SQL query for roll up the amounts from more down to the highest level
with data (select child 'C', 'P' as a parent, 11 amount of double
the Union all select 'C1', 'C',-2 double
Union all select 'C2', 'C', 3 double
the Union all select 'C3', 'C',-8 double
Union all select 'C4', 'C', 10 double
Union all select 'C11', 'C1', 7 double
the Union of all select them 'C12', 'C1', double 12
Union all select "C21", "C2", 5 double
Union all select "C22", "C2", 9 double
Union all select 'C31', 'C3', 6 double
the Union all select 'C32', 'C3',-4 double
the Union all select 'C41', 'C4',-3 double
the Union of all select them "C42', 'C4' 13 doubles
the Union of all select them "C111", "C11", 16 doubles
Union all select 'C121","C12", 8 double
) Select * from given by 2
Hi Experts,
I have the following table with the child-parent relationship which I would like to roll up from a lower to a higher level. The problem here is that I'm moving the level I should replace the amount for a parent with the overall value of his children and grand total aggregate amount should be c
For example; In the example given the c111 data roll up to c11 as 16 (Please note: the amount for c11 is 7 should not be added to 16 rather replaced by 16) that more should roll up to c1.
That means c1 = c11c12; c11 = c111 = 16 Yes, c1 = 16instread 12 16712.
Since it is an intermediate table, I don't have any control over how many levels it can contain.
So dynamically, I need a rollup query and group the amount of a lower to a higher level from the bottom.
Is this possible? I look forward to any help. Thanks in advance.
SQL > data
() 2
3. Select 'C' child, 'P' as a parent, 11 amount of double
4 union all select 'C1', 'C',-2 double
5 Union all select them 'C2', 'C', 3 double
6 Union all select them 'C3', 'C',-8 double
7 union all select 'C4', 'C', 10 double
8 union all select 'C11', 'C1', the double 7
9 Union all select 'C12', 'C1', 12 dual from
all the 10 union select "C21", "C2", 5 double
all the 11 union select "C22", "C2", 9 double
12 union all select 'C31', 'C3', 6 double
all the 13 union select 'C32', 'C3',-4 double
14 union all select 'C41', 'C4',-3 double
all the 15 union select 'C42', 'C4', 13 from dual
all the 16 union select 'C111","C11", 16 of the double
all the 17 union select 'C121","C12", 8 double
18)
19, data1
20 in accordance with
(21)
22 Select parent
23, child
24, lpad ('-', (level 1) * 3, '-'). parent tree_structure
25, amount
26, case when connect_by_isleaf = 1 then amount 0 otherwise end amount_leaf
27 data
starting 28 with parent = 'P '.
29 to connect
30 per parent prior child =
31)
32 Select parent as a node
33, tree_structure
34, amount_sum
35 of Data1
model 36
size 37 by
(38)
39 children
40, parent
41)
42 measures
(43)
44 amount_leaf as the amount
45, tree_structure
46, 0 amount_sum
47)
automatic control of 48 rules
(49)
50 amount_sum [none, none] = amount [cv (), cv ()] + nvl (sum (amount_sum) [all cv (child)], 0)
(51);ŒIL TREE_STRUCTURE AMOUNT_SUM BLINK
--- ------------------------- ----------
P P 50
C ---C 24
C1 ------C1 16
C11 ---------C11 16
C1 ------C1 8
C12 ---------C12 8
C ---C 14
C2 ------C2 5
C2 ------C2 9
C ---C 2
C3 ------C3 6
C3 ------C3 -4
C ---C 10
C4 ------C4 -3
C4 ------C4 13
15 selected lines.
Tags: Database
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Published by: Bilal on December 27, 2012 09:52
Published by: Bilal on December 27, 2012 10:07Bilal, thanks for the nice problem! Another possibility to double check is to write a small PL/SQL function that returns 1 if a duplicate id is found, then equate to 0: "NUMBER of RETURN of Duplicate_Token_Found (p_str_main in VARCHAR2, p_str_trial VARCHAR2). It should analyze the second string and could use p_str_main LIKE '%', | l_id | ', %' for each id. In any case, the query complete (without that) is given below:
