Recreate object identifyer

Hi there,
Using dblink, i've a primary key issue:
Situation
My tables:
- companies
- Persons
Each table has more than 1 million rows.
The keys are respectively :
- company
- company_id_pk
- Persons
- person_id_pk
- company_id_fk
Issue :
- The remote queries run on more than 2 tables and many-to-many joins to finally populate my 2 tables
e.g: company with multiple addresses
Results:
- company_id is duplicated in Companies table.
- As such, i can't use company_id as pk.
- To join my tables (Companies - Persons) and run my application smoothly,i need to fix company_id issue.
Solutions:
In Companies table:
- Created a new table as New_Companies
- Added a new col new_company_id (to be pk)
- Added a trigger + seq (to populate that col with unique value)
- Copied Companies into New_Companies
In Persons table:
- Added a new col new_company_id (to be fk)
- Using corelated updates, tried to copy
New_Companies.new_company_id into Persons.New_company_id
Issue:
- Because the subquery in the set returns more than a row,the updates failed.Which is normal.
Question:
Is there an other clever solution to bypass these processes (recreating a new column to be pk) ?
Instead,we would simply fetch Companies.company_id and select the first row of each company's record.
e.g:
ID�� Company_Name�� Add1
01 �� AYY ��     Gva
01 �� AYY ��     ZRH
We would simply load
ID�� Company_Name�� Add1
01�� AYY ��     Gva
I feel pl/sql might solve this prob,but i've digg my hands on it once,... not very familiar with.
Any advise will be really appreciated, thks
lamine

Your issue is nothing to do with database links, it is poor design. Your data is thoroughly denormalised and you need to normalise it. If you had a table to hold addresses, you would have only one company record and a stack of records for each address. Hence no primary key issues.
Regards, APC

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Hello!
I met such problem.
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Next code:
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conn->commit();
try
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http://download-uk.oracle.com/docs/cd/B10501_01/server.920/a96540/statements_85a.htm#2065512
You can specify constraints on views and object views. You define the constraint at the view level using the out_of_line_constraint clause. You define the constraint as part of column or attribute specification using the inline_constraint clause after the appropriate alias.
Oracle does not enforce view constraints. However, operations on views are subject to the integrity constraints defined on the underlying base tables. This means that you can enforce constraints on views through constraints on base tables.
Restrictions on View Constraints
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You can specify only unique, primary key, and foreign key constraints on views. However, you can define the view using the WITH CHECK OPTION clause, which is equivalent to specifying a check constraint for the view.
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(forgot to close the code tag on that last one!)
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this is quite a complicated question I think!
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I'm sure there are plenty of free java parsers around, so unless you have a lot of time available its probably best to download one, figure some way to feed it a single line from within a code block, and extract its symbol table.
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Hi,
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Possibly.
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STORAGE(INITIAL 65536 NEXT 1048576 MINEXTENTS 1 MAXEXTENTS 2147483645
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TABLESPACE "USERS" ) ENABLE
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   PCTFREE 10 PCTUSED 40 INITRANS 1 MAXTRANS 255
NOCOMPRESS LOGGING
STORAGE(INITIAL 65536 NEXT 1048576 MINEXTENTS 1 MAXEXTENTS 2147483645
PCTINCREASE 0 FREELISTS 1 FREELIST GROUPS 1
BUFFER_POOL DEFAULT FLASH_CACHE DEFAULT CELL_FLASH_CACHE DEFAULT)
TABLESPACE "USERS" ;

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hello all
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Quantity      NUMBER,
iValue        NUMBER,
item_ref      REF Item_objtyp
CREATE TYPE TransactionItemList_ntabtyp AS TABLE OF TransactionItem_objtyp;
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MAP MEMBER FUNCTION getTransID RETURN NUMBER IS
BEGIN
RETURN transID;
END;
MEMBER FUNCTION getTotalCost RETURN NUMBER IS
i       INTEGER;
Total   NUMBER := 0;
BEGIN
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THEN
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FROM TABLE(CAST(transItemList_ntab AS TransactionItemList_ntabtyp)) L;
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FOR i IN 1..SELF.transItemList_ntab.COUNT LOOP
Total := Total + SELF.transItemList_ntab(i).Quantity * SELF.transItemList_ntab(i).iValue;
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PRIMARY KEY(transID),
FOREIGN KEY(cust_ref) REFERENCING Customer_objtab,
FOREIGN KEY(store_ref) REFERENCING Store_objtab)
OBJECT IDENTIFIER IS PRIMARY KEY
NESTED TABLE transItemList_ntab STORE AS TransItem_ntab (
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    ORGANIZATION INDEX)
RETURN AS LOCATOR
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SELECT t.transID,
        REF(c),
        t.transTameio,
        t.transDateTime,
        t.isStoreCustomer,
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FROM transactions t, Customer_objtab c, store_objtab s
WHERE t.transCustomer = c.custCode AND t.transStore = s.storeCode;
BEGIN
FOR i IN (SELECT DISTINCT transID FROM transactionItems) LOOP
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                        WHERE p.transID = i.transID)
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    FROM transactionItems t, item_objtab i
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END LOOP;
END;so whenever i use transaction_objtab t, t.getTotalCount() query takes for ever.
is there anything i do wrong?
sorry for this long post.
thanks in advance

