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Core API for legacy Struts-based site framework with AOServ Platform control panels.
/*
* aoweb-struts-core - Core API for legacy Struts-based site framework with AOServ Platform control panels.
* Copyright (C) 2007-2009, 2016 AO Industries, Inc.
* [email protected]
* 7262 Bull Pen Cir
* Mobile, AL 36695
*
* This file is part of aoweb-struts-core.
*
* aoweb-struts-core is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* aoweb-struts-core is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with aoweb-struts-core. If not, see limits = packageDefinition.getLimits();
// Calculate the total minimum monthly
BigDecimal setup = packageDefinition.getSetupFee();
BigDecimal minimumMonthly = packageDefinition.getMonthlyRate();
if(minimumMonthly==null) minimumMonthly = BigDecimal.valueOf(0, 2);
// Find the maximum number of different resources and the cheapest options
int maxPowers = 0;
PackageDefinitionLimit cheapestPower = null;
int maxCPUs = 0;
PackageDefinitionLimit cheapestCPU = null;
int maxRAMs = 0;
PackageDefinitionLimit cheapestRAM = null;
int maxSataControllers = 0;
PackageDefinitionLimit cheapestSataController = null;
int maxScsiControllers = 0;
PackageDefinitionLimit cheapestScsiController = null;
int maxDisks = 0;
PackageDefinitionLimit cheapestDisk = null;
for(PackageDefinitionLimit limit : limits) {
String resourceName = limit.getResource().getName();
if(resourceName.startsWith("hardware_power_")) {
int limitPower = limit.getHardLimit();
if(limitPower>0) {
if(limitPower>maxPowers) maxPowers = limitPower;
if(cheapestPower==null) cheapestPower = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal cheapestRate = cheapestPower.getAdditionalRate();
if(cheapestRate==null) cheapestRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(cheapestRate)<0) cheapestPower = limit;
}
}
} else if(resourceName.startsWith("hardware_processor_")) {
int limitCpu = limit.getHardLimit();
if(limitCpu>0) {
if(limitCpu>maxCPUs) maxCPUs = limitCpu;
if(cheapestCPU==null) cheapestCPU = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal cheapestRate = cheapestCPU.getAdditionalRate();
if(cheapestRate==null) cheapestRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(cheapestRate)<0) cheapestCPU = limit;
}
}
} else if(resourceName.startsWith("hardware_ram_")) {
int limitRAM = limit.getHardLimit();
if(limitRAM>0) {
if(limitRAM>maxRAMs) maxRAMs = limitRAM;
if(cheapestRAM==null) cheapestRAM = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal cheapestRate = cheapestRAM.getAdditionalRate();
if(cheapestRate==null) cheapestRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(cheapestRate)<0) cheapestRAM = limit;
}
}
} else if(resourceName.startsWith("hardware_disk_controller_sata_")) {
int limitSataController = limit.getHardLimit();
if(limitSataController>0) {
if(limitSataController>maxSataControllers) maxSataControllers = limitSataController;
if(cheapestSataController==null) cheapestSataController = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal cheapestRate = cheapestSataController.getAdditionalRate();
if(cheapestRate==null) cheapestRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(cheapestRate)<0) cheapestSataController = limit;
}
}
} else if(resourceName.startsWith("hardware_disk_controller_scsi_")) {
int limitScsiController = limit.getHardLimit();
if(limitScsiController>0) {
if(limitScsiController>maxScsiControllers) maxScsiControllers = limitScsiController;
if(cheapestScsiController==null) cheapestScsiController = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal cheapestRate = cheapestScsiController.getAdditionalRate();
if(cheapestRate==null) cheapestRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(cheapestRate)<0) cheapestScsiController = limit;
}
}
} else if(resourceName.startsWith("hardware_disk_")) {
