Sql query/function problem??

Hi ,
I have problems writing a difficult sql query, please help me
I have a table t in which there are 50000 records
the table has columns like
create table t
(MATCH_ID     NUMBER(4) NOT NULL,
TEAM_ID NUMBER(4),
PLAYER_ID     NUMBER(4),
RUNS     NUMBER(3))
here match_id, player_id and team_id are jointly primary key
SQL> SELECT * FORM T WHERE MATCH_ID < 10
MATCH_ID    TEAM_ID      PL_ID RUNS
        1          2       1228 8
        1          2       1203 82
        1          2       1316 24
        1          1       1150 27
        1          1       1278 13
        1          1       1243 60
        2          1       1278 37
        2          1       1291 0
        2          1       1243 53
        2          2       1228 25
        2          2       1285 103
        2          2       1316 60
        3          2       1228 8
        3          2       1285 25
        3          2        858 43
        3          1       1278 52
        3          1       1394 6
        3          1       1243 31
        4          1       1278 61
        4          1       1394 6
        4          1       1243 3
        4          2       1228 41
        4          2       1285 40
        4          2        858 5
        6          2       1228 20
        6          2       1285 100
        6          2       1408 0
        7          2       1228 15
        7          2       1285 34
        7          2       1408 44
        8          2       1228 0
        8          2       1420 31
        8          2       1340 66
        9          2       1420 19
        9          2       1385 28
        9          2       1340 0
.....so on upto 50000 records..
the problem is that I want to extract how many times each player_id in each
match exists in the table, prior to that match_id (or current_match_id)
along with that in another column, I also want the sum of 'RUNS' for each
player_id prior to that match_id (or current_match_id)
my disired output is:
MATCH_ID    TEAM_ID   player_ID RUNS   NO_OF_OCCURENCES    SUM(RUNS)
                                       BEFORE_THIS_MATCH   BEFORE_THIS_MATCH
                                       FOR_THIS_PLAYER_ID FOR_THIS_PLAYER_ID
        1          2       1228 8      0                   0
        1          2       1203 82     0                   0
        1          2       1316 24     0                   0
        1          1       1150 27     0                   0
        1          1       1278 13     0                   0
        1          1       1243 60     0                   0
        2          1       1278 37     1                   13
        2          1       1291 0      0                   0
        2          1       1243 53     1                   60
        2          2       1228 25     1                   8
        2          2       1285 103    0                   0
        2          2       1316 60     1                   24
        3          2       1228 8      2                   33
        3          2       1285 25     1                   103
        3          2        858 43     0                   0
        3          1       1278 52     2                   50
        3          1       1394 6      0                   0
        3          1       1243 31     2                   113
        4          1       1278 61     3                   102
        4          1       1394 6      1                   6
        4          1       1243 3      3                   144
        4          2       1228 41     3                   41
        4          2       1285 40     2                   128
        4          2        858 5      1                   43
        6          2       1228 20     4                   82
        6          2       1285 100    3                   168
        6          2       1408 0      0                   0
        7          2       1228 15     5                   102
        7          2       1285 34     4                   268
        7          2       1408 44     1                   0
        8          2       1228 0      6                   117
        8          2       1420 31     0                   0
        8          2       1340 66     0                   0
        9          2       1420 19     1                   31
        9          2       1385 28     0                   0
        9          2       1340 0      1                   66
as you can see from the above data (5TH COLUMN), i have mentioned the
existance of each player_id in each match prior to the current_match_id
since match_id = 1 is the 1st match in the table so no player_id comes in the
table before match number 1.
In match number 2 , player_id = 1278 was also present in match_id = 1 so
thats why Number_OF_OCCURENCES = 1 for player_id = 1278 in match_id = 2
and so on..
same is the case with 'RUNS' column but here RUNS are the SUM of each
player_id's 'RUNS' before the current match
Note: if some player_id does not exist in the table before the current
match_ID then the query should return zero for that player_id ( as in 4th and
5th columns of no_of_occurances and sum(runs) respectively)
for example: in above data
MATCH_ID    TEAM_ID PLayer_ID RUNS   NO_OF_OCCURENCES    SUM(RUNS)
                                      BEFORE_THIS_MATCH   BEFORE_THIS_MATCH
                                      FOR_THIS_PLAYER_ID FOR_THIS_PLAYER_ID
       9          2       1385 28     0                   0
I hope this will clear my problem
i would be extremely grateful if someone helps me out??
here is sample ddl of the above data
create table t
(MATCH_ID     NUMBER(4) NOT NULL,
TEAM_ID         NUMBER(4),
PLAYER_ID     NUMBER(4),
RUNS     NUMBER(3))
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (1, 2, 1228, 8);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (1, 2, 1203, 82);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (1, 2, 1316, 24);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (1, 1, 1150, 27);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (1, 1, 1278, 13);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (1, 1, 1243, 60);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (2, 1, 1278, 37);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (2, 1, 1291, 0);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (2, 1, 1243, 53);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (2, 2, 1228, 25);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (2, 2, 1285, 103);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (2, 2, 1316, 60);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (3, 2, 1228, 8);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (3, 2, 1285, 25);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (3, 2, 858, 43);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (3, 1, 1278, 52);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (3, 1, 1394, 6);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (3, 1, 1243, 31);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (4, 1, 1278, 61);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (4, 1, 1394, 6);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (4, 1, 1243, 3);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (4, 2, 1228, 41);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (4, 2, 1285, 40);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (4, 2, 858, 5);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (6, 2, 1228, 20);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (6, 2, 1285, 100);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (6, 2, 1408, 0);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (7, 2, 1228, 15);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (7, 2, 1285, 34);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (7, 2, 1408, 44);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (8, 2, 1228, 0);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (8, 2, 1420, 31);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (8, 2, 1340, 66);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (9, 2, 1420, 19);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (9, 2, 1385, 28);
insert into t (MATCH_ID, TEAM_ID, PLAYER_ID, RUNS) values (9, 2, 1340, 0);regards
ramis.

