Instead of Insert, Verify not inserting into identity column.

Question

I am writing an Instead of Insert trigger. I would like to fire an error when inserting into an 'Identity' column.  Since UPDATE([ColumnName]) always returns TRUE for insert statements, is there an easy/fast way around this? I don't
want to use: 
IF(EXISTS(SELECT [i].[AS_ID] FROM [inserted] [i] WHERE [i].[AS_ID] IS NULL))
here is my pseudo-code...
CREATE VIEW [org].[Assets]
WITH SCHEMABINDING
AS
SELECT
[AS].[AS_ID], -- Identity field in base table
[AS].[Tag],
[AS].[Name]
FROM [org].[AS_Assets_Rewind](DEFAULT, DEFAULT, DEFAULT) [AS];
GO
CREATE TRIGGER [org].[Assets_Insert]
ON [org].[Assets]
INSTEAD OF INSERT
AS
BEGIN
SET NOCOUNT ON;
SET XACT_ABORT ON;
-- How does this statment need to be written to throw the error?
-- UPDATE([AS_ID]) always returns TRUE
IF(UPDATE([AS_ID]))
RAISERROR('INSERT into the anchor identity column ''AS_ID'' is not allowed.', 16, 1) WITH NOWAIT;
-- Is there a faster/better method than this?
IF(EXISTS(SELECT [i].[AS_ID] FROM [inserted] [i] WHERE [i].[AS_ID] IS NOT NULL))
RAISERROR('INSERT into the anchor identity column ''AS_ID'' is not allowed.', 16, 1) WITH NOWAIT;
-- Do Stuff
END;
-- Should error for inserting into [AS_ID] field (which is an identity field)
INSERT INTO [org].[Assets]([AS_ID], [Tag], [Name])
VALUES(1, 'f451', 'Paper burns'),
(2, 'k505.928', 'Paper burns in Chemistry');
-- No error should occur
INSERT INTO [org].[Assets]([Tag], [Name])
VALUES('f451', 'Paper burns'),
('k505.928', 'Paper burns in Chemistry');

Answer 1

IDENTITY is in single quotes, maybe i should have made it italics to indicate it is not the name of the column, but a logical reference to a column that has the identity property set.
the "_Rewind" suffix is to indicate the function "looks back into time".
Schema design is wrong? How do you recommend creating a SQL Server 2012 database that can
1) keep a history of data with respect to changing time and transaction time
2) update data that does not arrive at one time, aka, I may get your name and phone number today, but your e-mail address tomorrow - we need to be able to differentiate when different data was updated.
3) no physical deletes (due to needing to go back in time)
FYI: 
I have examined R. Snodgrass's, L. Rönnbäck's, and T. Johnston's bi-temporal design patterns.
here is the DDL:
CREATE SCHEMA [posit];
GO
CREATE SCHEMA [org];
GO
CREATE TABLE [posit].[PO_Positor]
[PO_PositorId] INT NOT NULL IDENTITY(1, 1),
[PO_PositorApp] NVARCHAR(128) NOT NULL CONSTRAINT [DF__PO_Positor_PO_PositorApp] DEFAULT(APP_NAME()),
CONSTRAINT [CL__PO_Positor_PO_PositorApp] CHECK([PO_PositorApp] <> ''),
[PO_PositorName] NVARCHAR(128) NOT NULL CONSTRAINT [DF__PO_Positor_PO_PositorName] DEFAULT(SUSER_SNAME()),
CONSTRAINT [CL__PO_Positor_PO_PositorName] CHECK([PO_PositorName] <> ''),
[PO_PositorHost] NVARCHAR(128) NOT NULL CONSTRAINT [DF__PO_Positor_PO_PositorHost] DEFAULT(HOST_NAME()),
CONSTRAINT [CL__PO_Positor_PO_PositorHost] CHECK([PO_PositorHost] <> ''),
[PO_PositorSID] VARBINARY(85) NOT NULL CONSTRAINT [DF__PO_Positor_PO_PositorSID] DEFAULT(SUSER_SID()),
[PO_PositorUID] INT NOT NULL CONSTRAINT [DF__PO_Positor_PO_PositorUID] DEFAULT(SUSER_ID()),
[PO_PositorNote] VARCHAR(348) NULL CONSTRAINT [CL__PO_Positor_PO_PositorNote] CHECK([PO_PositorNote] <> ''),
[PO_PositorInserted] DATETIMEOFFSET(7) NOT NULL CONSTRAINT [DF__PO_Positor_PO_PositorInserted] DEFAULT(SYSDATETIMEOFFSET()),
[PO_RowGuid] UNIQUEIDENTIFIER NOT NULL CONSTRAINT [DF__PO_Positor_PO_RowGuid] DEFAULT(NEWSEQUENTIALID()) ROWGUIDCOL,
CONSTRAINT [UX__PO_Positor_PO_RowGuid] UNIQUE NONCLUSTERED([PO_RowGuid]),
CONSTRAINT [PK__PO_Positor] PRIMARY KEY ([PO_PositorId] ASC),
CONSTRAINT [UK__PO_Positor] UNIQUE CLUSTERED ([PO_PositorApp] ASC, [PO_PositorHost] ASC, [PO_PositorUID] ASC)
GO
CREATE PROCEDURE [posit].[Insert_Positor]
@PositorNote NVARCHAR(348) = NULL
AS
BEGIN
DECLARE @ProcedureDesc NVARCHAR(261) = N'[' + OBJECT_SCHEMA_NAME(@@PROCID) + N'].[' + OBJECT_NAME(@@PROCID) + N']';
SET @PositorNote = COALESCE(@PositorNote, N'Automatically created by: ' + @ProcedureDesc);
DECLARE @Id TABLE
[Id] INT NOT NULL
INSERT INTO [posit].[PO_Positor]([PO_PositorNote])
OUTPUT [inserted].[PO_PositorId]
INTO @Id([Id])