Solution with names SQL> WITH rsf_itm (con_id, max_weight, nxt_id, lev, tot_weight, tot_profit, path, root_id, lev_1_id) AS ( 2 SELECT c.id, 3 c.max_weight, 4 i.id, 5 0, 6 i.item_weight, 7 i.item_profit, 8 ',' || i.id || ',', 9 i.id, 10 0 11 FROM items i 12 CROSS JOIN containers c 13 UNION ALL 14 SELECT r.con_id, 15 r.max_weight, 16 i.id, 17 r.lev + 1, 18 r.tot_weight + i.item_weight, 19 r.tot_profit + i.item_profit, 20 r.path || i.id || ',', 21 r.root_id, 22 CASE WHEN r.lev = 0 THEN i.id ELSE r.nxt_id END 23 FROM rsf_itm r 24 JOIN items i 25 ON i.id > r.nxt_id 26 AND r.tot_weight + i.item_weight <= r.max_weight 27 ORDER BY 1, 2 28 ) SEARCH DEPTH FIRST BY nxt_id SET line_no 29 , rsf_con (nxt_con_id, nxt_line_no, con_path, itm_path, tot_weight, tot_profit, lev) AS ( 30 SELECT con_id, 31 line_no, 32 To_Char(con_id), 33 ':' || con_id || '-' || (lev + 1) || ':' || path, 34 tot_weight, 35 tot_profit, 36 0 37 FROM rsf_itm 38 UNION ALL 39 SELECT r_i.con_id, 40 r_i.line_no, 41 r_c.con_path || ',' || r_i.con_id, 42 r_c.itm_path || ':' || r_i.con_id || '-' || (r_i.lev + 1) || ':' || r_i.path, 43 r_c.tot_weight + r_i.tot_weight, 44 r_c.tot_profit + r_i.tot_profit, 45 r_c.lev + 1 46 FROM rsf_con r_c 47 JOIN rsf_itm r_i 48 ON r_i.con_id > r_c.nxt_con_id 49 WHERE r_c.itm_path NOT LIKE '%,' || r_i.root_id || ',%' 50 AND r_c.itm_path NOT LIKE '%,' || r_i.lev_1_id || ',%' 51 AND r_c.itm_path NOT LIKE '%,' || r_i.nxt_id || ',%' 52 ) 53 , paths_ranked AS ( 54 SELECT itm_path || ':' itm_path, tot_weight, tot_profit, lev + 1 n_cons, 55 Rank () OVER (ORDER BY tot_profit DESC) rnk, 56 Row_Number () OVER (ORDER BY tot_profit DESC) sol_id 57 FROM rsf_con 58 ), best_paths AS ( 59 SELECT itm_path, tot_weight, tot_profit, n_cons, sol_id 60 FROM paths_ranked 61 WHERE rnk = 1 62 ), row_gen AS ( 63 SELECT LEVEL lev 64 FROM DUAL 65 CONNECT BY LEVEL <= (SELECT Count(*) FROM items) 66 ), con_v AS ( 67 SELECT b.itm_path, r.lev con_ind, b.sol_id, b.tot_weight, b.tot_profit, 68 Substr (b.itm_path, Instr (b.itm_path, ':', 1, 2*r.lev - 1) + 1, 69 Instr (b.itm_path, ':', 1, 2*r.lev) - Instr (b.itm_path, ':', 1, 2*r.lev - 1) - 1) 70 con_nit_id, 71 Substr (b.itm_path, Instr (b.itm_path, ':', 1, 2*r.lev) + 1, 72 Instr (b.itm_path, ':', 1, 2*r.lev + 1) - Instr (b.itm_path, ':', 1, 2*r.lev) - 1) 73 itm_str 74 FROM best_paths b 75 JOIN row_gen r 76 ON r.lev <= b.n_cons 77 ), con_split AS ( 78 SELECT itm_path, con_ind, sol_id, tot_weight, tot_profit, 79 Substr (con_nit_id, 1, Instr (con_nit_id, '-', 1) - 1) con_id, 80 Substr (con_nit_id, Instr (con_nit_id, '-', 1) + 1) n_items, 81 itm_str 82 FROM con_v 83 ), itm_v AS ( 84 SELECT c.itm_path, c.con_ind, c.sol_id, c.con_id, c.tot_weight, c.tot_profit, 85 Substr (c.itm_str, Instr (c.itm_str, ',', 1, r.lev) + 1, 86 Instr (c.itm_str, ',', 1, r.lev + 1) - Instr (c.itm_str, ',', 1, r.lev) - 1) 87 itm_id 88 FROM con_split c 89 JOIN row_gen r 90 ON r.lev <= c.n_items 91 ) 92 SELECT v.sol_id, 93 v.tot_weight s_wt, v.tot_profit s_pr, c.id c_id, c.name c_name, c.max_weight m_wt, 94 Sum (i.item_weight) OVER (PARTITION BY v.sol_id, c.id) c_wt, 95 i.id i_id, i.name i_name, i.item_weight i_wt, i.item_profit i_pr 96 FROM itm_v v 97 JOIN containers c 98 ON c.id = To_Number (v.con_id) 99 JOIN items i 100 ON i.id = To_Number (v.itm_id) 101 ORDER BY sol_id, con_id, itm_id 102 / SOL_ID S_WT S_PR C_ID C_NAME M_WT C_WT I_ID I_NAME I_WT I_PR ---------- ---- ---- ----- --------------- ---- ---- ----- ---------- ---- ---- 1 255 255 1 SEECS UG Block 100 100 1 BIT-10 35 35 2 BIT-11 40 40 6 BICSE-7 25 25 2 IAEC Building 70 70 4 BSCS-3 40 40 7 BESE-3 30 30 3 RIMMS Building 90 85 3 BSCS-2 35 35 5 BEE-4 50 50 2 255 255 1 SEECS UG Block 100 95 4 BSCS-3 40 40 6 BICSE-7 25 25 7 BESE-3 30 30 2 IAEC Building 70 70 1 BIT-10 35 35 3 BSCS-2 35 35 3 RIMMS Building 90 90 2 BIT-11 40 40 5 BEE-4 50 50 3 255 255 1 SEECS UG Block 100 100 3 BSCS-2 35 35 4 BSCS-3 40 40 6 BICSE-7 25 25 2 IAEC Building 70 65 1 BIT-10 35 35 7 BESE-3 30 30 3 RIMMS Building 90 90 2 BIT-11 40 40 5 BEE-4 50 50 4 255 255 1 SEECS UG Block 100 100 3 BSCS-2 35 35 4 BSCS-3 40 40 6 BICSE-7 25 25 2 IAEC Building 70 70 2 BIT-11 40 40 7 BESE-3 30 30 3 RIMMS Building 90 85 1 BIT-10 35 35 5 BEE-4 50 