Ramis,
SQL> select * from tt;
MATCH_ID    TEAM_ID PLAYER_ID       RUNS
         1          2       1228          8
         1          2       1203         82
         1          2       1316         24
         1          1       1150         27
         1          1       1278         13
         1          1       1243         60
         2          1       1278         37
         2          1       1291          0
         2          1       1243         53
         2          2       1228         25
         2          2       1285        103
         2          2       1316         60
         3          2       1228          8
         3          2       1285         25
         3          2        858         43
         3          1       1278         52
         3          1       1394          6
         3          1       1243         31
         4          1       1278         61
         4          1       1394          6
         4          1       1243          3
         4          2       1228         41
         4          2       1285         40
         4          2        858          5
         6          2       1228         20
         6          2       1285        100
         6          2       1408          0
         7          2       1228         15
         7          2       1285         34
         7          2       1408         44
         8          2       1228          0
         8          2       1420         31
         8          2       1340         66
         9          2       1420         19
         9          2       1385         28
         9          2       1340          0
36 rows selected.
SQL> select tt.match_id,
       tt.team_id,
       tt.player_id,
       tt.runs,
       nvl(a.sum_player,0) OCC,
       nvl(b.sum_runs,0) SUM_RUNS
from
tt,
(select a.match_id,a.team_id,a.player_id,a.runs,count(*) sum_player
from tt a,
      (select match_id,player_id
       from   tt
       group by match_id,player_id) b
where a.match_id>b.match_id
and   a.player_id=b.player_id
group by a.match_id,a.team_id,a.player_id,a.runs
) a,
(select a.match_id,a.team_id,a.player_id,a.runs,sum(b.runs) sum_runs
from tt a,
      (select match_id,player_id,runs
       from   tt) b
where a.match_id>b.match_id
and   a.player_id=b.player_id
group by a.match_id,a.team_id,a.player_id,a.runs
) b
where tt.match_id=a.match_id(+)
and tt.team_id=a.team_id(+)
and tt.player_id=a.player_id(+)
and tt.match_id=b.match_id(+)
and tt.team_id=b.team_id(+)
and tt.player_id=b.player_id(+)
MATCH_ID    TEAM_ID PLAYER_ID       RUNS        OCC   SUM_RUNS
         1          1       1150         27          0          0
         1          1       1243         60          0          0
         1          1       1278         13          0          0
         1          2       1203         82          0          0
         1          2       1228          8          0          0
         1          2       1316         24          0          0
         2          1       1243         53          1         60
         2          1       1278         37          1         13
         2          1       1291          0          0          0
         2          2       1228         25          1          8
         2          2       1285        103          0          0
         2          2       1316         60          1         24
         3          1       1243         31          2        113
         3          1       1278         52          2         50
         3          1       1394          6          0          0
         3          2        858         43          0          0
         3          2       1228          8          2         33
         3          2       1285         25          1        103
         4          1       1243          3          3        144
         4          1       1278         61          3        102
         4          1       1394          6          1          6
         4          2        858          5          1         43
         4          2       1228         41          3         41
         4          2       1285         40          2        128
         6          2       1228         20          4         82
         6          2       1285        100          3        168
         6          2       1408          0          0          0
         7          2       1228         15          5        102
         7          2       1285         34          4        268
         7          2       1408         44          1          0
         8          2       1228          0          6        117
         8          2       1340         66          0          0
         8          2       1420         31          0          0
         9          2       1340          0          1         66
         9          2       1385         28          0          0
         9          2       1420         19          1         31
36 rows selected.
SQL> Is this do you want ?
Nicolas.

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SAWITH0 AS (select sum(T338777.CST) as c1,
sum(T338777.FINAL_INVOICE_AMT) as c2,
T66199.X_DISP_FSCL_YEAR as c3,
T66199.FSCL_MONTH as c4,
substr(T66199.MONTH_NAME , 1, 3) as c5,
T37817.NAME as c6,
T101991.NAME as c7,
T66199.FSCL_YEAR as c8,
T101991.ROW_WID as c9
from
W_INT_ORG_D T37817,
W_ORG_D T101991 /* Division (W_ORG_D) */ ,
W_MONTH_D T66199 /* Generic Month (W_MONTH_D) */ ,
WC_INVC_SPARES_PO_A T338777 /* Spare PO(WC_INVC_SPARES_PO_A) */
where ( T37817.ROW_WID = T338777.ORG_WID and T66199.ROW_WID = T338777.MONTH_WID and T66199.X_DISP_FSCL_YEAR = '2010-11' and T101991.ROW_WID = T338777.DIVN_WID and T101991.DIVN_FLG = 'Y' )
group by T37817.NAME, T66199.FSCL_MONTH, T66199.FSCL_YEAR, T66199.X_DISP_FSCL_YEAR, T101991.NAME, T101991.ROW_WID, substr(T66199.MONTH_NAME , 1, 3))
I need the following formate. what should i do?
select sum(T338777.CST) as c1,
sum(T338777.FINAL_INVOICE_AMT) as c2,
T66199.X_DISP_FSCL_YEAR as c3,
T66199.FSCL_MONTH as c4,
substr(T66199.MONTH_NAME , 1, 3) as c5,
T37817.NAME as c6,
T101991.NAME as c7,
T66199.FSCL_YEAR as c8,
T101991.ROW_WID as c9
from
W_INT_ORG_D T37817,
W_ORG_D T101991 /* Division (W_ORG_D) */ ,
W_MONTH_D T66199 /* Generic Month (W_MONTH_D) */ ,
WC_INVC_SPARES_PO_A T338777 /* Spare PO(WC_INVC_SPARES_PO_A) */
where ( T37817.ROW_WID = T338777.ORG_WID and T66199.ROW_WID = T338777.MONTH_WID and T66199.X_DISP_FSCL_YEAR = '2010-11' and T101991.ROW_WID = T338777.DIVN_WID and T101991.DIVN_FLG = 'Y' )
group by T37817.NAME, T66199.FSCL_MONTH, T66199.FSCL_YEAR, T66199.X_DISP_FSCL_YEAR, T101991.NAME, T101991.ROW_WID, substr(T66199.MONTH_NAME , 1, 3))
Regards,
Ram

