/// <summary>
/// Returns a list of user's roles By id
/// </summary>
/// <param name="userId">The user's id</param>
/// <returns></returns>
public OneToManyMap <IdentityRole> FindRolesByUser(int memberId, int currentPage, int itemsPerPage, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
Select COUNT(Role.Name) from MemberRole, Role WITH(NOLOCK)
WHERE MemberRole.MemberId=@MemberId AND MemberRole.RoleId = Role.Id
Select Role.Id, Role.Name from MemberRole, Role
WHERE MemberRole.MemberId=@MemberId AND MemberRole.RoleId = Role.Id
ORDER BY Role.Id
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPage ROWS ONLY ";
var sqlResult = db.Connection.QueryMultiple(sqlString,
new
{
MemberId = memberId,
CurrentPage = currentPage,
ItemsPerPage = itemsPerPage,
});
var result = new OneToManyMap <IdentityRole>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <IdentityRole>()
};
return(result);
}
public OneToManyMap <TUser> FindAllUsers(int currentPage, int itemsPerPages, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPages
SELECT COUNT(*) FROM Member WITH(NOLOCK)
SELECT * FROM Member
ORDER BY Id " + sortType + @"
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPages ROWS ONLY";
var sqlResult = db.Connection.QueryMultiple(sqlString,
new
{
ItemsPerPages = itemsPerPages,
CurrentPage = currentPage,
SortType = sortType,
});
var result = new OneToManyMap <TUser>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <TUser>()
};
return(result);
}
private void GetGraphOrder(out OneToManyMap <GraphMap <FeatureVector, WeightMatrix> .ILinkable, Pair <GraphMap <FeatureVector, WeightMatrix> .ILinkable, GraphMap <FeatureVector, WeightMatrix> .Link <WeightMatrix> > > backwards, out Queue <GraphMap <FeatureVector, WeightMatrix> .ILinkable> inputVectors, out Queue <GraphMap <FeatureVector, WeightMatrix> .ILinkable> outputVectors)
{
backwards = new OneToManyMap <GraphMap <FeatureVector, WeightMatrix> .ILinkable, Pair <GraphMap <FeatureVector, WeightMatrix> .ILinkable, GraphMap <FeatureVector, WeightMatrix> .Link <WeightMatrix> > >();
// Just to keep track of the frontier
Queue <GraphMap <FeatureVector, WeightMatrix> .ILinkable> queue = new Queue <GraphMap <FeatureVector, WeightMatrix> .ILinkable>();
// To keep track of the order each output should be evaluated
Dictionary <GraphMap <FeatureVector, WeightMatrix> .ILinkable, int> outputPriorities = new Dictionary <GraphMap <FeatureVector, WeightMatrix> .ILinkable, int>();
Dictionary <GraphMap <FeatureVector, WeightMatrix> .ILinkable, int> inputPriorities = new Dictionary <GraphMap <FeatureVector, WeightMatrix> .ILinkable, int>();
foreach (var input in inputs)
{
queue.Enqueue(input);
}
int outPriority = 0;
while (queue.Count != 0)
{
var node = queue.Dequeue();
foreach (var edge in node.Edges)
{
// add next node to the frontier
queue.Enqueue((GraphMap <FeatureVector, WeightMatrix> .ILinkable)edge.Key);
// put this node in the set of outputs
outputPriorities[(GraphMap <FeatureVector, WeightMatrix> .ILinkable)edge.Key] = outPriority++;
backwards.Add((GraphMap <FeatureVector, WeightMatrix> .ILinkable)edge.Key, new Pair <GraphMap <FeatureVector, WeightMatrix> .ILinkable, GraphMap <FeatureVector, WeightMatrix> .Link <WeightMatrix> >()
{
a = node,
b = edge.Value
});
}
}
// Vectors that receive outputs
outputVectors = new Queue <GraphMap <FeatureVector, WeightMatrix> .ILinkable>();
// Vectors that are inputs
inputVectors = new Queue <GraphMap <FeatureVector, WeightMatrix> .ILinkable>();
int inPriority = 0;
