-- START DEBUG --DECLARE @current_mandator_id UNIQUEIDENTIFIER --DECLARE @targetGroup_id INT --SET @current_mandator_id = (SELECT tblMandators.id FROM tblMandators WHERE tblMandators.name='elect') --SET @targetGroup_id = (SELECT tblTargetGroups.id FROM tblTargetGroups WHERE tblTargetGroups.title = 'zz_loc_MUC') --SET @targetGroup_id = -2 --1026 ---3 -- END DEBUG -- LEARNING(PROGRAM)-STATUS PER TARGET GROUP TODAY VS. ACTUAL BACK IN TIME -- This report is going to be for one (location target group such as zz_loc_PCT) or all target groups, but not in a strict sense. -- Additionally evaluated are "ordered learning programs"; that means that the assigned learning programs are extended by those -- that users of such an location-targetgroup are assigned by being member of an order-targetgroup. -- The proper working of that report HIGHLY depends on clear and strict usage of that local-/order-targetgroup policy -- That is because we don't have data for how was a learning program assinged to a user in the past; we rely on that -- mentioned usage that way that we assume: If a user has a learning status for a learning program in the past then -- for the reason that he was assigned to the related target groups. -- What do we need: -- * tblTargetGroups: Get the local- and order-targetgroups -- * tblStatsUsersTargetGroups: Table contains all user-targetgroup assignments where a learning status exists; -- especially we have here actual learners from past months that are no longer assigned -- to a targetgroup. -- * tblStatusUserCourseHistory: History table of learning program status of a user -- * tblStatusUserCourse: Learning program status of actual learners -- * tblStatsThemeSessions: Detail timestamps for each themeSession; needed to determine if an assigned user was -- an actual user at a given time. We are going to take the history.complete value with -- the nearest themeSessionStartTime < tblStatsThemeSessions.startTime and/or lastPingTime -- that matches to the timestamp to be evaluated for each user. -- * tblThemes: For the name of a learning program -- * ... and of course our usual tblModuleItems / tblEduOfferSeminars / tblEduOfferTargetGroup chain for the usual reason ;) -- The sugar piece of that report is grouping the learning programs by their modules and then in some logical (alphabetical i bet) -- order. Hope that the modules are organized that way as in the example sheet. Otherwise this will not turn out as desired. -- The filed internalExternal in #tempUsers is coded like this: 0: internal, 1:external, NULL: doesn't matter -- It is used for listing separatedly internal and external users in case options -2 or -3 are selected for @targetGroup_id CREATE TABLE #targetGroupIDsToOrder( targetGroupID int ) CREATE TABLE #tempUsers(user_id INT, internalExternal int) CREATE TABLE #currentAssignments(learningProgramTitle NVARCHAR(255), moduleTitle NVARCHAR(255), learningProgram_id UNIQUEIDENTIFIER, moduleOrder INT, learningProgramOrder INT, usersInTargetGroup INT, internalExternal INT) CREATE TABLE #statusBefore(learningProgram_id UNIQUEIDENTIFIER, userCount INT, complete FLOAT, internalExternal INT) CREATE TABLE #results( learningProgram_id UNIQUEIDENTIFIER, module_id UNIQUEIDENTIFIER, learningProgramOrder INT, moduleOrder INT, themeTitle NVARCHAR(255), moduleTitle NVARCHAR(255), actualLearners INT, usersInTargetGroup INT, averageLearningStatusActual DECIMAL(5,2), actualLearnersBefore INT, actualLearnersDiff INT, internalExternal int) DECLARE @keyDate DATETIME SELECT @keyDate = CURRENT_TIMESTAMP DECLARE @compareDate