Insert into NVARCHAR2 columns(ORA_01461, ORA-01026)

Hi,
Oracle8i Client 8.1.5 (OCI8)
Oracle9i Client 9.0.1 (OCI9)
Oracle8i/9i DB
I want to insert strings into a table with two NVARCHAR2 columns with OCI.
NLS_NCHAR_CHARACTERSET is UTF8 (DB). The provided String is encoded in Windows-1252.
The supplied buffers in the OCIBindByPos have a size of 200bytes each.
->With OCI8 I'm getting the message:
"ORA-01026 multiple buffers of size > 4000 in the bind list"
If only one NVARCHAR2 column is involved (or if I use normal
VARCHAR2 instead) it works fine.
->With OCI9 I get the message:
"ORA-01461 can bind a LONG value only for insert into a LONG column"
But only, if I set the OCI_ATTR_MAXDATA_SIZE attribute.
If I do not set the OCI_ATTR_MAXDATA_SIZE attribute, it works, but if
I supply a buffer bigger than 1333 bytes in the OCIBindByPos for the second
NVARCHAR2 column, then ORA_01461 happens. The buffer for the first NVARCHAR2
column can be set to a higher values
->The same behaviour occurs with NCHAR, NCLOB (->national character types)
These are the main steps:
OCIBindByPos((OCIStmt *) pStmtInsert, (OCIBind **) &pBind,
(OCIError *) pError, (ub4) i, (dvoid *)pData,
(sb4) bufferSize, //200bytes
(ub2) dataTypeSQLT, //SQLT_STR
(dvoid *) pIndicator, (ub2 *) 0, (ub2 *) 0, (ub4) 0,
          (ub4 *) 0, (ub4) OCI_DEFAULT);
OCIAttrSet((dvoid *) pBind, OCI_HTYPE_BIND,
&Frm, //SQLCS_NCHAR
     0, OCI_ATTR_CHARSET_FORM, (OCIError *) pError);
OCIAttrSet((dvoid *) pBind, OCI_HTYPE_BIND,
(dvoid *) &charSet, //WE8MSWIN1252
     0, OCI_ATTR_CHARSET_ID, (OCIError *) pError);
OCIAttrSet((dvoid *) pBind, OCI_HTYPE_BIND,
(dvoid *) &maxDataSize, //->size of the column in bytes
0, OCI_ATTR_MAXDATA_SIZE, (OCIError *) pError);
OCIStmtExecute((OCISvcCtx *) pServiceContext, (OCIStmt *) pStmtInsert,(OCIError *) pError,
(ub4) 1, (ub4) 0, (OCISnapshot *) 0, (OCISnapshot *) 0,
OCI_COMMIT_ON_SUCCESS);
Any ideas?
Thanks,
Axel

I found this link referring to a similar problem that was apparently fixed in version 10.2.0.4 of the server: ORA-01461: can bind a LONG value only for insert into a LONG column Should I try to upgrade the server and see if that fixes things?

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[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

Error while inserting into blob column through PL/SQL

Hi All,
I am trying to insert into column having blob as datatype.
INSERT INTO imagedb(image_name, content,description) VALUES ('logo.png',
?{file 'c:\logo.png'}, 'logo');
it gives me error Unknown JDBC escape sequence:
Is there anything wrong in above insert syntax for inserting into BLOB data type.
Can any body please help me.
Regards,
Hiren

It is not valid SQL as far as Oracle SQL is concerned. I assume that the file construct is suppose to replace that with the contents of the file?
What happens when the file size exceeds the max length of the SQL command?
And do you have any idea what will happen to the SQL Shared Pool on Oracle that needs to store the entire SQL command for every single SQL command passed to it? The whole purpose of the Shared Pool is for storing shared SQL. Not non-sharable SQL containing hardcoded values.
Bind variable are to be used.. if you expect Oracle to perform like only Oracle can.
And my bet is that you have not even bothered to read [url http://download.oracle.com/docs/cd/B19306_01/appdev.102/b14249/toc.htm]Oracle® Database Application Developer's Guide - Large Objects guide....