foreach (var outputPriority in outputPriorities.OrderBy(x => x.Value))
{
outputVectors.Enqueue(outputPriority.Key);
foreach (var input in backwards[outputPriority.Key])
{
inputPriorities[input.a] = inPriority++;
}
}
foreach (var inputPriority in inputPriorities.OrderByDescending(x => x.Value))
{
inputVectors.Enqueue(inputPriority.Key);
}
}
public OneToManyMap <EmployeeT, CompanyT> FindAllByCompanyID(int companyID, int currentPage, int itemsPerPages, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPages
SELECT COUNT(*)
FROM EmployeeT AS E WITH(NOLOCK)
JOIN CompanyT_EmployeeT AS CE ON CE.EmployeeID = E.EmployeeID
WHERE CE.CompanyID = @CompanyID
SELECT E.[EmployeeID]
,E.[EmployeeName]
,E.[EmployeePosition]
,E.EmployeePhone
,E.[Email]
,E.[BirthdayDate]
,E.[SignInDate]
,E.[ResignedDate]
,E.[IsResigned]
,E.[Salary]
,E.[CreatedDate]
,E.[EditedDate]
FROM EmployeeT AS E
JOIN CompanyT_EmployeeT AS CE ON CE.EmployeeID = E.EmployeeID
WHERE CE.CompanyID = @CompanyID
ORDER BY E.EmployeeID " + sortType + @"
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPages ROWS ONLY
SELECT [CompanyID]
,[CompanyName]
,[CompanyCode]
,[TaxID]
,[Phone]
,[Address]
,[WebsiteURL]
,[Owner]
,[CreatedDate]
,[EditedDate]
FROM [dbo].[CompanyT]
WHERE CompanyID = @CompanyID
";
var sqlResult = Connection.QueryMultiple(sqlString,
new
{
ItemsPerPages = itemsPerPages,
CurrentPage = currentPage,
SortType = sortType,
CompanyID = companyID
}, transaction: Transaction);
var result = new OneToManyMap <EmployeeT, CompanyT>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <EmployeeT>(),
MapData = sqlResult.ReadFirstOrDefault <CompanyT>()
};
return(result);
}
public OneToManyMap <ProductTAndCompanyT> FindAllByProductType(string searchText, int currentPage, int itemsPerPage, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
SELECT COUNT(*) FROM ProductT AS P
JOIN CompanyT_ProductT AS CP ON CP.ProductID = P.ProductID
JOIN CompanyT AS C ON C.CompanyID = CP.CompanyID
{0}
SELECT P.ProductID,
P.ProductName,
P.ProductType,
P.Price,
P.Unit,
P.CreatedDate,
P.EditedDate,
C.CompanyName,
C.CompanyCode,
C.TaxID,
C.Phone,
C.Address,
C.WebsiteURL,
C.Owner
FROM ProductT AS P
JOIN CompanyT_ProductT AS CP ON CP.ProductID = P.ProductID
JOIN CompanyT AS C ON C.CompanyID = CP.CompanyID
{0}
ORDER BY P.ProductID " + sortType + @"
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPage ROWS ONLY ";
if (!string.IsNullOrEmpty(searchText))
{
sqlString = string.Format(sqlString, $"WHERE P.ProductType = @ProductType ");
}
else
{
sqlString = string.Format(sqlString, string.Empty);
}
var sqlResult = Connection.QueryMultiple(sqlString,
new
{
ItemsPerPage = itemsPerPage,
CurrentPage = currentPage,
SortType = sortType,
ProductType = searchText
}, transaction: Transaction);
var result = new OneToManyMap <ProductTAndCompanyT>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <ProductTAndCompanyT>(),
};
return(result);
}
public TextDecodingParameters()
{
_offsets = new List<Offset>();
_specialMapping = new OneToManyMap<char, byte>();
_byteSkipAmt = 1;
_byteStart = 0;
_isValidParameters = false;
}
/// <summary>
/// Returns the roles for a given TUser and Pagination
/// </summary>
/// <param name="user"></param>
/// <returns></returns>
public Jsend <OneToManyMap <IdentityRole> > GetNotInRolesByUser(TUser user, int currentPage, int itemsPerPages, bool isDesc = false)
{
if (user == null)
{
throw new ArgumentNullException("user");
}
OneToManyMap <IdentityRole> roles = userRolesTable.FindNotInRolesByUser(user.Id, currentPage, itemsPerPages, isDesc);