DATETIME SET @compareDate = DATEADD( MONTH, -1, @keyDate) INSERT INTO #targetGroupIDsToOrder SELECT tblTargetGroups.id FROM tblTargetGroups WHERE tblTargetGroups.mandator_id = @current_mandator_id AND tblTargetGroups.title like '%zz_BP_TCM_%' -- Get all users that are currently assigned to the selected 'main' target group(s) IF @targetGroup_id IS NULL OR @targetGroup_id = -1 BEGIN INSERT INTO #tempUsers SELECT DISTINCT tblUsersTargetGroups.userCn, NULL FROM tblUsersTargetGroups INNER JOIN tblTargetGroups ON tblUsersTargetGroups.targetGroup_id = tblTargetGroups.id WHERE tblTargetGroups.title IN('zz_loc_MUC','zz_user_IO', 'zz_user_external') --'zz_loc_MUC_external', 'zz_loc_PCT_external') END ELSE BEGIN IF @targetGroup_id = -2 BEGIN INSERT INTO #tempUsers SELECT DISTINCT tblUsersTargetGroups.userCn, 0 --internal FROM tblUsersTargetGroups INNER JOIN tblTargetGroups ON tblUsersTargetGroups.targetGroup_id = tblTargetGroups.id WHERE tblTargetGroups.title IN('zz_loc_MUC') --select count(*) as 'Internal' from #tempUsers INSERT INTO #tempUsers SELECT DISTINCT tblUsersTargetGroups.userCn, 1 --external FROM tblUsersTargetGroups INNER JOIN tblTargetGroups ON tblUsersTargetGroups.targetGroup_id = tblTargetGroups.id WHERE tblTargetGroups.title IN('zz_loc_MUC_external') --select count(*) as 'External' from #tempUsers where internalExternal = 1 END ELSE BEGIN IF @targetGroup_id = -3 BEGIN INSERT INTO #tempUsers SELECT DISTINCT tblUsersTargetGroups.userCn, 0 --internal FROM tblUsersTargetGroups INNER JOIN tblTargetGroups ON tblUsersTargetGroups.targetGroup_id = tblTargetGroups.id WHERE tblTargetGroups.title IN('zz_loc_PCT') INSERT INTO #tempUsers SELECT DISTINCT tblUsersTargetGroups.userCn, 1 --external FROM tblUsersTargetGroups INNER JOIN tblTargetGroups ON tblUsersTargetGroups.targetGroup_id = tblTargetGroups.id WHERE tblTargetGroups.title IN('zz_loc_PCT_external') END ELSE BEGIN INSERT INTO #tempUsers SELECT tblUsersTargetGroups.UserCn, NULL FROM tblUsersTargetGroups WHERE tblUsersTargetGroups.targetGroup_id = @targetGroup_id END END END -- select count(*) from #tempUsers -- create 2 separated lists for internal and external groups if option -2 or -3 for @targetGroup_id selected IF @targetGroup_id in (-2, -3) BEGIN --SELECT N'Internal groups' AS ' ' INSERT INTO #currentAssignments( learningProgramTitle, moduleTitle,learningProgram_id, moduleOrder, learningProgramOrder, usersInTargetGroup, internalExternal) SELECT tblItems_Themes.title, tblItems_Modules.title, tblThemes.id, tblModules.sortOrder, tblModuleItems.sortOrder, (select count(DISTINCT #tempUsers.user_id) from #tempUsers where #tempUsers.internalExternal = 0), 0--COUNT( DISTINCT #tempUsers.user_id), 0 --internalExternal == internal FROM #tempUsers INNER JOIN tblUsersTargetGroups ON #tempUsers.user_id = tblUsersTargetGroups.UserCn and #tempUsers.internalExternal = 0 AND (tblUsersTargetGroups.targetGroup_id IN (SELECT targetGroupID FROM #targetGroupIDsToOrder) OR tblUsersTargetGroups.targetGroup_id IN (SELECT id FROM tblTargetGroups WHERE title IN (select 'zz_loc_MUC' where @targetGroup_id = -2 union select 'zz_loc_PCT' where @targetGroup_id = -3))) --('zz_loc_MUC','zz_user_IO','zz_loc_PCT'))) INNER JOIN tblEduOffersTargetGroups ON tblUsersTargetGroups.targetGroup_id= tblEduOffersTargetGroups.targetGroup_id INNER JOIN tblEduOffersModules ON tblEduOffersTargetGroups.eduOffer_id = tblEduOffersModules.eduOffer_id INNER JOIN tblModules ON tblEduOffersModules.module_id = tblModules.id INNER JOIN tblItems AS tblItems_Modules ON tblItems_Modules.id = tblModules.id INNER JOIN