internal Expression RecentBundleType()
{
if (!db.FromBatch)
{
if (db.CurrentUser == null || db.CurrentUser.Roles.All(rr => rr != "Finance"))
{
return(AlwaysFalse());
}
}
var now = DateTime.Now;
var dt = now.AddDays(-Days);
Expression <Func <Person, bool> > pred = p =>
(
from c in p.Contributions
where c.ContributionDate > dt
where c.ContributionAmount > 0
where !ContributionTypeCode.ReturnedReversedTypes.Contains(c.ContributionTypeId)
where c.BundleDetails.Any(cc => CodeIntIds.Contains(cc.BundleHeader.BundleHeaderTypeId))
select c
).Any();
Expression expr = Expression.Invoke(pred, parm);
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression MemberTypeAsOf()
{
var end = EndDate?.AddDays(1) ?? StartDate?.AddDays(1);
Expression <Func <Person, bool> > pred = p => (
from et in p.EnrollmentTransactions
where et.TransactionTypeId <= 3 // things that start a change
where et.TransactionStatus == false
where StartDate <= (et.NextTranChangeDate ?? Util.Now) // where it ends
where et.TransactionDate <= end // where it begins
where (et.Pending ?? false) == false
where CodeIntIds.Contains(et.MemberTypeId) // what it's type was during that time
where (OrgTypeInt ?? 0) == 0 || et.Organization.OrganizationTypeId == OrgTypeInt
where OrganizationInt == 0 || et.OrganizationId == OrganizationInt
where DivisionInt == 0 || et.Organization.DivOrgs.Any(dg => dg.DivId == DivisionInt)
where ProgramInt == 0 || et.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == ProgramInt))
select et
).Any();
Expression expr = Expression.Invoke(pred, parm);
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression NeedAttendance()
{
var mindt = Util.Now.AddDays(-Days).Date;
var dow = Quarters.ToInt2();
Expression <Func <Person, bool> > pred = p => (
from m in p.OrganizationMembers
where m.Organization.OrganizationStatusId == Codes.OrgStatusCode.Active
let sc = m.Organization.OrgSchedules.FirstOrDefault()
where sc != null
where !dow.HasValue || sc.SchedDay == dow
where CodeIntIds.Contains(m.MemberTypeId)
where Organization == 0 || m.OrganizationId == Organization
where Division == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == Division)
where Program == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == Program))
where !m.Organization.Meetings.Any(mm => mm.MeetingDate > mindt && (mm.HeadCount > 0 || mm.Attends.Any(aa => aa.AttendanceFlag)))
select m
).Any();
Expression expr = Expression.Invoke(pred, parm); // substitute parm for p
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression MVRStatusCode()
{
Expression <Func <Person, bool> > pred = p =>
p.Volunteers.Any(v => CodeIntIds.Contains(v.MVRStatusId ?? 0));
Expression expr = Expression.Invoke(pred, parm); // substitute parm for p
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression VolunteerApprovalCode()
{
Expression <Func <Person, bool> > pred =
p => p.VoluteerApprovalIds.Any(vid => CodeIntIds.Contains(vid.ApprovalId)) ||
(!p.VoluteerApprovalIds.Any() && CodeIntIds.Contains(0));
Expression expr = Expression.Invoke(pred, parm); // substitute parm for p
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression RecentContactReason()
{
var mindt = Util.Now.AddDays(-Days).Date;
Expression <Func <Person, bool> > pred = p =>
p.contactsHad.Any(a => a.contact.ContactDate >= mindt &&
CodeIntIds.Contains(a.contact.ContactReasonId ?? 0));
Expression expr = Expression.Invoke(pred, parm);
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression RecentDecisionType()
{
var mindt = Util.Now.AddDays(-Days).Date;
Expression <Func <Person, bool> > pred = p =>
p.DecisionDate > mindt &&