So, how many transactions? How many items? There is a whole series of questions I would normally ask at this point, because performance tuning is - to a certain extent - largely a matter of rote. But there's a more fundamental issue.
You are experiencing the problem with objects. They are cool enough when handling individual "things" but they suck when it comes to set-based processing. SQL and relational programming, on the other hand, excels at that sort of thing. So the question which has to asked is, why are you using objects for this project?
Cheers, APC
blog: http://radiofreetooting.blogspot.com

How to insert reference of object in nested table

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ITEM_ID NUMBER,
ITEM_DES VARCHAR2(4000),
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PRODUCT_DES VARCHAR2(4000)
CREATE TABLE ITEMS OF ITEM
CONSTRAINT ITEM_PK PRIMARY KEY (ITEM_ID)
CREATE OR REPLACE TYPE BOM AS OBJECT
BOM_ID NUMBER,
ITEM_ID NUMBER,
BOM_PARENT_ID number
create or replace type boms as table of ref bom;
create table bom_table
bom_ids bom,bom_member boms
) nested table bom_member store as bom_childs;
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Partitioned IOT of Object Type - mapping table not allowed for bitmap index

Hi,
looks like a feature available for standard Partitioned IOTs is not supported for object based tables, namely the MAPPING TABLE construct to support secondary local bitmap indexes.
Can you confirm behaviour is as expected/documented?
If so, is a fix/enhancement to support mapping table for object-based Partitioned IOTs in the pipeline?
Results for partition-wise load using pipelined table function are very good, look-ups across tens of millions of rows are excellent.
Environment = Oracle Database 11g Enterprise Edition Release 11.2.0.1.0 - Production
OS = Oracle Enterprise Linux Server release 5.2 (Carthage) 2.6.18 92.el5 (32-bit)
Here's the potted test-case...
1) First the non object based Partitioned IOT - data is range-partitioned across the alphabet
CREATE TABLE IOT_Table (
textData VARCHAR2(10),
numberData NUMBER(10,0),
CONSTRAINT IOT_Table_PK PRIMARY KEY(textData))
ORGANIZATION INDEX MAPPING TABLE PCTFREE 0 TABLESPACE Firewire
PARTITION BY RANGE (textData)
(PARTITION Text_Part_A VALUES LESS THAN ('B') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_B VALUES LESS THAN ('C') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_C VALUES LESS THAN ('D') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_D VALUES LESS THAN ('E') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_E VALUES LESS THAN ('F') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_F VALUES LESS THAN ('G') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_G VALUES LESS THAN ('H') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_H VALUES LESS THAN ('I') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_I VALUES LESS THAN ('J') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_J VALUES LESS THAN ('K') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_K VALUES LESS THAN ('L') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_L VALUES LESS THAN ('M') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_M VALUES LESS THAN ('N') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_N VALUES LESS THAN ('O') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_O VALUES LESS THAN ('P') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_P VALUES LESS THAN ('Q') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Q VALUES LESS THAN ('R') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_R VALUES LESS THAN ('S') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_S VALUES LESS THAN ('T') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_T VALUES LESS THAN ('U') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_U VALUES LESS THAN ('V') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_V VALUES LESS THAN ('W') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_W VALUES LESS THAN ('X') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_X VALUES LESS THAN ('Y') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Y VALUES LESS THAN ('Z') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Z VALUES LESS THAN (MAXVALUE) PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0))
NOLOGGING PARALLEL -- FLASHBACK ARCHIVE IOT_Flashback_Data
SQL> table IOT_TABLE created.
2) Create the local secondary bitmap index utilising the underlying mapping table
CREATE BITMAP INDEX IOT_Table_BMI1 ON IOT_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL;
SQL> bitmap index IOT_TABLE_BMI1 created.
3) Quick test to confirm all ok
SQL> INSERT INTO IOT_Table VALUES ('ABC123',100);
SQL> 1 rows inserted.
SQL> SELECT * FROM IOT_Table;
TEXTDATA NUMBERDATA
ABC123     100
4) Now create a minimal object type to use as the template for object table
CREATE TYPE IOT_type AS OBJECT
textData VARCHAR2(10 CHAR),
numberData NUMBER(10,0)
) FINAL
SQL> TYPE IOT_type compiled
5) Attempt to create an object-based range partitioned IOT, including MAPPING TABLE clause as per step (1)
CREATE TABLE IOTObj_Table OF IOT_type (textData PRIMARY KEY)
OBJECT IDENTIFIER IS PRIMARY KEY ORGANIZATION INDEX
MAPPING TABLE -- we'd like to use this feature to enable use of Bitmap Indexes...
PCTFREE 0 TABLESPACE Firewire
PARTITION BY RANGE (textData)
(PARTITION Text_Part_A VALUES LESS THAN ('B') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_B VALUES LESS THAN ('C') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_C VALUES LESS THAN ('D') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_D VALUES LESS THAN ('E') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_E VALUES LESS THAN ('F') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_F VALUES LESS THAN ('G') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_G VALUES LESS THAN ('H') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_H VALUES LESS THAN ('I') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_I VALUES LESS THAN ('J') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_J VALUES LESS THAN ('K') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_K VALUES LESS THAN ('L') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_L VALUES LESS THAN ('M') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_M VALUES LESS THAN ('N') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_N VALUES LESS THAN ('O') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_O VALUES LESS THAN ('P') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_P VALUES LESS THAN ('Q') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Q VALUES LESS THAN ('R') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_R VALUES LESS THAN ('S') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_S VALUES LESS THAN ('T') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_T VALUES LESS THAN ('U') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_U VALUES LESS THAN ('V') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_V VALUES LESS THAN ('W') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_W VALUES LESS THAN ('X') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_X VALUES LESS THAN ('Y') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Y VALUES LESS THAN ('Z') PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0),
PARTITION Text_Part_Z VALUES LESS THAN (MAXVALUE) PCTFREE 0 TABLESPACE Firewire Storage (Initial 10M Next 1M PCTIncrease 0))
NOLOGGING PARALLEL -- FLASHBACK ARCHIVE IOT_Flashback_Data
This errors out with the following...
SQL Error: ORA-25182: feature not currently available for index-organized tables
25182. 00000 - "feature not currently available for index-organized tables"
*Cause:    An attempt was made to use one or more of the following feature(s) not
currently supported for index-organized tables:
CREATE TABLE with LOB/BFILE/VARRAY columns,
partitioning/PARALLEL/CREATE TABLE AS SELECT options,
ALTER TABLE with ADD/MODIFY column options, CREATE INDEX
*Action:   Do not use the disallowed feature(s) in this release.
6) Re-running the create table statement in step 5 without the MAPPING TABLE clause works fine. Not surprisingly an attempt to create a secondary local bitmap index on this table fails as there's no mapping table, like so...
CREATE BITMAP INDEX IOTObj_Table_BMI1 ON IOTObj_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL;
CREATE TABLE with LOB/BFILE/VARRAY columns,
partitioning/PARALLEL/CREATE TABLE AS SELECT options,
ALTER TABLE with ADD/MODIFY column options, CREATE INDEX
*Action:   Do not use the disallowed feature(s) in this release.
CREATE BITMAP INDEX IOTObj_Table_BMI1 ON IOTObj_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL
Error at Command Line:99 Column:13
Error report:
SQL Error: ORA-00903: invalid table name
00903. 00000 - "invalid table name"
7) Creating a secondary local b-tree index is fine, like so...
SQL> CREATE INDEX IOTObj_Table_I1 ON IOTObj_Table (numberData)
LOCAL STORAGE (INITIAL 1M PCTINCREASE 0 NEXT 512K) NOLOGGING PARALLEL;
index IOTOBJ_TABLE_I1 created.
8) A quick test to ensure object table ok...
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('DEF456',500));
SQL> 1 rows inserted.
SQL> SELECT * FROM IOTObj_Table;
TEXTDATA NUMBERDATA
DEF456     500