tblModuleItems ON tblEduOffersModules.module_id = tblModuleITems.module_id INNER JOIN tblThemes ON tblModuleItems.item_id = tblThemes.id INNER JOIN tblItems AS tblItems_Themes ON tblItems_Themes.id = tblThemes.id where #tempUsers.internalExternal = 0 AND tblItems_Modules.deleted IS NULL GROUP BY tblItems_Themes.title, tblThemes.id, tblItems_Modules.title, tblModules.sortOrder, tblModuleItems.sortOrder --SELECT N'External groups' AS ' ' INSERT INTO #currentAssignments( learningProgramTitle, moduleTitle,learningProgram_id, moduleOrder, learningProgramOrder, usersInTargetGroup, internalExternal) SELECT tblItems_Themes.title, tblItems_Modules.title, tblThemes.id, tblModules.sortOrder, tblModuleItems.sortOrder, (select count(DISTINCT #tempUsers.user_id) from #tempUsers where #tempUsers.internalExternal = 1), 1 --COUNT( DISTINCT #tempUsers.user_id), 1 --internalExternal == external FROM #tempUsers INNER JOIN tblUsersTargetGroups ON #tempUsers.user_id = tblUsersTargetGroups.UserCn and #tempUsers.internalExternal = 1 --AND (tblUsersTargetGroups.targetGroup_id IN (SELECT targetGroupID FROM #targetGroupIDsToOrder) OR -- no order groups here AND tblUsersTargetGroups.targetGroup_id IN (SELECT id FROM tblTargetGroups WHERE title IN (select 'zz_loc_MUC_external' where @targetGroup_id = -2 union select 'zz_loc_PCT_external' where @targetGroup_id = -3)) INNER JOIN tblEduOffersTargetGroups ON tblUsersTargetGroups.targetGroup_id= tblEduOffersTargetGroups.targetGroup_id INNER JOIN tblEduOffersModules ON tblEduOffersTargetGroups.eduOffer_id = tblEduOffersModules.eduOffer_id INNER JOIN tblModules ON tblEduOffersModules.module_id = tblModules.id INNER JOIN tblItems AS tblItems_Modules ON tblItems_Modules.id = tblModules.id INNER JOIN tblModuleItems ON tblEduOffersModules.module_id = tblModuleITems.module_id INNER JOIN tblThemes ON tblModuleItems.item_id = tblThemes.id INNER JOIN tblItems AS tblItems_Themes ON tblItems_Themes.id = tblThemes.id where tblItems_Modules.deleted IS NULL AND #tempUsers.internalExternal = 1 GROUP BY tblItems_Themes.title, tblThemes.id, tblItems_Modules.title, tblModules.sortOrder, tblModuleItems.sortOrder END ELSE -- it doesn't matter if internal or external groups BEGIN -- Get the items that are currently assigned to those users -- - via 'main' target group(s) -- - via 'order' target group(s) -- Get also the number of users that are assigned to each item via one or more of these target groups (distinct of course) -- Remark: For 'order' items only the number of users from 'main' target groups who ordered the theme are listed -- not the overall number of users (including those from other 'main' target groups). INSERT INTO #currentAssignments( learningProgramTitle, moduleTitle,learningProgram_id, moduleOrder, learningProgramOrder, usersInTargetGroup, internalExternal) SELECT tblItems_Themes.title, tblItems_Modules.title, tblThemes.id, tblModules.sortOrder, tblModuleItems.sortOrder, COUNT( DISTINCT #tempUsers.user_id), NULL --internalExternal doesn't matter here FROM #tempUsers INNER JOIN tblUsersTargetGroups ON #tempUsers.user_id = tblUsersTargetGroups.UserCn AND (tblUsersTargetGroups.targetGroup_id IN (SELECT targetGroupID FROM #targetGroupIDsToOrder) OR tblUsersTargetGroups.targetGroup_id IN (SELECT id FROM tblTargetGroups WHERE title IN (select 'zz_loc_MUC' where @targetGroup_id = -1 union select 'zz_user_IO' where @targetGroup_id = -1 union select 'zz_loc_PCT' where @targetGroup_id = -1 union select 'zz_user_external' where @targetGroup_id = -1 union select 'zz_user_IO' where @targetGroup_id <> -1))) INNER