CodeIntIds.Contains(p.DecisionTypeId.Value);
Expression expr = Expression.Invoke(pred, parm);
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression AttendTypeIds()
{
Expression <Func <Person, bool> > pred;
if (Schedule == -1)
{
pred = p => (
from m in p.OrganizationMembers
where CodeIntIds.Contains(m.MemberType.AttendanceTypeId ?? 0)
where ((Campus ?? 0) == 0 ||
m.Organization.CampusId == (Campus ?? 0) ||
(Campus == -1 && m.Organization.CampusId == null)
)
where (OrgType ?? 0) == 0 || m.Organization.OrganizationTypeId == OrgType
where Organization == 0 || m.OrganizationId == Organization
where Division == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == Division)
where Program == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == Program))
where !m.Organization.OrgSchedules.Any()
select m
).Any();
}
else
{
pred = p => (
from m in p.OrganizationMembers
where CodeIntIds.Contains(m.MemberType.AttendanceTypeId ?? 0)
where ((Campus ?? 0) == 0 ||
m.Organization.CampusId == (Campus ?? 0) ||
(Campus == -1 && m.Organization.CampusId == null)
)
where (OrgType ?? 0) == 0 || m.Organization.OrganizationTypeId == OrgType
where Organization == 0 || m.OrganizationId == Organization
where Division == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == Division)
where Program == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == Program))
where Schedule == 0 || m.Organization.OrgSchedules.Any(os => os.ScheduleId == Schedule)
select m
).Any();
}
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
return(Expression.Not(Expression.Invoke(pred, parm)));
}
else
{
return(Expression.Invoke(pred, parm));
}
}
internal Expression MemberTypeIds()
{
Expression <Func <Person, bool> > pred;
if (ScheduleInt == -1)
{
pred = p => (
from m in p.OrganizationMembers
where CodeIntIds.Contains(m.MemberTypeId)
where ((CampusInt ?? 0) == 0 ||
m.Organization.CampusId == (CampusInt ?? 0) ||
(CampusInt == -1 && m.Organization.CampusId == null)
)
where (OrgTypeInt ?? 0) == 0 || m.Organization.OrganizationTypeId == OrgTypeInt
where OrganizationInt == 0 || m.OrganizationId == OrganizationInt
where DivisionInt == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == DivisionInt)
where ProgramInt == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == ProgramInt))
where !m.Organization.OrgSchedules.Any()
select m
).Any();
}
else
{
pred = p => (
from m in p.OrganizationMembers
where CodeIntIds.Contains(m.MemberTypeId)
where ((CampusInt ?? 0) == 0 ||
m.Organization.CampusId == (CampusInt ?? 0) ||
(CampusInt == -1 && m.Organization.CampusId == null)
)
where (OrgTypeInt ?? 0) == 0 || m.Organization.OrganizationTypeId == OrgTypeInt
where OrganizationInt == 0 || m.OrganizationId == OrganizationInt
where DivisionInt == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == DivisionInt)
where ProgramInt == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == ProgramInt))
where ScheduleInt == 0 || m.Organization.OrgSchedules.Any(os => os.ScheduleId == ScheduleInt)
select m
).Any();
}
Expression expr = Expression.Invoke(pred, parm); // substitute parm for p
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression FamilyHasChildrenAged3()
{
var range = Quarters.Split('-');
Expression <Func <Person, bool> > pred = p =>
p.Family.People.Any(m =>
(m.Age ?? 0) >= range[0].ToInt() &&
(m.Age ?? 0) <= range[1].ToInt() &&
CodeIntIds.Contains(m.GenderId) &&
m.PositionInFamilyId == PositionInFamily.Child
);
Expression expr = Expression.Invoke(pred, parm); // substitute parm for p
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression MadeContactTypeAsOf()
