private static void EnableDHCP_FreeBSD(string adapter, ExecutionResult ret)
{
const string rcConfPath = compatLinux + rcConf;
ShellHelper.RunCmd("cp -p " + rcConf + " " + rcConfPath);
int pos = TxtHelper.GetStrPos(rcConfPath, "ifconfig_" + adapter + "=", 0, -1);
if (pos == -1)
{
pos = TxtHelper.GetStrPos(rcConfPath, "ifconfig_" + adapter + " =", 0, -1);
}
TxtHelper.ReplaceStr(rcConfPath, "ifconfig_" + adapter + "=\"DHCP\"", pos);
ShellHelper.RunCmd("cp -p " + rcConfPath + " " + rcConf);
ExecutionResult res = ShellHelper.RunCmd("service netif restart");
if (res.ResultCode == 1)
{
ret.ResultCode = 1;
ret.ErrorMessage = res.ErrorMessage;
}
res = ShellHelper.RunCmd("service routing restart");
if (res.ResultCode == 1)
{
ret.ResultCode = 1;
ret.ErrorMessage = res.ErrorMessage;
}
}
private static void EnableDHCP_Ubuntu(String adapter, ExecutionResult ret)
{
//netplan configuration (for Ubuntu 18.04+)
string netplanPath = GetNetplanPath();
int startPos = TxtHelper.GetStrPos(netplanPath, adapter + ":", 0, -1);
if (startPos != -1)
{
string firstStr = TxtHelper.GetStr(netplanPath, adapter + ":", startPos, startPos);
int spacesCount = GetNetplanSpacesCount(firstStr);
startPos++;
int endPos = GetNetplanEndPos(netplanPath, startPos, spacesCount);
List <string> config = new List <string>();
config.Add(new String(' ', spacesCount + 2) + "dhcp4: yes");
TxtHelper.ReplaceAllStr(netplanPath, config, startPos, endPos);
ShellHelper.RunCmd("netplan apply");
}
//iterfaces configuration (for Ubuntu 16.04-)
startPos = TxtHelper.GetStrPos(interfacesPath, "iface " + adapter, 0, -1);
if (startPos != -1)
{
int endPos = TxtHelper.GetStrPos(interfacesPath, "auto ", startPos, -1);
if (endPos != -1)
{
endPos--;
}
List <string> config = new List <string>();
config.Add("iface " + adapter + " inet dhcp");
TxtHelper.ReplaceAllStr(interfacesPath, config, startPos, endPos);
ret.RebootRequired = true;
}
}
private static void DisableDHCP_CentOS(ExecutionContext context, String adapter, ExecutionResult ret, string[] ipAddresses, string[] subnetMasksPrefix, string ipGateway)
{
string adapterPath = ifcfgBasePath + adapter;
TxtHelper.ReplaceStr(adapterPath, "BOOTPROTO=none", TxtHelper.GetStrPos(adapterPath, "BOOTPROTO", 0, -1));
TxtHelper.ReplaceStr(adapterPath, "ONBOOT=yes", TxtHelper.GetStrPos(adapterPath, "ONBOOT", 0, -1));
TxtHelper.ReplaceStr(adapterPath, "IPADDR=" + ipAddresses[0], TxtHelper.GetStrPos(adapterPath, "IPADDR", 0, -1));
TxtHelper.ReplaceStr(adapterPath, "PREFIX=" + subnetMasksPrefix[0], TxtHelper.GetStrPos(adapterPath, "PREFIX", 0, -1));
TxtHelper.ReplaceStr(adapterPath, "GATEWAY=" + ipGateway, TxtHelper.GetStrPos(adapterPath, "GATEWAY", 0, -1));
if (CheckParameter(context, "PreferredDNSServer"))
{
string[] dnsServers = ParseArray(context.Parameters["PreferredDNSServer"]);
for (int i = 0; i < dnsServers.Length; i++)
{
TxtHelper.ReplaceStr(adapterPath, "DNS" + (i + 1).ToString() + "=" + dnsServers[i], TxtHelper.GetStrPos(adapterPath, "DNS" + (i + 1).ToString(), 0, -1));
}
}
if (ipAddresses.Length > 1)
{
for (int i = 1; i < ipAddresses.Length; i++)
