public static void set(String categoryName, String propertyName, String newValue) {
configuration.load();
if (configuration.getCategoryNames().contains(categoryName)) {
if (configuration.getCategory(categoryName).containsKey(propertyName)) {
configuration.getCategory(categoryName).get(propertyName).set(newValue);
}
}
configuration.save();
}
/**
* Disables metrics for the server by setting "opt-out" to true in the config file and canceling
* the metrics task.
*
* @throws java.io.IOException
*/
public void disable() throws IOException {
// Check if the server owner has already set opt-out, if not, set it.
if (!isOptOut()) {
configuration.getCategory(Configuration.CATEGORY_GENERAL).get("opt-out").set("true");
configuration.save();
}
}
/**
* Enables metrics for the server by setting "opt-out" to false in the config file and starting
* the metrics task.
*
* @throws java.io.IOException
*/
public void enable() throws IOException {
// Check if the server owner has already set opt-out, if not, set it.
if (isOptOut()) {
configuration.getCategory(Configuration.CATEGORY_GENERAL).get("opt-out").set("false");
configuration.save();
}
// Enable Task, if it is not running
if (task == null) {
start();
}
}
static void loadConfiguration(Configuration cg) throws RuntimeException {
String cn =
new StringBuilder()
.append(Configuration.CATEGORY_GENERAL)
.append(Configuration.CATEGORY_SPLITTER)
.append("PowerSetting")
.append(Configuration.CATEGORY_SPLITTER)
.toString();
String cn2 =
new StringBuilder()
.append(cn)
.append("Quarry")
.append(Configuration.CATEGORY_SPLITTER)
.toString();
ConfigCategory c =
cg.getCategory(new StringBuilder().append(cn2).append("BreakBlock").toString());
B_BP = get(c, "BasePower", 40);
B_CE = get(c, "EfficiencyCoefficient", 1.3);
B_CU = get(c, "UnbreakingCoefficient", 1);
B_CF = get(c, "FortuneCoefficient", 1.3);
B_CS = get(c, "SilktouchCoefficient", 2);
B_NR = get(c, "BaseMinRecieve", 100);
B_XR = get(c, "BaseMaxRecieve", 300);
B_MS = get(c, "BaseMaxStored", 15000);
c =
cg.getCategory(
new StringBuilder()
.append(cn2)
.append("BreakBlock")
.append(Configuration.CATEGORY_SPLITTER)
.append("MoveHead")
.toString());
H_BP = get(c, "BasePower", 200);
H_CU = get(c, "UnbreakingCoefficient", 1);
c = cg.getCategory(new StringBuilder().append(cn2).append("MakeFrame").toString());
F_BP = get(c, "BasePower", 25);
F_CE = get(c, "EfficiencyCoefficient", 1.3);
F_CU = get(c, "UnbreakingCoefficient", 1);
F_NR = get(c, "BaseMinRecieve", 50);
F_XR = get(c, "BaseMaxRecieve", 100);
F_MS = get(c, "BaseMaxStored", 15000);
cn2 =
new StringBuilder()
.append(cn)
.append("Pump")
.append(Configuration.CATEGORY_SPLITTER)
.toString();
c = cg.getCategory(new StringBuilder().append(cn2).append("DrainLiquid").toString());
PL_BP = get(c, "BasePower", 10);
PL_CU = get(c, "UnbreakingCoefficient", 1);
c = cg.getCategory(new StringBuilder().append(cn2).append("MakeFrame").toString());
PF_BP = get(c, "BasePower", 25);
PF_CU = get(c, "UnbreakingCoefficient", 1);
c = cg.getCategory(new StringBuilder().append(cn).append("MiningWell").toString());
W_BP = get(c, "BasePower", 40);
W_CE = get(c, "EfficiencyCoefficient", 1.3);
W_CU = get(c, "UnbreakingCoefficient", 1);
W_CF = get(c, "FortuneCoefficient", 1.3);
W_CS = get(c, "SilktouchCoefficient", 2);
W_NR = get(c, "BaseMinRecieve", 100);
W_XR = get(c, "BaseMaxRecieve", 100);
W_MS = get(c, "BaseMaxStored", 1000);
c = cg.getCategory(new StringBuilder().append(cn).append("Laser").toString());
L_BP = get(c, "BasePower", 4);
L_CE = get(c, "EfficiencyCoefficient", 2);
L_CU = get(c, "UnbreakingCoefficient", 0.1);
L_CF = get(c, "FortuneCoefficient", 1.05);
L_CS = get(c, "SilktouchCoefficient", 1.1);
L_NR = get(c, "BaseMinRecieve", 25);
L_XR = get(c, "BaseMaxRecieve", 100);
L_MS = get(c, "BaseMaxStored", 1000);
c = cg.getCategory(new StringBuilder().append(cn).append("Refinery").toString());
R_CE = get(c, "EfficiencyCoefficient", 1.3);
R_CU = get(c, "UnbreakingCoefficient", 1);
R_NR = get(c, "BaseMinRecieve", 25);
R_XR = get(c, "BaseMaxRecieve", 100);
R_MS = get(c, "BaseMaxStored", 1000);
