on SQL Managment studio(For the following exercise, use the Week 5.pdfformaxekochi
on SQL Managment studio
(For the following exercise, use the Week 5 DB Design Excel file. Place the completed file in the
zip folder with your .sql files)
A landscaping firm has tasked you with developing a database for their company. You have
gathered requirements and have come up with the following list of data elements to construct a
basic data structure:
Client name Invoice number Equipment description
Invoice date Job description Payment total
Client city Equipment purchase date Employee name
Invoice total Client address
Client phone Employee payrate
Client zip code Client state
a. Using the DB Design Excel file, do the following:
Name the tables using the drop down menu above each table grid
Add the appropriate fields to each table using the drop down menus within the fields of each
table
Choose the correct data type for each field using the drop down menus within the data type
column next to the field.
Example:
(Vendors) (Invoices) (InvoiceLineItems) VendorID InvoiceID InvoiceSequence
VendorName VendorID (FK to Vendors) InvoiceID (FK to Invoices)
VendorAddress InvoiceDate InvoiceLineItemAmount
VendorAddress2 InvoiceTotal
VendorCity
New Database:
Create a new database named Finances.
Write a script that creates the following tables with the listed attributes. Reference foreign keys
where indicated. Be sure to create the tables in order of their dependencies (if you attempt to
create a table with a reference to another table that hasn’t been created, the script will fail).
Register table
RegisterID INT PK IDENTITY NOT NULL
TransactionID
Transactions table INT FK NOT NULL
TransactionID INT PK IDENTITY NOT NULL
AccountID VARCHAR(25) FK NOT NULL
TransactionDate SMALLDATETIME NOT NULL
TransactionAmount
Account table MONEY NOT NULL
AccountID VARCHAR(25) PK NOT NULL
AccountName VARCHAR(50) NOT NULL
AccountAddress VARCHAR(30) NULL
AccountCity VARCHAR(25) NULL
AccountState CHAR(2) NULL
AccountZip VARCHAR(10) NULL
AccountPhone VARCHAR(14) NULL
Create a database diagram of the Finances database. Take a screenshot of the diagram and save
it as a png file.
if you receive an error message informing you that you don’t have permission for the database,
run the following query:
ALTER AUTHORIZATION ON DATABASE::Finances TO sa
GO
Write a script that creates non-clustered indexes on the foreign keys in the Register and
Transactions tables.
Write an ALTER TABLE statement that adds check constraints to the following columns (use
NOCHECK):
AccountPhone (NOT NULL)
TransactionAmount ( > 0 )
Write an ALTER TABLE statement that adds the follow columns to these tables:
Register table:
ReferenceNo
Transactions table: VARCHAR(15) NULL
TransactionType VARCHAR(15) NOT NULL
TransactionCredit BIT NULL
In the Object Explorer, do the following
Expand the Finances database
Expand the Tables folder
Expand each table
Expand the Columns folder for each table
Expand the Constraints folder for the Account and Transactions tables
Expand the Indexes folder for the Register and Tr.
CMS Project Phase II InstructionsIn this phase, you will create t.docxmary772
CMS Project: Phase II Instructions
In this phase, you will create tables based upon the ERD and SQL code below.You will thenpopulate each table with the data presented below. Finally, you will create queries that will be used to support reports for Accounting and Management. You will not actually create the reports in a GUI environment– only the queries that will serve as the basis for the reports. Screenshots are required for a grade to be given. One screenshot is not the idea; however, multiple screenshots along the way is the goal.
Background
:
The following ERD will be used as the basis for this Phase.
Part A: Table Creation and Data Loading
Instructions
: Create a new database in SQL Server and run the following CREATE TABLE commands. Note that you must run the CREATE TABLE statements in the order presented (and load the data in the order presented) to avoid conflicts resulting from foreign key constraints.
Additional instructions for materials to turn in for this phase of your project are included at the end of this specification document.