{
TxtHelper.ReplaceStr(adapterPath, "IPADDR" + i.ToString() + "=" + ipAddresses[i], TxtHelper.GetStrPos(adapterPath, "IPADDR" + i.ToString(), 0, -1));
TxtHelper.ReplaceStr(adapterPath, "PREFIX" + i.ToString() + "=" + subnetMasksPrefix[i], TxtHelper.GetStrPos(adapterPath, "PREFIX" + i.ToString(), 0, -1));
}
}
int pos;
int interfaceNum = ipAddresses.Length;
do
{
pos = TxtHelper.GetStrPos(adapterPath, "IPADDR" + interfaceNum.ToString(), 0, -1);
if (pos != -1)
{
TxtHelper.DelStr(adapterPath, pos);
}
pos = TxtHelper.GetStrPos(adapterPath, "PREFIX" + interfaceNum.ToString(), 0, -1);
if (pos != -1)
{
TxtHelper.DelStr(adapterPath, pos);
}
interfaceNum++;
} while (pos != -1);
ExecutionResult res = ShellHelper.RunCmd("systemctl restart network");
if (res.ResultCode == 1)
{
ret.ResultCode = 1;
ret.ErrorMessage = res.ErrorMessage;
}
}
private static void EnableDHCP_CentOS(String adapter, ExecutionResult ret)
{
string adapterPath = ifcfgBasePath + adapter;
TxtHelper.ReplaceStr(adapterPath, "BOOTPROTO=dhcp", TxtHelper.GetStrPos(adapterPath, "BOOTPROTO", 0, -1));
TxtHelper.ReplaceStr(adapterPath, "ONBOOT=yes", TxtHelper.GetStrPos(adapterPath, "ONBOOT", 0, -1));
ExecutionResult res = ShellHelper.RunCmd("systemctl restart network");
if (res.ResultCode == 1)
{
ret.ResultCode = 1;
ret.ErrorMessage = res.ErrorMessage;
}
}
private static int GetNetplanEndPos(string netplanPath, int startPos, int spacesCount)
{
int tmpPos = startPos;
int endPos = tmpPos;
do
{
tmpPos = TxtHelper.GetStrPos(netplanPath, new String(' ', spacesCount + 2), tmpPos, tmpPos);
if (tmpPos != -1)
{
endPos = tmpPos;
tmpPos++;
}
} while (tmpPos != -1);
return(endPos);
}
public static ExecutionResult Run(ref ExecutionContext context)
{
ExecutionResult ret = new ExecutionResult();
ret.ResultCode = 0;
ret.ErrorMessage = null;
ret.RebootRequired = true;
try
{
context.ActivityDescription = "Changing computer name...";
context.Progress = 0;
if (!context.Parameters.ContainsKey("FullComputerName"))
{
ret.ResultCode = 2;
ret.ErrorMessage = "Parameter 'FullComputerName' not found";
Log.WriteError(ret.ErrorMessage);
context.Progress = 100;
return(ret);
}
string computerName = context.Parameters["FullComputerName"].ToLower();
string netBiosName = computerName;
int idx = netBiosName.IndexOf(".");
if (idx != -1)
{
netBiosName = computerName.Substring(0, idx);
}
ExecutionResult res;
res = ShellHelper.RunCmd("hostname -s");
string hostNameOld = null;
if (res.Value != null)
{
hostNameOld = res.Value.Trim();
}
res = ShellHelper.RunCmd("hostname");
string fullNameOld = null;
if (res.Value != null)
{
fullNameOld = res.Value.Trim();
}
string domain = computerName.Replace(netBiosName + ".", "");
string domainOld = null;
if (hostNameOld != null && hostNameOld.Length > 0 && fullNameOld != null && fullNameOld.Length > 0)
{
domainOld = fullNameOld.Replace(hostNameOld + ".", "");
}
switch (OsVersion.GetOsVersion())
{
case OsVersionEnum.Ubuntu:
TxtHelper.ReplaceStr(hostname, computerName, 0);
if (domainOld != null && domainOld.Length > 0)
{