Hi,
You messed up with database features in OBIEE rpd. Check the below link
http://gerardnico.com/wiki/dat/obiee/vertical_fragmentation_sql
Regards,
Sandeep

Using Package to produce pl/sql function body returning sql query Report

I have existing code that we want to use in building reports in APEX. We are needing to modify it slightly to handle some new requirements, but would like to use them in reports based upon SQL query (pl/sql function body returning sql query) functionality.
Any suggestions as how to call these in an APEX report region?
Thank you,
Tony Miller
UTMB/EHN

Hi Tony-
I am also v new to Apex and you may have answered a question I was in search of. I, however, now have a couple more. First a bit of background-- Like in your situation, my college has a lot of existing code (400 +) that we need to get into Apex. The majority of this canned code contains one/both: 1) many lines, sometimes containing multiple select statements 2) imbedded create table & view statements (temp user owned). Up until reading your post, I was unable to figure out an easy way of getting this existing code into the product. Thanks. Now the questions, do you know how I would go about dealing with the create tables/views. I've read some posts on this forum which suggest temporary tables being unstable in this environment. Also, do you know if there's a size limitation when passing sql code via a function?
As you may/may not be able to tell, I'm a bit lost right now... so any info you can provide would be appreciated. Thanks.
Don

Reagrding some typical sql query in oracle8i

hi all,
i am facing a problem in sql query,My problem is like that
table emp data like that :
emp_id sal
10 1000
20 2000
30 3000
and i want to show data as follows-
emp_id sal
10 1000
20 3000
30 6000
just show the cumulative total of salary column.
plz its urgent.
ok
bye

SQL> create table t (emp_id number
2 ,sal number
3 );
Table created.
SQL> insert into t values (10, 1000);
1 row created.
SQL> insert into t values (20, 2000);
1 row created.
SQL> insert into t values (30, 3000);
1 row created.
SQL>
SQL>
SQL> select emp_id
2       , sal
3       , Sum (sal) over (order by emp_id) sum_sal
4    from t
5 /
    EMP_ID        SAL    SUM_SAL
        10       1000       1000
        20       2000       3000
        30       3000       6000

SQL query to find all suites that are associated with automation

I trying to incorporate CodeUI tests into a Release Mangement deployment template ... As a developer, I want to be able to specify a sub-tree of a test plan & only execute those test suites that are associated with automation. Is there a way to
extract all automated workitems and associated them with their respective test suites?
Any assistance would be greatly appreciated!