CREATE TABLE Regions
(RegionID int not null,
RegionAbbreviation varchar(4),
RegionName varchar(100),
CONSTRAINT PK_Regions PRIMARY KEY (RegionID))
CREATE TABLE Countries
(CountryID int not null,
CountryName varchar(50),
WeeklyHours int,
Holidays int,
VacationDays int,
RegionID int,
CONSTRAINT PK_Countries PRIMARY KEY (CountryID),
CONSTRAINT FK_CountriesRegions FOREIGN KEY (RegionID) References Regions)
CREATE TABLE EmployeeTitles
(TitleID int not null,
Title varchar(15),
CONSTRAINT PK_EmpTitles PRIMARY KEY (TitleID))
CREATE TABLE BillingRates
(TitleID int not null,
Level int not null,
Rate float,
CurrencyName varchar(5),
CONSTRAINT PK_BillingRates PRIMARY KEY (TitleID, Level),
CONSTRAINT FK_BillingRatesTitles FOREIGN KEY (TitleID) References EmployeeTitles)
CREATE TABLE Employees
(EmpID int not null,
FirstName varchar(30),
LastName varchar(30),
Email varchar(50),
Salary decimal(10,2),
TitleIDint,
Level int,
SupervisorID int,
CountryID int,
CONSTRAINT PK_Employees PRIMARY KEY (EmpID),
CONSTRAINT FK_EmployeesCountries FOREIGN KEY (CountryID) References Countries,
CONSTRAINT FK_EmployeesEmpTitles FOREIGN KEY (TitleID) References EmployeeTitles,
CONSTRAINT FK_EmployeeSupervisors FOREIGN KEY (SupervisorID) References Employees)
CREATE TABLE ContactTypes
(ContactTypeID int not null,
ContactType varchar(30)
CONSTRAINT PK_ContactTypes PRIMARY KEY (ContactTypeID))
CREATE TABLE ContractTypes
(ContractTypeID int not null,
ContractType varchar(30)
CONSTRAINT PK_ContractTypes PRIMARY KEY (ContractTypeID))
CREATE TABLE BenefitTypes
(BenefitTypeID int not null,
BenefitType varchar(30)
CONSTRAINT PK_BenefitTypes PRIMARY KEY (BenefitTypeID))
CREATE TABLE Clients
(ClientID int not null,
LegalName varchar(50),
CommonName varchar(50),
AddrLine1 varchar(50),
AddrLine2 varchar(50),
City varchar(25),
State_Province varchar(25),
Zip varchar(9),
CountryID int,
CONSTRAINT PK_Cli.
The document provides an implementation plan for a database to support the Refugio Web System project. It includes an entity relationship diagram, logical database model, data dictionary defining the database tables and columns, functional dependency graph, and SQL script to create the database along with sample data. The plan was prepared by KMDC2 and contains details needed to set up the backend database for the Refugio Web System.
BMIS 325CMS Project Phase II InstructionsIn this phase, you w.docxhartrobert670
BMIS 325
CMS Project: Phase II Instructions
In this phase, you will create tables based upon the ERD and SQL code below. You will then populate each table with the data presented below. Finally, you will create queries that will be used to support reports for Accounting and Management. You will not actually create the reports in a GUI environment– only the queries that will serve as the basis for the reports. Screenshots are required for a grade to be given. One screenshot is not the idea; however, multiple screenshots along the way is the goal.
Background:
The following ERD will be used as the basis for this Phase.
Part A: Table Creation and Data Loading
Instructions: Create a new database in SQL Server and run the following CREATE TABLE commands. Note that you must run the CREATE TABLE statements in the order presented (and load the data in the order presented) to avoid conflicts resulting from foreign key constraints.
Additional instructions for materials to turn in for this phase of your project are included at the end of this specification document.
