// used ONLY to actualy now finally get the actual values - IMP
public void ParsePropertyDetail(ref Match tmatch, string WideCondition, string NarrowCondition, ref PropertyDetails pd)
{
// property details
pd.isApt = false;
pd.City = "";
pd.State = "Georgia";
pd.Address = "";
pd.AptNo = "";
pd.ZipCode = 0;
pd.SQLlink = 0;
// All of them have an address field
pd.Address = p_Cleanup.AddressCleanup(tmatch.Groups["addr"].ToString());
// 1) ZipCode Specific Parsing
if ((NarrowCondition == "ZipCode") && (WideCondition == "COMMON_KNOWN_AS" || WideCondition == "COMMON_IS_LOCATED"))
{
if (p_DailyReport.isValidStr(tmatch.Groups["zip"]))
{
pd.ZipCode = int.Parse(tmatch.Groups["zip"].ToString());
}
}
// 2) 3) 4) Most others fall in here
else if (((NarrowCondition == "Georgia") || (NarrowCondition == "GA") || (NarrowCondition == "no Zip or State")) &&
(WideCondition == "COMMON_KNOWN_AS"))
{
// exception state
if (NarrowCondition == "no Zip or State")
{
// Can't get city out + need to manually get out the Address Info
p_Cleanup.isRemovedEverythingAfterStreetName(ref pd.Address);
}
else
{
pd.City = p_Cleanup.CityCleanup(tmatch.Groups["city"].ToString(), 5, true);
}
}
// 2) exception a few fall in here
else if (((NarrowCondition == "Georgia")) &&
((WideCondition == "COMMON_IS_LOCATED") || (WideCondition == "COMMON_ENCUMBERED_PR")))
{
pd.City = p_Cleanup.CityCleanup(tmatch.Groups["city"].ToString(), 5, true);
}
// All of them try to assign Apartments
string tno;
// Some of them could have city info in the city, so check city first
// (only in Georgia Condition) - that is where it actually occurs
//if (NarrowCondition == "Georgia" && pd.City != "")
//{
// pd.isApt = p_Cleanup.isApartment(tmatch.Groups["city"].ToString(), out tno);
//}
// Otherwise just check the address and assign it if neccessary
//if (!(pd.isApt) && (pd.isApt = p_Cleanup.isApartment(pd.Address, out tno)) && (tno != ""))
//{
// pd.AptNo = tno;
//}
}
public bool isApartment(string toCheck, out string AptNo)
{
// temp
Regex temprx = new Regex(""); // assigning it a default value so the compiler
// won't complain
Match tmatch;
AptNo = "";
bool isApt = false;
if (toCheck.Contains("#"))
{
isApt = true;
//temprx = new Regex(@"\s*#\s*(?<aptno>\d{2,4})(?<suffix>\w*)\s");
}
else if (toCheck.ToUpper().Contains("APT"))
{
isApt = true;
//temprx = new Regex(@"\s*[Aa][Pp][Tt].?\s*(?<aptno>\d{2,4})(?<suffix>\w*)\s");
}
else if (toCheck.ToUpper().Contains("UNIT"))
{
isApt = true;
//temprx = new Regex(@"\s*[Uu][Nn][Ii][Tt].+?\s*(?<aptno>\d{2,4})(?<suffix>\w*)\s)");
}
else if (toCheck.ToUpper().Contains("SUITE"))
{
isApt = true;
//temprx = new Regex(@"\s*[Ss][Uu][Ii][Tt][Ee].+?\s*(?<aptno>\d{2,4})(?<suffix>\w*)\s)");
}
else
{
// If it contains a number at the beginning, a
// string of chars in between and a digit at the end
// it is an apartment - this mimiks a regular expression
bool bBeginningNumber = false;
bool bMiddleString = false;
bool bEndNumber = false;
foreach (char c in toCheck)
{
if (char.IsDigit(c) && !bMiddleString)
{
bBeginningNumber = true;
}
else if (char.IsLetter(c) && bBeginningNumber)
{
bMiddleString = true;
}
else if (char.IsDigit(c) && bMiddleString)
{
bEndNumber = true;
}
}
if (bEndNumber)
{
isApt = true;
//temprx = new Regex(@"\d{2,4}-?\d*\s+.{10,100}\s*(?<aptno>\d{2,4})(?<suffix>\w*)\s)");
}
}
// If it is an apartment try parsing out the Apartment Number!
if (isApt)
{
tmatch = temprx.Match(toCheck);
if (p_DailyReport.isValidStr(tmatch.Groups["aptno"]))
{
int tint;
if (int.TryParse(tmatch.Groups["aptno"].ToString(), out tint))
{
AptNo += (tint.ToString() + tmatch.Groups["suffix"].ToString());
}
}
}
return(isApt);
}