added dashboard api

src/main/java/com/ffii/tsms/modules/data/service/DashboardService.kt

@@ -223,6 +223,252 @@ open class DashboardService(
         }
         return tempList
     }
+    fun TeamProjectNo(args: Map<String, Any>): List<Map<String, Any>> {
+        val sql = StringBuilder("select"
+                + " ROW_NUMBER() OVER (ORDER BY t.id,t.teamLead,t.code,t.name) AS id,"
+                + " t.id as teamId,"
+                + " t.teamLead as teamLeadId,"
+                + " t.code as teamCode,"
+                + " t.name as teamName,"
+                + " count(p.id) as projectNo"
+                + " from team t"
+                + " left join staff s on t.teamLead = s.id"
+                + " left join project p on s.id = p.teamLead"
+                + " where t.deleted = 0"
+                + " and p.status not in (\"Pending to Start\",\"Completed\",\"Deleted\")"
+                + " group by t.id,t.teamLead,t.code,t.name"
+        )
+
+        return jdbcDao.queryForList(sql.toString(), args)
+    }
+
+    fun searchTeamProject(args: Map<String, Any>): List<Map<String, Any>> {
+        val sql = StringBuilder(
+            "select"
+                    + " ROW_NUMBER() OVER (ORDER BY p.id, p.code, p.name, te.code, s.name, tg.name, p.totalManhour, milestonePayment.comingPaymentMilestone) AS id,"
+                    + " p.id as id,"
+                    + " p.id as projectId,"
+                    + " p.code as projectCode,"
+                    + " p.name as projectName,"
+                    + " te.code as team,"
+                    + " s.name as teamLead,"
+                    + " tg.name as expectedStage,"
+                    + " p.totalManhour as budgetedManhour,"
+                    + " sum(t.normalConsumed) + sum(t.otConsumed) as spentManhour,"
+                    + " p.totalManhour - sum(t.normalConsumed) - sum(t.otConsumed) as remainedManhour,"
+                    + " coalesce (round(((sum(t.normalConsumed) - sum(t.otConsumed))/p.totalManhour)*100,2),0) as manhourConsumptionPercentage,"
+                    + " DATE_FORMAT(milestonePayment.comingPaymentMilestone, '%Y-%m-%d') as comingPaymentMilestone"
+                    + " from project p"
+                    + " left join project_task pt on p.id = pt.project_id"
+                    + " left join timesheet t on pt.id = t.projectTaskId"
+                    + " left join team te on p.teamLead = te.teamLead"
+                    + " left join staff s on te.teamLead = s.id"
+                    + " left join milestone m on p.id = m.projectId and curdate() >= m.startDate and curdate() <= m.endDate"
+                    + " left join task_group tg on m.taskGroupId = tg.id"
+                    + " left join ("
+                    + " select"
+                    + " mp.date as comingPaymentMilestone"
+                    + " from project p"
+                    + " left join milestone m on p.id = m.projectId"
+                    + " left join milestone_payment mp on m.id = mp.milestoneId"
+                    + " where p.teamLead = :teamLeadId"
+                    + " and mp.date >= curdate()"
+                    + " order by date asc"
+                    + " limit 1"
+                    + " ) milestonePayment on 1=1"
+                    + " where p.teamLead = :teamLeadId"
+                    + " and p.status not in (\"Pending to Start\",\"Completed\",\"Deleted\")"
+                    + " group by p.id, p.code, p.name, te.code, s.name, tg.name, p.totalManhour, milestonePayment.comingPaymentMilestone"
+        )
+
+        return jdbcDao.queryForList(sql.toString(), args)
+    }
+    fun searchFinancialSummaryCard(args: Map<String, Any>): List<Map<String, Any>> {
+        val sql = StringBuilder(
+            "select"
+            + " t.id as teamId,"
+            + " t.name as teamName,"
+            + " count(p.name) as projectNo,"
+            + " coalesce(sum(p.expectedTotalFee),0) as totalFee,"
+            + " coalesce(sum(round(p.expectedTotalFee * 0.8,2)),0) as totalBudget,"
+            + " coalesce(sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0) as cumulativeExpenditure,"
+            + " coalesce(sum(i.issueAmount),0) as totalInvoiced,"
+            + " coalesce(sum(i.paidAmount),0) as totalReceived,"
+            + " case"