Thanks Dan,
the intention is to range partition based on the initial character, so A* -> Text_Part_A, B* -> Text_Part_B, and so on.
Here's an example, using an empty IOTObj_Table as created previously.
1) Set up & confirm some test data (two 'D's, one 'N', and two 'Z's)
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('DEF456',500));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('DDD111',510));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('N3000',515));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('ZZ1212',520));
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('Z111X',530));
SQL> COMMIT;
SQL> SELECT * FROM IOTObj_Table;
TEXTDATA NUMBERDATA
DDD111     510
DEF456     500
N3000     515
Z111X     530
ZZ1212     520
2) Just to prove our IOT is enforcing the Primary Key based on the TextData attribute, try to insert a duplicate
SQL> INSERT INTO IOTObj_Table VALUES (IOT_Type('Z111X',530));
Error starting at line 141 in command:
INSERT INTO IOTObj_Table VALUES (IOT_Type('Z111X',530))
Error report:
SQL Error: ORA-00001: unique constraint (OCDataSystems.SYS_IOT_TOP_84235) violated
00001. 00000 - "unique constraint (%s.%s) violated"
*Cause:    An UPDATE or INSERT statement attempted to insert a duplicate key.
For Trusted Oracle configured in DBMS MAC mode, you may see
this message if a duplicate entry exists at a different level.
*Action:   Either remove the unique restriction or do not insert the key.
3) Now confirm that our data has been slotted into the range-based partition we expect using the PARTITION clause of SELECT...
- The two 'D's...
SQL> SELECT * FROM IOTObj_Table PARTITION (Text_Part_D);
TEXTDATA NUMBERDATA
DDD111     510
DEF456     500
- The single 'N'...
SQL> SELECT * FROM IOTObj_Table PARTITION (Text_Part_N);
TEXTDATA NUMBERDATA
N3000     515
- The two 'Z's...
SQL> SELECT * FROM IOTObj_Table PARTITION (Text_Part_Z);
TEXTDATA NUMBERDATA
Z111X     530
ZZ1212     520
4) And to wrap up confirm an empty partition
SELECT * FROM IOTObj_Table PARTITION (Text_Part_W);

Using User Defined Object in B1if

Hello Expert,
I am trying to configure the B1if scenario for User Defined Object, But when i check the consistency of the scenario there are three issues
1. 0142 vBIU warning - inbound - channel: defined object identifier is not listed in the repository
2. 0259 vBIU inconsistency - outbound - details: 'Service Method Identifier' is not correct
3. 0262 vBIU inconsistency - outbound - details: 'Get Method Identifier' is not correct
I have prepared the Test as a UDO in SAP B1.
*CONFIGURATION*
Scenario Step Definition INBOUND - CHANNEL
Channel : INB_B1_EVNT_ASYN_EVT
Type : SAP Business One
Mode : Asynchronous
Trigger : B1Event
Object : Test
Identification Parameter : n.a.
Namespace Definition : n.a.
Retrieval
Method : Retrieval
Adapter : DI API
Type : Service
Rule Document :
id : GeneralService
type : get
method : getByParams
tag : TestParams
keys : Code(Code)
Outbound Phase
Channel : OUT_B1
Type : SAP Business One
Format : DI Service
Regards
Vijay Barapatre