50 5 255 255 1 SEECS UG Block 100 95 2 BIT-11 40 40 6 BICSE-7 25 25 7 BESE-3 30 30 2 IAEC Building 70 70 1 BIT-10 35 35 3 BSCS-2 35 35 3 RIMMS Building 90 90 4 BSCS-3 40 40 5 BEE-4 50 50 6 255 255 1 SEECS UG Block 100 100 2 BIT-11 40 40 3 BSCS-2 35 35 6 BICSE-7 25 25 2 IAEC Building 70 65 1 BIT-10 35 35 7 BESE-3 30 30 3 RIMMS Building 90 90 4 BSCS-3 40 40 5 BEE-4 50 50 7 255 255 1 SEECS UG Block 100 100 2 BIT-11 40 40 3 BSCS-2 35 35 6 BICSE-7 25 25 2 IAEC Building 70 70 4 BSCS-3 40 40 7 BESE-3 30 30 3 RIMMS Building 90 85 1 BIT-10 35 35 5 BEE-4 50 50 8 255 255 1 SEECS UG Block 100 100 1 BIT-10 35 35 4 BSCS-3 40 40 6 BICSE-7 25 25 2 IAEC Building 70 70 2 BIT-11 40 40 7 BESE-3 30 30 3 RIMMS Building 90 85 3 BSCS-2 35 35 5 BEE-4 50 50 9 255 255 1 SEECS UG Block 100 100 1 BIT-10 35 35 4 BSCS-3 40 40 6 BICSE-7 25 25 2 IAEC Building 70 65 3 BSCS-2 35 35 7 BESE-3 30 30 3 RIMMS Building 90 90 2 BIT-11 40 40 5 BEE-4 50 50 10 255 255 1 SEECS UG Block 100 100 1 BIT-10 35 35 3 BSCS-2 35 35 7 BESE-3 30 30 2 IAEC Building 70 65 2 BIT-11 40 40 6 BICSE-7 25 25 3 RIMMS Building 90 90 4 BSCS-3 40 40 5 BEE-4 50 50 11 255 255 1 SEECS UG Block 100 100 1 BIT-10 35 35 3 BSCS-2 35 35 7 BESE-3 30 30 2 IAEC Building 70 65 4 BSCS-3 40 40 6 BICSE-7 25 25 3 RIMMS Building 90 90 2 BIT-11 40 40 5 BEE-4 50 50 12 255 255 1 SEECS UG Block 100 95 1 BIT-10 35 35 3 BSCS-2 35 35 6 BICSE-7 25 25 2 IAEC Building 70 70 2 BIT-11 40 40 7 BESE-3 30 30 3 RIMMS Building 90 90 4 BSCS-3 40 40 5 BEE-4 50 50 13 255 255 1 SEECS UG Block 100 95 1 BIT-10 35 35 3 BSCS-2 35 35 6 BICSE-7 25 25 2 IAEC Building 70 70 4 BSCS-3 40 40 7 BESE-3 30 30 3 RIMMS Building 90 90 2 BIT-11 40 40 5 BEE-4 50 50 14 255 255 1 SEECS UG Block 100 100 1 BIT-10 35 35 2 BIT-11 40 40 6 BICSE-7 25 25 2 IAEC Building 70 65 3 BSCS-2 35 35 7 BESE-3 30 30 3 RIMMS Building 90 90 4 BSCS-3 40 40 5 BEE-4 50 50 98 rows selected. Elapsed: 00:00:01.42Published by: BrendanP on January 20, 2013 11:25
I found the need to deduplicate regular expression:AND RegExp_Instr (r_c.itm_path | r_i.path, ',(\d+),.*?,\1,') = 0)
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SQL query for the set of data rows not values
Hello!
I use Oracle 10 g (10.2.0.1.0) and I need help to solve this difficult task. I have a huge table with more than 145000 records and I shows you only a sample of it:
ID TEAMNAME_EN DT TEAMNAME_EN HPROB AM APROB FT
324813 31/8 / 2012 DEN HAAG GRONINGEN 1.90 3.30 3.10 2
324823 31/8 / 2012 MAINZ GREUTHER FÜRTH 1.75 3.25 3.65 2
324805 31/8 / 2012 GAZELEC DIJON 1.60 3.15 4.75 1
324810 31/8 / 2012 ÖREBRO DJURGÅRDEN 2.80 3.25 2 2.05
324795 31/8 / 2012 FC KÖLN COTTBUS 1.85 3.20 3.35 2
324837 31/8 / 2012 PORTLAND WOOD COLORADO RAPIDS 2,00 3.20 2.95 1
324828 31/8 / 2012 DROGHEDA UNITED, DUNDALK 1.45 3.65 5.25 1
324827 31/8 / 2012 CORK CITY SHAMROCK ROVERS 3,30 3,80 1.70 2
324833 31/8 / 2012 BARUERI ASA 2.45 3.20 1-2.30
324798 31/8 / 2012 GENÇLERBIRLIGI ORDUSPOR'A 2.00 3,10 X 3.00
324814 31/8 / 2012 ALMERE CITY FC OSS 1,80 3,50 3,20 2
324830 31/8 / 2012 CRICIÚMA BRAGANTINO 1.25 4.35 1 8.00
324820 31/8 / 2012 VOLENDAM FC EINDHOVEN 1.80 3.25 3.45 1
324818 31/8 / 2012 MVV MAASTRICHT TELSTAR 1.40 4.00 X 5.25
324819 31/8 / 2012 DORDRECHT VEENDAM 1.80 3.25 3.45 1
324834 31/8 / 2012 CEARÁ GUARATINGUETÁ 1.40 3.85 X 5.50
If this table consists of
dates
teams (hometeam, awayteam)
numbers for homewin, shoot, awaywin probability
and the final result as 1, X, 2
What I want is a sql query that returns to me for each hometeam, awayteam and (if possible in a single line)
all documents of the hometeam which had the same number of prior probability. For example:
CEARÁ (last line), I would like to the sql to show me all the records of CEARA who had _1.40 3.85 or 5.50_ in each of the three issues of probability, BUT the problem is that I do want separate lines... I can do so far is to calculate a sum of House probability, probability of drawing, close probability for each team but the same records are calculated again in each game of probability!
