision = false;

    @ConfigurableProperty(category = "general", comment = "The minimum update interval to enforce for all parts, in number of ticks.", configLocation = ModConfig.Type.SERVER)
    public static int partsMinimumUpdateInterval = 1;
    @ConfigurableProperty(category = "general", comment = "The minimum update intervals to enforce for specific parts. You can add entries in the form of 'integrateddynamics:machine_reader:10', where '10' refers to the number of ticks.", configLocation = ModConfig.Type.SERVER)
    public static List<String> partMinimumUpdateIntervals = Lists.newArrayList();
    public static Map<IPartType<?, ?>, Integer> partMinimumUpdateIntervalsMap = Maps.newIdentityHashMap();

    public GeneralConfig() {
        super(IntegratedDynamics._instance, "general");
        IntegratedDynamics._instance.getModEventBus().addListener(this::onConfigLoad);
        IntegratedDynamics._instance.getModEventBus().addListener(this::onConfigReload);
    }

    @Override
    public void onRegistered() {
        if(analytics) {
            Analytics.registerMod(getMod(), Reference.GA_TRACKING_ID);
        }
        if(versionChecker) {
            Versions.registerMod(getMod(), IntegratedDynamics._instance, Reference.VERSION_URL);
        }
    }

    public void onConfigLoad(ModConfigEvent.Loading event) {
        if (Objects.equals(event.getConfig().getModId(), Reference.MOD_ID)) {
            recreatePartMinimumUpdateIntervals();
        }
    }

    public void onConfigReload(ModConfigEvent.Loading event) {
        if (Objects.equals(event.getConfig().getModId(), Reference.MOD_ID)) {
            recreatePartMinimumUpdateIntervals();
        }
    }

    private void recreatePartMinimumUpdateIntervals() {
        partMinimumUpdateIntervalsMap = Maps.newIdentityHashMap();
        for (String entry : partMinimumUpdateIntervals) {
            int lastColon = entry.lastIndexOf(":");
            if (lastColon == -1) {
                IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: Invalid entry " + entry);
                continue;
            }
            String partType = entry.substring(0, lastColon);
            int interval;
            try {
                interval = Integer.parseInt(entry.substring(lastColon + 1));
            } catch (NumberFormatException e) {
                IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: Invalid interval integer in " + entry);
                continue;
            }
            try {
                IPartType<?, ?> part = PartTypes.REGISTRY.getPartType(ResourceLocation.tryParse(partType));
                if (part != null) {
                    partMinimumUpdateIntervalsMap.put(part, interval);
                } else {
                    IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: Could not find a part with id " + partType);
                }
            } catch (ResourceLocationException e) {
                IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: " + e.getMessage());
            }
        }
    }