VALUES (@PositorNote);
RETURN (SELECT TOP 1 [i].[Id] FROM @Id [i]);
END;
GO
CREATE PROCEDURE [posit].[Return_PositorId]
AS
BEGIN
DECLARE @PositorId INT = [posit].[Get_PositorId]();
IF (@PositorId IS NULL)
BEGIN
DECLARE @ProcedureDesc NVARCHAR(261) = N'[' + OBJECT_SCHEMA_NAME(@@PROCID) + N'].[' + OBJECT_NAME(@@PROCID) + N']';
DECLARE @PositorNote NVARCHAR(348) = N'Automatically created by: ' + @ProcedureDesc;
EXECUTE @PositorId = [posit].[Insert_Positor] @PositorNote;
END;
RETURN @PositorId;
END;
GO
CREATE FUNCTION [posit].[Get_PositorId]
RETURNS INT
AS
BEGIN
DECLARE @PositorId INT = NULL;
SELECT TOP 1
@PositorId = [p].[PO_PositorId]
FROM
[posit].[PO_Positor] [p]
WHERE [p].[PO_PositorApp] = APP_NAME()
AND [p].[PO_PositorHost] = HOST_NAME()
AND [p].[PO_PositorUID] = SUSER_ID();
RETURN @PositorId;
END;
GO
CREATE TABLE [org].[AS_Assets]
[AS_ID] INT NOT NULL IDENTITY(1, 1),
[AS_PositedBy] INT NOT NULL CONSTRAINT [DF__AS_Assets_PositedBy] DEFAULT([posit].[Get_PositorId]())
CONSTRAINT [FK__AS_Assets_PositedBy] REFERENCES [posit].[PO_Positor]([PO_PositorId]),
[AS_PositedAt] DATETIMEOFFSET(7) NOT NULL CONSTRAINT [DF__AS_Assets_PositedAt] DEFAULT(SYSDATETIMEOFFSET()),
[AS_RowGuid] UNIQUEIDENTIFIER NOT NULL CONSTRAINT [DF__AS_Assets_RowGuid] DEFAULT(NEWSEQUENTIALID()) ROWGUIDCOL,
CONSTRAINT [UX__AS_Assets_RowGuid] UNIQUE([AS_RowGuid]),
CONSTRAINT [PK__AS_Assets] PRIMARY KEY CLUSTERED ([AS_ID] ASC)
GO
CREATE TABLE [org].[AS_NME_Assets_Name_Posit]
[AS_NME_ID] INT NOT NULL IDENTITY(1, 1),
[AS_NME_AS_ID] INT NOT NULL CONSTRAINT [FK__AS_NME_Assets_Name_Posit_AS_NME_AS_ID] REFERENCES [org].[AS_Assets]([AS_ID]),
[AS_NME_AssetTag] VARCHAR(12) NOT NULL CONSTRAINT [CL__AS_NME_Assets_Name_Posit_AS_NME_AssetTag] CHECK([AS_NME_AssetTag] <> ''),
[AS_NME_AssetName] NVARCHAR(24) NOT NULL CONSTRAINT [CL__AS_NME_Assets_Name_Posit_AS_NME_AssetName] CHECK([AS_NME_AssetName] <> ''),
[AS_NME_AssetDetail] NVARCHAR(48) NOT NULL CONSTRAINT [CL__AS_NME_Assets_Name_Posit_AS_NME_AssetDetail] CHECK([AS_NME_AssetDetail] <> ''),
[AS_NME_Checksum] AS BINARY_CHECKSUM([AS_NME_AssetTag], [AS_NME_AssetName], [AS_NME_AssetDetail])
PERSISTED NOT NULL,
[AS_NME_ChangedAt] DATETIMEOFFSET(7) NOT NULL CONSTRAINT [DF__AS_NME_Assets_Name_Posit_ChangedAt] DEFAULT(SYSDATETIMEOFFSET()),
[AS_NME_RowGuid] UNIQUEIDENTIFIER NOT NULL CONSTRAINT [DF__AS_NME_Assets_Name_Posit_RowGuid] DEFAULT(NEWSEQUENTIALID()) ROWGUIDCOL,
CONSTRAINT [UX__AS_NME_Assets_Name_Posit_RowGuid] UNIQUE NONCLUSTERED([AS_NME_RowGuid]),
CONSTRAINT [PK__AS_NME_Assets_Name_Posit] PRIMARY KEY([AS_NME_ID] ASC),
CONSTRAINT [UK__AS_NME_Assets_Name_Posit] UNIQUE CLUSTERED([AS_NME_AS_ID] ASC, [AS_NME_ChangedAt] DESC, [AS_NME_Checksum] ASC)
WITH (FILLFACTOR = 95)
GO
CREATE TABLE [org].[AS_NME_Assets_Name_Annex]
[AS_NME_ID] INT NOT NULL CONSTRAINT [FK__AS_NME_Assets_Name_Annex_AS_NME_ID] REFERENCES [org].[AS_NME_Assets_Name_Posit]([AS_NME_ID]),
[AS_NME_PositedBy] INT NOT NULL CONSTRAINT [DF__AS_NME_Assets_Name_Annex_PositedBy] DEFAULT([posit].[Get_PositorId]())
CONSTRAINT [FK__AS_NME_Assets_Name_Annex_PositedBy] REFERENCES [posit].[PO_Positor]([PO_PositorId]),
[AS_NME_PositedAt] DATETIMEOFFSET(7) NOT NULL CONSTRAINT [DF__AS_NME_Assets_Name_Annex_PositedAt] DEFAULT(SYSDATETIMEOFFSET()),
[AS_NME_PositReliability] TINYINT NOT NULL CONSTRAINT [DF__AS_NME_Assets_Name_Annex_PositRel] DEFAULT(50),
[AS_NME_PositReliable] AS CONVERT(BIT, CASE WHEN [AS_NME_PositReliability] > 0 THEN 1 ELSE 0 END)
PERSISTED NOT NULL,
[AS_NME_RowGuid] UNIQUEIDENTIFIER NOT NULL CONSTRAINT [DF__AS_NME_Assets_Name_Annex_RowGuid] DEFAULT(NEWSEQUENTIALID()) ROWGUIDCOL,
CONSTRAINT [UX__AS_NME_Assets_Name_Annex_RowGuid] UNIQUE NONCLUSTERED([AS_NME_RowGuid]),
CONSTRAINT [PK__AS_NME_Assets_Name_Annex] PRIMARY KEY CLUSTERED([AS_NME_ID] ASC, [AS_NME_PositedAt] DESC, [AS_NME_PositedBy] ASC)
WITH (FILLFACTOR = 95)
GO
CREATE TABLE [org].[AS_GEO_Assets_Location_Posit]
[AS_GEO_ID] INT NOT NULL IDENTITY(1, 1),
[AS_GEO_AS_ID] INT NOT NULL CONSTRAINT [FK__AS_GEO_Assets_Location_Posit_AS_GEO_AS_ID] REFERENCES [org].[AS_Assets]([AS_ID]),
[AS_GEO_Longitude_Deg] DECIMAL(17, 14) NOT NULL CONSTRAINT [CR__AS_GEO_Assets_Location_Posit_Longitude_Deg_L] CHECK([AS_GEO_Longitude_Deg] >= -180.0),