Hi All,
I have a UDO with one Table and Code and Name as fields, when I add data in SAP with the default screen I want to trigger it in B1IF, I have tried identifier 152, 153 and many more.
But my trigger keeps returning blank so it doesn't go through to my processes.
<?xml version="1.0" encoding="utf-8" ?>
- <Msg xmlns="urn:com.sap.b1i.vplatform:entity" xmlns:b1il="urn:com.sap.b1i.sim:b1ilog" xmlns:b1im="urn:com.sap.b1i.sim:b1imessage" xmlns:bfa="urn:com.sap.b1i.bizprocessor:bizatoms" xmlns:sim="urn:com.sap.b1i.sim:entity" xmlns:vpf="urn:com.sap.b1i.vplatform:entity" MessageId="13102816541180273503C0A80079CC46" BeginTimeStamp="20131028165411" recording="true" logmsg="0009" msglogexcl="false" MessageLog="true">
- <Header>
<msglog step="Default message log" always="false" b1ifactive="true" />
- <Resumption>
<starter ipo="/vP.0010000119.in_BEAE/com.sap.b1i.vplatform.runtime/INB_B1_EVNT_ASYN_EVT/INB_B1_EVNT_ASYN_EVT.ipo/proc" />
</Resumption>
<IPO Id="INB_B1_EVNT_ASYN_EVT" tid="13102815571480273490C0A8007961AC" />
<Sender Id="0010000119" />
</Header>
- <Body>
- <Payload Role="T" Type="B1Event" add="">
- <Event xmlns="" B1EventFilter="false">
- <b1e:b1events xmlns:b1e="urn:com.sap.b1i.sim:b1event">
- <b1e:b1event>
<b1e:eventsource>MobiPay</b1e:eventsource>
<b1e:objecttype>FC_PODO</b1e:objecttype>
<b1e:transactiontype>A</b1e:transactiontype>
<b1e:usercode>manager</b1e:usercode>
<b1e:userid>manager</b1e:userid>
- <b1e:keys count="1">
- <b1e:key>
<b1e:name>Code</b1e:name>
<b1e:value>test 2</b1e:value>
</b1e:key>
</b1e:keys>
<b1e:sourcesite>BDRAPER</b1e:sourcesite>
<b1e:sourceport>1433</b1e:sourceport>
<b1e:sourcetype>6</b1e:sourcetype>
<b1e:sld value="BDRAPER!!MobiPay" />
</b1e:b1event>
</b1e:b1events>
- <b1ie:B1IEvent xmlns:b1ie="urn:com.sap.b1i.sim:b1ievent" SysId="0010000119" SysTypeId="B1.9.0" Task="I" LocalObjectType="FC_PODO">
- <b1ie:PrimaryKeyList>
<b1ie:PrimaryKey Key="Code" Value="test 2" />
</b1ie:PrimaryKeyList>
</b1ie:B1IEvent>
</Event>
</Payload>
<Payload Role="S" />
</Body>
</Msg>
Please help,
Regards,
Brenden Draper.