John,
I've partially resolved the issue of executing a sub-set of suites with the following powershell implementation:
1. Extract "potential" suite paths from a XML configuration file:
<?xml version="1.0"?>
<Configurations>
<Properties>
<Property key="DEFAULT" value="SuitePaths" />
<Property key="DatabaseServer" value="MYDBSERVER" />
<Property key="DatabaseInstance" value="Default" />
<Property key="DatabaseName" value="TFS_DefaultCollection" />
<Property key="ConfigurationName" value="US - Windows 7 and IE 10" />
</Properties>
<Notifications>
<Notification key="0" value="[email protected]" />
</Notifications>
<SuitePaths>
<SuitePath key="0" value="MyProject\WebProduct\Student\Features\Login" />
<SuitePath key="1" value="MyProject\WebProduct\Student\Features\Logout" />
</SuitePaths>
<AreaPaths>
<AreaPath key="0" value="MyProject\WebProduct\Student\Features\Login" />
</AreaPaths>
</Configurations>
2. Extract record set of suites from TFS via SQL query:
# FUNCTION: Retrieve-SuitePaths
# Parameters:
# (1.) LogFile -- Name of log file (e.g., C:\Temp or C:\Temp\DEPLOY_DatabaseServer_WebCMS2_DF06_20131031.6.log)
# (2.) Connection -- Database connection
# (3.) Paths -- Hash table of suite paths
Function Retrieve-SuitePaths
param
[Parameter(Mandatory=$True)][String]$LogFile,
[Parameter(Mandatory=$True)]$Connection,
[Parameter(Mandatory=$True)]$Paths
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "Retrieve suite(s): " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
$SuitePaths = "("
$Counter = 0
foreach ($Key in $Paths.Keys)
if ($Counter -gt 0)
$SuitePaths = $SuitePaths + ", "
$SuitePaths = $SuitePaths + "'" + $Paths.Get_Item($Key) + "'"
$Counter += 1
$SuitePaths = $SuitePaths + ")"
# --DEBUG ONLY--> Write-Output "Paths: $SuitePaths" | Out-File -FilePath $LogFile -Append
$Command = New-Object System.Data.SqlClient.SqlCommand
$SQLStatement = "
WITH
cte_SuiteChildren
AS
-- Anchor definition to pull all certify modes
SELECT
S.[SuiteId],
S.[ProjectId],
PJ.ProjectName,
S.[PlanId],
P.[Name] AS PlanName,
S.[ParentSuiteId],
S.[SuitePath],
CONVERT(NVARCHAR(256), NULL) AS ParentTitle,
S.[Title],
0 AS RecurseLevel
FROM
[dbo].[tbl_Suite] AS S
INNER JOIN [dbo].[tbl_Plan] AS P ON S.PlanID = P.PlanID
INNER JOIN [dbo].[tbl_Project] AS PJ ON S.ProjectID = PJ.ProjectID
WHERE
S.ParentSuiteID = 0
UNION ALL
-- Recursive member to pull details of certify sessions
SELECT
S.[SuiteId],
S.[ProjectId],
PJ.ProjectName,
S.[PlanId],
P.[Name] AS PlanName,
S.[ParentSuiteId],
S.[SuitePath],
PS.[Title] AS ParentTitle,
S.[Title],
SC.[RecurseLevel] + 1 AS RecurseLevel
FROM
[dbo].[tbl_Suite] AS S
INNER JOIN cte_SuiteChildren AS SC on SC.SuiteID = S.ParentSuiteID
INNER JOIN [dbo].[tbl_Suite] AS PS ON SC.SuiteId = PS.SuiteId
INNER JOIN [dbo].[tbl_Plan] AS P ON S.PlanID = P.PlanID
INNER JOIN [dbo].[tbl_Project] AS PJ ON S.ProjectID = PJ.ProjectID
cte_SuiteLevel_0
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[ProjectName] + '\' + SC.[PlanName] AS Path,
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 0
cte_SuiteLevel_1
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 1
cte_SuiteLevel_2
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 2
cte_SuiteLevel_3
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 3
cte_SuiteLevel_4
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 4
cte_SuiteLevel_5
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 5
cte_SuiteLevel_6
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 6
cte_SuiteLevel_7
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 7
cte_SuiteLevel_8
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 8
cte_SuiteLevel_9
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 9
cte_SuiteLevel_10
AS
SELECT
SC.[ProjectId],
SC.[PlanId],
SC.[ParentSuiteId],
SC.[SuiteId],
SC.[ProjectName],
SC.[PlanName],
SC.[Title],
SC.[RecurseLevel]
FROM
cte_SuiteChildren AS SC
WHERE
SC.[RecurseLevel] = 10
cte_Suites
AS
SELECT
SL0.[ProjectId],
SL0.[PlanId],
CASE
WHEN SL2.ParentSuiteId IS NULL
THEN SL1.ParentSuiteId
ELSE CASE
WHEN SL3.ParentSuiteId IS NULL
THEN SL2.ParentSuiteId
ELSE CASE
WHEN SL4.ParentSuiteId IS NULL
THEN SL3.ParentSuiteId
ELSE CASE
WHEN SL5.ParentSuiteId IS NULL
THEN SL4.ParentSuiteId
ELSE CASE
WHEN SL6.ParentSuiteId IS NULL
THEN SL5.ParentSuiteId
ELSE CASE
WHEN SL7.ParentSuiteId IS NULL
THEN SL6.ParentSuiteId
ELSE CASE
WHEN SL8.ParentSuiteId IS NULL
THEN SL7.ParentSuiteId
ELSE CASE
WHEN SL9.ParentSuiteId IS NULL
THEN SL8.ParentSuiteId
ELSE CASE
WHEN SL10.ParentSuiteId IS NULL
THEN SL9.ParentSuiteId
ELSE SL10.ParentSuiteId
END
END
END
END
END
END
END
END
END AS [ParentSuiteId],
CASE
WHEN SL2.SuiteId IS NULL
THEN SL1.SuiteId
ELSE CASE
WHEN SL3.SuiteId IS NULL
THEN SL2.SuiteId
ELSE CASE
WHEN SL4.SuiteId IS NULL
THEN SL3.SuiteId
ELSE CASE
WHEN SL5.SuiteId IS NULL
THEN SL4.SuiteId
ELSE CASE
WHEN SL6.SuiteId IS NULL
THEN SL5.SuiteId
ELSE CASE
WHEN SL7.SuiteId IS NULL
THEN SL6.SuiteId
ELSE CASE
WHEN SL8.SuiteId IS NULL
THEN SL7.SuiteId
ELSE CASE
WHEN SL9.SuiteId IS NULL
THEN SL8.SuiteId
ELSE CASE
WHEN SL10.SuiteId IS NULL
THEN SL9.SuiteId
ELSE SL10.SuiteId
END
END
END
END
END
END
END
END
END AS [SuiteId],
SL0.ProjectName,
SL0.PlanName,
--SL0.Path,
--SL1.[Title],
CASE
WHEN SL2.Title IS NULL
THEN SL0.Path + '\' + SL1.Title
ELSE CASE
WHEN SL3.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title
ELSE CASE
WHEN SL4.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title
ELSE CASE
WHEN SL5.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title
ELSE CASE
WHEN SL6.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title
ELSE CASE
WHEN SL7.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title
ELSE CASE