CONSTRAINT [CR__AS_GEO_Assets_Location_Posit_Longitude_Deg_U] CHECK([AS_GEO_Longitude_Deg] <= 180.0),
[AS_GEO_Latitude_Deg] DECIMAL(17, 14) NOT NULL CONSTRAINT [CR__AS_GEO_Assets_Location_Posit_Latitude_Deg_L] CHECK([AS_GEO_Latitude_Deg] >= -90.0),
CONSTRAINT [CR__AS_GEO_Assets_Location_Posit_Latitude_Deg_U] CHECK([AS_GEO_Latitude_Deg] <= 90.0),
[AS_GEO_Wgs84] AS geography::STPointFromText('POINT(' + CONVERT(VARCHAR(19), [AS_GEO_Longitude_Deg], 0) + ' ' + CONVERT(VARCHAR(19), [AS_GEO_Latitude_Deg], 0) + ')', 4326),
[AS_GEO_Checksum] AS BINARY_CHECKSUM([AS_GEO_Longitude_Deg], [AS_GEO_Latitude_Deg])
PERSISTED NOT NULL,
[AS_GEO_ChangedAt] DATETIMEOFFSET(7) NOT NULL CONSTRAINT [DF__AS_GEO_Assets_Location_Posit_ChangedAt] DEFAULT(SYSDATETIMEOFFSET()),
[AS_GEO_RowGuid] UNIQUEIDENTIFIER NOT NULL CONSTRAINT [DF__AS_GEO_Assets_Location_Posit_RowGuid] DEFAULT(NEWSEQUENTIALID()) ROWGUIDCOL,
CONSTRAINT [UX__AS_GEO_Assets_Location_Posit_RowGuid] UNIQUE NONCLUSTERED([AS_GEO_RowGuid]),
CONSTRAINT [PK__AS_GEO_Assets_Location_Posit] PRIMARY KEY([AS_GEO_ID] ASC),
CONSTRAINT [UK__AS_GEO_Assets_Location_Posit] UNIQUE CLUSTERED([AS_GEO_AS_ID] ASC, [AS_GEO_ChangedAt] DESC, [AS_GEO_Checksum] ASC)
WITH (FILLFACTOR = 95)
GO
CREATE TABLE [org].[AS_GEO_Assets_Location_Annex]
[AS_GEO_ID] INT NOT NULL CONSTRAINT [FK__AS_GEO_Assets_Location_Annex_AS_GEO_ID] REFERENCES [org].[AS_GEO_Assets_Location_Posit]([AS_GEO_ID]),
[AS_GEO_PositedBy] INT NOT NULL CONSTRAINT [DF__AS_GEO_Assets_Location_Annex_PositedBy] DEFAULT([posit].[Get_PositorId]())
CONSTRAINT [FK__AS_GEO_Assets_Location_Annex_PositedBy] REFERENCES [posit].[PO_Positor]([PO_PositorId]),
[AS_GEO_PositedAt] DATETIMEOFFSET(7) NOT NULL CONSTRAINT [DF__AS_GEO_Assets_Location_Annex_PositedAt] DEFAULT(SYSDATETIMEOFFSET()),
[AS_GEO_PositReliability] TINYINT NOT NULL CONSTRAINT [DF__AS_GEO_Assets_Location_Annex_PositRel] DEFAULT(50),
[AS_GEO_PositReliable] AS CONVERT(BIT, CASE WHEN [AS_GEO_PositReliability] > 0 THEN 1 ELSE 0 END)
PERSISTED NOT NULL,
[AS_GEO_RowGuid] UNIQUEIDENTIFIER NOT NULL CONSTRAINT [DF__AS_GEO_Assets_Location_Annex_RowGuid] DEFAULT(NEWSEQUENTIALID()) ROWGUIDCOL,
CONSTRAINT [UX__AS_GEO_Assets_Location_Annex_RowGuid] UNIQUE NONCLUSTERED([AS_GEO_RowGuid]),
CONSTRAINT [PK__AS_GEO_Assets_Location_Annex] PRIMARY KEY CLUSTERED([AS_GEO_ID] ASC, [AS_GEO_PositedAt] DESC, [AS_GEO_PositedBy] ASC)
WITH (FILLFACTOR = 95)
GO
CREATE FUNCTION [org].[AS_NME_Assets_Name_Posit_RW]
@ChangedBefore DATETIMEOFFSET(7) = '9999-12-31'
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
SELECT
[p].[AS_NME_ID],
[p].[AS_NME_AS_ID],
[p].[AS_NME_AssetTag],
[p].[AS_NME_AssetName],
[p].[AS_NME_AssetDetail],
[p].[AS_NME_Checksum],
[p].[AS_NME_ChangedAt]
FROM
[org].[AS_NME_Assets_Name_Posit] [p]
WHERE
[p].[AS_NME_ChangedAt] < @ChangedBefore;
GO
CREATE FUNCTION [org].[AS_NME_Assets_Name_Annex_RW]
@PositedBefore DATETIMEOFFSET(7) = '9999-12-31'
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
SELECT
[a].[AS_NME_ID],
[a].[AS_NME_PositedBy],
[a].[AS_NME_PositedAt],
[a].[AS_NME_PositReliability],
[a].[AS_NME_PositReliable]
FROM
[org].[AS_NME_Assets_Name_Annex] [a]
WHERE[a].[AS_NME_PositedAt] < @PositedBefore;
GO
CREATE FUNCTION [org].[AS_NME_Assets_Name_RW]
@ChangedBefore DATETIMEOFFSET(7) = '9999-12-31',
@PositedBefore DATETIMEOFFSET(7) = '9999-12-31'
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
SELECT
[p].[AS_NME_ID],
[p].[AS_NME_AS_ID],
[p].[AS_NME_AssetTag],
[p].[AS_NME_AssetName],
[p].[AS_NME_AssetDetail],
[p].[AS_NME_Checksum],
[p].[AS_NME_ChangedAt],
[a].[AS_NME_PositedBy],
[a].[AS_NME_PositedAt],
[a].[AS_NME_PositReliability],
[a].[AS_NME_PositReliable]
FROM
[org].[AS_NME_Assets_Name_Posit_RW](@ChangedBefore) [p]
INNER JOIN
[org].[AS_NME_Assets_Name_Annex_RW](@PositedBefore) [a]
ON [a].[AS_NME_ID] = [p].[AS_NME_ID]
AND [a].[AS_NME_PositedAt] = (
SELECT TOP 1
[s].[AS_NME_PositedAt]
FROM
[org].[AS_NME_Assets_Name_Annex_RW](@PositedBefore) [s]
WHERE [s].[AS_NME_ID] = [p].[AS_NME_ID]
ORDER BY
[s].[AS_NME_PositedAt] DESC
GO
CREATE FUNCTION [org].[AS_GEO_Assets_Location_Posit_RW]
@ChangedBefore DATETIMEOFFSET(7) = '9999-12-31'
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
SELECT
[p].[AS_GEO_ID],
[p].[AS_GEO_AS_ID],
[p].[AS_GEO_Longitude_Deg],