Libmtp error: could not send object info

I have an HTC One m8, and a laptop running Arch Linux. I installed gvfs-mtp, and my computer detects my phone and the files inside of it. I use the GNOME desktop environment, and it's default file manager.
If I try to transfer files to my phone, I get an error reading:
There was an error copying the file into mtp://[usb:003,005]/SD%20card.
"libmtp error: could not send object info".
I am not sure how to fix this. i tried reinstalling libmtp and gvfs to no avail.
I want to be able to connect my phone to my computer, and transfer files through my file manager. Any help would be appreciated..
Here's some output that may be relevant:
[saadnajmi@archlaptop ~]$ adb devices
* daemon not running. starting it now on port 5037 *
* daemon started successfully *
List of devices attached
FA456WM01083 device
[saadnajmi@archlaptop ~]$ mtp-detect
Unable to open ~/.mtpz-data for reading, MTPZ disabled.
libmtp version: 1.1.8
Listing raw device(s)
Device 0 (VID=0bb4 and PID=0f63) is a HTC HTC One (MTP+ADB).
Found 1 device(s):
HTC: HTC One (MTP+ADB) (0bb4:0f63) @ bus 3, dev 5
Attempting to connect device(s)
ignoring libusb_claim_interface() = -6PTP_ERROR_IO: failed to open session, trying again after resetting USB interface
LIBMTP libusb: Attempt to reset device
Android device detected, assigning default bug flags
USB low-level info:
bcdUSB: 528
bDeviceClass: 0
bDeviceSubClass: 0
bDeviceProtocol: 0
idVendor: 0bb4
idProduct: 0f63
IN endpoint maxpacket: 512 bytes
OUT endpoint maxpacket: 512 bytes
Raw device info:
Bus location: 3
Device number: 5
Device entry info:
Vendor: HTC
Vendor id: 0x0bb4
Product: HTC One (MTP+ADB)
Vendor id: 0x0f63
Device flags: 0x18008106
Configuration 0, interface 0, altsetting 0:
Interface description contains the string "MTP"
Device recognized as MTP, no further probing.
Device info:
Manufacturer: HTC
Model: HTC One_M8
Device version: 1.58.502.1
Serial number: FA456WM01083
Vendor extension ID: 0x00000006
Vendor extension description: microsoft.com: 1.0; android.com: 1.0;
Detected object size: 64 bits
Extensions:
microsoft.com: 1.0
android.com: 1.0
Supported operations:
1001: get device info
1002: Open session
1003: Close session
1004: Get storage IDs
1005: Get storage info
1006: Get number of objects
1007: Get object handles
1008: Get object info
1009: Get object
100a: Get thumbnail
100b: Delete object
100c: Send object info
100d: Send object
1014: Get device property description
1015: Get device property value
1016: Set device property value
1017: Reset device property value
101b: Get partial object
9801: Get object properties supported
9802: Get object property description
9803: Get object property value
9804: Set object property value
9805: Get object property list
9811: Set object references
95c1: Get Partial Object (64bit Offset)
95c2: Send Partial Object
95c3: Truncate Object
95c4: Begin Edit Object
95c5: End Edit Object
96f0: Unknown (96f0)
Events supported:
0x4002
0x4003
0x4004
0x4005
Device Properties Supported:
0xd401: Synchronization Partner
0xd402: Friendly Device Name
0x5003: Image Size
Playable File (Object) Types and Object Properties Supported:
3000: Undefined Type
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
3001: Association/Directory
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
3004: Text
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
3005: HTML
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
3008: MS Wave
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc9b: Album Artist STRING data type READ ONLY
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc8c: Genre STRING data type READ ONLY
dc96: Composer STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
3009: MP3
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc9b: Album Artist STRING data type READ ONLY
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc8c: Genre STRING data type READ ONLY
dc96: Composer STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
300b: MPEG
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc48: Description STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc8c: Genre STRING data type READ ONLY
dc87: Width UINT32 data type ANY 32BIT VALUE form READ ONLY
dc88: Height UINT32 data type ANY 32BIT VALUE form READ ONLY
de9b: Video Four CC Codec UINT32 data type enumeration: 0, 859189832, 958804552, 1195724877, 827739479, 844516695, 861293911, GET/SET
de9c: Video Bit Rate UINT32 data type range: MIN 0, MAX 2000000000, STEP 1 GET/SET
de9d: Frames Per Thousand Seconds UINT32 data type range: MIN 0, MAX 60000, STEP 1 GET/SET
3801: JPEG
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc48: Description STRING data type READ ONLY
3802: TIFF EP
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
3804: BMP
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc48: Description STRING data type READ ONLY
3807: GIF
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc48: Description STRING data type READ ONLY
3808: JFIF
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
380b: PNG
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc48: Description STRING data type READ ONLY
380d: TIFF
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
b901: WMA
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc9b: Album Artist STRING data type READ ONLY
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc8c: Genre STRING data type READ ONLY
dc96: Composer STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
b902: OGG
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc9b: Album Artist STRING data type READ ONLY
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc8c: Genre STRING data type READ ONLY
dc96: Composer STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
b903: AAC
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc9b: Album Artist STRING data type READ ONLY
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc8c: Genre STRING data type READ ONLY
dc96: Composer STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
b982: MP4
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
b983: MP2
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
b984: 3GP
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc48: Description STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc8c: Genre STRING data type READ ONLY
dc87: Width UINT32 data type ANY 32BIT VALUE form READ ONLY
dc88: Height UINT32 data type ANY 32BIT VALUE form READ ONLY
de9b: Video Four CC Codec UINT32 data type enumeration: 0, 859189832, 958804552, 1195724877, 827739479, 844516695, 861293911, GET/SET
de9c: Video Bit Rate UINT32 data type range: MIN 0, MAX 2000000000, STEP 1 GET/SET
de9d: Frames Per Thousand Seconds UINT32 data type range: MIN 0, MAX 60000, STEP 1 GET/SET
ba05: Abstract Audio Video Playlist
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
ba10: WPL Playlist
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
ba11: M3U Playlist
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
ba14: PLS Playlist
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
ba82: XMLDocument
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
b906: FLAC
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
b981: WMV
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dce0: Display Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
dc46: Artist STRING data type READ ONLY
dc9a: Album Name STRING data type READ ONLY
dc89: Duration UINT32 data type ANY 32BIT VALUE form READ ONLY
dc48: Description STRING data type READ ONLY
de93: Sample Rate UINT32 data type range: MIN 0, MAX 48000, STEP 50 GET/SET
de94: Number Of Channels UINT16 data type ANY 16BIT VALUE form READ ONLY
de99: Audio WAVE Codec UINT32 data type enumeration: 0, 1, 2, 3, 8, 9, 11, 49, 50, 80, 85, 352, 353, 354, 355, 356, 41222, GET/SET
de9a: Audio Bit Rate UINT32 data type range: MIN 0, MAX 384000, STEP 1 GET/SET
dc8b: Track UINT16 data type ANY 16BIT VALUE form READ ONLY
dc99: Original Release Date STRING data type DATETIME FORM READ ONLY
dc8c: Genre STRING data type READ ONLY
dc87: Width UINT32 data type ANY 32BIT VALUE form READ ONLY
dc88: Height UINT32 data type ANY 32BIT VALUE form READ ONLY
de9b: Video Four CC Codec UINT32 data type enumeration: 0, 859189832, 958804552, 1195724877, 827739479, 844516695, 861293911, GET/SET
de9c: Video Bit Rate UINT32 data type range: MIN 0, MAX 2000000000, STEP 1 GET/SET
de9d: Frames Per Thousand Seconds UINT32 data type range: MIN 0, MAX 60000, STEP 1 GET/SET
300a: MS AVI
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
300c: ASF
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
ba83: Microsoft Word Document
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
ba85: Microsoft Excel Spreadsheet (.xls)
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
ba86: Microsoft Powerpoint (.ppt)
dc01: Storage ID UINT32 data type ANY 32BIT VALUE form READ ONLY
dc02: Object Format UINT16 data type ANY 16BIT VALUE form READ ONLY
dc03: Protection Status UINT16 data type ANY 16BIT VALUE form READ ONLY
dc04: Object Size UINT64 data type READ ONLY
dc07: Object File Name STRING data type GET/SET
dc09: Date Modified STRING data type DATETIME FORM READ ONLY
dc0b: Parent Object UINT32 data type ANY 32BIT VALUE form READ ONLY
dc41: Persistant Unique Object Identifier UINT128 data type READ ONLY
dc44: Name STRING data type READ ONLY
dc4e: Date Added STRING data type DATETIME FORM READ ONLY
Storage Devices:
StorageID: 0x00020001
StorageType: 0x0004 removable RAM storage
FilesystemType: 0x0002 generic hierarchical
AccessCapability: 0x0000 read/write
MaxCapacity: 31896633344
FreeSpaceInBytes: 31628312576
FreeSpaceInObjects: 1073741824
StorageDescription: SD card
VolumeIdentifier: ##storage##ext_sd
StorageID: 0x00010001
StorageType: 0x0003 fixed RAM storage
FilesystemType: 0x0002 generic hierarchical
AccessCapability: 0x0000 read/write
MaxCapacity: 26667683840
FreeSpaceInBytes: 9365225472
FreeSpaceInObjects: 1073741824
StorageDescription: Internal storage
VolumeIdentifier: ##storage##emulated##0
Special directories:
Default music folder: 0xffffffff
Default playlist folder: 0xffffffff
Default picture folder: 0xffffffff
Default video folder: 0xffffffff
Default organizer folder: 0xffffffff
Default zencast folder: 0xffffffff
Default album folder: 0xffffffff
Default text folder: 0xffffffff
MTP-specific device properties:
Friendly name: (NULL)
Synchronization partner: (NULL)
libmtp supported (playable) filetypes:
Folder
Text file
HTML file
RIFF WAVE file
ISO MPEG-1 Audio Layer 3
MPEG video stream
JPEG file
BMP bitmap file
GIF bitmap file
JFIF file
Portable Network Graphics
TIFF bitmap file
Microsoft Windows Media Audio
Ogg container format
Advanced Audio Coding (AAC)/MPEG-2 Part 7/MPEG-4 Part 3
MPEG-4 Part 14 Container Format (Audio+Video Emphasis)
ISO MPEG-1 Audio Layer 2
Abstract Playlist file
XML file
Free Lossless Audio Codec (FLAC)
Microsoft Windows Media Video
Audio Video Interleave
Microsoft Advanced Systems Format
DOC file
XLS file
PPT file
OK.