+            + " when coalesce(round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2),0) >= 1 then 'Positive'"
+            + " when coalesce(round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2),0) < 1 then 'Negative'"
+            + " end as cashFlowStatus,"
+            + " coalesce(round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2),0) as cpi"
+            + " from team t"
+            + " left join project p on t.teamLead = p.teamLead"
+            + " left join invoice i on p.code = i.projectCode"
+            + " left join ("
+            + " select"
+            + " s2.hourlyRate as hourlyRate,"
+            + " sum(t2.normalConsumed) as normalConsumed,"
+            + " sum(t2.otConsumed) as otConsumed"
+            + " from team t1"
+            + " left join project p2 on t1.teamLead = p2.teamLead"
+            + " left join project_task pt ON p2.id = pt.project_id"
+            + " left join timesheet t2 on pt.id = t2.projectTaskId"
+            + " left join staff s on t2.staffId = s.id"
+            + " left join salary s2 on s.salaryId = s2.salaryPoint"
+            + " where p2.status = 'On-going'"
+            + " and t2.id is not null"
+            + " group by s2.hourlyRate"
+            + " ) as expenditure on 1=1"
+            + " where t.deleted = 0"
+            + " and p.status = 'On-going'"
+            )
+
+        if (args != null) {
+            if (args.containsKey("teamId"))
+                sql.append(" AND t.id = :teamId");
+        }
+        sql.append(" group by t.id, t.name")
+
+        return jdbcDao.queryForList(sql.toString(), args)
+    }
+    fun searchFinancialSummaryAllTeamCard(args: Map<String, Any>): List<Map<String, Any>> {
+        val sql = StringBuilder( "select"
+            + " 'All Team' as teamName,"
+            + " count(p.code) as projectNo,"
+            + " sum(p.expectedTotalFee) as totalFee,"
+            + " round(sum(p.expectedTotalFee) * 0.8,2) as totalBudget,"
+            + " sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)) as cumulativeExpenditure,"
+            + " sum(i.issueAmount) as totalInvoiced,"
+            + " sum(i.paidAmount) as totalReceived,"
+            + " case"
+            + " when round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2) >= 1 then 'Positive'"
+            + " when round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2) < 1 then 'Negative'"
+            + " end as cashFlowStatus,"
+            + " round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2) as cpi"
+            + " from project p"
+            + " left join invoice i on p.code = i.projectCode"
+            + " left join ("
+            + " select"
+            + " s2.hourlyRate as hourlyRate,"
+            + " sum(t2.normalConsumed) as normalConsumed,"
+            + " sum(t2.otConsumed) as otConsumed"
+            + " from project p2"
+            + " left join project_task pt ON p2.id = pt.project_id"
+            + " left join timesheet t2 on pt.id = t2.projectTaskId"
+            + " left join staff s on t2.staffId = s.id"
+            + " left join salary s2 on s.salaryId = s2.salaryPoint"
+            + " where p2.status = 'On-going'"
+            + " and t2.id is not null"
+            + " group by s2.hourlyRate"
+            + " ) as expenditure on 1=1"
+            + " where p.status = 'On-going'"
+        )
+
+        return jdbcDao.queryForList(sql.toString(), args)
+    }
+
+    fun searchFinancialSummaryByClient(args: Map<String, Any>): List<Map<String, Any>> {
+        val sql = StringBuilder( "select"
+                + " t.id as teamId,"
+                + " c.id as id,"
+                + " c.code as customerCode,"
+                + " c.name as customerName,"
+                + " count(p.name) as projectNo,"
+                + " sum(p.expectedTotalFee) as totalFee,"
+                + " round(sum(p.expectedTotalFee) * 0.8,2) as totalBudget,"
+                + " sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)) as cumulativeExpenditure,"
+                + " coalesce(sum(i.issueAmount),0) as totalInvoiced,"
+                + " coalesce(sum(i.paidAmount),0) as totalReceived,"
+                + " case"
+                + " when coalesce(round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2),0) >= 1 then 'Positive'"
