public void AddTest()
{
//----------------------------------------------------------------------------------------------------
//---only init the domain records which will force a cleaning of the mx records
InitDomainRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
//----------------------------------------------------------------------------------------------------
//---make sure there are no mx records that exist
Assert.Equal(0, mgr.Count());
long domainId = 1; //--we always have domain id of 1 (unless someone changed testing values in base)
string SMTPName = BuildSMTPDomainName(1, 1);
int preference = 10;
MX mx = new MX(domainId
, SMTPName
, preference);
mgr.Add(mx);
Assert.Equal(1, mgr.Count());
mx = mgr.Get(SMTPName);
Assert.Equal(domainId, mx.DomainID);
Assert.Equal(SMTPName, mx.SMTPDomainName);
Assert.Equal(preference, mx.Preference);
}
public void GetEnumeratorTest1()
{
InitMXRecords();
IEnumerable <MX> mgr = new MXManager(new ConfigStore(CONNSTR));
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, mgr.Count());
}
public void RemoveDomainTest()
{
InitMXRecords();
using (ConfigDatabase db = new ConfigDatabase(CONNSTR))
{
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
//----------------------------------------------------------------------------------------------------
//---make sure that the domains are actually there
for (int t = 1; t <= MAXSMTPCOUNT; t++)
{
string name = BuildSMTPDomainName(1, t);
MX obj = mgr.Get(db, name);
Assert.NotNull(obj);
}
//----------------------------------------------------------------------------------------------------
//---get the first domain (knowing that domain of 1 with smtp 1 should exist since the init passed)
mgr.RemoveDomain(db, 1);
//----------------------------------------------------------------------------------------------------
//---there should be no items left with domain id of 1, use the count to check number of matching
//---per domain as well as a loop to ensure that each entry has been removed for the given domain
for (int t = 1; t <= MAXSMTPCOUNT; t++)
{
string name = BuildSMTPDomainName(1, t);
MX obj = mgr.Get(db, name);
Assert.Null(obj);
}
Assert.Equal(0, mgr.Count(1));
}
}
public void CountTest()
{
InitMXRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
int actual = mgr.Count();
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, actual);
}
public void GetTest7()
{
InitMXRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
List <string> lst = AllMXDomainNames();
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, lst.Count());
MX[] mxs = mgr.Get(lst.ToArray());
Assert.Equal(mgr.Count(), mxs.Length);
}
public void GetTest6()
{
InitMXRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
List <string> lst = AllMXDomainNames();
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, lst.Count());
using (ConfigDatabase db = new ConfigDatabase(CONNSTR))
{
IEnumerable <MX> mxs = mgr.Get(db, lst.ToArray());
Assert.Equal(mgr.Count(), mxs.Count());
}
}
public void AddTest()
{
//----------------------------------------------------------------------------------------------------
//---only init the domain records which will force a cleaning of the mx records
InitDomainRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
//----------------------------------------------------------------------------------------------------
//---make sure there are no mx records that exist
Assert.Equal(0, mgr.Count());
long domainId = 1; //--we always have domain id of 1 (unless someone changed testing values in base)
string SMTPName = BuildSMTPDomainName(1, 1);
int preference = 10;
MX mx = new MX(domainId
, SMTPName
, preference);
mgr.Add(mx);
Assert.Equal(1, mgr.Count());
mx = mgr.Get(SMTPName);
Assert.Equal(domainId, mx.DomainID);
Assert.Equal(SMTPName, mx.SMTPDomainName);
Assert.Equal(preference, mx.Preference);
}
public void CountTest()
{
InitMXRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
int actual = mgr.Count();
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, actual);
}
public void GetTest6()
{
InitMXRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
List<string> lst = AllMXDomainNames();
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, lst.Count());
using (ConfigDatabase db = new ConfigDatabase(CONNSTR))
{
IEnumerable<MX> mxs = mgr.Get(db, lst.ToArray());
Assert.Equal(mgr.Count(), mxs.Count());
}
}
public void GetTest7()
{
InitMXRecords();
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
List<string> lst = AllMXDomainNames();
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, lst.Count());
MX[] mxs = mgr.Get(lst.ToArray());
Assert.Equal(mgr.Count(), mxs.Length);
}
public void GetEnumeratorTest1()
{
InitMXRecords();
IEnumerable<MX> mgr = new MXManager(new ConfigStore(CONNSTR));
Assert.Equal(MAXDOMAINCOUNT * MAXSMTPCOUNT, mgr.Count());
}
public void RemoveDomainTest()
{
InitMXRecords();
using (ConfigDatabase db = new ConfigDatabase(CONNSTR))
{
MXManager mgr = new MXManager(new ConfigStore(CONNSTR));
//----------------------------------------------------------------------------------------------------
//---make sure that the domains are actually there
for (int t = 1; t <= MAXSMTPCOUNT; t++)
{
string name = BuildSMTPDomainName(1, t);
MX obj = mgr.Get(db, name);
Assert.NotNull(obj);
}
//----------------------------------------------------------------------------------------------------
//---get the first domain (knowing that domain of 1 with smtp 1 should exist since the init passed)
mgr.RemoveDomain(db, 1);
//----------------------------------------------------------------------------------------------------
//---there should be no items left with domain id of 1, use the count to check number of matching
//---per domain as well as a loop to ensure that each entry has been removed for the given domain
for (int t = 1; t <= MAXSMTPCOUNT; t++)
{
string name = BuildSMTPDomainName(1, t);
MX obj = mgr.Get(db, name);
Assert.Null(obj);
}
Assert.Equal(0, mgr.Count(1));
}
}