CREATE TABLE Regions
(RegionID int not null,
RegionAbbreviation varchar(4),
RegionName varchar(100),
CONSTRAINT PK_Regions PRIMARY KEY (RegionID))
CREATE TABLE Countries
(CountryID int not null,
CountryName varchar(50),
WeeklyHours int,
Holidays int,
VacationDays int,
RegionID int,
CONSTRAINT PK_Countries PRIMARY KEY (CountryID),
CONSTRAINT FK_CountriesRegions FOREIGN KEY (RegionID) References Regions)
CREATE TABLE EmployeeTitles
(TitleID int not null,
Title varchar(15),
CONSTRAINT PK_EmpTitles PRIMARY KEY (TitleID))
CREATE TABLE BillingRates
(TitleID int not null,
Level int not null,
Rate float,
CurrencyName varchar(5),
CONSTRAINT PK_BillingRates PRIMARY KEY (TitleID, Level),
CONSTRAINT FK_BillingRatesTitles FOREIGN KEY (TitleID) References EmployeeTitles)
CREATE TABLE Employees
(EmpID int not null,
FirstName varchar(30),
LastName varchar(30),
Email varchar(50),
Salary decimal(10,2),
TitleID int,
Level int,
SupervisorID int,
CountryID int,
CONSTRAINT PK_Employees PRIMARY KEY (EmpID),
CONSTRAINT FK_EmployeesCountries FOREIGN KEY (CountryID) References Countries,
CONSTRAINT FK_EmployeesEmpTitles FOREIGN KEY (TitleID) References EmployeeTitles,
CONSTRAINT FK_EmployeeSupervisors FOREIGN KEY (SupervisorID) References Employees)
CREATE TABLE ContactTypes
(ContactTypeID int not null,
ContactType varchar(30)
CONSTRAINT PK_ContactTypes PRIMARY KEY (ContactTypeID))
CREATE TABLE ContractTypes
(ContractTypeID int not null,
ContractType varchar(30)
CONSTRAINT PK_ContractTypes PRIMARY KEY (ContractTypeID))
CREATE TABLE BenefitTypes
(BenefitTypeID int not null,
BenefitType varchar(30)
CONSTRAINT PK_BenefitTypes PRIMARY KEY (BenefitTypeID))
CREATE TABLE Clients
(ClientID int not null,
LegalName varchar(50),
CommonName varchar(50),
AddrLine1 varchar(50),
AddrLine2 varchar(50),
City varchar(25),
State_Province varchar(25),
Zip varchar(9),
CountryID int,
CONSTRA ...
SQL FILE FROM MOODLEUSE [master]GO Object Databa.pdfarrowit1
***SQL FILE FROM MOODLE***
USE [master]
GO
/****** Object: Database [PVF] Script Date: 6/17/2013 1:07:19 PM ******/
CREATE DATABASE [PVF]
ALTER DATABASE [PVF] SET COMPATIBILITY_LEVEL = 110
GO
IF (1 = FULLTEXTSERVICEPROPERTY(\'IsFullTextInstalled\'))
begin
EXEC [PVF].[dbo].[sp_fulltext_database] @action = \'enable\'
end
GO
ALTER DATABASE [PVF] SET ANSI_NULL_DEFAULT OFF
GO
ALTER DATABASE [PVF] SET ANSI_NULLS OFF
GO
ALTER DATABASE [PVF] SET ANSI_PADDING OFF
GO
ALTER DATABASE [PVF] SET ANSI_WARNINGS OFF
GO
ALTER DATABASE [PVF] SET ARITHABORT OFF
GO
ALTER DATABASE [PVF] SET AUTO_CLOSE OFF
GO
ALTER DATABASE [PVF] SET AUTO_CREATE_STATISTICS ON
GO
ALTER DATABASE [PVF] SET AUTO_SHRINK OFF
GO
ALTER DATABASE [PVF] SET AUTO_UPDATE_STATISTICS ON
GO
ALTER DATABASE [PVF] SET CURSOR_CLOSE_ON_COMMIT OFF
GO
ALTER DATABASE [PVF] SET CURSOR_DEFAULT GLOBAL
GO
ALTER DATABASE [PVF] SET CONCAT_NULL_YIELDS_NULL OFF
GO
ALTER DATABASE [PVF] SET NUMERIC_ROUNDABORT OFF
GO
ALTER DATABASE [PVF] SET QUOTED_IDENTIFIER OFF
GO
ALTER DATABASE [PVF] SET RECURSIVE_TRIGGERS OFF
GO
ALTER DATABASE [PVF] SET DISABLE_BROKER
GO
ALTER DATABASE [PVF] SET AUTO_UPDATE_STATISTICS_ASYNC OFF
GO
ALTER DATABASE [PVF] SET DATE_CORRELATION_OPTIMIZATION OFF
GO
ALTER DATABASE [PVF] SET TRUSTWORTHY OFF
GO
ALTER DATABASE [PVF] SET ALLOW_SNAPSHOT_ISOLATION OFF
GO
ALTER DATABASE [PVF] SET PARAMETERIZATION SIMPLE
GO