}

1	package org.cyclops.integrateddynamics;
2
3	import com.google.common.collect.Lists;
4	import com.google.common.collect.Maps;
5	import net.minecraft.ResourceLocationException;
6	import net.minecraft.resources.ResourceLocation;
7	import net.neoforged.fml.config.ModConfig;
8	import net.neoforged.fml.event.config.ModConfigEvent;
9	import org.apache.logging.log4j.Level;
10	import org.cyclops.cyclopscore.config.ConfigurableProperty;
11	import org.cyclops.cyclopscore.config.extendedconfig.DummyConfig;
12	import org.cyclops.cyclopscore.tracking.Analytics;
13	import org.cyclops.cyclopscore.tracking.Versions;
14	import org.cyclops.integrateddynamics.api.part.IPartType;
15	import org.cyclops.integrateddynamics.core.part.PartTypes;
16
17	import java.util.List;
18	import java.util.Map;
19	import java.util.Objects;
20
21	/**
22	* A config with general options for this mod.
23	* @author rubensworks
24	*
25	*/
26	public class GeneralConfig extends DummyConfig {
27
28	@ConfigurableProperty(category = "core", comment = "If an anonymous mod startup analytics request may be sent to our analytics service.")
29	public static boolean analytics = true;	2✔
30
31	@ConfigurableProperty(category = "core", comment = "If the version checker should be enabled.")
32	public static boolean versionChecker = true;	2✔
33
34	@ConfigurableProperty(category = "machine", comment = "The default update frequency in ticks to use for new parts.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
35	public static int defaultPartUpdateFreq = 1;	2✔
36
37	@ConfigurableProperty(category = "general", comment = "The energy usage multiplier for networks.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
38	public static int energyConsumptionMultiplier = 0;	2✔
39
40	@ConfigurableProperty(category = "general", comment = "The base energy usage for the audio reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
41	public static int audioReaderBaseConsumption = 1;	2✔
42	@ConfigurableProperty(category = "general", comment = "The base energy usage for the audio writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
43	public static int audioWriterBaseConsumption = 1;	2✔
44	@ConfigurableProperty(category = "general", comment = "The base energy usage for the block reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
45	public static int blockReaderBaseConsumption = 1;	2✔
46	@ConfigurableProperty(category = "general", comment = "The base energy usage for the mono-directional connector.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
47	public static int connectorMonoDirectionalBaseConsumption = 32;	2✔
48	@ConfigurableProperty(category = "general", comment = "The base energy usage for the omni-directional connector.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
49	public static int connectorOmniDirectionalBaseConsumption = 128;	2✔
50	@ConfigurableProperty(category = "general", comment = "The base energy usage for the effect writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
51	public static int effectWriterBaseConsumption = 1;	2✔
52	@ConfigurableProperty(category = "general", comment = "The base energy usage for the entity reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
53	public static int entityReaderBaseConsumption = 1;	2✔
54	@ConfigurableProperty(category = "general", comment = "The base energy usage for the entity writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
55	public static int entityWriterBaseConsumption = 1;	2✔
56	@ConfigurableProperty(category = "general", comment = "The base energy usage for the extra-dimensional reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
57	public static int extraDimensionalReaderBaseConsumption = 1;	2✔
58	@ConfigurableProperty(category = "general", comment = "The base energy usage for the fluid reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
59	public static int fluidReaderBaseConsumption = 1;	2✔
60	@ConfigurableProperty(category = "general", comment = "The base energy usage for the inventory reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
61	public static int inventoryReaderBaseConsumption = 1;	2✔
62	@ConfigurableProperty(category = "general", comment = "The base energy usage for the inventory writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
63	public static int inventoryWriterBaseConsumption = 1;	2✔
64	@ConfigurableProperty(category = "general", comment = "The base energy usage for the machine reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
65	public static int machineReaderBaseConsumption = 1;	2✔
66	@ConfigurableProperty(category = "general", comment = "The base energy usage for the machine writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
67	public static int machineWriterBaseConsumption = 1;	2✔
68	@ConfigurableProperty(category = "general", comment = "The base energy usage for the materializer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
69	public static int materializerBaseConsumption = 1;	2✔
70	@ConfigurableProperty(category = "general", comment = "The base energy usage for the network reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
71	public static int networkReaderBaseConsumption = 1;	2✔
72	@ConfigurableProperty(category = "general", comment = "The base energy usage for the display panel when it has a variable.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
73	public static int panelDisplayBaseConsumptionEnabled = 2;	2✔
74	@ConfigurableProperty(category = "general", comment = "The base energy usage for the display panel when does not have a variable.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
75	public static int panelDisplayBaseConsumptionDisabled = 1;	2✔
76	@ConfigurableProperty(category = "general", comment = "The base energy usage for the dynamic light panel.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
77	public static int panelLightDynamicBaseConsumption = 0;	2✔