WHEN SL8.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title
ELSE CASE
WHEN SL9.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title + '\' + SL8.Title
ELSE CASE
WHEN SL10.Title IS NULL
THEN SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title + '\' + SL8.Title + '\' + SL9.Title
ELSE SL0.Path + '\' + SL1.Title + '\' + SL2.Title + '\' + SL3.Title + '\' + SL4.Title + '\' + SL5.Title + '\' + SL6.Title + '\' + SL7.Title + '\' + SL8.Title + '\' + SL9.Title + '\' + SL10.Title
END
END
END
END
END
END
END
END
END AS Path,
CASE
WHEN SL2.RecurseLevel IS NULL
THEN SL1.RecurseLevel
ELSE CASE
WHEN SL3.RecurseLevel IS NULL
THEN SL2.RecurseLevel
ELSE CASE
WHEN SL4.RecurseLevel IS NULL
THEN SL3.RecurseLevel
ELSE CASE
WHEN SL5.RecurseLevel IS NULL
THEN SL4.RecurseLevel
ELSE CASE
WHEN SL6.RecurseLevel IS NULL
THEN SL5.RecurseLevel
ELSE CASE
WHEN SL7.RecurseLevel IS NULL
THEN SL6.RecurseLevel
ELSE CASE
WHEN SL8.RecurseLevel IS NULL
THEN SL7.RecurseLevel
ELSE CASE
WHEN SL9.RecurseLevel IS NULL
THEN SL8.RecurseLevel
ELSE CASE
WHEN SL10.RecurseLevel IS NULL
THEN SL9.RecurseLevel
ELSE SL10.RecurseLevel
END
END
END
END
END
END
END
END
END AS RecurseLevel
FROM
cte_SuiteLevel_0 AS SL0
LEFT OUTER JOIN cte_SuiteLevel_1 AS SL1 ON SL1.ParentSuiteId = SL0.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_2 AS SL2 ON SL2.ParentSuiteId = SL1.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_3 AS SL3 ON SL3.ParentSuiteId = SL2.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_4 AS SL4 ON SL4.ParentSuiteId = SL3.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_5 AS SL5 ON SL5.ParentSuiteId = SL4.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_6 AS SL6 ON SL6.ParentSuiteId = SL5.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_7 AS SL7 ON SL7.ParentSuiteId = SL6.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_8 AS SL8 ON SL8.ParentSuiteId = SL7.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_9 AS SL9 ON SL9.ParentSuiteId = SL8.SuiteId
LEFT OUTER JOIN cte_SuiteLevel_10 AS SL10 ON SL10.ParentSuiteId = SL9.SuiteId
SELECT
SS.[ProjectId],
SS.[PlanId],
SS.[ParentSuiteId],
SS.[SuiteId],
SS.[ProjectName],
SS.[PlanName],
SS.[Path],
SS.[RecurseLevel]
FROM
SELECT DISTINCT
S.[ProjectId],
S.[PlanId],
S.[ParentSuiteId],
S.[SuiteId],
S.[ProjectName],
S.[PlanName],
S.[Path],
S.[RecurseLevel]
FROM
cte_Suites AS S
WHERE
S.[RecurseLevel] IS NOT NULL
AND S.[Path] IN $($SuitePaths)
) AS SS
ORDER BY
SS.[Path]
$Command.CommandText = $SQLStatement
$Command.Connection = $Connection
$Command.CommandTimeout = 240
$DataAdapter = New-Object System.Data.SqlClient.SqlDataAdapter
$DataAdapter.SelectCommand = $Command
$DataSet = New-Object System.Data.DataSet
$DataAdapter.Fill($DataSet) | Out-Null
Write-Output "$SQLStatement" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> $DataSet.Tables[0]
return $DataSet
3. Execute every suite in the record set via TCM
$DataSet = ( Retrieve-SuitePaths -LogFile:$LogFile -Connection:$Connection -Path:$Paths)
# --DEBUG ONLY--> $DataSet.Tables[0].Rows.Count
# --DEBUG ONLY--> $DataSet.Tables[0]
# Determine whether or not any test suites were retrieved from TFS....
if ( $DataSet.Tables[0].Rows.Count -gt 0 )
$ListTestRunID = $null
$SumFailed = 0
$SumInconclusive = 0
foreach ($Row in $DataSet.Tables[0].Rows)
# Set project, plan & suite variables....
[Int16]$ProjectID = $Row.Item('ProjectId')
[Int16]$PlanID = $Row.Item('PlanId')
[Int16]$ParentSuiteID = $Row.Item('ParentSuiteId')
[Int16]$SuiteID = $Row.Item('SuiteId')
$ProjectName = $Row.Item('ProjectName')
$PlanName = $Row.Item('PlanName')
$Path = $Row.Item('Path')
$RecurseLevel = $Row.Item('RecurseLevel')
# Set local build path variable....
switch -wildcard ($Path)
"*WebCMS*\Administration\*"
$CUITBuildPath = $CUITPathUNC + '\WebCMS\Administration'
"*WebCMS*\Instructor\*"
$CUITBuildPath = $CUITPathUNC + '\WebCMS\Instructor'
"*WebCMS*\Student\*"
$CUITBuildPath = $CUITPathUNC + '\WebCMS\Student'
"*WebProduct*\Instructor\*"
$CUITBuildPath = $CUITPathUNC + '\WebProduct\Instructor'
"*WebProduct*\Student\*"
$CUITBuildPath = $CUITPathUNC + '\WebProduct\Student'
default
$CUITBuildPath = $CUITPathUNC
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output 'Test Suite:' | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output " ID:" | Out-File -FilePath $LogFile -Append
Write-Output " Project: $ProjectID" | Out-File -FilePath $LogFile -Append
Write-Output " Plan: $PlanID" | Out-File -FilePath $LogFile -Append
Write-Output " Parent Suite: $ParentSuiteID" | Out-File -FilePath $LogFile -Append
Write-Output " Suite: $SuiteID" | Out-File -FilePath $LogFile -Append
Write-Output " Config: $ConfigurationID" | Out-File -FilePath $LogFile -Append
Write-Output " Name:" | Out-File -FilePath $LogFile -Append
Write-Output " Project: $ProjectName" | Out-File -FilePath $LogFile -Append
Write-Output " Plan: $PlanName" | Out-File -FilePath $LogFile -Append
Write-Output " Config: $ConfigurationName" | Out-File -FilePath $LogFile -Append
Write-Output " Path:" | Out-File -FilePath $LogFile -Append
Write-Output " Suite: $Path" | Out-File -FilePath $LogFile -Append
Write-Output " Build: $CUITBuildPath" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> Write-Output " Recursion: $RecurseLevel" | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
# Set TCM arguements....
$ArguementPlanID = "/planid:$PlanID"
$ArguementTitle = "/title:$Title - $Path (SuiteID: $SuiteID)"
$ArguementSuiteID = "/suiteid:$SuiteID"
$ArguementConfigurationID = "/configid:$ConfigurationID"
$ArguementTFSCollection = "/collection:$TFSCollection"
$ArguementTeamProject = "/teamproject:$TFSTeamProject"
if(![string]::IsNullOrEmpty($CUITBuildPath))