This means if CEARÁ has 1.40-3.85-5.50 in the past it will return me this line only once, and not 3 times (one for each set of probability)
I hope that I've done my duty,
Thank you for your time and lights
N. SaridakisIs that what you are looking for:
select hometeam, awayteam, hw, hd, hl from (select hometeam, awayteam, ft, SUM(CASE ft WHEN '1' THEN 1 ELSE 0 END) OVER (PARTITION BY hometeam) hw, SUM(CASE ft WHEN 'X' THEN 1 ELSE 0 END) OVER (PARTITION BY hometeam) hd, SUM(CASE ft WHEN '2' THEN 1 ELSE 0 END) OVER (PARTITION BY hometeam) hl from plays) where ft is null -
Need help for the Partition of PL/SQL query for a question
Hi all
I'm running on a question that I'm not able to get the desired result. I would appreciate if one of you experts can help resolve this.SQL * more: Production of release 11.2.0.1.0 game 4 Feb 09:31:26 2016
Copyright (c) 1982, 2010, Oracle. All rights reserved.Connected to:
Oracle Database 11 g Enterprise Edition Release 11.2.0.4.0 - 64 bit Production
With partitioning, OLAP, Data Mining and Real Application Testing options
with t as)
Select 1 numero_enregistrement, Student_ID 123, nvl (trim (01), 'NULL') like Item_id, 'ITEM_ID_01' FIELD_NAME Union double all the
Select 1 numero_enregistrement, Student_ID 123, nvl (trim(' '), 'NULL') like Item_id, 'ITEM_ID_02' FIELD_NAME Union double all the
Select 1 numero_enregistrement, Student_ID 123, nvl (trim(' '), 'NULL') like Item_id, 'ITEM_ID_03' FIELD_NAME Union double all the
Select 1 numero_enregistrement, Student_ID 123, nvl (trim(' '), 'NULL') like Item_id, 'ITEM_ID_04' FIELD_NAME Union double all the
Select 1 numero_enregistrement, Student_ID 123, nvl (trim(' '), 'NULL') like Item_id, 'ITEM_ID_05' FIELD_NAME Union double all the
Select 1 numero_enregistrement, Student_ID 123, nvl (trim(' '), 'NULL') like Item_id, 'ITEM_ID_06' FIELD_NAME Union double all the
Select 2 numero_enregistrement, Student_ID 123, nvl (trim('01'), 'NULL') like Item_id, 'ITEM_ID_01' FIELD_NAME Union double all the
Select 2 numero_enregistrement, Student_ID 123, nvl (trim('02'), 'NULL') like Item_id, 'ITEM_ID_02' FIELD_NAME Union double all the
Select 2 numero_enregistrement, Student_ID 123, nvl (trim('03'), 'NULL') like Item_id, 'ITEM_ID_03' FIELD_NAME Union double all the
Select 2 numero_enregistrement, Student_ID 123, nvl (trim('01'), 'NULL') like Item_id, 'ITEM_ID_04' FIELD_NAME Union double all the
Select 2 numero_enregistrement, Student_ID 123, nvl (trim('01'), 'NULL') like Item_id, 'ITEM_ID_05' FIELD_NAME Union double all the
Select 2 numero_enregistrement, Student_ID 123, nvl (trim('02'), 'NULL') like Item_id, 'ITEM_ID_06' double FIELD_NAME)
SELECT distinct COUNT (*) OVER (PARTITION BY numero_enregistrement ORDER BY numero_enregistrement) REC_COUNT, numero_enregistrement, STUDENT_ID, ITEM_ID, Field_Name FROM t
where ITEM_ID = 'NULL '.I get the following result.
NUMERO_ENREGISTREMENT ITEM_ID FIELD_NAME STUDENT_ID REC_COUNT
5 1 123 NULL ITEM_ID_02
5 1 123 NULL ITEM_ID_03
5 1 123 NULL ITEM_ID_04
5 1 123 NULL ITEM_ID_05
5 1 123 NULL ITEM_ID_06
My desired output isRec_COUNT Student_ID ITEM_ID FIELD_NAME numero_enregistrement
5 1 123 NULL ITEM_ID_02, ITEM_ID_03, ITEM_ID_04, ITEM_ID_04, ITEM_ID_05Thanks in advance
Rajesh
Hi, Renon,
Thanks for posting the sample data and results; It is very useful.
Be sure to explain exactly how you get these results from these data. There are many different reasons you may have, that all happen to produce the same results with the sample data you posted, but will get different results with other data sets.
This looks like a job for aggregate (including the LISTAGG) functions and GROUP BY, not for functions, analytical and PARTITION BY
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What can be the SQL query for this requirement?