return(JsendResult <OneToManyMap <IdentityRole> > .Success(roles));
}
//public OneToManyMap<ProductT> FindAll(int currentPage, int itemsPerPage, string searchText, bool isDesc = false)
//{
// var sortType = isDesc ? "DESC" : "ASC";
// var sqlString = @"
// DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
// SELECT COUNT(*) FROM ProductT AS P
// JOIN CompanyT_ProductT AS CP ON CP.ProductID = P.ProductID
// JOIN CompanyT AS C ON CP.CompanyID = CompanyID
// {0}
// SELECT P.ProductID,
// P.ProductName,
// P.ProductType,
// P.Price,
// P.Unit,
// P.CreatedDate,
// P.EditedDate,
// C.CompanyID,
// C.CompanyName
// FROM ProductT AS P
// JOIN CompanyT_ProductT AS CP ON CP.ProductID = P.ProductID
// JOIN CompanyT AS C ON CP.CompanyID = CompanyID
// {0}
// ORDER BY P.ProductID " + sortType + @"
// OFFSET @Start ROWS
// FETCH NEXT @ItemsPerPage ROWS ONLY
// ";
// if (string.IsNullOrEmpty(searchText))
// {
// sqlString = string.Format(sqlString, $" WHERE CompanyID = @SearchText");
// }
// else
// {
// sqlString = string.Format(sqlString, string.Empty);
// }
// var sqlResult = Connection.QueryMultiple(sqlString,
// new
// {
// ItemsPerPage = itemsPerPage,
// CurrentPage = currentPage,
// SortType = sortType,
// }, transaction: Transaction);
// var result = new OneToManyMap<ProductT>
// {
// TotalCount = sqlResult.ReadSingle<int>(),
// List = sqlResult.Read<ProductT>(),
// };
// return result;
//}
public OneToManyMap <ProductT, CompanyT> FindAllByCompanyID(int companyID, int currentPage, int itemsPerPage, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
SELECT COUNT(*) FROM ProductT AS P WITH(NOLOCK)
JOIN CompanyT_ProductT AS CP ON CP.ProductID = P.ProductID
WHERE CP.CompanyID = @CompanyID
SELECT P.ProductID,
P.ProductName,
P.ProductType,
P.Price,
P.Unit,
P.CreatedDate,
P.EditedDate
FROM ProductT AS P
JOIN CompanyT_ProductT AS CP ON CP.ProductID = P.ProductID
WHERE CP.CompanyID = @CompanyID
ORDER BY P.ProductID " + sortType + @"
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPage ROWS ONLY
SELECT [CompanyID]
,[CompanyName]
,[CompanyCode]
,[TaxID]
,[Phone]
,[Address]
,[WebsiteURL]
,[Owner]
,[CreatedDate]
,[EditedDate]
FROM [dbo].[CompanyT]
WHERE CompanyID = @CompanyID
";
var sqlResult = Connection.QueryMultiple(sqlString,
new
{
ItemsPerPage = itemsPerPage,
CurrentPage = currentPage,
SortType = sortType,
CompanyID = companyID
}, transaction: Transaction);
var result = new OneToManyMap <ProductT, CompanyT>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <ProductT>(),
MapData = sqlResult.ReadFirstOrDefault <CompanyT>()
};
return(result);
}
public OneToManyMap <CompanyT> FindAllByID(int currentPage, int itemsPerPage, string searchText = null, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
SELECT COUNT(*) FROM CompanyT WITH(NOLOCK)
{0}
SELECT * FROM CompanyT
{0}
ORDER BY CompanyID " + sortType + @"
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPage ROWS ONLY";
int searchId;
bool isInt = Int32.TryParse(searchText, out searchId);
if (isInt)
{
sqlString = string.Format(sqlString, $" WHERE CompanyID = @SearchText");
}
else if (string.IsNullOrEmpty(searchText))
{
sqlString = string.Format(sqlString, string.Empty);
}
else
{
return(new OneToManyMap <CompanyT>
{
TotalCount = 0,
List = new List <CompanyT>()
});
}
var sqlResult = Connection.QueryMultiple(sqlString,
new
{
ItemsPerPage = itemsPerPage,
CurrentPage = currentPage,
SearchText = searchId,
SortType = sortType
}, transaction: Transaction);
var result = new OneToManyMap <CompanyT>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <CompanyT>()