i got the solution...........thanks every one

Working with oracle object type tables

Hi,
I've created a table which only contains Oracle object types (e.g. CREATE TABLE x OF <...>). When I create an Entity for this table using the Entity wizard, I end up with an entity with the attributes of the base object type and two special attributes REF$ (reference to the object type instance) and SYS_NC_OID$ (unique object identifier). The REF$ attribute is on the Java side of type oracle.jbo.domain.Ref and the other attribute is on the Java side a simple String.
It seems this only allows me to save objects of the base type in this table. First of all in my situation this is also impossible because the base type is not instantiable. What I do want is to save several different subtypes into this table using the BC4J custom domain mechanism. Is there any way to make this possible? I first thought I could maybe do something with the special REF$ attribute, but this doesn't seem te case. So I might need to override most of the EntityImpl methods, like doUML, remove etc. Am I right? And does anyone have any hints on how to do this?
Regards,
Peter

Peter:
Hi,
I've created a table which only contains Oracle
object types (e.g. CREATE TABLE x OF <...>).
When I create an Entity for this table using the
Entity wizard, I end up with an entity with the
attributes of the base object type and two special
attributes REF$ (reference to the object type
instance) and SYS_NC_OID$ (unique object identifier).
The REF$ attribute is on the Java side of type
oracle.jbo.domain.Ref and the other attribute is on
the Java side a simple String.
It seems this only allows me to save objects of the
base type in this table. First of all in my situation
this is also impossible because the base type is not
instantiable. What I do want is to save several
different subtypes into this table using the BC4J
custom domain mechanism. Is there any way to make
this possible? Sorry, but this is not supported out of the box.
Since you have an object table, you wouldn't use domains to achieve this. Instead, you would have a superclass and subclass entity objects, e.g., PersonEO subclassed into StudentEO and EmployeeEO.
I first thought I could maybe do
something with the special REF$ attribute, but this
doesn't seem te case. So I might need to override
most of the EntityImpl methods, like doUML, remove
etc. Am I right? And does anyone have any hints on
how to do this?
If you want, you can try this by overridding EntityImpl's:
   protected StringBuffer buildDMLStatement(int operation,
      AttributeDefImpl[] allAttrs,
      AttributeDefImpl[] retCols,
      AttributeDefImpl[] retKeys,
      boolean batchMode)
and
   protected int bindDMLStatement(int operation,
      PreparedStatement stmt,
      AttributeDefImpl[] allAttrs,
      AttributeDefImpl[] retCols,
      AttributeDefImpl[] retKeys,
      HashMap retrList,
      boolean batchMode) throws SQLException
Handle the case when operation == DML_INSERT.
There, build an insert statement with substitutable row, e.g.:
INSERT INTO persons VALUES (person_t('Bob', 1234));
INSERT INTO persons VALUES (employee_t('Joe', 32456, 12, 100000));
where person_t and employee_t are database types and you are invoking the respective constructor.
Thanks.
Sung

