Arrow Plastic 1 Goal: Using what we’ve learned about Arrow Plastic, design a database that is in 3rd normal form that could be used to determine which jobs and molds are run on which machines. CS-530-12: Database Systems & Programming
1. Arrow Plastic 1 Goal: Using what weve learned about Arrow
Plastic, design a database that is in 3rd normal form that could be
used to determine which jobs and molds are run on which machines.
CS-530-12: Database Systems & Programming
2. ERD 2
3. Molds Table Per Steve @ AP, Changed the Injection Mold Type
from 1 to 4 INSERT INTO dbo.Lookup_MoldType (MoldType,
MoldTypeDescription) VALUES (4, 'Injection Molding') UPDATE
dbo.Molds SET MoldType = 4 WHERE MoldType = 1 DELETE FROM
dbo.Lookup_MoldType WHERE MoldType = 1 MoldNo was created as an
Identity column to ensure data integrity. ArrowMoldNos are the AP
and IBM Mold numbers from the Excel spreadsheets To allow for
growth, MoldType was created as a tinyint and a corresponding
Lookup_ MoldType table was created 3
4. MoldToProduct Table CREATE TABLE dbo.MoldToProduct (See
Picture for Columns & Data Types) ALTER TABLE dbo.MoldToProduct
ADD PRIMARY KEY (ProductNo, MoldNo) ALTER TABLE dbo.MoldToProduct
ADD CONSTRAINT FK_MoldToProduct_Molds FOREIGN KEY (MoldNo)
REFERENCES dbo.Molds (MoldNo) ALTER TABLE dbo.MoldToProduct ADD
CONSTRAINT FK_MoldToProduct_Products FOREIGN KEY (ProductNo)
REFERENCES dbo.Products (ProductNo) 4
5. Products Table --
=================================================== -- Author:
Michaelene -- Create date: 8 Dec 2014 -- Description: This is to
create a Products Table -- for the Arrow Plastics Group Project --
=================================================== USE
ArrowPlastics GO CREATE TABLE dbo.Products (ProductNo int NOT NULL,
Descr varchar(50) NOT NULL, UOM varchar(15) NULL, Unit_Price money
NULL, UPC_no varchar(12) NOT NULL, GTIN_no varchar(14) NOT NULL,
PRIMARY KEY (ProductNo) ) GO 5
6. Mold_Matrix Table 6 This table holds the information of what
molds could run on which machines Primary Key: MoldNo &
MachineNo (Composite) Foreign Key: References from Molds &
Machines Tables SAMPLE DATA:
7. Machines Table 7
8. Product_Schedule Table --Create Product Schedule Table USE
[ArrowPlastics] GO CREATE TABLE [Product_Schedule] (ScheduleNo int
identity(1,1) NOT NULL, MoldNo int NOT NULL, OrderNo int NOT NULL,
ProductNo int NOT NUll, StartTimeStamp datetime NULL, EndTimeStamp
datetime NULL, RunningIndicator bit NULL, PRIMARY KEY
(ScheduleNo)); --Add Foreign Key from Product Schedule to Products
Table USE ArrowPlastics GO ALTER TABLE Product_Schedule WITH
NOCHECK ADD CONSTRAINT FK_Product_Schedule_Products FOREIGN
KEY(ProductNo) REFERENCES [Products](ProductNo) 8
9. Orders Table CREATE TABLE [dbo].[Orders]( [OrderNo] [int]
IDENTITY(1,1) NOT NULL, [OrderDate] [date] NOT NULL, [ShipDate]
[date] NOT NULL, [OrderTotal] [money] NULL, [CustomerNo] [int] NOT
NULL, [ShippingId] [tinyint] NOT NULL, CONSTRAINT [PK_Orders]
PRIMARY KEY CLUSTERED ([OrderNo] ASC)WITH (PAD_INDEX = OFF,
STATISTICS_NORECOMPUTE = OFF, IGNORE_DUP_KEY = OFF, ALLOW_ROW_LOCKS
= ON, ALLOW_PAGE_LOCKS = ON) ON [PRIMARY]) ON [PRIMARY] GO ALTER
TABLE [dbo].[Orders] WITH NOCHECK ADD CONSTRAINT [FK_Orders]
FOREIGN KEY([CustomerNo]) REFERENCES [dbo].[Customers]
([CustomerNo]) GO ALTER TABLE [dbo].[Orders] CHECK CONSTRAINT
[FK_Orders] GO 9
10. Customers Table --
=================================================== -- Author:
Jimmy Koumoundouros -- Create date: 24 Nov 2014 -- Description:
This is to create a Customers Table -- for the Arrow Plastics Group
Project -- =================================================== USE
ArrowPlastics GO CREATE TABLE Customers ( CustomerNo int
IDENTITY(1,1) NOT NULL, CustomerFirstName varchar(50) NOT NULL,
CustomerLastName varchar(50) NOT NULL, CustomerPhone varchar(15)
NOT NULL, CustomerEmail varchar(30) NOT NULL, CustomerAddressLine1
varchar(100) NOT NULL, CustomerAddressLine2 varchar(100) NULL,
CustomerCity varchar(30) NOT NULL, CustomerState char(3) NOT NULL,
CustomerZipCode int NOT NULL, CustomerCountry varchar(30) NOT NULL
PRIMARY KEY (CustomerNo) ) GO 10
12. GetMachineByJobCount Procedure Execute Code Results 12 The
design of this procedure will allow AP to be able to see the number
of molds that each machine can run. Example: Which machines can run
more than 50 molds?