$ArguementBuildDirectory = "/builddir:$CUITBuildPath"
$ArguementBuild = ""
$ArguementBuildDefinition = ""
else
$ArguementBuildDirectory = ""
$ArguementBuild = "/build:$TFSBuild"
$ArguementBuildDefinition = "/builddefinition:$BuildDefinition"
$ArguementTestEnvironment = "/testenvironment:$WebServer"
$ArguementSettingsName = ""
if(![string]::IsNullOrEmpty($SettingsName))
$ArguementSettingsName = "/settingsname:$SettingsName"
# Create test run....
Write-Host "$TCMEXE 'run' '/create' $ArguementTitle $ArguementPlanID $ArguementSuiteID $ArguementConfigurationID $ArguementTFSCollection $ArguementTeamProject $ArguementBuild $ArguementBuildDefinition $ArguementBuildDirectory $ArguementTestEnvironment $ArguementSettingsName"
Write-Output " $TCMEXE 'run' '/create' $ArguementTitle $ArguementPlanID $ArguementSuiteID $ArguementConfigurationID $ArguementTFSCollection $ArguementTeamProject $ArguementBuild $ArguementBuildDefinition $ArguementBuildDirectory $ArguementTestEnvironment $ArguementSettingsName" | Out-File -FilePath $LogFile -Append
try
$TestRunID = & $TCMEXE 'run' '/create' $ArguementTitle $ArguementPlanID $ArguementSuiteID $ArguementConfigurationID $ArguementTeamProject $ArguementTFSCollection $ArguementBuild $ArguementBuildDefinition $ArguementBuildDirectory $ArguementTestEnvironment $ArguementSettingsName
catch
$ExitMessage = $_Exception.Message
# --DEBUG ONLY--> Write-Output "TestRunID: $TestRunID" | Out-File -FilePath $LogFile -Append
if ($TestRunID -match '.+\:\s(?<TestRunID>\d+)\.')
# The test run ID is identified as a property in the match collection so we can access it directly by using the group name from the regular expression (i.e. TestRunID).
$TestRunID = $matches.TestRunID
$ArguementID = "/id:$TestRunID"
$TestRunResultsFile = $TempDirectory + "\TestRunResults$TestRunID.trx"
$ArguementQueryText = "/querytext:SELECT * FROM TestRun WHERE TestRunID=$TestRunID"
$ArguementResultsFile = "/resultsfile:""$TestRunResultsFile"""
Write-Host " Waiting for test run to complete ..."
Write-Host $TCMEXE 'run' '/list' $ArguementTeamProject $ArguementTFSCollection $ArguementQueryText
Write-Output " $TCMEXE 'run' '/list' $ArguementTeamProject $ArguementTFSCollection $ArguementQueryText" | Out-File -FilePath $LogFile -Append
$WaitingForTestRunCompletion = $true
$WaitCount= 0
while ($WaitingForTestRunCompletion)
$WaitCount = $WaitCount + 1
Write-Output " Waiting ($WaitCount)...." | Out-File -FilePath $LogFile -Append
Start-Sleep -s $TestRunWaitDelay
$TestRunStatus = & $TCMEXE 'run' '/list' $ArguementTeamProject $ArguementTFSCollection $ArguementQueryText
$TestRunStatus
if ($TestRunStatus.Count -lt 3 -or ($TestRunStatus.Count -gt 2 -and $TestRunStatus.GetValue(2) -match '.+(?<DateCompleted>\d+[/]\d+[/]\d+)'))
$WaitingForTestRunCompletion = $false
Write-Host "Evaluating test run $TestRunID results..."
# Take small pause(s) since the results might not be published yet....
Start-Sleep -s $TestRunWaitDelay
# Export results....
Write-Host $TCMEXE 'run' '/export' $ArguementID $ArguementTeamProject $ArguementTFSCollection $ArguementResultsFile
Write-Output " $TCMEXE 'run' '/export' $ArguementID $ArguementTeamProject $ArguementTFSCollection $ArguementResultsFile" | Out-File -FilePath $LogFile -Append
$WaitingForTestRunExport = $true
$WaitCount= 0
while ($WaitingForTestRunExport -and $WaitCount -lt 5)
$WaitCount = $WaitCount + 1
Write-Output " Waiting ($WaitCount)...." | Out-File -FilePath $LogFile -Append
$ExportResult = & $TCMEXE 'run' '/export' $ArguementID $ArguementResultsFile $ArguementTFSCollection $ArguementTeamProject
if ([System.IO.File]::Exists($TestRunResultsFile))
$WaitingForTestRunExport = $false
if ([System.IO.File]::Exists($TestRunResultsFile))
# Load the XML document contents.
[xml]$TestResultsXML = Get-Content "$TestRunResultsFile"
# Extract the results of the test run.
$TotalTests = $TestResultsXML.TestRun.ResultSummary.Counters.total
$PassedTests = $TestResultsXML.TestRun.ResultSummary.Counters.passed
$FailedTests = $TestResultsXML.TestRun.ResultSummary.Counters.failed
$InconclusiveTests = $TestResultsXML.TestRun.ResultSummary.Counters.inconclusive
# Output the results of the test run.
Write-Host "========== Test: $TotalTests tests ran, $PassedTests succeeded, $FailedTests failed, $InconclusiveTests inconclusive =========="
Write-Output "--------------------------------------------------------------------------------" | Out-File -FilePath $LogFile -Append
Write-Output "Summary:" | Out-File -FilePath $LogFile -Append
Write-Output "--------------------------------------------------------------------------------" | Out-File -FilePath $LogFile -Append
Write-Output " Total: $TotalTests" | Out-File -FilePath $LogFile -Append
Write-Output " Passed: $PassedTests" | Out-File -FilePath $LogFile -Append
Write-Output " Failed: $FailedTests" | Out-File -FilePath $LogFile -Append
Write-Output " Inconclusive: $InconclusiveTests" | Out-File -FilePath $LogFile -Append
$SumFailed += $FailedTests
$SumInconclusive += $InconclusiveTests
# Remove the test run results file.
[System.IO.File]::Delete($TestRunResultsFile) | Out-Null
# Add "current" TestRunID to the list of TestRunID(s)....
if ($ListTestRunID -ne $null)
$ListTestRunID = $ListTestRunID + ', '
$ListTestRunID = $ListTestRunID + $TestRunID
# Next test suite....
4. Extract record set of test runs from TFS via SQL query:
# FUNCTION: Retrieve-TestRuns
# Parameters:
# (1.) LogFile -- Name of log file (e.g., C:\Temp or C:\Temp\DEPLOY_DatabaseServer_WebCMS2_DF06_20131031.6.log)
# (2.) Connection -- Database connection
# (3.) ListTestRunID -- List of test run identifiers
Function Retrieve-TestRuns
param
[Parameter(Mandatory=$True)][String]$LogFile,
