public void ReturnTestRealNameTransportType()
{
string TestName = "transport-type";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("transporttype", TestName);
}
public void ReturnTestRealNameDefault()
{
string TestName = "blub";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Null(TestName);
}
public void ReturnTestRealNameMinActive()
{
string TestName = "min-active-serv-lb";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("minactiveservlb", TestName);
}
public void ReturnTestRealNameProxyAddress()
{
string TestName = "proxy-address";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("proxyaddress", TestName);
}
public void ReturnTestRealNameHotSwap()
{
string TestName = "is-proxy-hot-swap";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("isproxyhotswap", TestName);
}
public void ReturnTestRealNameProxyBalancingMethode()
{
string TestName = "proxy-load-balancing-method";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("proxyloadbalancingmethod", TestName);
}
public void ReturnTestRealNameSuccessint()
{
string TestName = "success-detect-int";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("successdetectint", TestName);
}
public void ReturnTestRealNameProxyRedunadacyMode()
{
string TestName = "proxy-redundancy-mode";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("proxyredundancymode", TestName);
}
public void ReturnTestRealNameKeepAliveFailResp()
{
string TestName = "keepalive-fail-resp";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("keepalivefailresp", TestName);
}
public void ReturnTestRealNameListID()
{
string TestName = "network-dev";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("listid", TestName);
}
public void ReturnTestRealNameSPCIV4()
{
string TestName = "sbcipv4-sip-int-name";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("sbcipv4sipintname", TestName);
}
public void ReturnTestRealNameIP()
{
string TestName = "proxy-ip";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("ip", TestName);
}
public void TestParseInObjectGetOpening()
{
List <string> FakeConfig = new List <string>()
{
"configure network",
" network-dev 312",
" name blub",
" tagging untagged",
" activate",
" exit",
" interface network-if 21",
" name blab",
" activate",
" exit",
"exit",
"configure voip",
" proxy-set 21",
" proxy-name bleb",
" activate",
" exit",
" proxy-ip 21/32",
" proxy-address 1.2.4.1:blib",
" activate",
" exit",
"exit"
};
ACConfig TestAC = new TestMainProgramm().ParseInTestObject(new StreamReader(GenerateStreamFromList(FakeConfig)));
Assert.True(TestAC.configureNetwork.networkdev[0].tag.ToString() == "untagged");
Assert.True(TestAC.configureNetwork.networkdev[0].activate == true);
Assert.True(TestAC.configureNetwork.interfacenetworkif[0].Name == "blab");
Assert.True(TestAC.configureviop.proxyset[0].activate == true);
Assert.True(TestAC.configureviop.proxyip[0].proxyaddress == "1.2.4.1:blib");
}
public void TestReplaceItemProxyIp()
{
ACConfig TestAc = new ACConfig()
{
configureviop = new Configureviop()
{
proxyip = new List <Proxyip>()
}
};
Proxyip PIP = new Proxyip()
{
ip = "21/32",
proxyaddress = "blub_-"
};
TestAc.configureviop.proxyip.Add(PIP);
List <Proxyip> list = new List <Proxyip>();
Proxyip OtherPIP = new Proxyip()
{
ip = "21/32",
proxyaddress = "blup_-"
};
list.Add(OtherPIP);
var what = "proxyip";
TestAc = new TestMainProgramm().replaceitem(TestAc, list, what, new CommandOption("--blub", CommandOptionType.SingleValue), new CommandOption("--blub", CommandOptionType.SingleValue));
Assert.True(TestAc.configureviop.proxyip[0].proxyaddress == "blup_-");
}
public void ReturnTestRealNameGateway()
{
string TestName = "gateway";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("gateway", TestName);
}
public void TestReplaceItemInterfaceNetworkIf()
{
ACConfig TestAc = new ACConfig()
{
configureNetwork = new ConfigureNetwork()
{
interfacenetworkif = new List <Interfacenetworkif>()
}
};
Interfacenetworkif INI = new Interfacenetworkif()
{
listid = 21,
Name = "blub_-"
};
TestAc.configureNetwork.interfacenetworkif.Add(INI);
List <Interfacenetworkif> list = new List <Interfacenetworkif>();
Interfacenetworkif OtherINI = new Interfacenetworkif()
{
listid = 21,
Name = "blup_-"
};
list.Add(OtherINI);
var what = "interfacenetworkif";
CommandOption country = new CommandOption("--blub", CommandOptionType.SingleValue);
country.Values.Add("de");
TestAc = new TestMainProgramm().replaceitem(TestAc, list, what, country, new CommandOption("--blub", CommandOptionType.SingleValue));
Assert.True(TestAc.configureNetwork.interfacenetworkif[0].Name == "blup_-de");
}
public void TestReplaceItemProxySet()
{
ACConfig TestAc = new ACConfig()