[p].[AS_GEO_Latitude_Deg],
[p].[AS_GEO_Wgs84],
[p].[AS_GEO_Checksum],
[p].[AS_GEO_ChangedAt]
FROM
[org].[AS_GEO_Assets_Location_Posit] [p]
WHERE
[p].[AS_GEO_ChangedAt] < @ChangedBefore;
GO
CREATE FUNCTION [org].[AS_GEO_Assets_Location_Annex_RW]
@PositedBefore DATETIMEOFFSET(7) = '9999-12-31'
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
SELECT
[a].[AS_GEO_ID],
[a].[AS_GEO_PositedBy],
[a].[AS_GEO_PositedAt],
[a].[AS_GEO_PositReliability],
[a].[AS_GEO_PositReliable]
FROM
[org].[AS_GEO_Assets_Location_Annex] [a]
WHERE
[a].[AS_GEO_PositedAt] < @PositedBefore;
GO
CREATE FUNCTION [org].[AS_GEO_Assets_Location_RW]
@ChangedBefore DATETIMEOFFSET(7) = '9999-12-31',
@PositedBefore DATETIMEOFFSET(7) = '9999-12-31'
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
SELECT
[p].[AS_GEO_ID],
[p].[AS_GEO_AS_ID],
[p].[AS_GEO_Longitude_Deg],
[p].[AS_GEO_Latitude_Deg],
[p].[AS_GEO_Wgs84],
[p].[AS_GEO_Checksum],
[p].[AS_GEO_ChangedAt],
[a].[AS_GEO_PositedBy],
[a].[AS_GEO_PositedAt],
[a].[AS_GEO_PositReliability],
[a].[AS_GEO_PositReliable]
FROM
[org].[AS_GEO_Assets_Location_Posit_RW](@ChangedBefore) [p]
INNER JOIN
[org].[AS_GEO_Assets_Location_Annex_RW](@PositedBefore) [a]
ON [a].[AS_GEO_ID] = [p].[AS_GEO_ID]
AND [a].[AS_GEO_PositedAt] = (
SELECT TOP 1
[s].[AS_GEO_PositedAt]
FROM
[org].[AS_GEO_Assets_Location_Annex_RW](@PositedBefore) [s]
WHERE [s].[AS_GEO_ID] = [p].[AS_GEO_ID]
ORDER BY
[s].[AS_GEO_PositedAt] DESC
GO
CREATE FUNCTION [org].[AS_Assets_Rewind]
@ChangedBefore DATETIMEOFFSET(7) = '9999-12-31',
@PositedBefore DATETIMEOFFSET(7) = '9999-12-31',
@Reliable BIT = 1
RETURNS TABLE
WITH SCHEMABINDING
AS
RETURN
SELECT
[AS].[AS_ID],
[AS].[AS_PositedBy],
[AS].[AS_PositedAt],
[NME].[AS_NME_ID],
[NME].[AS_NME_AS_ID],
[NME].[AS_NME_AssetTag],
[NME].[AS_NME_AssetName],
[NME].[AS_NME_AssetDetail],
[NME].[AS_NME_Checksum],
[NME].[AS_NME_ChangedAt],
[NME].[AS_NME_PositedBy],
[NME].[AS_NME_PositedAt],
[NME].[AS_NME_PositReliability],
[NME].[AS_NME_PositReliable],
[GEO].[AS_GEO_ID],
[GEO].[AS_GEO_AS_ID],
[GEO].[AS_GEO_Longitude_Deg],
[GEO].[AS_GEO_Latitude_Deg],
[GEO].[AS_GEO_Wgs84],
[GEO].[AS_GEO_Checksum],
[GEO].[AS_GEO_ChangedAt],
[GEO].[AS_GEO_PositedBy],
[GEO].[AS_GEO_PositedAt],
[GEO].[AS_GEO_PositReliability],
[GEO].[AS_GEO_PositReliable]
FROM
[org].[AS_Assets] [AS]
INNER JOIN
[org].[AS_NME_Assets_Name_RW](@ChangedBefore, @PositedBefore) [NME]
ON [NME].[AS_NME_AS_ID] = [AS].[AS_ID]
AND [NME].[AS_NME_PositReliable] = @Reliable
AND [NME].[AS_NME_ID] = (
SELECT TOP 1
[NME_s].[AS_NME_ID]
FROM
[org].[AS_NME_Assets_Name_RW](@ChangedBefore, @PositedBefore) [NME_s]
WHERE [NME_s].[AS_NME_AS_ID] = [AS].[AS_ID]
ORDER BY
[NME_s].[AS_NME_ChangedAt] DESC,
[NME_s].[AS_NME_PositedAt] DESC
LEFT OUTER JOIN
[org].[AS_GEO_Assets_Location_RW](@ChangedBefore, @PositedBefore) [GEO]
ON [GEO].[AS_GEO_AS_ID] = [AS].[AS_ID]
AND [GEO].[AS_GEO_PositReliable] = @Reliable
AND [GEO].[AS_GEO_ID] = (
SELECT TOP 1
[GEO_s].[AS_GEO_ID]
FROM
[org].[AS_GEO_Assets_Location_RW](@ChangedBefore, @PositedBefore) [GEO_s]
WHERE [GEO_s].[AS_GEO_AS_ID] = [AS].[AS_ID]
ORDER BY
[GEO_s].[AS_GEO_ChangedAt] DESC,
[GEO_s].[AS_GEO_PositedAt] DESC
GO
CREATE VIEW [org].[AS_NME_Assets_Name_SK]
WITH SCHEMABINDING
AS
SELECT
[p].[AS_NME_ID],
[p].[AS_NME_AS_ID],
[p].[AS_NME_AssetTag],
[p].[AS_NME_AssetName],
[p].[AS_NME_AssetDetail],
[p].[AS_NME_Checksum],
[p].[AS_NME_ChangedAt],
[a].[AS_NME_PositedBy],
[a].[AS_NME_PositedAt],
[a].[AS_NME_PositReliability],
[a].[AS_NME_PositReliable]
FROM
[org].[AS_NME_Assets_Name_Posit] [p]
INNER JOIN
[org].[AS_NME_Assets_Name_Annex] [a]
ON [a].[AS_NME_ID] = [p].[AS_NME_ID];
GO
CREATE UNIQUE CLUSTERED INDEX [PK__AS_NME_Assets_Name_SK]
ON [org].[AS_NME_Assets_Name_SK]
[AS_NME_AS_ID] ASC,
[AS_NME_ChangedAt] DESC,
[AS_NME_PositedAt] DESC,
[AS_NME_PositedBy] ASC,
[AS_NME_PositReliable] ASC
WITH (FILLFACTOR = 95);
GO
CREATE VIEW [org].[AS_GEO_Assets_Location_SK]
WITH SCHEMABINDING
AS
SELECT
[p].[AS_GEO_ID],
[p].[AS_GEO_AS_ID],
[p].[AS_GEO_Wgs84],
[p].[AS_GEO_Checksum],
[p].[AS_GEO_ChangedAt],
[a].[AS_GEO_PositedBy],
[a].[AS_GEO_PositedAt],
[a].[AS_GEO_PositReliability],
[a].[AS_GEO_PositReliable]
FROM
[org].[AS_GEO_Assets_Location_Posit] [p]
INNER JOIN
[org].[AS_GEO_Assets_Location_Annex] [a]