TxtHelper.ReplaceStr(hosts, domainOld, domain);
}
if (hostNameOld != null && hostNameOld.Length > 0)
{
TxtHelper.ReplaceStr(hosts, hostNameOld, netBiosName);
}
TxtHelper.ReplaceStr(cloudCfg, "preserve_hostname: false", "preserve_hostname: true");
TxtHelper.ReplaceStr(cloudCfg, "# preserve_hostname: true", "preserve_hostname: true");
TxtHelper.ReplaceStr(cloudCfg, "#preserve_hostname: true", "preserve_hostname: true");
break;
case OsVersionEnum.CentOS:
TxtHelper.ReplaceStr(hostname, computerName, 0);
if (domainOld != null && domainOld.Length > 0)
{
TxtHelper.ReplaceStr(hosts, domainOld, domain);
}
if (hostNameOld != null && hostNameOld.Length > 0)
{
TxtHelper.ReplaceStr(hosts, hostNameOld, netBiosName);
}
break;
case OsVersionEnum.FreeBSD:
ShellHelper.RunCmd("cp -p " + rcConf + " " + compatLinux + rcConf);
ShellHelper.RunCmd("cp -p " + hosts + " " + compatLinux + hosts);
TxtHelper.ReplaceStr(compatLinux + rcConf, "hostname=\"" + computerName + "\"", TxtHelper.GetStrPos(compatLinux + rcConf, "hostname", 0, -1));
if (domainOld != null && domainOld.Length > 0)
{
TxtHelper.ReplaceStr(compatLinux + hosts, domainOld, domain);
}
if (hostNameOld != null && hostNameOld.Length > 0)
{
TxtHelper.ReplaceStr(compatLinux + hosts, hostNameOld, netBiosName);
}
ShellHelper.RunCmd("cp -p " + compatLinux + rcConf + " " + rcConf);
ShellHelper.RunCmd("cp -p " + compatLinux + hosts + " " + hosts);
break;
default:
TxtHelper.ReplaceStr(hostname, computerName, 0);
if (domainOld != null && domainOld.Length > 0)
{
TxtHelper.ReplaceStr(hosts, domainOld, domain);
}
if (hostNameOld != null && hostNameOld.Length > 0)
{
TxtHelper.ReplaceStr(hosts, hostNameOld, netBiosName);
}
break;
}
}catch (Exception ex)
{
ret.ResultCode = 1;
ret.ErrorMessage = "ChangeComputerName error: " + ex.ToString();
Log.WriteError(ret.ErrorMessage);
}
if (ret.ResultCode == 0)
{
Log.WriteInfo("Computer name has been changed successfully");
}
context.Progress = 100;
return(ret);
}
private static void DisableDHCP_FreeBSD(ExecutionContext context, String adapter, ExecutionResult ret, string[] ipAddresses, string[] subnetMasks, string ipGateway)
{
const string rcConfPath = compatLinux + rcConf;
const string resolvConfPath = compatLinux + resolvConf;
ShellHelper.RunCmd("cp -p " + rcConf + " " + rcConfPath);
int pos = TxtHelper.GetStrPos(rcConfPath, "ifconfig_" + adapter + "=", 0, -1);
if (pos == -1)
{
pos = TxtHelper.GetStrPos(rcConfPath, "ifconfig_" + adapter + " =", 0, -1);
}
TxtHelper.ReplaceStr(rcConfPath, "ifconfig_" + adapter + "=\"inet " + ipAddresses[0] + " netmask " + subnetMasks[0] + "\"", pos);
TxtHelper.ReplaceStr(rcConfPath, "defaultrouter=\"" + ipGateway + "\"", TxtHelper.GetStrPos(rcConfPath, "defaultrouter", 0, -1));
if (CheckParameter(context, "PreferredDNSServer"))
{
ShellHelper.RunCmd("cp -p " + resolvConf + " " + resolvConfPath);
string[] dnsServers = ParseArray(context.Parameters["PreferredDNSServer"]);
do
{
pos = TxtHelper.GetStrPos(resolvConfPath, "nameserver", 0, -1);
if (pos != -1)
{
TxtHelper.DelStr(resolvConfPath, pos);
}
} while (pos != -1);