{
configureviop = new Configureviop()
{
proxyset = new List <Proxyset>()
}
};
Proxyset PS = new Proxyset()
{
listid = 21,
proxyname = "blub_-"
};
TestAc.configureviop.proxyset.Add(PS);
List <Proxyset> list = new List <Proxyset>();
Proxyset OtherPS = new Proxyset()
{
listid = 21,
proxyname = "blup_-"
};
list.Add(OtherPS);
var what = "proxyset";
TestAc = new TestMainProgramm().replaceitem(TestAc, list, what, new CommandOption("--blub", CommandOptionType.SingleValue), new CommandOption("--blub", CommandOptionType.SingleValue));
Assert.True(TestAc.configureviop.proxyset[0].proxyname == "blup_-");
}
public void ReturnTestRealNameIPAdress()
{
string TestName = "ip-address";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("ipaddress", TestName);
}
public void TestReplaceItemNetworkdev()
{
ACConfig TestAc = new ACConfig()
{
configureNetwork = new ConfigureNetwork()
{
networkdev = new List <Networkdev>()
}
};
Networkdev Nd = new Networkdev()
{
listid = 21,
Name = "blub_-"
};
TestAc.configureNetwork.networkdev.Add(Nd);
List <Networkdev> list = new List <Networkdev>();
Networkdev OtherNd = new Networkdev()
{
listid = 21,
Name = "blup_-"
};
list.Add(OtherNd);
var what = "networkdev";
CommandOption customer = new CommandOption("--blub", CommandOptionType.SingleValue);
customer.Values.Add("Klaus");
TestAc = new TestMainProgramm().replaceitem(TestAc, list, what, new CommandOption("--blub", CommandOptionType.SingleValue), customer);
Assert.True(TestAc.configureNetwork.networkdev[0].Name == "blup_Klaus-");
}
public void ReturnTestRealNameTagging()
{
string TestName = "tagging";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("tag", TestName);
}
public void ReturnTestRealNameApptype()
{
string TestName = "application-type";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("apptype", TestName);
}
public void ReturnTestRealNameUnderlyingDev()
{
string TestName = "underlying-dev";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("underlyingdev", TestName);
}
public void ReturnTestRealNameName()
{
string TestName = "name";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("Name", TestName);
}
public void TestReplaceItemProxySet()
{
ACConfig TestAc = new ACConfig()
{
configureviop = new Configureviop()
{
proxyset = new List <Proxyset>()
}
};
Proxyset PS = new Proxyset()
{
listid = 21,
proxyname = "blub"
};
TestAc.configureviop.proxyset.Add(PS);
List <Proxyset> list = new List <Proxyset>();
Proxyset OtherPS = new Proxyset()
{
listid = 21,
proxyname = "blup"
};
list.Add(OtherPS);
var what = "proxyset";
TestAc = new TestMainProgramm().replaceitem(TestAc, list, what);
Assert.True(TestAc.configureviop.proxyset[0].proxyname == "blup");
}
public void ReturnTestRealNameVlanID()
{
string TestName = "vlan-id";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("vlan", TestName);
}
public void TestReplaceItemInterfaceNetworkIf()
{
ACConfig TestAc = new ACConfig()
{
configureNetwork = new ConfigureNetwork()
{
interfacenetworkif = new List <Interfacenetworkif>()
}
};
Interfacenetworkif INI = new Interfacenetworkif()
{
listid = 21,
Name = "blub"
};
TestAc.configureNetwork.interfacenetworkif.Add(INI);
List <Interfacenetworkif> list = new List <Interfacenetworkif>();
Interfacenetworkif OtherINI = new Interfacenetworkif()
{
listid = 21,
Name = "blup"
};
list.Add(OtherINI);
var what = "interfacenetworkif";
TestAc = new TestMainProgramm().replaceitem(TestAc, list, what);
Assert.True(TestAc.configureNetwork.interfacenetworkif[0].Name == "blup");
}
public void ReturnTestRealNameActivateVlanID()
{
string TestName = "activate";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("activate", TestName);
}
public void TestReplaceItemNetworkdev()
{
ACConfig TestAc = new ACConfig()
{
configureNetwork = new ConfigureNetwork()
{
networkdev = new List <Networkdev>()
}
};
Networkdev Nd = new Networkdev()
{
listid = 21,
Name = "blub"
};
TestAc.configureNetwork.networkdev.Add(Nd);
List <Networkdev> list = new List <Networkdev>();
Networkdev OtherNd = new Networkdev()
{
listid = 21,
Name = "blup"
};
list.Add(OtherNd);
var what = "networkdev";
TestAc = new TestMainProgramm().replaceitem(TestAc, list, what);
Assert.True(TestAc.configureNetwork.networkdev[0].Name == "blup");
}
public void ReturnTestRealNameProxyEnablekeepAlive()
{
string TestName = "proxy-enable-keep-alive";
TestName = new TestMainProgramm().ReturnTestName(TestName);
Assert.Contains("proxyenablekeepalive", TestName);
}
public void findTestDirectory()
{
string TestDirectory = @"C:\";
List <string> Testlist = new TestMainProgramm().FindTestDirectory(TestDirectory);
Assert.NotNull(Testlist);
Assert.Empty(Testlist);
}