ON [a].[AS_GEO_ID] = [p].[AS_GEO_ID];
GO
CREATE UNIQUE CLUSTERED INDEX [PK__AS_GEO_Assets_Location_SK]
ON [org].[AS_GEO_Assets_Location_SK]
[AS_GEO_AS_ID] ASC,
[AS_GEO_ChangedAt] DESC,
[AS_GEO_PositedAt] DESC,
[AS_GEO_PositedBy] ASC,
[AS_GEO_PositReliable] ASC
WITH (FILLFACTOR = 95);
GO
CREATE VIEW [org].[AS_Assets_Current]
WITH SCHEMABINDING
AS
SELECT
[AS].[AS_ID],
[AS].[AS_PositedBy],
[AS].[AS_PositedAt],
[AS].[AS_NME_ID],
[AS].[AS_NME_AS_ID],
[AS].[AS_NME_AssetTag],
[AS].[AS_NME_AssetName],
[AS].[AS_NME_AssetDetail],
[AS].[AS_NME_Checksum],
[AS].[AS_NME_ChangedAt],
[AS].[AS_NME_PositedBy],
[AS].[AS_NME_PositedAt],
[AS].[AS_NME_PositReliability],
[AS].[AS_NME_PositReliable],
[AS].[AS_GEO_ID],
[AS].[AS_GEO_AS_ID],
[AS].[AS_GEO_Longitude_Deg],
[AS].[AS_GEO_Latitude_Deg],
[AS].[AS_GEO_Wgs84],
[AS].[AS_GEO_Checksum],
[AS].[AS_GEO_ChangedAt],
[AS].[AS_GEO_PositedBy],
[AS].[AS_GEO_PositedAt],
[AS].[AS_GEO_PositReliability],
[AS].[AS_GEO_PositReliable]
FROM [org].[AS_Assets_Rewind](DEFAULT, DEFAULT, DEFAULT) [AS];
GO
CREATE TRIGGER [org].[AS_Assets_Current_Insert]
ON [org].[AS_Assets_Current]
INSTEAD OF INSERT
AS
BEGIN
SET NOCOUNT ON;
SET XACT_ABORT ON;
IF(EXISTS(SELECT [i].[AS_ID] FROM [inserted] [i] WHERE [i].[AS_ID] IS NOT NULL))
RAISERROR('INSERT into the anchor identity column ''AS_ID'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_NME_ID] FROM [inserted] [i] WHERE [i].[AS_NME_ID] IS NOT NULL))
RAISERROR('INSERT into the identity column ''AS_NME_ID'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_NME_AS_ID] FROM [inserted] [i] WHERE [i].[AS_NME_AS_ID] IS NOT NULL))
RAISERROR('INSERT into the foreign key identity column ''AS_NME_AS_ID'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_NME_Checksum] FROM [inserted] [i] WHERE [i].[AS_NME_Checksum] IS NOT NULL))
RAISERROR('INSERT into the computed column ''AS_NME_Checksum'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_NME_PositReliable] FROM [inserted] [i] WHERE [i].[AS_NME_PositReliable] IS NOT NULL))
RAISERROR('INSERT into the computed column ''AS_NME_PositReliable'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_GEO_ID] FROM [inserted] [i] WHERE [i].[AS_GEO_ID] IS NOT NULL))
RAISERROR('INSERT into the identity column ''AS_GEO_ID'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_GEO_AS_ID] FROM [inserted] [i] WHERE [i].[AS_GEO_AS_ID] IS NOT NULL))
RAISERROR('INSERT into the foreign key identity column ''AS_GEO_AS_ID'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_GEO_Checksum] FROM [inserted] [i] WHERE [i].[AS_GEO_Checksum] IS NOT NULL))
RAISERROR('INSERT into the computed column ''AS_GEO_Checksum'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_GEO_PositReliable] FROM [inserted] [i] WHERE [i].[AS_GEO_PositReliable] IS NOT NULL))
RAISERROR('INSERT into the computed column ''AS_GEO_PositReliable'' is not allowed.', 16, 1) WITH NOWAIT;
IF(EXISTS(SELECT [i].[AS_GEO_Wgs84] FROM [inserted] [i] WHERE [i].[AS_GEO_Wgs84] IS NOT NULL))
RAISERROR('INSERT into the computed column ''AS_GEO_Wgs84'' is not allowed.', 16, 1) WITH NOWAIT;
DECLARE @Reliability INT = 50;
DECLARE @Now DATETIMEOFFSET(7) = SYSDATETIMEOFFSET();
DECLARE @PositedBy INT;
EXECUTE @PositedBy = [posit].[Return_PositorId];
DECLARE @Inserted TABLE
[AS_PositedBy] INT NOT NULL,
[AS_PositedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_NME_AssetTag] VARCHAR(12) NOT NULL CHECK([AS_NME_AssetTag] <> ''),
[AS_NME_AssetName] NVARCHAR(24) NOT NULL CHECK([AS_NME_AssetName] <> ''),
[AS_NME_AssetDetail] NVARCHAR(48) NOT NULL CHECK([AS_NME_AssetDetail] <> ''),
[AS_NME_Checksum] AS BINARY_CHECKSUM([AS_NME_AssetTag], [AS_NME_AssetName], [AS_NME_AssetDetail])
PERSISTED NOT NULL,
[AS_NME_ChangedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_NME_PositedBy] INT NOT NULL,
[AS_NME_PositedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_NME_PositReliability] TINYINT NOT NULL,
[AS_GEO_Longitude_Deg] DECIMAL(17, 14) NULL CHECK([AS_GEO_Longitude_Deg] >= -180.0), CHECK([AS_GEO_Longitude_Deg] <= 180.0),
[AS_GEO_Latitude_Deg] DECIMAL(17, 14) NULL CHECK([AS_GEO_Latitude_Deg] >= -90.0), CHECK([AS_GEO_Latitude_Deg] <= 90.0),
[AS_GEO_Checksum] AS BINARY_CHECKSUM([AS_GEO_Longitude_Deg], [AS_GEO_Latitude_Deg])
PERSISTED NOT NULL,