foreach (var dnsServer in dnsServers)
{
TxtHelper.ReplaceStr(resolvConfPath, "nameserver " + dnsServer, -1);
}
ShellHelper.RunCmd("cp -p " + resolvConfPath + " " + resolvConf);
}
if (ipAddresses.Length > 1)
{
for (int i = 1; i < ipAddresses.Length; i++)
{
pos = TxtHelper.GetStrPos(rcConfPath, "ifconfig_" + adapter + "_alias" + (i - 1).ToString(), 0, -1);
TxtHelper.ReplaceStr(rcConfPath, "ifconfig_" + adapter + "_alias" + (i - 1).ToString() + "=\"inet " + ipAddresses[i] + " netmask " + subnetMasks[i] + "\"", pos);
}
}
int interfaceNum = ipAddresses.Length;
do
{
pos = TxtHelper.GetStrPos(rcConfPath, "ifconfig_" + adapter + "_alias" + (interfaceNum - 1).ToString(), 0, -1);
if (pos != -1)
{
TxtHelper.DelStr(rcConfPath, pos);
}
interfaceNum++;
} while (pos != -1);
ShellHelper.RunCmd("cp -p " + rcConfPath + " " + rcConf);
ExecutionResult res = ShellHelper.RunCmd("service netif restart");
if (res.ResultCode == 1)
{
ret.ResultCode = 1;
ret.ErrorMessage = res.ErrorMessage;
}
res = ShellHelper.RunCmd("service routing restart");
if (res.ResultCode == 1)
{
ret.ResultCode = 1;
ret.ErrorMessage = res.ErrorMessage;
}
}
private static void DisableDHCP_Ubuntu(ExecutionContext context, String adapter, ExecutionResult ret, string[] ipAddresses, string[] subnetMasksPrefix, string[] subnetMasks, string ipGateway)
{
//netplan configuration (for Ubuntu 18.04+)
string netplanPath = GetNetplanPath();
int startPos = TxtHelper.GetStrPos(netplanPath, adapter + ":", 0, -1);
if (startPos != -1)
{
string firstStr = TxtHelper.GetStr(netplanPath, adapter + ":", startPos, startPos);
int spacesCount = GetNetplanSpacesCount(firstStr);
startPos++;
int endPos = GetNetplanEndPos(netplanPath, startPos, spacesCount);
List <string> config = new List <string>();
string str = new String(' ', spacesCount + 2) + "addresses: [";
for (int i = 0; i < ipAddresses.Length; i++)
{
str += ipAddresses[i] + "/" + subnetMasksPrefix[i];
if (i + 1 < ipAddresses.Length)
{
str += ",";
}
}
str += "]";
config.Add(str);
config.Add(new String(' ', spacesCount + 2) + "gateway4: " + ipGateway);
config.Add(new String(' ', spacesCount + 2) + "nameservers:");
if (CheckParameter(context, "PreferredDNSServer"))
{
string[] dnsServers = ParseArray(context.Parameters["PreferredDNSServer"]);
str = new String(' ', spacesCount + 4) + "addresses: [";
for (int i = 0; i < dnsServers.Length; i++)
{
str += dnsServers[i];
if (i + 1 < dnsServers.Length)
{
str += ",";
}
}
str += "]";
config.Add(str);
}
config.Add(new String(' ', spacesCount + 2) + "dhcp4: no");
TxtHelper.ReplaceAllStr(netplanPath, config, startPos, endPos);
ShellHelper.RunCmd("netplan apply");
}
//iterfaces configuration (for Ubuntu 16.04-)
startPos = TxtHelper.GetStrPos(interfacesPath, "iface " + adapter, 0, -1);
if (startPos != -1)
{
int endPos = TxtHelper.GetStrPos(interfacesPath, "auto ", startPos, -1);
if (endPos != -1)
{
endPos--;
}
List <string> config = new List <string>();
string str;
for (int i = 0; i < ipAddresses.Length; i++)
{
config.Add("iface " + adapter + " inet static");
config.Add("address " + ipAddresses[i]);