ALTER DATABASE [PVF] SET READ_COMMITTED_SNAPSHOT OFF
GO
ALTER DATABASE [PVF] SET HONOR_BROKER_PRIORITY OFF
GO
ALTER DATABASE [PVF] SET RECOVERY SIMPLE
GO
ALTER DATABASE [PVF] SET MULTI_USER
GO
ALTER DATABASE [PVF] SET PAGE_VERIFY CHECKSUM
GO
ALTER DATABASE [PVF] SET DB_CHAINING OFF
GO
ALTER DATABASE [PVF] SET FILESTREAM( NON_TRANSACTED_ACCESS = OFF )
GO
ALTER DATABASE [PVF] SET TARGET_RECOVERY_TIME = 0 SECONDS
GO
ALTER DATABASE [PVF] SET READ_WRITE
GO
USE [PVF]
CREATE TABLE Customer_T
(CustomerID NUMERIC(11,0) NOT NULL,
CustomerName VARCHAR(25) NOT NULL,
CustomerAddress VARCHAR(30) ,
CustomerCity VARCHAR(20) ,
CustomerState CHAR(2) ,
CustomerPostalCode VARCHAR(10) ,
CONSTRAINT Customer_PK PRIMARY KEY (CustomerID));
CREATE TABLE Territory_T
(TerritoryID NUMERIC(11,0) NOT NULL,
TerritoryName VARCHAR(50) ,
CONSTRAINT Territory_PK PRIMARY KEY (TerritoryID));
CREATE TABLE DoesBusinessIn_T
(CustomerID NUMERIC(11,0) NOT NULL,
TerritoryID NUMERIC(11,0) NOT NULL,
CONSTRAINT DoesBusinessIn_PK PRIMARY KEY (CustomerID, TerritoryID),
CONSTRAINT DoesBusinessIn_FK1 FOREIGN KEY (CustomerID) REFERENCES
Customer_T(CustomerID),
CONSTRAINT DoesBusinessIn_FK2 FOREIGN KEY (TerritoryID) REFERENCES
Territory_T(TerritoryID));
CREATE TABLE Employee_T
(EmployeeID VARCHAR(10) NOT NULL,
EmployeeName VARCHAR(25) ,
EmployeeAddress VARCHAR(30) ,
EmployeeBirthDate DATE ,
EmployeeCity VARCHAR(20) ,
EmployeeState CHAR(2) ,
EmployeeZipCode VARCHAR(10) ,
EmployeeDateHired DATE ,
EmployeeSupervisor VARCHAR(10) ,
CONSTRAINT Employee_PK PRIMARY KEY (EmployeeID));
CREATE TABLE Skill_T
(SkillID VARCHAR(12) NOT NULL,
SkillDescription.
This document contains SQL statements to create tables and sequences to support an HR database. It creates tables for regions, countries, locations, departments, jobs, employees and job history. It inserts data into the regions, countries and locations tables. It also creates a view to join employee details from multiple tables.
The document discusses different ways of partitioning sales data tables in a MySQL database and compares the performance of partitioned vs non-partitioned tables. It covers partitioning sales data by date, order ID, and different engines (InnoDB vs MyISAM). The performance of queries, inserts and administrative tasks on the different partitioning schemes is evaluated. While partitioning sometimes improved performance, it also introduced overhead in some cases depending on the use case. Proper partitioning requires understanding how the data is distributed and accessed.
TASK 01
(a) RELATIONAL SCHEMA
Customer (
CustomerID
, CustomerName, CustomerAddress, CustomerContactNum)
Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status)
Delivered (DeliverdDate)
Returned (ReturnedDate)
Lost (LostEntryDate)
Invoice (
InvoiceID,
InvoiceDate, InvoiceAmount)
Claim (
ClaimID
, ClaimLodgedDate, ClaimSettledAmount, ClaimPaidDate)
Employee (
EmployeeID
, EmployeeName, EmployeeStartDate)
On the basis of relationship that exist between the entities, the table can be further broken down as;
Since one customer can order for multiple parcels therefore, 1 to many relationship exists between them.
· Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status,
CustomerID
) Foreign Key:
CustomerID
Since there is 1 to1 relationship between Parcel and Delivered, Parcel and Returned, Parcel and Lost.