{
//StartDate, EndDate, Program, CodeIntIds
var to = (EndDate ?? StartDate ?? DateTime.Now).AddDays(1);
Expression <Func <Person, bool> > pred = p => (
from c in p.contactsMade
where c.contact.MinistryId == MinistryInt || MinistryInt == 0
where CodeIntIds.Contains(c.contact.ContactTypeId ?? 0) || CodeIntIds.Length == 0 || CodeIntIds[0] == 0
where StartDate == null || StartDate <= c.contact.ContactDate
where c.contact.ContactDate <= to
select c
).Any();
Expression expr = Expression.Invoke(pred, parm);
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression MembOfOrgWithSched()
{
Expression <Func <Person, bool> > pred = p => (
from m in p.OrganizationMembers
where m.MemberTypeId != MemberTypeCode.InActive
where m.MemberTypeId != MemberTypeCode.Prospect
where (m.Pending ?? false) == false
where Organization == 0 || m.OrganizationId == Organization
where Division == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == Division)
where Program == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == Program))
where m.Organization.OrgSchedules.Any(os => CodeIntIds.Contains(os.ScheduleId ?? 0))
select m
).Any();
Expression expr = Expression.Invoke(pred, parm); // substitute parm for p
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression RecentRegistrationType()
{
var mindt = Util.Now.AddDays(-Days).Date;
Expression <Func <Person, bool> > pred = p => (
from m in p.EnrollmentTransactions
where m.TransactionTypeId == 1
where m.EnrollmentDate >= mindt
where CodeIntIds[0] == 99 || CodeIntIds.Contains(m.Organization.RegistrationTypeId ?? 0)
where (OrgType ?? 0) == 0 || m.Organization.OrganizationTypeId == OrgType
where Organization == 0 || m.OrganizationId == Organization
where Division == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == Division)
where Program == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == Program))
select m
).Any();
Expression expr = Expression.Invoke(pred, parm);
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression MembOfOrgWithCampus()
{
Expression <Func <Person, bool> > pred = p => (
from m in p.OrganizationMembers
where m.MemberTypeId != MemberTypeCode.InActive
where m.MemberTypeId != MemberTypeCode.Prospect
where (m.Pending ?? false) == false
where (OrgTypeInt ?? 0) == 0 || m.Organization.OrganizationTypeId == OrgTypeInt
where OrganizationInt == 0 || m.OrganizationId == OrganizationInt
where DivisionInt == 0 || m.Organization.DivOrgs.Any(dg => dg.DivId == DivisionInt)
where ProgramInt == 0 || m.Organization.DivOrgs.Any(dg => dg.Division.ProgDivs.Any(pg => pg.ProgId == ProgramInt))
where CodeIntIds.Contains(m.Organization.CampusId ?? 0) ||
(CodeIntIds[0] == -1 && m.Organization.CampusId == null)
select m
).Any();
Expression expr = Expression.Invoke(pred, parm); // substitute parm for p
if (op == CompareType.NotEqual || op == CompareType.NotOneOf)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression GetEldestFamilyMember()
{
Expression expr;
Expression <Func <Person, bool> > pred;
var aMemberType = (MemberTypes ?? "").Split(';').Select(s => s.Split(',')[0].ToInt()).ToArray();
var idMemberTypes = string.Join(",", aMemberType);
var aAttendType = (AttendTypes ?? "").Split(';').Select(s => s.Split(',')[0].ToInt()).ToArray();
var idAttendTypes = string.Join(",", aAttendType);
bool boolFilterAttendType;
if (MemberTypes == null || aMemberType[0] == 0)
{
idMemberTypes = "";
}
// Note: For Attend type, the people IDs that is generated for database function
// AttendanceTypeAsOf, does not generate entries ignoring the Attend Type, if the id is an
// empty string.