[AS_GEO_ChangedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_GEO_PositedBy] INT NOT NULL,
[AS_GEO_PositedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_GEO_PositReliability] TINYINT NOT NULL,
[ROW_ID] INT NOT NULL,
PRIMARY KEY([ROW_ID] ASC)
INSERT INTO @Inserted
[AS_PositedBy],
[AS_PositedAt],
[AS_NME_AssetTag],
[AS_NME_AssetName],
[AS_NME_AssetDetail],
[AS_NME_ChangedAt],
[AS_NME_PositedBy],
[AS_NME_PositedAt],
[AS_NME_PositReliability],
[AS_GEO_Longitude_Deg],
[AS_GEO_Latitude_Deg],
[AS_GEO_ChangedAt],
[AS_GEO_PositedBy],
[AS_GEO_PositedAt],
[AS_GEO_PositReliability],
[ROW_ID]
SELECT
COALESCE([i].[AS_PositedBy], @PositedBy),
COALESCE([i].[AS_PositedAt], @Now),
[i].[AS_NME_AssetTag],
[i].[AS_NME_AssetName],
[i].[AS_NME_AssetDetail],
COALESCE([i].[AS_NME_ChangedAt], @Now),
COALESCE([i].[AS_NME_PositedBy], @PositedBy),
COALESCE([i].[AS_NME_PositedAt], @Now),
COALESCE([i].[AS_NME_PositReliability], @Reliability),
[i].[AS_GEO_Longitude_Deg],
[i].[AS_GEO_Latitude_Deg],
COALESCE([i].[AS_GEO_ChangedAt], @Now),
COALESCE([i].[AS_GEO_PositedBy], @PositedBy),
COALESCE([i].[AS_GEO_PositedAt], @Now),
COALESCE([i].[AS_GEO_PositReliability], @Reliability),
ROW_NUMBER() OVER (PARTITION BY [i].[AS_ID] ORDER BY [i].[AS_ID])
FROM
[inserted] [i]
LEFT OUTER JOIN
[org].[AS_Assets_Current] [c]
ON [c].[AS_NME_Checksum] = BINARY_CHECKSUM([i].[AS_NME_AssetTag], [i].[AS_NME_AssetName], [i].[AS_NME_AssetDetail])
WHERE
[i].[AS_ID] IS NULL
AND [i].[AS_NME_ID] IS NULL
AND [i].[AS_NME_AS_ID] IS NULL
AND [i].[AS_GEO_ID] IS NULL
AND [i].[AS_GEO_AS_ID] IS NULL
AND [c].[AS_NME_AS_ID] IS NULL;
DECLARE @Anchor TABLE
[ROW_ID] INT NOT NULL IDENTITY(1, 1),
[AS_ID] INT NOT NULL,
PRIMARY KEY([ROW_ID] ASC),
UNIQUE CLUSTERED([AS_ID] ASC)
INSERT INTO [org].[AS_Assets]
[AS_PositedBy],
[AS_PositedAt]
OUTPUT
[inserted].[AS_ID]
INTO
@Anchor
[AS_ID]
SELECT
[i].[AS_PositedBy],
[i].[AS_PositedAt]
FROM
@Inserted [i]
ORDER BY
[i].[ROW_ID] ASC;
DECLARE @NME_Posit TABLE
[AS_NME_ID] INT NOT NULL,
[AS_NME_Checksum] INT NOT NULL,
PRIMARY KEY([AS_NME_ID] ASC),
UNIQUE CLUSTERED([AS_NME_Checksum] ASC)
INSERT INTO [org].[AS_NME_Assets_Name_Posit]
[AS_NME_AS_ID],
[AS_NME_AssetTag],
[AS_NME_AssetName],
[AS_NME_AssetDetail],
[AS_NME_ChangedAt]
OUTPUT
[inserted].[AS_NME_ID],
[inserted].[AS_NME_Checksum]
INTO
@NME_Posit
[AS_NME_ID],
[AS_NME_Checksum]
SELECT
[a].[AS_ID],
[i].[AS_NME_AssetTag],
[i].[AS_NME_AssetName],
[i].[AS_NME_AssetDetail],
[i].[AS_NME_ChangedAt]
FROM
@Inserted [i]
LEFT OUTER JOIN
@Anchor [a]
ON [a].[ROW_ID] = [i].[ROW_ID]
WHERE [a].[AS_ID] IS NOT NULL;
INSERT INTO [org].[AS_NME_Assets_Name_Annex]
[AS_NME_ID],
[AS_NME_PositedBy],
[AS_NME_PositedAt],
[AS_NME_PositReliability]
SELECT
[p].[AS_NME_ID],
[i].[AS_NME_PositedBy],
[i].[AS_NME_PositedAt],
[i].[AS_NME_PositReliability]
FROM
@Inserted [i]
INNER JOIN
@NME_Posit [p]
ON [p].[AS_NME_Checksum] = [i].[AS_NME_Checksum];
DECLARE @GEO_Posit TABLE
[AS_GEO_ID] INT NOT NULL,
[AS_GEO_Checksum] INT NOT NULL,
PRIMARY KEY([AS_GEO_ID] ASC),
UNIQUE CLUSTERED([AS_GEO_Checksum] ASC)
INSERT INTO [org].[AS_GEO_Assets_Location_Posit]
[AS_GEO_AS_ID],
[AS_GEO_Longitude_Deg],
[AS_GEO_Latitude_Deg],
[AS_GEO_ChangedAt]
OUTPUT
[inserted].[AS_GEO_ID],
[inserted].[AS_GEO_Checksum]
INTO
@GEO_Posit
[AS_GEO_ID],
[AS_GEO_Checksum]
SELECT
[a].[AS_ID],
[i].[AS_GEO_Longitude_Deg],
[i].[AS_GEO_Latitude_Deg],
[i].[AS_NME_ChangedAt]
FROM
@Inserted [i]
LEFT OUTER JOIN
@Anchor [a]
ON [a].[ROW_ID] = [i].[ROW_ID]
WHERE [a].[AS_ID] IS NOT NULL
AND [i].[AS_GEO_Longitude_Deg] IS NOT NULL
AND [i].[AS_GEO_Latitude_Deg] IS NOT NULL;
INSERT INTO [org].[AS_GEO_Assets_Location_Annex]
[AS_GEO_ID],
[AS_GEO_PositedBy],
[AS_GEO_PositedAt],
[AS_GEO_PositReliability]
SELECT
[p].[AS_GEO_ID],
[i].[AS_GEO_PositedBy],
[i].[AS_GEO_PositedAt],
[i].[AS_GEO_PositReliability]
FROM
@Inserted [i]
INNER JOIN
@GEO_Posit [p]
ON [p].[AS_GEO_Checksum] = [i].[AS_GEO_Checksum];
END;
GO
CREATE TRIGGER [org].[AS_Assets_Current_Update]
ON [org].[AS_Assets_Current]
INSTEAD OF UPDATE
AS
BEGIN
SET NOCOUNT ON;
SET XACT_ABORT ON;
IF(UPDATE([AS_ID]))
RAISERROR('Cannot update the anchor identity column ''AS_ID''.', 16, 1);
IF(UPDATE([AS_PositedBy]))
RAISERROR('Cannot update the anchor column ''AS_PositedBy''.', 16, 1);
IF(UPDATE([AS_PositedAt]))