Hello
I have a table with the fields like this:
ID DESC PARENT
01 02 ABC
02 01 ABC1
03 01 ABC2
04 02 ABC4
In the table above column PARENT refers to the column ID, but actually in the SQL query, I want to have ID DESC and PARENTDESC (i.e., desc ID value corresponding)
Output real I need is
SELECT ID, DESC? from table where ID = someValue. Now, if I provided ID = 01 then output should be like this:
ID DESC PARDESC
ABC1 ABC 01
Can anyone help on what may be the required sql query?
Published by: bootstrap on April 29, 2011 06:15SELECT T1.ID, T1. DESC, T2. / / DESC
FROM TABLEA T1, T2 TABLEA
WHERE T1.ID = '01'
AND T2.ID = T1. PARENT; -
function body pl/sql return SQL query - if with in the select statement
Hi all
I have a condition where, when the summary field is checked, only we see the this column for users in the report. IF statement is possible in this case? I gave the code below... is possible to write something like below, or y at - it another way to do it?
\
v_sql: = ' select TBLCASES. INVESTIGATOR as an INVESTIGATOR,';
v_sql: = v_sql | "TBLCASES. CASENUMBER as CASENUMBER,';
v_sql: = v_sql | "TBLCASES. OPENDATE as OPENDATE,';
v_sql: = v_sql | "TBLCASES. ESTCOMPLETE as DATE_CIBLE,';
v_sql: = v_sql | "TBLCASES. STATUS of STATUS ';
v_sql: = v_sql | "TBLCASES. Case CODE case CODE as,';
v_sql: = V_sql | "TBLCASES. FAIR_HOTLINE as FAIRHotline,';
v_sql: = v_sql | "TBLCASES. NYSIG as NYSIGCase,';
v_sql: = v_sql | "TBLCASES. The REGION';
IF: P44_INCLUDE_SUMMARY_FIELD is not null THEN
v_sql: = v_sql | "TBLCASES. SUMMARY,';
END IF;
v_sql: = v_sql | "TBLCASES. PROGAREA as PROGArea ';
v_sql: = v_sql | ' from TBLCASES where 1 = 1';
.. \Hi Lucie,.
You are adding and removing a column in a report, so it may be useful to have the extra on the end of the query.
You get an error? If so, paste it in...BUT - that I would put a condition on the column where ': P44_INCLUDE_SUMMARY_FIELD is not null '
It under 'Attributes of the column' report select the change column icon, and there a breadcrumb "Condition."
Select "In Expression 1 point value is not Null" and put the P44_INCLUDE_SUMMARY_FIELD in the Expression 1 text box.And I have to make it more readable like that when I do the dynamic SQL code:
IF: P44_INCLUDE_SUMMARY_FIELD is not null THEN
v_INCLUDE_SUMMARY_FIELD: = ' TBLCASES. SUMMARY summary ';
END IF;v_sql: = ' select TBLCASES. RESEARCHER, researcher,
TBLCASES. CASENUMBER as CASENUMBER
TBLCASES. OPENDATE as OPENDATE,
TBLCASES. ESTCOMPLETE as DATE_CIBLE,
TBLCASES. STATUS of STATUS,
TBLCASES. Case CODE case CODE as,
TBLCASES. FAIR_HOTLINE as FAIRHotline,
TBLCASES. NYSIG as NYSIGCase,
TBLCASES. REGION as the region,
TBLCASES. PROGAREA as PROGArea,' |
v_INCLUDE_SUMMARY_FIELD |
' from TBLCASES where 1 = 1; ';It will be useful,
BRITISH COLUMBIA -
Production PL/SQL query: can not find the error
I have a PL/SQL which produces a query for me, which is used to fill out a report. I use this to supply a filter/search form. Since I want to only filter using xxx movies WHERE = yyy when yyy actually has something else NULL, I use a PL/SQL script in the query I need to produce. However, it does not work as expected and I can't understand why. Here is my code:
However, the report still contains all lines, as if P15_REGION has not been defined - and so I guess that the script never enters the IF part. Everyone around who can enlighten me, why it is?DECLARE query VARCHAR(1000); BEGIN query := 'SELECT * FROM F_OBJEKTE WHERE 1=1 '; IF :P15_REGION != null THEN query := query || 'AND REGION = :P15_REGION '; END IF; RETURN query; END;
Just another little thing: is there a way I can print debugging messages I see when I press the "Debug" button on the lower bar of APEX? It would help a lot of debugging such PL/SQL functions.Try changing
IF: P15_REGION! = null THEN
TO
IF: P15_REGION is not null THEN
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I am trying to execute the following SQl query, SELECT * failure WHERE ID = '123 ' AND RepairAction =' '; using the DB tools run Query.vi. This query never find record in my database. My database contains a record where the registered ID contains the value '123' and the RepairAction field is an empty string. If I remove the declaration 'AND RepairAction' ';' my query text, the record is found. I think my problem is that I do not use the correct syntax to describe and an empty string. I tried the following: "," ",""," "and NULL as empty and none of these work string arguments.
I was hoping someone might be able to tell me what the correct syntax is an empty string or if there is another approach that I take.
Thanks in advance for your help,
Jim
Jim,
Just to be sure, have you used 'is' instead of '=' in this command?
This makes all the difference in this command.