78	@ConfigurableProperty(category = "general", comment = "The base energy usage for the static light panel.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
79	public static int panelLightStaticBaseConsumption = 0;	2✔
80	@ConfigurableProperty(category = "general", comment = "The base energy usage for the proxy.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
81	public static int proxyBaseConsumption = 2;	2✔
82	@ConfigurableProperty(category = "general", comment = "The base energy usage for the redstone reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
83	public static int redstoneReaderBaseConsumption = 1;	2✔
84	@ConfigurableProperty(category = "general", comment = "The base energy usage for the redstone writer.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
85	public static int redstoneWriterBaseConsumption = 1;	2✔
86	@ConfigurableProperty(category = "general", comment = "The base energy usage for the variable store.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
87	public static int variablestoreBaseConsumption = 4;	2✔
88	@ConfigurableProperty(category = "general", comment = "The base energy usage for the world reader.", minimalValue = 0, configLocation = ModConfig.Type.SERVER)
89	public static int worldReaderBaseConsumption = 1;	2✔
90
91	@ConfigurableProperty(category = "general", comment = "The maximum render distance for part overlays to render. The higher, the more resource intensive.", isCommandable = true, minimalValue = 1, configLocation = ModConfig.Type.CLIENT)
92	public static int partOverlayRenderdistance = 15;	2✔
93
94	@ConfigurableProperty(category = "core", comment = "If cable models should be cached for rendering optimization.", isCommandable = true, configLocation = ModConfig.Type.CLIENT)
95	public static boolean cacheCableModels = true;	2✔
96
97	@ConfigurableProperty(category = "core", comment = "The maximum network energy transfer rate.", isCommandable = true, minimalValue = 0, configLocation = ModConfig.Type.SERVER)
98	public static int energyRateLimit = Integer.MAX_VALUE;	2✔
99
100	@ConfigurableProperty(category = "machine", comment = "The maximum offset in blocks a directional connector can look for its target.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
101	public static int maxDirectionalConnectorOffset = 512;	2✔
102
103	@ConfigurableProperty(category = "machine", comment = "The NBT tags that are not allowed to be read by displaying NBT tags or performing operations on them.", configLocation = ModConfig.Type.SERVER)
104	public static List<String> nbtTagBlacklist = Lists.newArrayList(); // Tag names that have to be ignored	2✔
105
106	@ConfigurableProperty(category = "core", comment = "When enabled, networks will stop ticking and values will not be shown and evaluated again. This can be used to fix crashing networks by temporarily enabling this option.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
107	public static boolean safeMode = false;	2✔
108
109	@ConfigurableProperty(category = "core", comment = "The fastest possible frequency in ticks at which ingredient network should be observed.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
110	public static int ingredientNetworkObserverFrequencyMin = 5;	2✔
111
112	@ConfigurableProperty(category = "core", comment = "The slowest possible frequency in ticks at which ingredient network should be observed.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
113	public static int ingredientNetworkObserverFrequencyMax = 40;	2✔
114
115	@ConfigurableProperty(category = "core", comment = "The ingredient network observation frequency slowdown rate in ticks.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
116	public static int ingredientNetworkObserverFrequencyIncreaseFactor = 1;	2✔
117
118	@ConfigurableProperty(category = "core", comment = "The ingredient network observation frequency slowdown rate in ticks.", minimalValue = 1, isCommandable = true, configLocation = ModConfig.Type.SERVER)
119	public static int ingredientNetworkObserverFrequencyDecreaseFactor = 5;	2✔
120
121	@ConfigurableProperty(category = "core", comment = "The frequency in ticks at which ingredient network should be observed after a position's contents are changed.", minimalValue = 0, isCommandable = true, configLocation = ModConfig.Type.SERVER)
122	public static int ingredientNetworkObserverFrequencyForced = 0;	2✔
123
124	@ConfigurableProperty(category = "core", comment = "The number of threads that the ingredient network observer can use.", minimalValue = 1, requiresMcRestart = true, configLocation = ModConfig.Type.SERVER)
125	public static int ingredientNetworkObserverThreads = 4;	2✔
126
127	@ConfigurableProperty(category = "core", comment = "If the ingredient network observer can work on separate thread.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
128	public static boolean ingredientNetworkObserverEnableMultithreading = true;	2✔
129
130	@ConfigurableProperty(category = "core", comment = "If network change events should be logged. Only enable this when debugging.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
131	public static boolean logChangeEvents = false;	2✔
132
133	@ConfigurableProperty(category = "core", comment = "If variable card IDs should be logged during evaluation. This is useful for debugging crashes caused by card evaluation.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
134	public static boolean logCardEvaluation = false;	2✔
135
136	@ConfigurableProperty(category = "core", comment = "How deep the recursion stack on an operator can become. This is to avoid game crashes when building things like the omega operator.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
137	public static int operatorRecursionLimit = 256;	2✔
138
139	@ConfigurableProperty(category = "machine", comment = "Priority list of mod id's when determining tag-based recipe outputs.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