StringBuilder sb = new StringBuilder();
if (B_BP < 0) sb.append("general.PowerSetting.Quarry.BreakBlock.BasePower value is bad.\n");
if (B_CE < 0)
sb.append("general.PowerSetting.Quarry.BreakBlock.EfficiencyCoefficient value is bad.\n");
if (B_CU < 0)
sb.append("general.PowerSetting.Quarry.BreakBlock.UnbreakingCoefficient value is bad.\n");
if (B_CF < 0)
sb.append("general.PowerSetting.Quarry.BreakBlock.FortuneCoefficient value is bad.\n");
if (B_CS < 0)
sb.append("general.PowerSetting.Quarry.BreakBlock.SilktouchCoefficient value is bad.\n");
if (B_NR < 0)
sb.append("general.PowerSetting.Quarry.BreakBlock.BaseMinRecieve value is bad.\n");
if (B_XR <= 0 || B_XR < B_NR)
sb.append("general.PowerSetting.Quarry.BreakBlock.BaseMaxRecieve value is bad.\n");
if (B_MS <= 0)
sb.append("general.PowerSetting.Quarry.BreakBlock.BaseMaxStored value is bad.\n");
if (H_BP < 0)
sb.append("general.PowerSetting.Quarry.BreakBlock.MoveHead.BasePower value is bad.\n");
if (H_CU < 0)
sb.append(
"general.PowerSetting.Quarry.BreakBlock.MoveHead.UnbreakingCoefficient value is bad.\n");
if (F_BP < 0) sb.append("general.PowerSetting.Quarry.MakeFrame.BasePower value is bad.\n");
if (F_CE < 0)
sb.append("general.PowerSetting.Quarry.MakeFrame.EfficiencyCoefficient value is bad.\n");
if (F_CU < 0)
sb.append("general.PowerSetting.Quarry.MakeFrame.UnbreakingCoefficient value is bad.\n");
if (F_NR < 0) sb.append("general.PowerSetting.Quarry.MakeFrame.BaseMinRecieve value is bad.\n");
if (F_XR <= 0 || F_XR < F_NR)
sb.append("general.PowerSetting.Quarry.MakeFrame.BaseMaxRecieve value is bad.\n");
if (F_MS <= 0) sb.append("general.PowerSetting.Quarry.MakeFrame.BaseMaxStored value is bad.\n");
if (PL_BP < 0) sb.append("general.PowerSetting.Pump.DrainLiquid.BasePower value is bad.\n");
if (PL_CU < 0)
sb.append("general.PowerSetting.Pump.DrainLiquid.UnbreakingCoefficient value is bad.\n");
if (PF_BP < 0) sb.append("general.PowerSetting.Pump.MakeFrame.BasePower value is bad.\n");
if (PF_CU < 0)
sb.append("general.PowerSetting.Pump.MakeFrame.UnbreakingCoefficient value is bad.\n");
if (W_BP < 0) sb.append("general.PowerSetting.MiningWell.BasePower value is bad.\n");
if (W_CE < 0)
sb.append("general.PowerSetting.MiningWell.EfficiencyCoefficient value is bad.\n");
if (W_CU < 0)
sb.append("general.PowerSetting.MiningWell.UnbreakingCoefficient value is bad.\n");
if (W_CF < 0) sb.append("general.PowerSetting.MiningWell.FortuneCoefficient value is bad.\n");
if (W_CS < 0) sb.append("general.PowerSetting.MiningWell.SilktouchCoefficient value is bad.\n");
if (W_NR < 0) sb.append("general.PowerSetting.MiningWell.BaseMinRecieve value is bad.\n");
if (W_XR <= 0 || W_XR < W_NR)
sb.append("general.PowerSetting.MiningWell.BaseMaxRecieve value is bad.\n");
if (W_MS <= 0) sb.append("general.PowerSetting.MiningWell.BaseMaxStored value is bad.\n");
if (L_BP < 0) sb.append("general.PowerSetting.Laser.BasePower value is bad.\n");
if (L_CE < 0) sb.append("general.PowerSetting.Laser.EfficiencyCoefficient value is bad.\n");
if (L_CU < 0) sb.append("general.PowerSetting.Laser.UnbreakingCoefficient value is bad.\n");
if (L_CF < 0) sb.append("general.PowerSetting.Laser.FortuneCoefficient value is bad.\n");
if (L_CS < 0) sb.append("general.PowerSetting.Laser.SilktouchCoefficient value is bad.\n");
if (L_NR < 0) sb.append("general.PowerSetting.Laser.BaseMinRecieve value is bad.\n");
if (L_XR <= 0 || W_XR < W_NR)
sb.append("general.PowerSetting.Laser.BaseMaxRecieve value is bad.\n");
if (L_MS <= 0) sb.append("general.PowerSetting.Laser.BaseMaxStored value is bad.\n");
if (R_CE < 0) sb.append("general.PowerSetting.Refinery.EfficiencyCoefficient value is bad.\n");
if (R_CU < 0) sb.append("general.PowerSetting.Refinery.UnbreakingCoefficient value is bad.\n");
if (R_NR < 0) sb.append("general.PowerSetting.Refinery.BaseMinRecieve value is bad.\n");
if (R_XR <= 0 || R_XR < R_NR)
sb.append("general.PowerSetting.Refinery.BaseMaxRecieve value is bad.\n");
if (R_MS <= 0) sb.append("general.PowerSetting.Refinery.BaseMaxStored value is bad.\n");
if (sb.length() != 0) throw new RuntimeException(sb.toString());
}