RAISERROR('Cannot update the anchor column ''AS_PositedAt''.', 16, 1);
IF(UPDATE([AS_NME_ID]))
RAISERROR('Cannot update the identity column ''AS_NME_ID''.', 16, 1);
IF(UPDATE([AS_NME_AS_ID]))
RAISERROR('Cannot update the foreign key identity column ''AS_NME_AS_ID''.', 16, 1);
IF(UPDATE([AS_NME_Checksum]))
RAISERROR('Cannot update the computed column ''AS_NME_Checksum''.', 16, 1);
IF(UPDATE([AS_NME_PositReliable]))
RAISERROR('Cannot update the computed column ''AS_NME_PositReliable''.', 16, 1);
IF(UPDATE([AS_GEO_ID]))
RAISERROR('Cannot update the identity column ''AS_GEO_ID''.', 16, 1);
IF(UPDATE([AS_GEO_AS_ID]))
RAISERROR('Cannot update the foreign key identity column ''AS_GEO_AS_ID''.', 16, 1);
IF(UPDATE([AS_GEO_Checksum]))
RAISERROR('Cannot update the computed column ''AS_GEO_Checksum''.', 16, 1);
IF(UPDATE([AS_GEO_PositReliable]))
RAISERROR('Cannot update the computed column ''AS_GEO_PositReliable''.', 16, 1);
IF(UPDATE([AS_GEO_Wgs84]))
RAISERROR('Cannot update the computed column ''AS_GEO_Wgs84''.', 16, 1);
DECLARE @Now DATETIMEOFFSET(7) = SYSDATETIMEOFFSET();
DECLARE @PositedBy INT;
EXECUTE @PositedBy = [posit].[Return_PositorId];
DECLARE @Inserted TABLE
[AS_ID] INT NOT NULL,
[AS_PositedBy] INT NOT NULL,
[AS_PositedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_NME_ID] INT NOT NULL,
[AS_NME_AS_ID] INT NOT NULL,
[AS_NME_AssetTag] VARCHAR(12) NULL CHECK([AS_NME_AssetTag] <> ''),
[AS_NME_AssetName] NVARCHAR(24) NULL CHECK([AS_NME_AssetName] <> ''),
[AS_NME_AssetDetail] NVARCHAR(48) NULL CHECK([AS_NME_AssetDetail] <> ''),
[AS_NME_Checksum] AS BINARY_CHECKSUM([AS_NME_AssetTag], [AS_NME_AssetName], [AS_NME_AssetDetail])
PERSISTED NOT NULL,
[AS_NME_ChangedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_NME_PositedBy] INT NOT NULL,
[AS_NME_PositedAt] DATETIMEOFFSET(7) NOT NULL,
[AS_NME_PositReliability] TINYINT NOT NULL,
[AS_GEO_ID] INT NULL,
[AS_GEO_AS_ID] INT NULL,
[AS_GEO_Longitude_Deg] DECIMAL(17, 14) NULL CHECK([AS_GEO_Longitude_Deg] >= -180.0), CHECK([AS_GEO_Longitude_Deg] <= 180.0),
[AS_GEO_Latitude_Deg] DECIMAL(17, 14) NULL CHECK([AS_GEO_Latitude_Deg] >= -90.0), CHECK([AS_GEO_Latitude_Deg] <= 90.0),
[AS_GEO_Checksum] AS BINARY_CHECKSUM([AS_GEO_Longitude_Deg], [AS_GEO_Latitude_Deg])
PERSISTED NOT NULL,
[AS_GEO_ChangedAt] DATETIMEOFFSET(7) NULL,
[AS_GEO_PositedBy] INT NULL,
[AS_GEO_PositedAt] DATETIMEOFFSET(7) NULL,
[AS_GEO_PositReliability] TINYINT NULL,
[ROW_ID] INT NOT NULL,
PRIMARY KEY([ROW_ID] ASC)
INSERT INTO @Inserted
[AS_ID],
[AS_PositedBy],
[AS_PositedAt],
[AS_NME_ID],
[AS_NME_AS_ID],
[AS_NME_AssetTag],
[AS_NME_AssetName],
[AS_NME_AssetDetail],
[AS_NME_ChangedAt],
[AS_NME_PositedBy],
[AS_NME_PositedAt],
[AS_NME_PositReliability],
[AS_GEO_ID],
[AS_GEO_AS_ID],
[AS_GEO_Longitude_Deg],
[AS_GEO_Latitude_Deg],
[AS_GEO_ChangedAt],
[AS_GEO_PositedBy],
[AS_GEO_PositedAt],
[AS_GEO_PositReliability],
[ROW_ID]
SELECT
[i].[AS_ID],
CASE WHEN (UPDATE([AS_PositedBy])) THEN [i].[AS_PositedBy] ELSE @PositedBy END,
CASE WHEN (UPDATE([AS_PositedAt])) THEN [i].[AS_PositedAt] ELSE @Now END,
[i].[AS_NME_ID],
[i].[AS_NME_AS_ID],
[i].[AS_NME_AssetTag],
[i].[AS_NME_AssetName],
[i].[AS_NME_AssetDetail],
CASE WHEN (UPDATE([AS_NME_ChangedAt])) THEN [i].[AS_NME_ChangedAt] ELSE @Now END,
CASE WHEN (UPDATE([AS_NME_PositedBy])) THEN [i].[AS_NME_PositedBy] ELSE @PositedBy END,
CASE WHEN (UPDATE([AS_NME_PositedAt])) THEN [i].[AS_NME_PositedAt] ELSE @Now END,
[i].[AS_NME_PositReliability],
[i].[AS_GEO_ID],
[i].[AS_GEO_AS_ID],
[i].[AS_GEO_Longitude_Deg],
[i].[AS_GEO_Latitude_Deg],
CASE WHEN (UPDATE([AS_GEO_ChangedAt])) THEN [i].[AS_GEO_ChangedAt] ELSE @Now END,
CASE WHEN (UPDATE([AS_GEO_PositedBy])) THEN [i].[AS_GEO_PositedBy] ELSE @PositedBy END,
CASE WHEN (UPDATE([AS_GEO_PositedAt])) THEN [i].[AS_GEO_PositedAt] ELSE @Now END,
[i].[AS_GEO_PositReliability],
ROW_NUMBER() OVER (PARTITION BY [i].[AS_ID] ORDER BY [i].[AS_ID])
FROM
[inserted] [i]
LEFT OUTER JOIN
[org].[AS_Assets_Current] [c]
ON [c].[AS_NME_Checksum] = BINARY_CHECKSUM([i].[AS_NME_AssetTag], [i].[AS_NME_AssetName], [i].[AS_NME_AssetDetail])
LEFT OUTER JOIN
[org].[AS_Assets_Current] [g]
ON [g].[AS_GEO_Checksum] = BINARY_CHECKSUM([i].[AS_GEO_Longitude_Deg], [i].[AS_GEO_Latitude_Deg])
WHERE
[c].[AS_NME_AS_ID] IS NULL