};
return(result);
}
public Jsend <OneToManyMap <EmployeeT, CompanyT> > FindCompanyListByID(int id, int current, int itemsPerPages, bool isDesc)
{
OneToManyMap <EmployeeT, CompanyT> result = null;
try
{
result = _uow.EmployeeTRepository.FindAllByCompanyID(id, current, itemsPerPages, isDesc);
_uow.Commit();
}
catch (SqlException ex)
{
_logger.Error(ex);
return(JsendResult <OneToManyMap <EmployeeT, CompanyT> > .Error("Queay data occured error"));
}
return(JsendResult <OneToManyMap <EmployeeT, CompanyT> > .Success(result));
}
public Jsend <OneToManyMap <CompanyT> > FindCompanyListByName(int current, int itemsPerPage, bool isDesc, string searchText)
{
OneToManyMap <CompanyT> result = null;
try
{
result = _uow.CompanyTRepository.FindAllByName(current, itemsPerPage, searchText, isDesc);
_uow.Commit();
}
catch (SqlException ex)
{
_logger.Error(ex);
return(JsendResult <OneToManyMap <CompanyT> > .Error("Queay data occured error"));
}
return(JsendResult <OneToManyMap <CompanyT> > .Success(result));
}
public Jsend <OneToManyMap <ProductTAndCompanyT> > FindAllByProductPrice(int?productPrice, int currentPage, int itemsPerPage, bool isDesc = false)
{
OneToManyMap <ProductTAndCompanyT> result = null;
try
{
result = _uow.ProductTRepository.FindAllByProductPrice(productPrice, currentPage, itemsPerPage, isDesc);
_uow.Commit();
}
catch (SqlException ex)
{
_logger.Error(ex);
return(JsendResult <OneToManyMap <ProductTAndCompanyT> > .Error("Queay data occured error"));
}
return(JsendResult <OneToManyMap <ProductTAndCompanyT> > .Success(result));
}
public Jsend <OneToManyMap <EmployeeTAndCompanyT> > FindAllByEmployeeBirthday(string companyID, string searchText, int currentPage, int itemsPerPage, bool isDesc = false)
{
OneToManyMap <EmployeeTAndCompanyT> result = null;
try
{
result = _uow.EmployeeTRepository.FindAllByEmployeeBirthday(companyID, searchText, currentPage, itemsPerPage, isDesc);
_uow.Commit();
}
catch (SqlException ex)
{
_logger.Error(ex);
return(JsendResult <OneToManyMap <EmployeeTAndCompanyT> > .Error("Queay data occured error"));
}
return(JsendResult <OneToManyMap <EmployeeTAndCompanyT> > .Success(result));
}
public OneToManyMap <TUser> GetUsersByTypeAndLoginState(int memberType, bool isLogined, int currentPage, int itemsPerPage, bool isDesc)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
SELECT COUNT(*) FROM [dbo].[Member] WHERE MemberType = @MemberType AND IsLogined = @IsLogined
SELECT [Id]
,[Email]
,[EmailConfirmed]
,[PasswordHash]
,[SecurityStamp]
,[PhoneNumber]
,[PhoneNumberConfirmed]
,[TwoFactorEnabled]
,[LockoutEndDateUtc]
,[LockoutEnabled]
,[AccessFailedCount]
,[UserName]
,[MemberType]
,[IsLogined]
FROM [dbo].[Member] WHERE MemberType = @MemberType AND IsLogined = @IsLogined
ORDER BY Id " + sortType + @"
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPage ROWS ONLY
";
var sqlResult = db.Connection.QueryMultiple(sqlString, new
{
MemberType = memberType,
IsLogined = isLogined,
ItemsPerPage = itemsPerPage,
CurrentPage = currentPage
});
var result = new OneToManyMap <TUser>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <TUser>()
};
return(result);
}
/// <summary>
/// Returns a list of user's roles By id
/// </summary>
/// <param name="userId">The user's id</param>
/// <returns></returns>
public OneToManyMap <IdentityRole> FindNotInRolesByUser(int memberId, int currentPage, int itemsPerPage, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
SELECT COUNT(*) FROM [Role]
WHERE Id NOT IN(
SELECT [RoleId]