PHP create array/variable for two dropdowns and insert into one column

Hello,
I have been trying for days to get this to work. Any help would be very appreciated.
The dropdown code:
<?php //Dropdowns for hours and minutes
$hour = array (0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16);
$min = array (.00, .25, .50 ,.75);
echo '<span class="red">Hours :</span><select name="hour">';
foreach ($hour as $value1) {
echo "<option value=\"$value1\">$value1</option>\n";
echo '</select>';
echo '<span class="red">Quarter Hours :</span><select name="min"';
foreach ($min as $value2) {
echo "<option value=\"$value2\">$value2</option>\n";
echo '</select>';
//Dropdowns for hours and minutes
//Create variable to send to the time field using a hidden field
function input_time($value1, $value2) {
$time = count($value1 + $value2);
return $input_time;
?>
<input name="time" type="hidden" value="<?php echo "$input_time";?>" />
The Schema:
CREATE TABLE `ND_time_sheet` (
`time_id` int(10) unsigned NOT NULL AUTO_INCREMENT,
`day` varchar(10) NOT NULL DEFAULT '',
`date` varchar(8) NOT NULL DEFAULT '',
`project_id` varchar(8) DEFAULT NULL,
`non_bill` tinytext,
`staff_id` varchar(5) NOT NULL DEFAULT '',
`time` decimal(3,2) unsigned zerofill DEFAULT NULL,
`type` varchar(30) NOT NULL DEFAULT '',
PRIMARY KEY (`time_id`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1
Thanks!

9677670421 wrote:
hi... i am trying to do the same but i am having the 2D array of data when first time if i clicked in table it should show the the first row values and if i again clicked same value should show in the second row and so on... but insted in my code if clicked (using insert into array ) at a time it is showing two rows of the data pl help me ..........
This seems to be a different problem, so you should have started a new thread instead.
Can you show us your code, tell us what you are clicking, tell us what you get and what you expect to get instead. Thanks.
LabVIEW Champion . Do more with less code and in less time .

How to insert into date column based on other columns?

Hi
I have four columns in a table called game named as
R_Day - Type - Number
R_Month - Type - Number
R_Year - Type - Number
R_Date - Type - Date
I have around 1000 records and i want to fill R_Date column based on the data in the R_Day,R_Month,R_Year.
How to write a query to fill the R_Date column based on other three columns.
Thanks
srinivas

select
to_date(R_Day||'-'||R_Month||'-'||R_Year,'DD-MM-YYYY')
dt from (select 23 R_Day,07 R_Month,2007 R_Year from
dual);
Hi,
Update <Table Name> set R_Date=select
to_date(R_Day||'-'||R_Month||'-'||R_Year,'DD-MM-YYYY')
from <Table Name>
Regds.
Nirmal
SQL> select * from test;
     R_DAY    R_MONTH     R_YEAR R_DATE
         1          1       2007
        21         11       2007
SQL> update test
2 set r_date = select to_date(R_Day||'-'||R_Month||'-'||R_Year,'DD-MM-YYYY')
3 from test;
set r_date = select to_date(R_Day||'-'||R_Month||'-'||R_Year,'DD-MM-YYYY')
ERROR at line 2:
ORA-00936: missing expression
SQL> update test
2 set r_date = to_date(r_day||'-'||r_month||'-'||r_year,'dd-mm-yyyy');
2 rows updated.
SQL> select * from test;
     R_DAY    R_MONTH     R_YEAR R_DATE
         1          1       2007 01-JAN-07
        21         11       2007 21-NOV-07
NB:Please test before posting..

Help! can't store ja16sjis to nvarchar2 column.

hi:
I am using Oracle8.1.7.
And NLS_CHARACTERSET=UTF8 ,
NLS_NCHAR_CHARACTERSET=JA16SJIS ,
I can store sjis code into varchar2 column,
but when store into nvarchar2 column, all the code
are converted into USASCII7. many '?' there.
I use
insert into test values('xxx')
to insert into varchar2 column.
and use
insert into test values(N'xxx')
to insert into nvarchar2 column.
where's the problem?
NLS_LANG=japanese_japan.ja16sjis
NLS_NCHAR=japanese_japan.ja16sjis.
Thanks inadvance.
null

Thanks for the suggestion.....
But I am confused about what you mean by "starting over and using a new icon".
BTW, I had not done anything w/ the icon in the first place.
Still confused

Insert into NVARCHAR2 columns(ORA_01461, ORA-01026)

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