JOIN tblEduOffersTargetGroups ON tblUsersTargetGroups.targetGroup_id= tblEduOffersTargetGroups.targetGroup_id INNER JOIN tblEduOffersModules ON tblEduOffersTargetGroups.eduOffer_id = tblEduOffersModules.eduOffer_id INNER JOIN tblModules ON tblEduOffersModules.module_id = tblModules.id INNER JOIN tblItems AS tblItems_Modules ON tblItems_Modules.id = tblModules.id INNER JOIN tblModuleItems ON tblEduOffersModules.module_id = tblModuleITems.module_id INNER JOIN tblThemes ON tblModuleItems.item_id = tblThemes.id INNER JOIN tblItems AS tblItems_Themes ON tblItems_Themes.id = tblThemes.id WHERE tblItems_Modules.deleted IS NULL GROUP BY tblItems_Themes.title, tblThemes.id, tblItems_Modules.title, tblModules.sortOrder, tblModuleItems.sortOrder END -- Extract the proper status values for 'before=month-1' status from history (there might be many entries per user...) IF @targetGroup_id IN (-2, -3) BEGIN INSERT INTO #statusBefore(learningProgram_id, userCount, complete, internalExternal) -- first the internal ones SELECT t.theme_id, COUNT(t.user_id), AVG(t.complete), 0 FROM (SELECT h.theme_id, h.user_id, MAX(h.themeSessionStartTime) latest, (SELECT b.complete FROM tblStatusUserCourseHistory b where b.user_id = h.user_id and b.themeSessionStartTime = MAX(h.themeSessionStartTime)) as complete FROM #tempUsers INNER JOIN tblStatusUserCourseHistory h ON #tempUsers.user_id = h.user_id AND h.theme_id IN (SELECT #currentAssignments.learningProgram_id FROM #currentAssignments where #currentAssignments.internalExternal = 0) INNER JOIN tblItems ON tblItems.id = h.theme_id WHERE tblItems.deleted IS NULL AND h.themeSessionStartTime <= @compareDate and #tempUsers.internalExternal = 0 GROUP BY h.user_id, h.theme_id ) t GROUP BY t.theme_id INSERT INTO #statusBefore(learningProgram_id, userCount, complete, internalExternal) -- now the external the internal ones SELECT t.theme_id, COUNT(t.user_id), AVG(t.complete), 1 FROM (SELECT h.theme_id, h.user_id, MAX(h.themeSessionStartTime) latest, (SELECT b.complete FROM tblStatusUserCourseHistory b where b.user_id = h.user_id and b.themeSessionStartTime = MAX(h.themeSessionStartTime)) as complete FROM #tempUsers INNER JOIN tblStatusUserCourseHistory h ON #tempUsers.user_id = h.user_id AND h.theme_id IN (SELECT #currentAssignments.learningProgram_id FROM #currentAssignments where #currentAssignments.internalExternal = 1) INNER JOIN tblItems on tblItems.id = h.theme_id WHERE tblItems.deleted IS NULL AND h.themeSessionStartTime <= @compareDate and #tempUsers.internalExternal = 1 GROUP BY h.user_id, h.theme_id ) t GROUP BY t.theme_id END ELSE -- normal case no matter if internal or external BEGIN INSERT INTO #statusBefore(learningProgram_id, userCount, complete, internalExternal) SELECT t.theme_id, COUNT(t.user_id), AVG(t.complete), NULL FROM (SELECT h.theme_id, h.user_id, MAX(h.themeSessionStartTime) latest, (SELECT b.complete FROM tblStatusUserCourseHistory b where b.user_id = h.user_id and b.themeSessionStartTime = MAX(h.themeSessionStartTime)) as complete FROM #tempUsers INNER JOIN tblStatusUserCourseHistory h ON #tempUsers.user_id = h.user_id AND h.theme_id IN (SELECT #currentAssignments.learningProgram_id FROM #currentAssignments) INNER JOIN tblItems ON tblItems.id = h.theme_id WHERE tblItems.deleted IS NULL AND h.themeSessionStartTime <= @compareDate GROUP BY h.user_id, h.theme_id ) t GROUP BY t.theme_id END DECLARE @usersInTargetGroup INT SELECT @usersInTargetGroup = COUNT(#tempUsers.user_id) FROM #tempUsers IF @targetGroup_id IN (-2, -3) BEGIN INSERT INTO #results( learningProgram_id, learningProgramOrder, moduleOrder, themeTitle, moduleTitle, usersInTargetGroup, actualLearners, averageLearningStatusActual, actualLearnersBefore, internalExternal) ( SELECT #currentAssignments.learningProgram_id, #currentAssignments.learningProgramOrder, #currentAssignments.moduleOrder, #currentAssignments.learningProgramTitle, #currentAssignments.moduleTitle, #currentAssignments.usersInTargetGroup, COUNT(distinct tblStatusUserCourse.UserId), AVG(tblStatusUserCourse.complete), #statusBefore.userCount, 0 --#currentAssignments.internalExternal FROM #currentAssignments LEFT JOIN tblStatusUserCourse ON #currentAssignments.learningProgram_id = tblStatusUserCourse.theme_id and #currentAssignments.internalExternal = 0 INNER JOIN #tempUsers ON tblStatusUserCourse.UserId = #tempUsers.user_id and #tempUsers.internalExternal = 0 -- count internal groups LEFT JOIN #statusBefore ON #currentAssignments.learningProgram_id = #statusBefore.learningProgram_id and #statusBefore.internalExternal = 0 where #currentAssignments.internalExternal = 0 GROUP BY #currentAssignments.learningProgram_id, #currentAssignments.moduleOrder, #currentAssignments.learningProgramOrder, #currentAssignments.learningProgramTitle, #currentAssignments.moduleTitle, #statusBefore.userCount, #currentAssignments.usersInTargetGroup, #currentAssignments.internalExternal ) INSERT INTO #results( learningProgram_id, learningProgramOrder, moduleOrder, themeTitle, moduleTitle, usersInTargetGroup, actualLearners, averageLearningStatusActual, actualLearnersBefore, internalExternal) ( SELECT #currentAssignments.learningProgram_id, #currentAssignments.learningProgramOrder, #currentAssignments.moduleOrder, #currentAssignments.learningProgramTitle, #currentAssignments.moduleTitle, #currentAssignments.usersInTargetGroup, COUNT(distinct tblStatusUserCourse.UserId), AVG(tblStatusUserCourse.complete), #statusBefore.userCount, 1 --#currentAssignments.internalExternal FROM #currentAssignments LEFT JOIN tblStatusUserCourse ON #currentAssignments.learningProgram_id = tblStatusUserCourse.theme_id and #currentAssignments.internalExternal = 1 INNER JOIN #tempUsers ON tblStatusUserCourse.UserId = #tempUsers.user_id and #tempUsers.internalExternal = 1 -- count internal groups LEFT JOIN #statusBefore ON #currentAssignments.learningProgram_id = #statusBefore.learningProgram_id and #statusBefore.internalExternal = 1 where #currentAssignments.internalExternal = 1 GROUP BY #currentAssignments.learningProgram_id, #currentAssignments.moduleOrder, #currentAssignments.learningProgramOrder, #currentAssignments.learningProgramTitle, #currentAssignments.moduleTitle, #statusBefore.userCount, #currentAssignments.usersInTargetGroup, #currentAssignments.internalExternal ) END ELSE -- only one calculation no matter if internla or external BEGIN INSERT INTO #results( learningProgram_id, learningProgramOrder, moduleOrder, themeTitle, moduleTitle, usersInTargetGroup, actualLearners, averageLearningStatusActual, actualLearnersBefore, internalExternal) ( SELECT #currentAssignments.learningProgram_id, #currentAssignments.learningProgramOrder, #currentAssignments.moduleOrder, #currentAssignments.learningProgramTitle, #currentAssignments.moduleTitle, #currentAssignments.usersInTargetGroup, COUNT(distinct tblStatusUserCourse.UserId), AVG(tblStatusUserCourse.complete), #statusBefore.userCount, #currentAssignments.internalExternal FROM #currentAssignments LEFT JOIN tblStatusUserCourse ON #currentAssignments.learningProgram_id = tblStatusUserCourse.theme_id INNER JOIN #tempUsers ON tblStatusUserCourse.UserId = #tempUsers.user_id