FROM [dbo].[MemberRole]
WHERE MemberId =@MemberId)
SELECT * FROM [Role]
WHERE Id NOT IN(
SELECT [RoleId]
FROM [dbo].[MemberRole]
WHERE MemberId =@MemberId)
ORDER BY Role.Id
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPage ROWS ONLY ";
var sqlResult = db.Connection.QueryMultiple(sqlString,
new
{
MemberId = memberId,
CurrentPage = currentPage,
ItemsPerPage = itemsPerPage,
});
var result = new OneToManyMap <IdentityRole>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <IdentityRole>()
};
return(result);
}
public OneToManyMap <EmployeeTAndCompanyT> FindAllByEmployeeBirthday(string companyID, string searchText, int currentPage, int itemsPerPage, bool isDesc = false)
{
var sortType = isDesc ? "DESC" : "ASC";
var sqlString = @"
DECLARE @Start int = (@CurrentPage - 1) * @ItemsPerPage
SELECT COUNT(*) FROM EmployeeT AS E
JOIN CompanyT_EmployeeT AS CE ON CE.EmployeeID = E.EmployeeID
JOIN CompanyT AS C ON C.CompanyID = CE.CompanyID
{0}
SELECT E.EmployeeID,
E.EmployeeName,
E.EmployeePosition,
E.EmployeePhone,
E.Email,
E.BirthdayDate,
E.SignInDate,
E.ResignedDate,
E.IsResigned,
E.Salary,
C.CompanyName,
C.CompanyCode,
C.TaxID,
C.Phone,
C.Address,
C.WebsiteURL,
C.Owner
FROM EmployeeT AS E
JOIN CompanyT_EmployeeT AS CE ON CE.EmployeeID = E.EmployeeID
JOIN CompanyT AS C ON C.CompanyID = CE.CompanyID
{0}
ORDER BY E.EmployeeID " + sortType + @"
OFFSET @Start ROWS
FETCH NEXT @ItemsPerPage ROWS ONLY ";
if (!string.IsNullOrEmpty(searchText))
{
sqlString = string.Format(sqlString, @"WHERE E.BirthdayDate = @BirthdayDate {0}");
}
if (!string.IsNullOrEmpty(companyID) && !string.IsNullOrEmpty(searchText))
{
sqlString = string.Format(sqlString, $"AND C.CompanyID = @CompanyID ");
}
else if (!string.IsNullOrEmpty(companyID) && string.IsNullOrEmpty(searchText))
{
sqlString = string.Format(sqlString, $"WHERE C.CompanyID = @CompanyID ");
}
else
{
sqlString = string.Format(sqlString, string.Empty);
}
var sqlResult = Connection.QueryMultiple(sqlString,
new
{
ItemsPerPage = itemsPerPage,
CurrentPage = currentPage,
SortType = sortType,
BirthdayDate = searchText,
CompanyID = companyID
}, transaction: Transaction);
var result = new OneToManyMap <EmployeeTAndCompanyT>
{
TotalCount = sqlResult.ReadSingle <int>(),
List = sqlResult.Read <EmployeeTAndCompanyT>(),
};
return(result);
}
public Jsend <OneToManyMap <TUser> > FindAllUsers(int currentPage, int itemsPerPages, bool isDesc = false)
{
OneToManyMap <TUser> result = userTable.FindAllUsers(currentPage, itemsPerPages, isDesc);
return(JsendResult <OneToManyMap <TUser> > .Success(result));
}
private void GetGraphOrder(out OneToManyMap<GraphMap<FeatureVector, WeightMatrix>.ILinkable, Pair<GraphMap<FeatureVector, WeightMatrix>.ILinkable, GraphMap<FeatureVector, WeightMatrix>.Link<WeightMatrix>>> backwards, out Queue<GraphMap<FeatureVector, WeightMatrix>.ILinkable> inputVectors, out Queue<GraphMap<FeatureVector, WeightMatrix>.ILinkable> outputVectors)
{
backwards = new OneToManyMap<GraphMap<FeatureVector, WeightMatrix>.ILinkable, Pair<GraphMap<FeatureVector, WeightMatrix>.ILinkable, GraphMap<FeatureVector, WeightMatrix>.Link<WeightMatrix>>>();
// Just to keep track of the frontier
Queue<GraphMap<FeatureVector, WeightMatrix>.ILinkable> queue = new Queue<GraphMap<FeatureVector, WeightMatrix>.ILinkable>();
// To keep track of the order each output should be evaluated
Dictionary<GraphMap<FeatureVector, WeightMatrix>.ILinkable, int> outputPriorities = new Dictionary<GraphMap<FeatureVector, WeightMatrix>.ILinkable, int>();