+                + " when coalesce(round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2),0) < 1 then 'Negative'"
+                + " end as cashFlowStatus,"
+                + " coalesce(round(sum(i.issueAmount) / (sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0))),2),0) as cpi,"
+                + " case"
+                + " when coalesce(round(sum(p.expectedTotalFee) * 0.8,2),0) <= coalesce(sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0) then coalesce(round(sum(p.expectedTotalFee) * 0.8,2),0) - coalesce(sum(i.issueAmount),0)"
+                + " when coalesce(round(sum(p.expectedTotalFee) * 0.8,2),0) > coalesce(sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0) and coalesce(sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0) < coalesce(sum(i.issueAmount),0) then 0"
+                + " when coalesce(round(sum(p.expectedTotalFee) * 0.8,2),0) > coalesce(sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0) and coalesce(sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0) >= coalesce(sum(i.issueAmount),0) then coalesce(sum((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0) - coalesce(sum(i.issueAmount),0)"
+                + " end as totalUninvoiced"
+                + " from team t"
+                + " left join project p on t.teamLead = p.teamLead"
+                + " left join customer c on p.customerId = c.id"
+                + " left join invoice i on p.code = i.projectCode"
+                + " left join ("
+                + " select"
+                + " s2.hourlyRate as hourlyRate,"
+                + " sum(t2.normalConsumed) as normalConsumed,"
+                + " sum(t2.otConsumed) as otConsumed"
+                + " from team t1"
+                + " left join project p2 on t1.teamLead = p2.teamLead"
+                + " left join project_task pt ON p2.id = pt.project_id"
+                + " left join timesheet t2 on pt.id = t2.projectTaskId"
+                + " left join staff s on t2.staffId = s.id"
+                + " left join salary s2 on s.salaryId = s2.salaryPoint"
+                + " where p2.status = 'On-going'"
+                + " and t2.id is not null"
+                + " group by s2.hourlyRate"
+                + " ) as expenditure on 1=1"
+                + " where t.deleted = 0"
+                + " and p.status = 'On-going'"
+        )
+        if (args != null) {
+            if (args.containsKey("teamId"))
+                sql.append(" AND t.id = :teamId");
+        }
+        sql.append(" group by t.id, c.id, c.code, c.name")
+
+        return jdbcDao.queryForList(sql.toString(), args)
+    }
+    fun searchFinancialSummaryByProject(args: Map<String, Any>): List<Map<String, Any>> {
+        val sql = StringBuilder( "select"
+                + " t.id as teamId,"
+                + " p.id as id,"
+                + " p.code as projectCode,"
+                + " p.name as projectName,"
+                + " c.name as customerName,"
+                + " p.expectedTotalFee as totalFee,"
+                + " round(p.expectedTotalFee * 0.8,2) as totalBudget,"
+                + " coalesce((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0),0) as cumulativeExpenditure,"
+                + " coalesce(sum(i.issueAmount),0) as totalInvoiced,"
+                + " coalesce(sum(i.paidAmount),0) as totalReceived,"
+                + " case"
+                + " when round(coalesce(sum(i.issueAmount),0) / coalesce(((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0),2) >= 1 then 'Positive'"
+                + " when round(coalesce(sum(i.issueAmount),0) / coalesce(((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0),2) < 1 then 'Negative'"
+                + " end as cashFlowStatus,"
+                + " round(coalesce(sum(i.issueAmount),0) / coalesce(((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0)),0),2) as cpi,"
+                + " case"
+                + " when round(p.expectedTotalFee * 0.8,2) <= coalesce((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0),0) then round(p.expectedTotalFee * 0.8,2) - coalesce(sum(i.issueAmount),0)"
+                + " when round(p.expectedTotalFee * 0.8,2) > coalesce((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0),0) and coalesce((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0),0) < coalesce(sum(i.issueAmount),0) then 0"