LEFT JOIN #statusBefore ON #currentAssignments.learningProgram_id = #statusBefore.learningProgram_id GROUP BY #currentAssignments.learningProgram_id, #currentAssignments.moduleOrder, #currentAssignments.learningProgramOrder, #currentAssignments.learningProgramTitle, #currentAssignments.moduleTitle, #statusBefore.userCount, #currentAssignments.usersInTargetGroup, #currentAssignments.internalExternal ) END UPDATE #results SET actualLearners = 0 WHERE actualLearners IS NULL UPDATE #results SET averageLearningStatusActual = 0 WHERE averageLearningStatusActual IS NULL UPDATE #results SET actualLearnersBefore = 0 WHERE actualLearnersBefore IS NULL UPDATE #results SET actualLearnersDiff = actualLearners - actualLearnersBefore --------------------------------- -- Output ----------------------- --------------------------------- SELECT 'Report: ' + 'Display learning status' AS ' ' SELECT 'Report from:' + CONVERT(varchar, @keyDate, 21) AS ' ' SELECT 'Target group: ' + CASE WHEN @targetGroup_id IS NULL THEN 'All target groups' WHEN @targetGroup_id = -1 THEN 'ALL (zz_loc_MUC, zz_user_IO, zz_user_external)' WHEN @targetGroup_id = -2 THEN 'zz_loc_MUC + zz_loc_MUC_external' WHEN @targetGroup_id = -3 THEN 'zz_loc_PCT + zz_loc_PCT_external' ELSE (SELECT tblTargetGroups.title FROM tblTargetGroups WHERE tblTargetGroups.id = @targetGroup_id) END AS ' ' if @targetGroup_id in (-2, -3) BEGIN SELECT N'Internal groups' AS ' ' SELECT themeTitle AS 'Module / learning programs', moduleTitle AS 'Module title', actualLearners AS 'Actual learners', usersInTargetGroup AS 'Users in target group', CAST(averageLearningStatusActual AS NVARCHAR(10)) + '%' AS 'Average learning status of actual learners', actualLearnersBefore AS 'Actual learners previous month', actualLearnersDiff AS 'Difference actual learners compared to previous month' FROM #results where internalExternal = 0 ORDER BY moduleOrder, learningProgramOrder SELECT N'External groups' AS ' ' SELECT themeTitle AS 'Module / learning programs', moduleTitle AS 'Module title', actualLearners AS 'Actual learners', usersInTargetGroup AS 'Users in target group', CAST(averageLearningStatusActual AS NVARCHAR(10)) + '%' AS 'Average learning status of actual learners', actualLearnersBefore AS 'Actual learners previous month', actualLearnersDiff AS 'Difference actual learners compared to previous month' FROM #results where internalExternal = 1 ORDER BY moduleOrder, learningProgramOrder END ELSE --normal case, no separation in internal or external assignments BEGIN SELECT themeTitle AS 'Module / learning programs', moduleTitle AS 'Module title', actualLearners AS 'Actual learners', usersInTargetGroup AS 'Users in target group', CAST(averageLearningStatusActual AS NVARCHAR(10)) + '%' AS 'Average learning status of actual learners', actualLearnersBefore AS 'Actual learners previous month', actualLearnersDiff AS 'Difference actual learners compared to previous month' FROM #results ORDER BY moduleOrder, learningProgramOrder END DROP TABLE #results DROP TABLE #statusBefore DROP TABLE #currentAssignments DROP TABLE #tempUsers DROP TABLE #targetGroupIDsToOrder select -1 as targetGroup_id, 'All (zz_loc_MUC, zz_user_IO, zz_user_external)' as targetGroup_name union select -2 as targetGroup_id, 'zz_loc_MUC + zz_loc_MUC_external' as targetGroup_name union select -3 as targetGroup_id, 'zz_loc_PCT + zz_loc_PCT_external' as targetGroup_name union select tblTargetGroups.id as targetGroup_id, tblTargetGroups.title as targetGroup_name from tblTargetGroups where title in ('zz_user_IO') order by targetGroup_name