[Parameter(Mandatory=$True)]$Connection,
[Parameter(Mandatory=$True)][String]$ListTestRunID
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "Retrieve test run(s): " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
$TestRuns = '(' + $ListTestRunID + ')'
$Command = New-Object System.Data.SqlClient.SqlCommand
$SQLStatement = "
WITH
cte_State
AS
SELECT 0 AS [StateID], 'Unspecified' AS [StateName]
UNION ALL
SELECT 1 AS [OutcomeId], 'To Be Determined (1)' AS [StateName]
UNION ALL
SELECT 2 AS [StateID], 'In Progress' AS [StateName]
UNION ALL
SELECT 3 AS [StateID], 'Completed' AS [StateName]
UNION ALL
SELECT 4 AS [StateID], 'Aborted' AS [StateName]
UNION ALL
SELECT 5 AS [OutcomeId], 'To Be Determined (5)' AS [StateName]
UNION ALL
SELECT 6 AS [StateID], 'Needs Investigation' AS [StateName]
SELECT
TR.[ProjectId] AS [Project Id],
P.[ProjectName],
TR.[TestPlanId] AS [Plan Id],
TP.Name AS [TestPlanName],
TR.[TestRunId] AS [Run Id],
TR.[Title],
S.[StateID] AS [State Id],
S.[StateName] AS [State],
TR.[StartDate] AS [Date Started],
TR.[CompleteDate] AS [Date Completed],
DATEDIFF(SECOND, TR.[StartDate], TR.[CompleteDate]) AS Duration,
TR.[Type],
TR.[IsAutomated],
TR.[TotalTests] AS [Total],
TR.[PassedTests] AS [Passed],
TR.[IncompleteTests] AS [Incomplete],
TR.[UnanalyzedTests] AS [Unanalyzed],
TR.[NotApplicableTests] AS [Not Applicable]
FROM
[Tfs_DefaultCollection].[dbo].[tbl_TestRun] AS TR
INNER JOIN [Tfs_DefaultCollection].[dbo].[tbl_Project] AS P ON TR.ProjectId = P.ProjectId
INNER JOIN [Tfs_DefaultCollection].[dbo].[tbl_Plan] AS TP ON TR.TestPlanId = TP.PlanId
INNER JOIN cte_State AS S ON TR.[State] = S.[StateID]
WHERE
TR.TestRunId IN $($TestRuns)
ORDER BY
TR.[StartDate]
$Command.CommandText = $SQLStatement
$Command.Connection = $Connection
$Command.CommandTimeout = 30
$DataAdapter = New-Object System.Data.SqlClient.SqlDataAdapter
$DataAdapter.SelectCommand = $Command
$DataSet = New-Object System.Data.DataSet
$DataAdapter.Fill($DataSet) | Out-Null
Write-Output "$SQLStatement" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> $DataSet.Tables[0]
return $DataSet
5. Extract record set of test results from TFS via SQL query:
# FUNCTION: Retrieve-TestRunResults
# Parameters:
# (1.) LogFile -- Name of log file (e.g., C:\Temp or C:\Temp\DEPLOY_DatabaseServer_WebCMS2_DF06_20131031.6.log)
# (2.) Connection -- Database connection
# (3.) ListTestRunID -- List of test run identifiers
Function Retrieve-TestRunResults
param
[Parameter(Mandatory=$True)][String]$LogFile,
[Parameter(Mandatory=$True)]$Connection,
[Parameter(Mandatory=$True)][String]$ListTestRunID
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "Retrieve test result(s): " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
$TestRuns = '(' + $ListTestRunID + ')'
$Command = New-Object System.Data.SqlClient.SqlCommand
$SQLStatement = "
WITH
cte_Outcome
AS
SELECT 0 AS [OutcomeId], 'To Be Determined (0)' AS [OutcomeName]
UNION ALL
SELECT 1 AS [OutcomeId], 'In Progress' AS [OutcomeName]
UNION ALL
SELECT 2 AS [OutcomeId], 'Passed' AS [OutcomeName]
UNION ALL
SELECT 3 AS [OutcomeId], 'Failed' AS [OutcomeName]
UNION ALL
SELECT 4 AS [OutcomeId], 'Inconclusive' AS [OutcomeName]
UNION ALL
SELECT 5 AS [OutcomeId], 'To Be Determined (5)' AS [OutcomeName]
UNION ALL
SELECT 6 AS [OutcomeId], 'Aborted' AS [OutcomeName]
UNION ALL
SELECT 7 AS [OutcomeId], 'Blocked' AS [OutcomeName]
UNION ALL
SELECT 8 AS [OutcomeId], 'Not Executed' AS [OutcomeName]
UNION ALL
SELECT 10 AS [OutcomeId], 'Error' AS [OutcomeName]
UNION ALL
SELECT 11 AS [OutcomeId], 'Not Applicable' AS [OutcomeName]
UNION ALL
SELECT 12 AS [OutcomeId], 'Paused' AS [OutcomeName]
UNION ALL
SELECT 13 AS [OutcomeId], 'To Be Determined (13)' AS [OutcomeName]
UNION ALL
SELECT 255 AS [OutcomeId], 'Never Run' AS [OutcomeName]
cte_State
AS
SELECT 0 AS [StateID], 'None' AS [StateName]
UNION ALL
SELECT 1 AS [StateID], 'Ready' AS [StateName]
UNION ALL
SELECT 2 AS [StateID], 'Completed' AS [StateName]
UNION ALL
SELECT 3 AS [StateID], 'Not Ready' AS [StateName]
UNION ALL
SELECT 4 AS [StateID], 'In Progress' AS [StateName]
UNION ALL
SELECT 5 AS [StateID], 'To Be Determined' AS [StateName]
SELECT DISTINCT
TR.[TestRunId] AS [Run Id],
TR.[TestCaseId] AS [Case Id],
O.[OutcomeID] AS [Outcome Id],
O.[OutcomeName] AS [Outcome],
S.[StateID] AS [State Id],
S.[StateName] AS [State],
TR.[TestCaseTitle] AS [Title],
TR.[AutomatedTestName] AS [Automation Method],
TR.[DateStarted] AS [Date Started],
TR.[DateCompleted] AS [Date Completed],
DATEDIFF(SECOND, TR.[DateStarted], TR.[DateCompleted]) AS Duration,
TR.[FailureType] AS [Failure Type],
TR.[ErrorMessage] AS [Error]
FROM
[Tfs_DefaultCollection].[dbo].[tbl_TestResult] AS TR
INNER JOIN cte_Outcome AS O ON TR.Outcome = O.OutcomeID
INNER JOIN cte_State AS S ON TR.State = S.StateID
WHERE
TR.TestRunId IN $($TestRuns)
ORDER BY
TR.[TestRunId],
O.[OutcomeName],
TR.[TestCaseTitle]
$Command.CommandText = $SQLStatement
$Command.Connection = $Connection
$Command.CommandTimeout = 30
$DataAdapter = New-Object System.Data.SqlClient.SqlDataAdapter
$DataAdapter.SelectCommand = $Command
$DataSet = New-Object System.Data.DataSet
$DataAdapter.Fill($DataSet) | Out-Null
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "SQL Statement: " | Out-File -FilePath $LogFile -Append
Write-Output '--------------------------------------------------------------------------------' | Out-File -FilePath $LogFile -Append
Write-Output "$SQLStatement" | Out-File -FilePath $LogFile -Append
# --DEBUG ONLY--> $DataSet.Tables[0]
return $DataSet
6. Email results to distribution list
Currently, I'm simplifying the extraction of suite path ... replacing hardcoded depth with STUFF() & XML PATH
Carl.