+                + " when round(p.expectedTotalFee * 0.8,2) > coalesce((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0),0) and coalesce((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0),0) >= coalesce(sum(i.issueAmount),0) then coalesce((expenditure.normalConsumed * expenditure.hourlyRate) + (expenditure.otConsumed * expenditure.hourlyRate * 1.0),0) - coalesce(sum(i.issueAmount),0)"
+                + " end as totalUninvoiced"
+                + " from team t"
+                + " left join project p on t.teamLead = p.teamLead"
+                + " left join customer c on p.customerId = c.id"
+                + " left join invoice i on p.code = i.projectCode"
+                + " left join ("
+                + " select"
+                + " s2.hourlyRate as hourlyRate,"
+                + " sum(t2.normalConsumed) as normalConsumed,"
+                + " sum(t2.otConsumed) as otConsumed"
+                + " from team t1"
+                + " left join project p2 on t1.teamLead = p2.teamLead"
+                + " left join project_task pt ON p2.id = pt.project_id"
+                + " left join timesheet t2 on pt.id = t2.projectTaskId"
+                + " left join staff s on t2.staffId = s.id"
+                + " left join salary s2 on s.salaryId = s2.salaryPoint"
+                + " where p2.status = 'On-going'"
+                + " and t2.id is not null"
+                + " group by s2.hourlyRate"
+                + " ) as expenditure on 1=1"
+                + " where t.deleted = 0"
+                + " and p.status = 'On-going'"
+        )
+        if (args != null) {
+            if (args.containsKey("teamId"))
+                sql.append(" AND t.id = :teamId");
+        }
+        sql.append(" group by t.id, p.id, p.code, p.name, c.name, p.expectedTotalFee,expenditure.normalConsumed, expenditure.hourlyRate, expenditure.otConsumed,i.issueAmount")
+
+        return jdbcDao.queryForList(sql.toString(), args)
+    }
 }
 
 

src/main/java/com/ffii/tsms/modules/data/web/DashboardController.kt

@@ -74,4 +74,52 @@ class DashboardController(
     fun searchFinancialSummary(): List<Map<String, Any>>{
         return dashboardService.searchFinancialSummary()
     }
+    @GetMapping("/searchTeamProjectNo")
+    fun searchTeamProjectNo(request: HttpServletRequest?): List<Map<String, Any>> {
+        val args = mutableMapOf<String, Any>()
+        return dashboardService.TeamProjectNo(args)
+    }
+    @GetMapping("/searchTeamProject")
+    fun searchTeamProject(request: HttpServletRequest?): List<Map<String, Any>> {
+        val teamLeadId = request?.getParameter("teamLeadId")
+        val args = mutableMapOf<String, Any>()
+        var result: List<Map<String, Any>> = emptyList()
+        if (teamLeadId != null) {
+            args["teamLeadId"] = teamLeadId
+        }
+
+        result = dashboardService.searchTeamProject(args)
+
+        return result
+    }
+    @GetMapping("/searchFinancialSummaryCard")
+    fun searchFinancialSummaryCard(request: HttpServletRequest?): List<Map<String, Any>> {
+        val args = mutableMapOf<String, Any>()
+        val allTeamCardData = dashboardService.searchFinancialSummaryAllTeamCard(args)
+        val cardData = dashboardService.searchFinancialSummaryCard(args)
+
+        val result = mutableListOf<Map<String, Any>>()
+        result.addAll(allTeamCardData)
+        result.addAll(cardData)
+
+        return result
+    }
+    @GetMapping("/searchFinancialSummaryByClient")
+    fun searchFinancialSummaryByClient(request: HttpServletRequest?): List<Map<String, Any>> {
+        val teamId = request?.getParameter("teamId")
+        val args = mutableMapOf<String, Any>()
+        if (teamId != null) {
+            args["teamId"] = teamId
+        }
+        return dashboardService.searchFinancialSummaryByClient(args)
+    }
+    @GetMapping("/searchFinancialSummaryByProject")
+    fun searchFinancialSummaryByProject(request: HttpServletRequest?): List<Map<String, Any>> {
+        val teamId = request?.getParameter("teamId")
+        val args = mutableMapOf<String, Any>()
+        if (teamId != null) {
+            args["teamId"] = teamId
+        }
+        return dashboardService.searchFinancialSummaryByProject(args)
+    }
 }