int hardLimit = limit.getHardLimit();
if(hardLimit>0) {
if(cheapestDisk==null) cheapestDisk = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal cheapestRate = cheapestDisk.getAdditionalRate();
if(cheapestRate==null) cheapestRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(cheapestRate)<0) cheapestDisk = limit;
}
if(hardLimit>maxDisks) maxDisks = hardLimit;
}
}
}
if(cheapestCPU==null) throw new SQLException("Unable to find cheapestCPU");
if(cheapestRAM==null) throw new SQLException("Unable to find cheapestRAM");
if(cheapestDisk==null) throw new SQLException("Unable to find cheapestDisk");
// Build the Power descriptions
StringBuilder minimumPower = new StringBuilder();
if(cheapestPower!=null) {
if(maxPowers!=1) minimumPower.append(maxPowers).append('x');
minimumPower.append(cheapestPower.getResource().toString());
}
// Add the Power costs
if(cheapestPower!=null && cheapestPower.getAdditionalRate()!=null) minimumMonthly = minimumMonthly.add(cheapestPower.getAdditionalRate().multiply(BigDecimal.valueOf(maxPowers)));
// Build the CPU descriptions
if(cheapestCPU==null) throw new SQLException("Unable to find cheapestCPU");
StringBuilder minimumCpu = new StringBuilder();
if(maxCPUs!=1) minimumCpu.append(maxCPUs).append('x');
minimumCpu.append(cheapestCPU.getResource().toString());
// Add the CPU costs
if(cheapestCPU.getAdditionalRate()!=null) minimumMonthly = minimumMonthly.add(cheapestCPU.getAdditionalRate().multiply(BigDecimal.valueOf(maxCPUs)));
// Build the RAM description
if(cheapestRAM==null) throw new SQLException("Unable to find cheapestRAM");
StringBuilder minimumRam = new StringBuilder();
minimumRam.append(cheapestRAM.getResource().toString());
// Add the RAM cost
if(cheapestRAM.getAdditionalRate()!=null) minimumMonthly = minimumMonthly.add(cheapestRAM.getAdditionalRate());
// Build the SATA controller description
StringBuilder minimumSataController = new StringBuilder();
if(cheapestSataController!=null) minimumSataController.append(cheapestSataController.getResource().toString());
// Add the SataController cost
if(cheapestSataController!=null && cheapestSataController.getAdditionalRate()!=null) minimumMonthly = minimumMonthly.add(cheapestSataController.getAdditionalRate());
// Build the SCSI controller description
StringBuilder minimumScsiController = new StringBuilder();
if(cheapestScsiController!=null) minimumScsiController.append(cheapestScsiController.getResource().toString());
// Add the ScsiController cost
if(cheapestScsiController!=null && cheapestScsiController.getAdditionalRate()!=null) minimumMonthly = minimumMonthly.add(cheapestScsiController.getAdditionalRate());
// Build the disk description
String minimumDisk = getDiskDescription(1, cheapestDisk);
// Add the disk cost
if(cheapestDisk.getAdditionalRate()!=null) minimumMonthly = minimumMonthly.add(cheapestDisk.getAdditionalRate());
return new ServerConfiguration(
packageDefinition.getPkey(),
packageDefinition.getDisplay(),
minimumPower.toString(),
minimumCpu.toString(), //.replaceAll(", ", "
"),
minimumRam.toString(),
minimumSataController.toString(),
minimumScsiController.toString(),
minimumDisk,
setup,
minimumMonthly.compareTo(BigDecimal.ZERO)==0 ? null : minimumMonthly
);
}
public static ServerConfiguration getMaximumConfiguration(PackageDefinition packageDefinition) throws SQLException, IOException {
List limits = packageDefinition.getLimits();
// Calculate the total maximum monthly
BigDecimal setup = packageDefinition.getSetupFee();
BigDecimal maximumMonthly = packageDefinition.getMonthlyRate();
if(maximumMonthly==null) maximumMonthly = BigDecimal.valueOf(0, 2);
// Find the maximum number of different resources and the most expensive options
int maxPowers = 0;
PackageDefinitionLimit expensivePower = null;
int maxCPUs = 0;
PackageDefinitionLimit expensiveCPU = null;
int maxRAMs = 0;