13. GetMachinesWithNoMolds Procedure GetMachinesWithNoMolds USE
ArrowPlastics GO Create Procedure GetMachinesWithNoMolds AS SELECT
MoldMachineMatrix.Machineno AS 'Machine
Number',Machines.Description AS 'Machine Name' FROM
MoldMachineMatrix JOIN Machines ON MoldMachineMatrix.MachineNo =
Machines.MachineNo WHERE MoldMachineMatrix.MoldNo IS NULL EXECUTE
GetMachinesWithNoMolds GO (There are no machines that have no molds
in our sample data.) 13
18. GetCurrentlyRunningSchedules Procedure Procedure Code USE
[ArrowPlastics] GO SET ANSI_NULLS ON GO SET QUOTED_IDENTIFIER ON GO
CREATE PROCEDURE [DBO].[GetCurrentlyRunningSchedules] AS BEGIN
SELECT ps.ScheduleNo, ps.StartTimeStamp, ps.EndTimeStamp, p.descr
AS 'Product Name' From Product_Schedule ps Join Products p ON p.
ProductNo = ps. ProductNo Where RunningIndicator = '1' END GO
Procedure Execute USE [ArrowPlastics] GO EXECUTE
GetCurrentlyRunningSchedules Results From Runningindicator 1 or 0
18
19. GetSummaryOfAllJobsRunning Procedure /****** Object:
StoredProcedure [dbo].[GetSummaryOfAllJobsRunning] Script Date:
12/7/2014 11:58:43 PM ******/ SET ANSI_NULLS ON GO SET
QUOTED_IDENTIFIER ON GO CREATE PROCEDURE
[dbo].[GetSummaryOfAllJobsRunning] AS BEGIN SELECT ps.ScheduleNo AS
'Schedule#', ps.MoldNo AS 'Mold#', ps.OrderNo AS 'Order#',
ps.ProductNo AS 'Product#', p.Descr AS 'Desription',
ps.StartTimeStamp AS 'Job Start Time', ps.EndTimeStamp AS 'Expected
Job End Time' FROM Product_Schedule ps JOIN Products p ON
p.ProductNo = ps.ProductNo WHERE RunningIndicator = '1' END GO --
Execute the Stored Procedure Code USE ArrowPlastics GO EXECUTE
GetSummaryOfAllJobsRunning 19
20. GetJobSummaryByMachine Procedure 20 CREATE PROCEDURE
GetJobSummaryByMachine @InputMachineNo varchar(10) AS BEGIN SELECT
DISTINCT MoldMachineMatrix.MachineNo, ScheduleNo,
MoldMachineMatrix.MoldNo, Products.ProductNo,
Product_Schedule.OrderNo FROM Product_Schedule INNER JOIN Products
ON Product_Schedule.ProductNo = Products.ProductNo INNER JOIN
MoldMachineMatrix ON Product_Schedule.MoldNo =
MoldMachineMatrix.MoldNo WHERE MoldMachineMatrix.MachineNo =
@InputMachineNo END GO -- Execute the Stored Procedure Code DECLARE
@InputMachineNo varchar(10) EXECUTE GetJobSummaryByMachine '10'
EXECUTE GetJobSummaryByMachine '2' EXECUTE GetJobSummaryByMachine
'20' EXECUTE GetJobSummaryByMachine '7a'
21. Contributors Brian Adamson Shoeb Ahmed Charlotte Alessandri
Tara Comerci Saravanakumar Dwarakan Rod Gonzales Stewart Goodman
Isaac Johnson 21 Jimmy Koumoundouros Ubeydullah Kulunkoglu Robert
Mayer Abigail Powers Safwan Sawaie Michaelene Stalla Brett
Stockmeier