140	public static List<String> recipeTagOutputModPriorities = Lists.newArrayList();	2✔
141
142	@ConfigurableProperty(category = "core", comment = "If corrupted networks should automatically be restored on first tick.", isCommandable = true, configLocation = ModConfig.Type.SERVER)
143	public static boolean recreateCorruptedNetworks = true;	2✔
144
145	@ConfigurableProperty(category = "core", comment = "The maximum frequency at which speach messages can be played in milliseconds.", isCommandable = true, configLocation = ModConfig.Type.CLIENT)
146	public static int speachMaxFrequency = 1000;	2✔
147
148	@ConfigurableProperty(category = "core" , comment = "When true, use the LONG number format style. Otherwise, use the SHORT style.")
149	public static boolean numberCompactUseLongStyle = false;	2✔
150
151	@ConfigurableProperty(category = "core" , comment = "The maximum number of fractional digits to include in the result of the compact operator")
152	public static int numberCompactMaximumFractionDigits = 2;	2✔
153
154	@ConfigurableProperty(category = "core" , comment = "The minimum number of fractional digits to include in the result of the compact operator")
155	public static int numberCompactMinimumFractionDigits = 0;	2✔
156
157	@ConfigurableProperty(category = "core" , comment = "The maximum number of integer digits to include in the result of the compact operator")
158	public static int numberCompactMaximumIntegerDigits = 3;	2✔
159
160	@ConfigurableProperty(category = "core" , comment = "The minimum number of integer digits to include in the result of the compact operator")
161	public static int numberCompactMinimumIntegerDigits = 1;	2✔
162
163	@ConfigurableProperty(category = "general", comment = "The default port for running the network diagnostics HTTP server.", configLocation = ModConfig.Type.CLIENT)
164	public static int diagnosticsWebServerPort = 3030;	2✔
165
166	@ConfigurableProperty(category = "machine", comment = "The maximum offset in blocks a part can target.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
167	public static int maxPartOffset = 32;	2✔
168
169	@ConfigurableProperty(category = "machine", comment = "The distance from which part offsets should be shown.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
170	public static int partOffsetRenderDistance = 16;	2✔
171
172	@ConfigurableProperty(category = "machine", comment = "The maximum values that Part Offset items will have when dropped from a broken part.", minimalValue = 1, configLocation = ModConfig.Type.SERVER)
173	public static int enchancementOffsetPartDropValue = 4;	2✔
174
175	@ConfigurableProperty(category = "machine" , comment = "When true, disable the collision for cable.", configLocation = ModConfig.Type.SERVER)
176	public static boolean disableCableCollision = false;	2✔
177
178	@ConfigurableProperty(category = "general", comment = "The minimum update interval to enforce for all parts, in number of ticks.", configLocation = ModConfig.Type.SERVER)
179	public static int partsMinimumUpdateInterval = 1;	2✔
180	@ConfigurableProperty(category = "general", comment = "The minimum update intervals to enforce for specific parts. You can add entries in the form of 'integrateddynamics:machine_reader:10', where '10' refers to the number of ticks.", configLocation = ModConfig.Type.SERVER)
181	public static List<String> partMinimumUpdateIntervals = Lists.newArrayList();	2✔
182	public static Map<IPartType<?, ?>, Integer> partMinimumUpdateIntervalsMap = Maps.newIdentityHashMap();	3✔
183
184	public GeneralConfig() {
185	super(IntegratedDynamics._instance, "general");	4✔
186	IntegratedDynamics._instance.getModEventBus().addListener(this::onConfigLoad);	5✔
187	IntegratedDynamics._instance.getModEventBus().addListener(this::onConfigReload);	5✔
188	}	1✔
189
190	@Override
191	public void onRegistered() {
192	if(analytics) {	2!
193	Analytics.registerMod(getMod(), Reference.GA_TRACKING_ID);	4✔
194	}
195	if(versionChecker) {	2!
196	Versions.registerMod(getMod(), IntegratedDynamics._instance, Reference.VERSION_URL);	5✔
197	}
198	}	1✔
199
200	public void onConfigLoad(ModConfigEvent.Loading event) {
201	if (Objects.equals(event.getConfig().getModId(), Reference.MOD_ID)) {	6!
202	recreatePartMinimumUpdateIntervals();	2✔
203	}
204	}	1✔
205
206	public void onConfigReload(ModConfigEvent.Loading event) {
207	if (Objects.equals(event.getConfig().getModId(), Reference.MOD_ID)) {	6!
208	recreatePartMinimumUpdateIntervals();	2✔
209	}
210	}	1✔
211
212	private void recreatePartMinimumUpdateIntervals() {
213	partMinimumUpdateIntervalsMap = Maps.newIdentityHashMap();	2✔
214	for (String entry : partMinimumUpdateIntervals) {	6!
215	int lastColon = entry.lastIndexOf(":");	×
216	if (lastColon == -1) {	×
217	IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: Invalid entry " + entry);	×
218	continue;	×
219	}
220	String partType = entry.substring(0, lastColon);	×
221	int interval;
222	try {
223	interval = Integer.parseInt(entry.substring(lastColon + 1));	×
224	} catch (NumberFormatException e) {	×
225	IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: Invalid interval integer in " + entry);	×
226	continue;	×
227	}	×
228	try {
229	IPartType<?, ?> part = PartTypes.REGISTRY.getPartType(ResourceLocation.tryParse(partType));	×
230	if (part != null) {	×
231	partMinimumUpdateIntervalsMap.put(part, interval);	×
232	} else {
233	IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: Could not find a part with id " + partType);	×
234	}
235	} catch (ResourceLocationException e) {	×
236	IntegratedDynamics.clog(Level.WARN, "Error while reloading config entry partMinimumUpdateIntervals: " + e.getMessage());	×
237	}	×
238	}	×
239	}	1✔
240
241	}

CyclopsMC / IntegratedDynamics / 22037263793

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