PackageDefinitionLimit expensiveRAM = null;
int maxSataControllers = 0;
PackageDefinitionLimit expensiveSataController = null;
int maxScsiControllers = 0;
PackageDefinitionLimit expensiveScsiController = null;
int maxDisks = 0;
PackageDefinitionLimit expensiveDisk = null;
for(PackageDefinitionLimit limit : limits) {
String resourceName = limit.getResource().getName();
if(resourceName.startsWith("hardware_power_")) {
int limitPower = limit.getHardLimit();
if(limitPower>0) {
if(limitPower>maxPowers) maxPowers = limitPower;
if(expensivePower==null) expensivePower = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal expensiveRate = expensivePower.getAdditionalRate();
if(expensiveRate==null) expensiveRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(expensiveRate)>0) expensivePower = limit;
}
}
} else if(resourceName.startsWith("hardware_processor_")) {
int limitCpu = limit.getHardLimit();
if(limitCpu>0) {
if(limitCpu>maxCPUs) maxCPUs = limitCpu;
if(expensiveCPU==null) expensiveCPU = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal expensiveRate = expensiveCPU.getAdditionalRate();
if(expensiveRate==null) expensiveRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(expensiveRate)>0) expensiveCPU = limit;
}
}
} else if(resourceName.startsWith("hardware_ram_")) {
int limitRAM = limit.getHardLimit();
if(limitRAM>0) {
if(limitRAM>maxRAMs) maxRAMs = limitRAM;
if(expensiveRAM==null) expensiveRAM = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal expensiveRate = expensiveRAM.getAdditionalRate();
if(expensiveRate==null) expensiveRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(expensiveRate)>0) expensiveRAM = limit;
}
}
} else if(resourceName.startsWith("hardware_disk_controller_sata_")) {
int limitSataController = limit.getHardLimit();
if(limitSataController>0) {
if(limitSataController>maxSataControllers) maxSataControllers = limitSataController;
if(expensiveSataController==null) expensiveSataController = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal expensiveRate = expensiveSataController.getAdditionalRate();
if(expensiveRate==null) expensiveRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(expensiveRate)>0) expensiveSataController = limit;
}
}
} else if(resourceName.startsWith("hardware_disk_controller_scsi_")) {
int limitScsiController = limit.getHardLimit();
if(limitScsiController>0) {
if(limitScsiController>maxScsiControllers) maxScsiControllers = limitScsiController;
if(expensiveScsiController==null) expensiveScsiController = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal expensiveRate = expensiveScsiController.getAdditionalRate();
if(expensiveRate==null) expensiveRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(expensiveRate)>0) expensiveScsiController = limit;
}
}
} else if(resourceName.startsWith("hardware_disk_")) {
int limitDisk = limit.getHardLimit();
if(limitDisk>0) {
if(limitDisk>maxDisks) maxDisks = limitDisk;
if(expensiveDisk==null) expensiveDisk = limit;
else {
BigDecimal additionalRate = limit.getAdditionalRate();
if(additionalRate==null) additionalRate=BigDecimal.valueOf(0, 2);
BigDecimal expensiveRate = expensiveDisk.getAdditionalRate();
if(expensiveRate==null) expensiveRate=BigDecimal.valueOf(0, 2);
if(additionalRate.compareTo(expensiveRate)>0) expensiveDisk = limit;
}
}
}
}
// Build the Power descriptions
StringBuilder maximumPower = new StringBuilder();
if(expensivePower!=null) {
if(maxPowers!=1) maximumPower.append(maxPowers).append('x');
maximumPower.append(expensivePower.getResource().toString());
}
// Add the Power costs
if(expensivePower!=null && expensivePower.getAdditionalRate()!=null) maximumMonthly = maximumMonthly.add(expensivePower.getAdditionalRate().multiply(BigDecimal.valueOf(maxPowers)));
// Build the CPU descriptions
if(expensiveCPU==null) throw new SQLException("Unable to find expensiveCPU");