Loading documents and attaching them to business objects

Hi,
I am trying to load documents (Word and PDF files) into a content management server linked to a SAP CRM system. The documents need to be attached to business objects such as interaction records (BUS2000126) and service tickets (BUS2000116).
I have experimented with FMs <b>BDS_BUSINESSDOCUMENT_CREATEF</b> and <b>ARCHIV_CONNECTION_INSERT</b> but haven't yet found the right combination of values. The best I have done is to create a link which is visible in the GUI as an icon, but when I double click on it, I get an error message saying that the document does not exist (error 404).
The import parameters I am using in BDS_BUSINESSDOCUMENT_CREATEF are:
LOGICAL_SYSTEM = [blank]
CLASSNAME = ZCSIP_LTR (a value from table TOADV)
CLASSTYPE = BO
CLIENT = [default]
OBJECT_KEY = [blank]
FILES
DOC_COUNT = 00000001
COMP_COUNT = 00000001
COMP_ID = [blank]
DIRECTORY = U:\DOCUMENTS\TEST DATA\
FILENAME = FA.PDF
MIMETYPE = application/pdf
SIGNATURE
DOC_COUNT = 00000001
PROP_NAME = BDS_CONTREP
PROP_VALUE = ZT (my content repository name)
The FM returns a GUID as the OBJECT_KEY ...
Then I am using ARCHIV_CONNECTION_INSERT as follows:
ARCHIV_ID = ZT
ARC_DOC_ID = [GUID returned by BDS_BUSINESSDOCUMENT_CREATEF]
AR_OBJECT = ZCSIP_LTR (a value from table TOADV - as above)
MANDANT = [default client as above]
OBJECT_ID = [GUID of the object I want to attach the document to]
SAP_OBJECT = [Business object identifier] e.g. BUS2000126
DOC_TYPE = PDF
Can what I need to do be achieved through just using BDS_BUSINESSDOCUMENT_CREATEF? What import parameters should I use? What values should they contain?
Many thanks in advance,
Peter

Hi,
BDS classname BUS2032 and classtype BO
but function module 'BDS_BUSINESSDOCUMENT_CREATEF' and cl_bds_document_set class method
here is the code..
DATA: o_document_set TYPE REF TO cl_bds_document_set,
wa_signature LIKE bapisignat,
i_signature LIKE bapisignat OCCURS 1,
wa_files LIKE bapifiles,
i_files LIKE bapifiles OCCURS 1,
i_object_key LIKE bapibds01-objkey.
CREATE OBJECT o_document_set.
MOVE: '1' TO wa_signature-doc_count,
'1' TO wa_files-doc_count,
'c:\temp' TO wa_files-directory,
'1.jpg' TO wa_files-filename.
APPEND wa_signature TO i_signature.
APPEND wa_files TO i_files.
i_object_key = '0000261877'.
BREAK-POINT.
CALL METHOD o_document_set->create_with_files
EXPORTING
classname = 'BUS2032'
classtype = 'BO'
CHANGING
object_key = i_object_key
files = i_files
signature = i_signature
DATA : files LIkE BAPIFILES OCCURS 1 WITH header line.
files-doc_count = '1'.
files-directory = 'c:\temp\'.
files-filename = '1.jpg'.
APPEND files.
CALL FUNCTION 'BDS_BUSINESSDOCUMENT_CREATEF'
EXPORTING
LOGICAL_SYSTEM =
classname = 'BUS2032'
classtype = 'BO'
CLIENT = SY-MANDT
OBJECT_KEY = '0000261877'
IMPORTING
OBJECT_KEY =
tables
files = files
SIGNATURE =
EXCEPTIONS
NOTHING_FOUND = 1
PARAMETER_ERROR = 2
NOT_ALLOWED = 3
ERROR_KPRO = 4
INTERNAL_ERROR = 5
NOT_AUTHORIZED = 6
OTHERS = 7
IF sy-subrc <> 0.
MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO
WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4.
ENDIF
And check the OSS Note 317250.
<b>Reward points</b>
Regards

Can't create object types in forms 10

Hello,
I am trying to use object types in forms 10.
I have already created successfully two object types and also corresponding object views.
With one object type A everything works fine in form. But with the other object type B it doesn't.
I am calling the constructor of object B and after the constructor finshed, forms says that there is a numeric or value error.
Well, by nbow I have reduced attributes from object B so that they are identical to object A (which works). But still get the same error or if I use a different constructor I get NULL as a return value. I tested the constructors with test script in the database directly and viola - the constructor are working fine.
Only if I use the constructors in forms environment they fail.
Any ideas why this might happen?
Thank you
Matthias
Well, I fear to use the object types in my next project cause if I run into trouble if the object types are so easy with less code, what else might happen if they are filled up with much more code?