Dictionary<GraphMap<FeatureVector, WeightMatrix>.ILinkable, int> inputPriorities = new Dictionary<GraphMap<FeatureVector, WeightMatrix>.ILinkable, int>();
foreach (var input in inputs)
{
queue.Enqueue(input);
}
int outPriority = 0;
while (queue.Count != 0)
{
var node = queue.Dequeue();
foreach (var edge in node.Edges)
{
// add next node to the frontier
queue.Enqueue((GraphMap<FeatureVector, WeightMatrix>.ILinkable)edge.Key);
// put this node in the set of outputs
outputPriorities[(GraphMap<FeatureVector, WeightMatrix>.ILinkable)edge.Key] = outPriority++;
backwards.Add((GraphMap<FeatureVector, WeightMatrix>.ILinkable)edge.Key, new Pair<GraphMap<FeatureVector, WeightMatrix>.ILinkable, GraphMap<FeatureVector, WeightMatrix>.Link<WeightMatrix>>()
{
a = node,
b = edge.Value
});
}
}
// Vectors that receive outputs
outputVectors = new Queue<GraphMap<FeatureVector, WeightMatrix>.ILinkable>();
// Vectors that are inputs
inputVectors = new Queue<GraphMap<FeatureVector, WeightMatrix>.ILinkable>();
int inPriority = 0;
foreach (var outputPriority in outputPriorities.OrderBy(x => x.Value))
{
outputVectors.Enqueue(outputPriority.Key);
foreach (var input in backwards[outputPriority.Key])
{
inputPriorities[input.a] = inPriority++;
}
}
foreach (var inputPriority in inputPriorities.OrderByDescending(x => x.Value))
{
inputVectors.Enqueue(inputPriority.Key);
}
}
public Jsend <OneToManyMap <TUser> > GetUsersByTypeAndLoginState(int memberType, bool isLogined, int currentPage, int itemsPerPage, bool isDesc)
{
OneToManyMap <TUser> result = userTable.GetUsersByTypeAndLoginState(memberType, isLogined, currentPage, itemsPerPage, isDesc);
return(JsendResult <OneToManyMap <TUser> > .Success(result));
}
public static ConvertByteArrayToString ConvertSwitch(OneToManyMap<byte[], string> dict)
{
return delegate(byte[] data) { return dict.FindMany(data); };
}
public static ConvertValueToByteArray ConvertSwitch(OneToManyMap<byte[], string> dict)
{
return delegate(string d) { return dict.FindOne(d); };
}
private Dictionary<string, OneToManyMap<byte[], string>> GetSwitchMaps(HiToTextEntry entry)
{
Dictionary<string, OneToManyMap<byte[], string>> toReturn =
new Dictionary<string, OneToManyMap<byte[], string>>();
if (entry.Header.TextParameters == null)
return toReturn;
if (entry.Header.TextParameters.SwitchMaps == null)
return toReturn;
foreach (HiToTextEntryHeaderTextParametersSwitchMapsSwitchMap sMap in entry.Header.TextParameters.SwitchMaps.SwitchMap)
{
string sDefaultOne = sMap.DefaultOne;
string[] sDefaultOnes =
sDefaultOne.Split(new char[] { '|' }, StringSplitOptions.RemoveEmptyEntries);
for (int i = 0; i < sDefaultOnes.Length; i++)
{
if (sDefaultOnes[i].Substring(0, 2).Equals("0x"))
sDefaultOnes[i] = sDefaultOnes[i].Substring(2);
}
sDefaultOne = String.Join(string.Empty, sDefaultOnes);
byte[] defaultOne = HiConvert.HexStringToByteArray(sDefaultOne);
string defaultMany = sMap.DefaultMany;
OneToManyMap<byte[], string> map = new OneToManyMap<byte[], string>();
map.AddDefault(defaultOne, defaultMany);
foreach (HiToTextEntryHeaderTextParametersSwitchMapsSwitchMapMapping sMapping in sMap.Mapping)
{
string sOne = sMapping.One;
string[] sOnes = sOne.Split(new char[] { '|' }, StringSplitOptions.RemoveEmptyEntries);
for (int i = 0; i < sOnes.Length; i++)
{
if (sOnes[i].Substring(0, 2).Equals("0x"))
sOnes[i] = sOnes[i].Substring(2);
}
sOne = String.Join(string.Empty, sOnes);
byte[] bOne = HiConvert.HexStringToByteArray(sOne);
map.AddMapping(bOne, sMapping.Many);
}
toReturn.Add(sMap.Name, map);
}
return toReturn;
}