StringBuilder maximumCpu = new StringBuilder();
if(maxCPUs!=1) maximumCpu.append(maxCPUs).append('x');
maximumCpu.append(expensiveCPU.getResource().toString());
// Add the CPU costs
if(expensiveCPU.getAdditionalRate()!=null) maximumMonthly = maximumMonthly.add(expensiveCPU.getAdditionalRate().multiply(BigDecimal.valueOf(maxCPUs)));
// Build the RAM description
if(expensiveRAM==null) throw new SQLException("Unable to find expensiveRAM");
StringBuilder maximumRam = new StringBuilder();
if(maxRAMs>1) maximumRam.append(maxRAMs).append('x');
maximumRam.append(expensiveRAM.getResource().toString());
// Add the RAM cost
if(expensiveRAM.getAdditionalRate()!=null) maximumMonthly = maximumMonthly.add(expensiveRAM.getAdditionalRate().multiply(BigDecimal.valueOf(maxRAMs)));
// Build the SATA controller description
StringBuilder maximumSataController = new StringBuilder();
if(expensiveSataController!=null) {
if(maxSataControllers>1) maximumSataController.append(maxSataControllers).append('x');
maximumSataController.append(expensiveSataController.getResource().toString());
}
// Add the SataController cost
if(expensiveSataController!=null && expensiveSataController.getAdditionalRate()!=null) maximumMonthly = maximumMonthly.add(expensiveSataController.getAdditionalRate().multiply(BigDecimal.valueOf(maxSataControllers)));
// Build the SCSI controller description
StringBuilder maximumScsiController = new StringBuilder();
if(expensiveScsiController!=null) {
if(maxScsiControllers>1) maximumScsiController.append(maxScsiControllers).append('x');
maximumScsiController.append(expensiveScsiController.getResource().toString());
}
// Add the ScsiController cost
if(expensiveScsiController!=null && expensiveScsiController.getAdditionalRate()!=null) maximumMonthly = maximumMonthly.add(expensiveScsiController.getAdditionalRate().multiply(BigDecimal.valueOf(maxScsiControllers)));
// Build the disk description
String maximumDisk = getDiskDescription(maxDisks, expensiveDisk);
// Add the disk cost
if(expensiveDisk!=null && expensiveDisk.getAdditionalRate()!=null) maximumMonthly = maximumMonthly.add(expensiveDisk.getAdditionalRate().multiply(BigDecimal.valueOf(maxDisks)));
return new ServerConfiguration(
packageDefinition.getPkey(),
packageDefinition.getDisplay(),
maximumPower.toString(),
maximumCpu.toString(), // .replaceAll(", ", "
"),
maximumRam.toString(),
maximumSataController.toString(),
maximumScsiController.toString(),
maximumDisk,
setup,
maximumMonthly.compareTo(BigDecimal.ZERO)==0 ? null : maximumMonthly
);
}
final private int packageDefinition;
final private String name;
final private String power;
final private String cpu;
final private String ram;
final private String sataController;
final private String scsiController;
final private String disk;
final private BigDecimal setup;
final private BigDecimal monthly;
public ServerConfiguration(
int packageDefinition,
String name,
String power,
String cpu,
String ram,
String sataController,
String scsiController,
String disk,
BigDecimal setup,
BigDecimal monthly
) {
this.packageDefinition = packageDefinition;
this.name = name;
this.power = power;
this.cpu = cpu;
this.ram = ram;
this.sataController = sataController;
this.scsiController = scsiController;
this.disk = disk;
this.setup = setup;
this.monthly = monthly;
}
public int getPackageDefinition() {
return packageDefinition;
}
public String getName() {
return name;
}
public String getPower() {
return power;
}
public String getCpu() {
return cpu;
}
public String getRam() {
return ram;
}
public String getSataController() {
return sataController;
}
public String getScsiController() {
return scsiController;
}
public BigDecimal getSetup() {
return setup;
}
public BigDecimal getMonthly() {
return monthly;
}
public String getDisk() {
return disk;
}
}
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