Cerati
HISTORY_TABLE
ITEM_CODE | BAT_NO |
TXN_CODE
DOC_NO
UPDT_DT
I1
B1
T1
1234
JANUARY 3, 2015
I1
B20
T20
4567
MARCH 3, 2015
I1
B30
T30
7890
FEBRUARY 5, 2015
I2
B40
T20
1234
JANUARY 1, 2015
TRANSACTION
TXN_CODE | TXN_TYPE |
T1 | IN |
T20 |
OFF
T30
ALL THE
T50
IN
T80
IN
T90
IN
T60
ALL THE
T70
ALL THE
T40
ALL THE
IN_TABLE_HEAD_1
H1_SYS_ID (primary key) | TXN_CODE | DOC_NO |
DOC_DATE
H1ID1
T1
1234
JANUARY 1, 2015
H1ID2
T70
1234
FEBRUARY 1, 2015
IN_TABLE_ITEM_1
I1_SYS_ID |
H1_SYS_ID
(foreign key referencing H1_SYS_ID in IN_TABLE_HEAD_1)
ITEM_CODE
I1ID1
H1ID1
I1
I1ID2
H1ID1
I100
I1ID3
H1ID2
I3
IN_TABLE_BATCH_1
B1_SYS_ID | TXN_CODE DOC_NO (now in IN_TABLE_HEAD_1) | BAT_NO | |
B1ID1
T1
1234
B1 / can be empty
B1ID2
T70
1234
B70
IN_TABLE_HEAD_2
H2_SYS_ID (primary key) | TXN_CODE |
DOC_NO
DOC_DATE
H2ID1
T30
4567
FEBRUARY 3, 2015
H2ID2
T60
1234
JANUARY 3, 2015
IN_TABLE_ITEM_2
I2_SYS_ID | H2_SYS_ID (foreign key referencing H2_SYS_ID in IN_TABLE_HEAD_2) | ITEM_CODE |
I2ID1 | H2ID1 |
I1
I2ID2
H2ID1
I200
I2ID3
H2ID2
I2
IN_TABLE_BATCH_2
B2_SYS_ID |
I2_SYS_ID
(foreign key referencing I2_SYS_ID in IN_TABLE_ITEM_2)
BAT_NO
B2ID1
I2ID1
B30 / null
B2ID2
I2ID2
B90
B2ID2
I2ID3
B60
IN_TABLE_HEAD_3
H3_SYS_ID (primary key) | TXN_CODE | DOC_NO | DOC_DATE |
H3ID1 |
T50
1234
JANUARY 2, 2015
H3ID2
T80
1234
JANUARY 3, 2015
H3ID3
T90
1234
JANUARY 4, 2015
H3ID4
T40
1234
AUGUST 5, 2015
IN_TABLE_ITEM_3
I3_SYS_ID |
H3_SYS_ID
(foreign key referencing H3_SYS_ID in IN_TABLE_HEAD_3)
ITEM_CODE
BAT_NO
I3ID1
H31D1
I2
B50
I3ID2
H3ID2
I4
B40
I3ID3
H3ID3
I4
I3ID4
H3ID4
I6
There is no IN_TABLE_BATCH_3
Please find below the expected results.
OUTPUT
ITEM_CODE | BAT_NO | TXN_CODE | DOC_NO |
BOE_DT
BATCH_YN
I1
B1
T1
1234
JANUARY 3, 2015
THERE
I1
B30
T30
7890
FEBRUARY 5, 2015
N
I2
B60
T60
1234
JANUARY 3, 2015
N
I3
B70
T70
1234
FEBRUARY 1, 2015
THERE
I4
T90
1234
JANUARY 4, 2015
N
I6
T40
1234
AUGUST 5, 2015
N
Controls database to create the tables above and insert the records.
CREATE TABLE stock_table()item_code VARCHAR2()80),bat_no VARCHAR2()80),txn_code VARCHAR2()80),
doc_no VARCHAR2 (80), boe_dt DATE );
INSERT EN stock_table
VALUES ('I1', 'B1', '', '', '');
INSERT EN stock_table
VALUES ('I1', '', '', '', '');
INSERT IN stock_table
VALUES ('I2', '', '', '', '');
INSERT EN stock_table
VALUES ('I3', 'B70', '', '', '');
INSERT EN stock_table
VALUES ('I4', 'B80', '', '', '');
INSERT EN stock_table
VALUES ('I5', 'B90', 'T102', '1234', '02-JUL-2015');
INSERT EN stock_table
VALUES ('I6', 'B100', '', '', '');
SELECT *
FROM stock_table
CREATE TABLE history_table()item_code VARCHAR2()80),bat_no VARCHAR2()80),txn_code VARCHAR2()80),
doc_no VARCHAR2 (80), updt_dt DATE );
INSERT IN history_table
VALUES ('I1', 'B1', 'T1', '1234', '03-JAN-2015');
INSERT IN history_table
VALUES ('I1', 'B20', 'T20', '4567', '03-MAR-2015');
INSERT IN history_table
VALUES ('I1', 'B30', 'T30', '7890', '05-FEB-2015');
INSERT IN history_table
VALUES ('I2', 'B40', 'T20', '1234', '01-JAN-2015');
SELECT *
FROM history_table
CREATE TABLE transaction1()txn_code VARCHAR()80),txn_type VARCHAR()80));
INSERT INTO transaction1
VALUES ('T1', 'IN');
INSERT INTO transaction1
VALUES ('T20', 'OUT');
INSERT INTO transaction1
VALUES ('T30', 'ALL');
INSERT INTO transaction1
VALUES ('T40', 'ALL');
INSERT INTO transaction1
VALUES ('T50', 'IN');
INSERT INTO transaction1
VALUES ('T60', 'ALL');
INSERT INTO transaction1
VALUES ('T70', 'ALL');
INSERT INTO transaction1
VALUES ('T80', 'IN');
INSERT INTO transaction1
VALUES ('T90', 'IN');
SELECT *
FROM transaction1
CREATE TABLE in_table_head_1()h1_sys_id VARCHAR2()80) PRIMARY KEY,txn_code VARCHAR2()80),