Hello again,
I have tried again and still get the exception.
Now I provide the code. Perhaps someone can see, why this exceptioon occurs.
In the database I coded the following:
create or replace type GenericObject as object
-- Attributes
iVersion VARCHAR2(8),
-- Member functions and procedures
MEMBER FUNCTION toString(SELF IN OUT NOCOPY GenericObject) RETURN VARCHAR2,
FINAL MEMBER FUNCTION toString001(SELF IN OUT NOCOPY GenericObject) RETURN VARCHAR2,
NOT INSTANTIABLE MEMBER PROCEDURE log(pLogger IN OUT MyLogger)
) NOT INSTANTIABLE NOT FINAL
create or replace type body GenericObject is
-- Member procedures and functions
MEMBER FUNCTION toString(SELF IN OUT NOCOPY GenericObject) RETURN VARCHAR2 IS
BEGIN
RETURN SELF.toString001();
END;
FINAL MEMBER FUNCTION toString001(SELF IN OUT NOCOPY GenericObject) RETURN VARCHAR2 IS
BEGIN
RETURN 'GenericObject(' || SELF.iVersion || ')';
END;
end;
create or replace type MyTestA UNDER GenericObject
-- Attributes
iPk VARCHAR2(16),
iName VARCHAR2(100),
iDCN NUMBER,
-- constructor
CONSTRUCTOR FUNCTION MyTestA(pName VARCHAR2, pDummy INTEGER) RETURN SELF AS RESULT,
CONSTRUCTOR FUNCTION MyTestA(pPk VARCHAR2) RETURN SELF AS RESULT,
STATIC FUNCTION mycreate(pName VARCHAR2) RETURN MyTestA,
-- Member functions and procedures
OVERRIDING MEMBER FUNCTION toString(SELF IN OUT NOCOPY MyTestA) RETURN VARCHAR2,
FINAL MEMBER FUNCTION toString002(SELF IN OUT NOCOPY MyTestA) RETURN VARCHAR2,
OVERRIDING MEMBER PROCEDURE log(SELF IN OUT NOCOPY MyTestA, pLogger IN OUT MyLogger)
) NOT FINAL
create or replace type body MyTestA is
-- constructors
CONSTRUCTOR FUNCTION MyTestA(pName VARCHAR2, pDummy INTEGER) RETURN SELF AS RESULT IS
BEGIN
SELF.iVersion := '1.1';
SELF.iPk := 1;
SELF.iName := pName;
SELF.iDCN := 1;
RETURN;
END;
CONSTRUCTOR FUNCTION MyTestA(pPk VARCHAR2) RETURN SELF AS RESULT IS
BEGIN
SELECT VALUE(o) INTO SELF FROM v_testa o WHERE o.ipk = pPk;
RETURN;
END;
STATIC FUNCTION mycreate(pName VARCHAR2) RETURN MyTestA IS
BEGIN
RETURN MyTestA(pName, 1);
END;
-- Member procedures and functions
OVERRIDING MEMBER FUNCTION toString(SELF IN OUT NOCOPY MyTestA) RETURN VARCHAR2 IS
BEGIN
RETURN toString002();
END;
FINAL MEMBER FUNCTION toString002(SELF IN OUT NOCOPY MyTestA) RETURN VARCHAR2 IS
lvText VARCHAR2(1000);
BEGIN
lvText := SELF.toString001();
RETURN 'MyTestA(' || iPk || ', ' || iName || ', ' || 'lvHersteller.toString()' || ', ' || lvText || ')';
END;
OVERRIDING MEMBER PROCEDURE log(SELF IN OUT NOCOPY MyTestA, pLogger IN OUT MyLogger) IS
BEGIN
pLogger.log(toString());
END;
end;
CREATE OR REPLACE VIEW v_testa OF MyTesta
WITH OBJECT IDENTIFIER (iPk) AS
SELECT
'1.0' iVersion
,g.pk iPk, g.NAME iName, g.ora_rowscn iDCN FROM o_geraete g
DROP TABLE o_geraete;
CREATE TABLE
o_geraete
pk VARCHAR2(16)
, name VARCHAR2(100)
, hersteller_FK VARCHAR2(16)
, zaehlernummer VARCHAR2(20)
, dummy VARCHAR2(10)
INSERT INTO o_geraete
VALUES(
'100', 'Stromzähler', '1', 'AB-56', 'dumb'
INSERT INTO o_geraete
VALUES(
'200', 'Wasserzähler', '2', 'WS-09', 'dumb'
In forms I created a form from the view and coded into the on-insert-trigger:
declare
     lvtest mytesta;
begin
     message('1');
     lvtest := new mytesta(:blk_testa.iname, 1);
     message('2');
     message('3' || lvtest.tostring());
exception
     when others then
          message('Exception: ' || sqlerrm);
end;
And in that forms block I got the exception.
Perhaps someone has ANY idea...
Thanx a lot
Matthias
Message was edited by:
user522343
Message was edited by:
user522343

Recreate object identifyer

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