OR [g].[AS_NME_AS_ID] IS NULL;
DECLARE @NME_Posit TABLE
[AS_NME_ID] INT NOT NULL,
[AS_NME_Checksum] INT NOT NULL,
PRIMARY KEY([AS_NME_ID] ASC),
UNIQUE CLUSTERED([AS_NME_Checksum] ASC)
INSERT INTO [org].[AS_NME_Assets_Name_Posit]
[AS_NME_AS_ID],
[AS_NME_AssetTag],
[AS_NME_AssetName],
[AS_NME_AssetDetail],
[AS_NME_ChangedAt]
OUTPUT
[inserted].[AS_NME_ID],
[inserted].[AS_NME_Checksum]
INTO
@NME_Posit
[AS_NME_ID],
[AS_NME_Checksum]
SELECT
[i].[AS_NME_AS_ID],
[i].[AS_NME_AssetTag],
[i].[AS_NME_AssetName],
[i].[AS_NME_AssetDetail],
[i].[AS_NME_ChangedAt]
FROM @Inserted [i];
INSERT INTO [org].[AS_NME_Assets_Name_Annex]
[AS_NME_ID],
[AS_NME_PositedBy],
[AS_NME_PositedAt],
[AS_NME_PositReliability]
SELECT
[p].[AS_NME_ID],
CASE WHEN (UPDATE([AS_NME_PositedBy])) THEN [i].[AS_NME_PositedBy] ELSE @PositedBy END,
CASE WHEN (UPDATE([AS_NME_PositedAt])) THEN [i].[AS_NME_PositedAt] ELSE @Now END,
[i].[AS_NME_PositReliability]
FROM @Inserted [i]
INNER JOIN
@NME_Posit [p]
ON [p].[AS_NME_Checksum] = [i].[AS_NME_Checksum];
INSERT INTO [org].[AS_NME_Assets_Name_Annex]
[AS_NME_ID],
[AS_NME_PositedBy],
[AS_NME_PositedAt],
[AS_NME_PositReliability]
SELECT
[i].[AS_NME_ID],
CASE WHEN (UPDATE([AS_NME_PositedBy])) THEN [i].[AS_NME_PositedBy] ELSE @PositedBy END,
CASE WHEN (UPDATE([AS_NME_PositedAt])) THEN [i].[AS_NME_PositedAt] ELSE @Now END,
[i].[AS_NME_PositReliability]
FROM [inserted] [i]
LEFT OUTER JOIN
@NME_Posit [p]
ON [p].[AS_NME_Checksum] = BINARY_CHECKSUM([i].[AS_NME_AssetTag])
WHERE
[p].[AS_NME_ID] IS NULL;
DECLARE @GEO_Posit TABLE
[AS_GEO_ID] INT NOT NULL,
[AS_GEO_Checksum] INT NOT NULL,
PRIMARY KEY([AS_GEO_ID] ASC),
UNIQUE CLUSTERED([AS_GEO_Checksum] ASC)
INSERT INTO [org].[AS_GEO_Assets_Location_Posit]
[AS_GEO_AS_ID],
[AS_GEO_Longitude_Deg],
[AS_GEO_Latitude_Deg],
[AS_GEO_ChangedAt]
OUTPUT
[inserted].[AS_GEO_ID],
[inserted].[AS_GEO_Checksum]
INTO
@GEO_Posit
[AS_GEO_ID],
[AS_GEO_Checksum]
SELECT
[i].[AS_GEO_AS_ID],
[i].[AS_GEO_Longitude_Deg],
[i].[AS_GEO_Latitude_Deg],
[i].[AS_GEO_ChangedAt]
FROM @Inserted [i];
INSERT INTO [org].[AS_GEO_Assets_Location_Annex]
[AS_GEO_ID],
[AS_GEO_PositedBy],
[AS_GEO_PositedAt],
[AS_GEO_PositReliability]
SELECT
[p].[AS_GEO_ID],
CASE WHEN (UPDATE([AS_GEO_PositedBy])) THEN [i].[AS_GEO_PositedBy] ELSE @PositedBy END,
CASE WHEN (UPDATE([AS_GEO_PositedAt])) THEN [i].[AS_GEO_PositedAt] ELSE @Now END,
[i].[AS_GEO_PositReliability]
FROM @Inserted [i]
INNER JOIN
@GEO_Posit [p]
ON [p].[AS_GEO_Checksum] = [i].[AS_GEO_Checksum];
INSERT INTO [org].[AS_GEO_Assets_Location_Annex]
[AS_GEO_ID],
[AS_GEO_PositedBy],
[AS_GEO_PositedAt],
[AS_GEO_PositReliability]
SELECT
[i].[AS_GEO_ID],
CASE WHEN (UPDATE([AS_GEO_PositedBy])) THEN [i].[AS_GEO_PositedBy] ELSE @PositedBy END,
CASE WHEN (UPDATE([AS_GEO_PositedAt])) THEN [i].[AS_GEO_PositedAt] ELSE @Now END,
[i].[AS_GEO_PositReliability]
FROM [inserted] [i]
LEFT OUTER JOIN
@GEO_Posit [p]
ON [p].[AS_GEO_Checksum] = BINARY_CHECKSUM([i].[AS_GEO_Longitude_Deg], [i].[AS_GEO_Latitude_Deg])
WHERE
[p].[AS_GEO_ID] IS NULL;
END;
GO
CREATE TRIGGER [org].[AS_Assets_Current_Delete]
ON [org].[AS_Assets_Current]
INSTEAD OF DELETE
AS
BEGIN
SET NOCOUNT ON;
DECLARE @Now DATETIMEOFFSET(7) = SYSDATETIMEOFFSET();
DECLARE @PositedBy INT;
EXECUTE @PositedBy = [posit].[Return_PositorId];
INSERT INTO [org].[AS_NME_Assets_Name_Annex]
[AS_NME_ID],
[AS_NME_PositedBy],
[AS_NME_PositedAt],
[AS_NME_PositReliability]
SELECT
[d].[AS_NME_ID],
@PositedBy,
@Now,
0
FROM
[deleted] [d];
INSERT INTO [org].[AS_GEO_Assets_Location_Annex]
[AS_GEO_ID],
[AS_GEO_PositedBy],
[AS_GEO_PositedAt],
[AS_GEO_PositReliability]
SELECT
[d].[AS_GEO_ID],
@PositedBy,
@Now,
0
FROM
[deleted] [d];
END;
GO
INSERT INTO [org].[AS_Assets_Current]
[AS].[AS_NME_AssetTag],
[AS].[AS_NME_AssetName],
[AS].[AS_NME_AssetDetail],
[AS].[AS_GEO_Longitude_Deg],
[AS].[AS_GEO_Latitude_Deg]
SELECT
[AS].[AS_NME_AssetTag],
[AS].[AS_NME_AssetName],
[AS].[AS_NME_AssetDetail],
[AS].[AS_GEO_Longitude_Deg],
[AS].[AS_GEO_Latitude_Deg]
FROM (VALUES
('999', 'Dallas Test 3', 'Dallas Test 3', NULL, NULL, 'Plant', 'AUT', NULL)
) [AS]([AS_NME_AssetTag], [AS_NME_AssetName], [AS_NME_AssetDetail], [AS_GEO_Longitude_Deg], [AS_GEO_Latitude_Deg], [CN_ADD_Type_ID], [CN_ADD_Country_ID], [CN_ADD_State]);
GO