SQL query problem - select max (case... aggregate function)

Hi,
I have a problem with below sql query, it gives me problem/error message 'ORA-00937: not a single-group group function', why?
select sag.afdeling, sag.sagsnr, to_char(sag.start_dato, 'yyyy-mm-dd'), sag.stat, BOGF_TRANS.TRANSTYPE,
max (case when BOGF_TRANS.TRANSTYPE = 'K' then sum(bogf_trans.belobdkk) end) + -- as "TRANSTYPE K",
max (case when BOGF_TRANS.TRANSTYPE = 'D' then sum(bogf_trans.belobdkk) end) as "TRANSTYPE K & D",
max (case when BOGF_TRANS.TRANSTYPE = 'S' then sum(bogf_trans.belobdkk) end) as "SUM TRANSTYPE S"
from sag
join bogf_trans on sag.selskab = bogf_trans.selskab and sag.sagsnr = bogf_trans.sagsnr and sag.afdeling = bogf_trans.afdeling
where SAG.SELSKAB=37 and SAG.AFDELING = 'SUS' AND SAG.SAGSNR = 10876
group by sag.afdeling, sag.sagsnr, sag.start_dato, sag.stat, BOGF_TRANS.TRANSTYPE
If I exclude (columns) as below it give me correct summations (max (case... sum(...)) but then I miss some important info that I need
select
max (case when BOGF_TRANS.TRANSTYPE = 'K' then sum(bogf_trans.belobdkk) end) + -- as "TRANSTYPE K",
max (case when BOGF_TRANS.TRANSTYPE = 'D' then sum(bogf_trans.belobdkk) end) as "TRANSTYPE K & D",
max (case when BOGF_TRANS.TRANSTYPE = 'S' then sum(bogf_trans.belobdkk) end) as "SUM TRANSTYPE S"
from sag
join bogf_trans on sag.selskab = bogf_trans.selskab and sag.sagsnr = bogf_trans.sagsnr and sag.afdeling = bogf_trans.afdeling
where SAG.SELSKAB=37 and SAG.AFDELING = 'SUS' AND SAG.SAGSNR = 10876
group by sag.afdeling, sag.sagsnr, sag.start_dato, sag.stat, BOGF_TRANS.TRANSTYPE
Any ideas?

Moved to more sutable forum, sorry.

PL/SQL function body return sql query, no data found problem

Hi all,
we are trying to build a dynamic report based on item selection by user. we are using SQL Query (PL/SQL function body returning SQL query). However when a user change the item and submit the page . The following error appears.
ORA-01403: no data found.
our query is so simple
declare
l_query varchar2(30000) default 'select id from chw';
begin
if(:P11_PARA=1) then
l_query:='select name from chw';
end if;
return l_query;
end;
any quick help please.

Hello Mike,
I tried it, the problem still exists.
ORA-01403: no data found
my new code is
declare
l_query varchar2(30000) default 'select id from chw';
begin
if (nvl(TO_NUMBER(:P11_PARA),0) = 1) then
l_query:='select name from chw';
end if;
return (l_query);
end;
note, there is no process in this page.
Edited by: M.Jabr on Oct 14, 2009 6:13 AM

Sql query/function problem??

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