doc_no VARCHAR2 (80), doc_dt DATE );
CREATE TABLE in_table_head_2()h2_sys_id VARCHAR2()80) PRIMARY KEY,txn_code VARCHAR2()80),
doc_no VARCHAR2 (80), doc_dt DATE );
CREATE TABLE in_table_head_3()h3_sys_id VARCHAR2()80) PRIMARY KEY,txn_code VARCHAR2()80),
doc_no VARCHAR2 (80), doc_dt DATE );
INSERT IN in_table_head_1
VALUES ('H1ID1', 'T1', '1234', '01-JAN-2015');
INSERT IN in_table_head_1
VALUES ('H1ID2', 'T70', '1234', '01-FEB-2015');
INSERT IN in_table_head_2
VALUES ('H2ID1', 'T30', '4567', '03-FEB-2015');
INSERT IN in_table_head_2
VALUES ('H2ID2', 'T60', '1234', '03-JAN-2015');
INSERT IN in_table_head_3
VALUES ('H3ID1', 'T50', '1234', '02-JAN-2015');
INSERT IN in_table_head_3
VALUES ('H3ID2', 'T80', '1234', '03-JAN-2015');
INSERT IN in_table_head_3
VALUES ('H3ID3', 'T90', '1234', '05-JAN-2015');
INSERT IN in_table_head_3
VALUES ('H3ID4', 'T40', '1234', '05-AUG-2015');
CREATE TABLE in_table_item_1()i1_sys_id VARCHAR2()80) PRIMARY KEY,
h1_sys_id VARCHAR2 (80) REFERENCES in_table_head_1()h1_sys_id),item_code VARCHAR2()80));
CREATE TABLE in_table_item_2()i2_sys_id VARCHAR2()80) PRIMARY KEY,
h2_sys_id VARCHAR2 (80) REFERENCES in_table_head_2()h2_sys_id),item_code VARCHAR2()80));
CREATE TABLE in_table_item_3(i3_sys_id VARCHAR2(80) PRIMARY KEY,
h3_sys_id VARCHAR2 (80) REFERENCES in_table_head_3()h3_sys_id),item_code VARCHAR2()80),
bat_no VARCHAR2 (80));
INSERT IN in_table_item_1
VALUES ('I1ID1', 'H1ID1', 'I1');
INSERT IN in_table_item_1
VALUES ('I1ID2', 'H1ID1', 'I100');
INSERT IN in_table_item_1
VALUES ('I1ID3', 'H1ID2', 'I3');
INSERT IN in_table_item_2
VALUES ('I2ID1', 'H2ID1', 'I1');
INSERT IN in_table_item_2
VALUES ('I2ID2', 'H2ID1', 'I200');
INSERT IN in_table_item_2
VALUES ('I2ID3', 'H2ID2', 'I2');
INSERT IN in_table_item_3
VALUES ('I3ID1', 'H3ID1', 'I2','B50');
INSERT IN in_table_item_3
VALUES ('I3ID2', 'H3ID2', 'I4','B40');
INSERT IN in_table_item_3
VALUES ('I3ID3', 'H3ID3', 'I4','');
INSERT IN in_table_item_3
VALUES ('I3ID4', 'H3ID4', 'I6','');
SELECT *
FROM in_table_item_1
SELECT *
FROM in_table_item_2
SELECT *
FROM in_table_item_3
CREATE TABLE in_table_batch_1()b1_sys_id VARCHAR2()80) PRIMARY KEY,
txn_code VARCHAR2 (80), doc_no VARCHAR2 (80), bat_no VARCHAR2 (80));
CREATE TABLE in_table_batch_2()b2_sys_id VARCHAR2()80) PRIMARY KEY,
i2_sys_id VARCHAR2 (80) REFERENCES in_table_item_2()i2_sys_id),bat_no VARCHAR2()80));
INSERT IN in_table_batch_1
VALUES ('B1ID1', 'T1', '1234', 'B1');
INSERT IN in_table_batch_1
VALUES ('B1ID2', 'T70', '1234', 'B70');
INSERT IN in_table_batch_2
VALUES ('B2ID1', 'I2ID1', 'B30');
INSERT IN in_table_batch_2
VALUES ('B2ID2', 'I2ID2', 'B90');
INSERT IN in_table_batch_2
VALUES ('B2ID3', 'I2ID3', 'B60');
Please advise a solution for the same.
Thank you and best regards,
Séverine Suresh
very forced (question subfactoring used to allow easy testing/verification - could work with these test data only)
with
case_1 as
(select s.item_code,
s.bat_no,
h.txn_code,
h.doc_no,
h.updt_dt boe_dt,
cases where s.bat_no = h.bat_no then 'Y' else ' n end batch_yn.
cases where h.txn_code is not null
and h.doc_no is not null
and h.updt_dt is not null
then 'case 1' '.
end refers_to
from (select item_code, bat_no, txn_code, doc_no, boe_dt
of w_stock_table
where bat_no is null
or txn_code is null
or doc_no is null
or boe_dt is null
) s
left outer join
w_history_table h
On s.item_code = h.item_code
and s.bat_no = h.bat_no
and exists (select null
of w_transaction1
where txn_code = nvl (s.txn_code, h.txn_code)
and txn_type in ('IN', 'ALL')
)
),
case_2 as
(select s.item_code,
NVL (s.bat_no, h.bat_no) bat_no.