// Set variable to indicate whether or not Attend Type is filtered
if (AttendTypes == null || aAttendType[0] == 0)
{
boolFilterAttendType = false;
}
else
{
boolFilterAttendType = true;
}
DateTime?enddt = null;
if (!EndDate.HasValue && StartDate.HasValue)
{
enddt = StartDate.Value.AddHours(24);
}
if (EndDate.HasValue)
{
enddt = EndDate.Value.AddHours(24);
}
IQueryable <int> qMemberType;
qMemberType = db.AttendMemberTypeAsOf(StartDate, enddt, ProgramInt, DivisionInt, OrganizationInt, idMemberTypes, null)
.Select(a => a.PeopleId ?? 0).Distinct();
IQueryable <int> qAttendType;
if (boolFilterAttendType)
{
qAttendType = db.AttendanceTypeAsOf(StartDate, enddt, ProgramInt, DivisionInt, OrganizationInt, OrgTypeInt ?? 0, idAttendTypes)
.Select(a => a.PeopleId).Distinct();
}
else
{
qAttendType = db.AttendedAsOf(ProgramInt, DivisionInt, OrganizationInt, StartDate, enddt, false)
.Select(a => a.PeopleId).Distinct();
}
IQueryable <int> q;
q = qMemberType.Intersect(qAttendType);
pred = p =>
(from p2 in p.Family.People
where (op == CompareType.Equal || op == CompareType.OneOf) ? CodeIntIds.Contains(p2.PositionInFamilyId) : !CodeIntIds.Contains(p2.PositionInFamilyId)
where q.Contains(p2.PeopleId)
orderby(p2.BirthYear ?? 9999), (p2.BirthMonth ?? 99), (p2.BirthDay ?? 99),
db.SpaceToNull(p2.LastName) ?? "zzz",
db.SpaceToNull(p2.NickName) ?? db.SpaceToNull(p2.FirstName) ?? "zzz",
p2.MiddleName + p2.SuffixCode, p2.PeopleId > 0 ? p2.PeopleId : 99999999
select p2).First().PeopleId == p.PeopleId;
expr = Expression.Invoke(pred, parm);
return(expr);
}
internal Expression CommitmentForMeetingId()
{
var meetingid = Quarters.ToInt();
Expression <Func <Person, bool> > pred = p => p.Attends.Any(a =>
a.MeetingId == meetingid && CodeIntIds.Contains(a.Commitment ?? 99));
Expression expr = Expression.Invoke(pred, parm);
if (op == CompareType.NotEqual)
{
expr = Expression.Not(expr);
}
return(expr);
}
internal Expression UserRole()
{
Expression <Func <Person, bool> > pred = p =>
p.Users.Any(u => u.UserRoles.Any(ur => CodeIntIds.Contains(ur.RoleId)) ||
(!u.UserRoles.Any() && CodeIntIds.Contains(0))
);
return(op == CompareType.NotEqual || op == CompareType.NotOneOf
? Expression.Not(Expression.Invoke(pred, parm))
: (Expression)Expression.Invoke(pred, parm));
}
internal Expression GetEldestFamilyMember()
{
DateTime?enddt = null;
if (!EndDate.HasValue && StartDate.HasValue)
{
enddt = StartDate.Value.AddHours(24);
}
if (EndDate.HasValue)
{
enddt = EndDate.Value.AddHours(24);
}
var q = db.AttendedAsOf(ProgramInt, DivisionInt, OrganizationInt, StartDate, enddt, false);
Expression <Func <Person, bool> > pred = p =>
(from p2 in p.Family.People
where (op == CompareType.Equal || op == CompareType.OneOf) ? CodeIntIds.Contains(p2.PositionInFamilyId) : !CodeIntIds.Contains(p2.PositionInFamilyId)
where q.Select(c => c.PeopleId).Contains(p2.PeopleId)
orderby(p2.BirthYear ?? 9999), (p2.BirthMonth ?? 99), (p2.BirthDay ?? 99),
db.SpaceToNull(p2.LastName) ?? "zzz",
db.SpaceToNull(p2.NickName) ?? db.SpaceToNull(p2.FirstName) ?? "zzz",
p2.MiddleName + p2.SuffixCode, p2.PeopleId > 0 ? p2.PeopleId : 99999999
select p2).First().PeopleId == p.PeopleId;
Expression expr = Expression.Invoke(pred, parm);
return(expr);
}