· Delivered (ParcelID,DeliverdDate) Primary Key: ParcelID
· Returned (ParcelID,ReturnedDate) Primary Key: ParcelID
· Lost (ParcelID,LostEntryDate) Primary Key: ParcelID
Since 1 to 1 relation exists between Parcel and Claim.
· Claim (
ClaimID
, ClaimLodgedDate, ClaimSettledAmount, ClaimPaidDate,
ParcelID
)
Foreign Key:
parcelID
Since 1 to 1 relation exists between LostParcel and Claim.
· Lost (
LostId
,LostEntryDate,
ParcelID
)
Primary Key: LostID
Foreign Key
: ParcelID
Since there is 1 to 1 relationship between Parcel and Invoice
1.
Invoice (
InvoiceID,
InvoiceDate, InvoiceAmount,
ParcelID
)
Foreign Key:
parcelID
Since there is 1 employee can be responsible for multiple Parcel. Therefore,
2.
Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status,
CustomerID, EmployeeID
)
Foreign Key:
CustomerID,EmployeeID
Since 1 to many relationship exists between Employee and
· Delivered (
DeliveredID
, ParcelID,DeliverdDate,
EmployeeID
) Primary Key: DeliveredID
· Returned (
ReturnedID
, ParcelID,ReturnedDate,
EmployeeID
) Primary Key: ReturnedID
· Lost (
LostId
,ParcelID,LostEntryDate,
EmployeeID
) Primary Key:
LostId
Foreign key:
EmployeeID,ParcelID
TASK 01
(b) NORMALIZATION
1.
Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status,
CustomerID, EmployeeID
)
In this one customer can order multiple parcels, therefore customerID is not enough to uniquely identify a tuple. There is no partial key dependency. The primary key is the only key that identifies the tuple, therefore, this table is 2NF.
For 3NF, there must be a transitive dependency, but in this table here is no attribute that can further identify a tuple uniquely, therefor it is already in 3NF
2.
Delivered (
DeliveredID
, ParcelID,DeliverdDate,
EmployeeID
)
In this table, there is no partial key dependency, therefore it is already in 2NF.
Every attribute is fully dependent on DeliveredID, there is no transitive dependen ...
on SQL Managment studio(For the following exercise, use the Week 5.pdfformaxekochi
on SQL Managment studio
(For the following exercise, use the Week 5 DB Design Excel file. Place the completed file in the
zip folder with your .sql files)
A landscaping firm has tasked you with developing a database for their company. You have
gathered requirements and have come up with the following list of data elements to construct a
basic data structure:
Client name Invoice number Equipment description
Invoice date Job description Payment total
Client city Equipment purchase date Employee name
Invoice total Client address
Client phone Employee payrate
Client zip code Client state
a. Using the DB Design Excel file, do the following:
Name the tables using the drop down menu above each table grid
Add the appropriate fields to each table using the drop down menus within the fields of each
table
Choose the correct data type for each field using the drop down menus within the data type
column next to the field.
Example:
(Vendors) (Invoices) (InvoiceLineItems) VendorID InvoiceID InvoiceSequence
VendorName VendorID (FK to Vendors) InvoiceID (FK to Invoices)
VendorAddress InvoiceDate InvoiceLineItemAmount
VendorAddress2 InvoiceTotal
VendorCity
New Database:
Create a new database named Finances.
Write a script that creates the following tables with the listed attributes. Reference foreign keys
where indicated. Be sure to create the tables in order of their dependencies (if you attempt to
create a table with a reference to another table that hasn’t been created, the script will fail).
Register table
RegisterID INT PK IDENTITY NOT NULL
TransactionID
Transactions table INT FK NOT NULL
TransactionID INT PK IDENTITY NOT NULL
AccountID VARCHAR(25) FK NOT NULL
TransactionDate SMALLDATETIME NOT NULL
TransactionAmount
Account table MONEY NOT NULL
AccountID VARCHAR(25) PK NOT NULL
AccountName VARCHAR(50) NOT NULL
AccountAddress VARCHAR(30) NULL
AccountCity VARCHAR(25) NULL
AccountState CHAR(2) NULL
AccountZip VARCHAR(10) NULL
AccountPhone VARCHAR(14) NULL
Create a database diagram of the Finances database. Take a screenshot of the diagram and save
it as a png file.
if you receive an error message informing you that you don’t have permission for the database,
run the following query:
ALTER AUTHORIZATION ON DATABASE::Finances TO sa
GO
Write a script that creates non-clustered indexes on the foreign keys in the Register and
Transactions tables.