NVL (s.txn_code, h.txn_code) txn_code.
NVL (s.doc_no, h.doc_no) doc_no.
NVL (s.boe_dt, h.updt_dt) updt_dt.
cases where s.bat_no = h.bat_no then 'Y' else ' n end batch_yn.
cases where h.txn_code is not null
and h.doc_no is not null
and h.updt_dt is not null
then 'case 2'.
end refers_to
from (select item_code, bat_no, txn_code, doc_no, boe_dt
of case_1
where refers_to is null
) s
left outer join
w_history_table h
On s.item_code = h.item_code
and exists (select null
of w_transaction1
where txn_code = nvl (s.txn_code, h.txn_code)
and txn_type in ('IN', 'ALL')
)
and not exists (select null
of case_1
where item_code = h.item_code
and bat_no = h.bat_no
and txn_code = h.txn_code
and doc_no = h.doc_no
and updt_dt = h.updt_dt
)
),
case_31 as
(select s1.item_code,
NVL (S1.bat_no, W1.bat_no) bat_no.
NVL (S1.txn_code, W1.txn_code) txn_code.
NVL (S1.doc_no, W1.doc_no) doc_no.
NVL (S1.updt_dt, W1.doc_dt) updt_dt.
cases where s1.bat_no = w1.bat_no then 'Y' else ' n end batch_yn.
cases where w1.txn_code is not null
and w1.doc_no is not null
and w1.doc_dt is not null
then "case 31'.
end refers_to
from (select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn, refers_to
of case_2
where refers_to is null
) s1
left outer join
(select i1.item_code, h1.txn_code, h1.doc_no, h1.doc_dt, b1.bat_no
of w_in_table_item_1 i1
inner join
w_in_table_head_1 h1
On i1.h1_sys_id = h1.h1_sys_id
inner join
w_in_table_batch_1 b1
On h1.txn_code = b1.txn_code
and h1.doc_no = b1.doc_no
) w1
On s1.item_code = w1.item_code
),
case_32 as
(select s2.item_code,
NVL (S2.bat_no, W2.bat_no) bat_no.
NVL (S2.txn_code, W2.txn_code) txn_code.
NVL (S2.doc_no, W2.doc_no) doc_no.
NVL (S2.updt_dt, W2.doc_dt) updt_dt.
cases where s2.bat_no = w2.bat_no then 'Y' else ' n end batch_yn.
cases where w2.txn_code is not null
and w2.doc_no is not null
and w2.doc_dt is not null
then "case 32'.
end refers_to
from (select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn, refers_to
of case_2
where refers_to is null
) s2
left outer join
(select i2.item_code, h2.txn_code, h2.doc_no, h2.doc_dt, b2.bat_no
of w_in_table_item_2 i2
inner join
w_in_table_head_2 h2
On i2.h2_sys_id = h2.h2_sys_id
inner join
w_in_table_batch_2 b2
On i2.i2_sys_id = b2.i2_sys_id
) w2
On s2.item_code = w2.item_code
),
case_33 as
(select s3.item_code,
w3.bat_no,
NVL (S3.txn_code, w3.txn_code) txn_code.
NVL (S3.doc_no, w3.doc_no) doc_no.
NVL (S3.updt_dt, w3.doc_dt) updt_dt.
cases where s3.bat_no = w3.bat_no then 'Y' else ' n end batch_yn.
cases where w3.txn_code is not null
and w3.doc_no is not null
and w3.doc_dt is not null
then "case 33'.
end refers_to
from (select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn, refers_to
of case_2
where refers_to is null
) s3
left outer join
(select i3.item_code, h3.txn_code, h3.doc_no, h3.doc_dt, i3.bat_no
of w_in_table_item_3 i3
inner join
w_in_table_head_3 h3
On i3.h3_sys_id = h3.h3_sys_id
) w3
On s3.item_code = w3.item_code
)
Select item_code, bat_no, txn_code, doc_no, boe_dt, batch_yn
of case_1
where refers_to is not null
Union of all the
Select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn
of case_2
where refers_to is not null
Union of all the
Select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn
from (select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn,
ROW_NUMBER() over (partition by item_code of updt_dt desc order) rn
from (select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn
of case_31
where refers_to is not null
Union of all the
Select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn
of case_32
where refers_to is not null
Union of all the
Select item_code, bat_no, txn_code, doc_no, updt_dt, batch_yn
of case_33
where refers_to is not null
)
)
where rn = 1
| ITEM_CODE | BAT_NO | TXN_CODE | DOC_NO | BOE_DT | BATCH_YN |
|---|---|---|---|---|---|
| I1 | B1 | T1 | 1234 | JANUARY 3, 2015 | THERE |
| I1 | B30 | T30 | 7890 | FEBRUARY 5, 2015 | N |
| I2 | B60 | T60 | 1234 | JANUARY 3, 2015 | N |
| I3 | B70 | T70 | 1234 | FEBRUARY 1, 2015 | THERE |
| I4 | - | T90 | 1234 | JANUARY 5, 2015 | N |
| I6 | - | T40 | 1234 | AUGUST 5, 2015 | N |
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