config.Add("netmask " + subnetMasks[i]);
config.Add("");
}
config.Add("gateway " + ipGateway);
if (CheckParameter(context, "PreferredDNSServer"))
{
string[] dnsServers = ParseArray(context.Parameters["PreferredDNSServer"]);
str = "dns-nameservers ";
for (int t = 0; t < dnsServers.Length; t++)
{
str += dnsServers[t];
if (t + 1 < dnsServers.Length)
{
str += " ";
}
}
config.Add(str);
config.Add("");
}
TxtHelper.ReplaceAllStr(interfacesPath, config, startPos, endPos);
ret.RebootRequired = true;
}
}
private static void InstallService_FreeBSD()
{
const string rcConf = "/etc/rc.conf";
const string compatLinux = "/compat/linux";
const string serviceName = "solidcp";
const string servicesPath = "/etc/rc.d/";
string userName = Environment.UserName;
string appPath = AppDomain.CurrentDomain.BaseDirectory;
List <string> config = new List <string>();
config.Add("#!/bin/sh");
config.Add("");
config.Add("# SolidCP LinuxVmConfig Service");
config.Add("# PROVIDE: " + serviceName);
config.Add("# REQUIRE: DAEMON networking");
config.Add("# BEFORE: LOGIN");
config.Add("");
config.Add(". /etc/rc.subr");
config.Add("");
config.Add("name=" + serviceName);
config.Add("rcvar=" + serviceName + "_enable");
config.Add(serviceName + "_user=\"" + userName + "\"");
config.Add("command=\"" + appPath + "SolidCP.LinuxVmConfig" + "\"");
config.Add("pidfile=\"/var/run/" + serviceName + ".pid\"");
config.Add("");
config.Add("start_cmd=\"" + serviceName + "_start\"");
config.Add("stop_cmd=\"" + serviceName + "_stop\"");
config.Add("status_cmd=\"" + serviceName + "_status\"");
config.Add("");
config.Add(serviceName + "_start() {");
config.Add(" /usr/sbin/daemon -P ${pidfile} -r -f -u $" + serviceName + "_user $command");
config.Add("}");
config.Add("");
config.Add(serviceName + "_stop() {");
config.Add(" if [ -e \"${pidfile}\" ]; then");
config.Add(" kill -s TERM `cat ${pidfile}`");
config.Add(" else");
config.Add(" echo \"SolidCP.VmConfig is not running\"");
config.Add(" fi");
config.Add("}");
config.Add("");
config.Add(serviceName + "_status() {");
config.Add(" if [ -e \"${pidfile}\" ]; then");
config.Add(" echo \"SolidCP.VmConfig is running as pid `cat ${pidfile}`\"");
config.Add(" else");
config.Add(" echo \"SolidCP.VmConfig is not running\"");
config.Add(" fi");
config.Add("}");
config.Add("");
config.Add("load_rc_config $name");
config.Add("run_rc_command \"$1\"");
File.WriteAllLines(servicesPath + serviceName, config);
ShellHelper.RunCmd("chmod +x " + servicesPath + serviceName);
ShellHelper.RunCmd("cp -p " + rcConf + " " + compatLinux + rcConf);
int pos = TxtHelper.GetStrPos(compatLinux + rcConf, serviceName + "_enable", 0, -1);
TxtHelper.ReplaceStr(compatLinux + rcConf, serviceName + "_enable=\"YES\"", pos);
ShellHelper.RunCmd("cp -p " + compatLinux + rcConf + " " + rcConf);
ExecutionResult res = ShellHelper.RunCmd("service " + serviceName + " start");
if (res.ResultCode == 1)
{
ServiceLog.WriteError("Service install error: " + res.ErrorMessage);
return;
}
ServiceLog.WriteInfo(serviceName + " service successfully installed.");
}