Write an ALTER TABLE statement that adds check constraints to the following columns (use
NOCHECK):
AccountPhone (NOT NULL)
TransactionAmount ( > 0 )
Write an ALTER TABLE statement that adds the follow columns to these tables:
Register table:
ReferenceNo
Transactions table: VARCHAR(15) NULL
TransactionType VARCHAR(15) NOT NULL
TransactionCredit BIT NULL
In the Object Explorer, do the following
Expand the Finances database
Expand the Tables folder
Expand each table
Expand the Columns folder for each table
Expand the Constraints folder for the Account and Transactions tables
Expand the Indexes folder for the Register and Tr.
CMS Project Phase II InstructionsIn this phase, you will create t.docxmary772
CMS Project: Phase II Instructions
In this phase, you will create tables based upon the ERD and SQL code below.You will thenpopulate each table with the data presented below. Finally, you will create queries that will be used to support reports for Accounting and Management. You will not actually create the reports in a GUI environment– only the queries that will serve as the basis for the reports. Screenshots are required for a grade to be given. One screenshot is not the idea; however, multiple screenshots along the way is the goal.
Background
:
The following ERD will be used as the basis for this Phase.
Part A: Table Creation and Data Loading
Instructions
: Create a new database in SQL Server and run the following CREATE TABLE commands. Note that you must run the CREATE TABLE statements in the order presented (and load the data in the order presented) to avoid conflicts resulting from foreign key constraints.
Additional instructions for materials to turn in for this phase of your project are included at the end of this specification document.
CREATE TABLE Regions
(RegionID int not null,
RegionAbbreviation varchar(4),
RegionName varchar(100),
CONSTRAINT PK_Regions PRIMARY KEY (RegionID))
CREATE TABLE Countries
(CountryID int not null,
CountryName varchar(50),
WeeklyHours int,
Holidays int,
VacationDays int,
RegionID int,
CONSTRAINT PK_Countries PRIMARY KEY (CountryID),
CONSTRAINT FK_CountriesRegions FOREIGN KEY (RegionID) References Regions)
CREATE TABLE EmployeeTitles
(TitleID int not null,
Title varchar(15),
CONSTRAINT PK_EmpTitles PRIMARY KEY (TitleID))
CREATE TABLE BillingRates
(TitleID int not null,
Level int not null,
Rate float,
CurrencyName varchar(5),
CONSTRAINT PK_BillingRates PRIMARY KEY (TitleID, Level),
CONSTRAINT FK_BillingRatesTitles FOREIGN KEY (TitleID) References EmployeeTitles)
CREATE TABLE Employees
(EmpID int not null,
FirstName varchar(30),
LastName varchar(30),
Email varchar(50),
Salary decimal(10,2),
TitleIDint,
Level int,
SupervisorID int,
CountryID int,
CONSTRAINT PK_Employees PRIMARY KEY (EmpID),
CONSTRAINT FK_EmployeesCountries FOREIGN KEY (CountryID) References Countries,
CONSTRAINT FK_EmployeesEmpTitles FOREIGN KEY (TitleID) References EmployeeTitles,
CONSTRAINT FK_EmployeeSupervisors FOREIGN KEY (SupervisorID) References Employees)
CREATE TABLE ContactTypes
(ContactTypeID int not null,
ContactType varchar(30)
CONSTRAINT PK_ContactTypes PRIMARY KEY (ContactTypeID))
CREATE TABLE ContractTypes
(ContractTypeID int not null,
ContractType varchar(30)
CONSTRAINT PK_ContractTypes PRIMARY KEY (ContractTypeID))
CREATE TABLE BenefitTypes
(BenefitTypeID int not null,
BenefitType varchar(30)
CONSTRAINT PK_BenefitTypes PRIMARY KEY (BenefitTypeID))
CREATE TABLE Clients
(ClientID int not null,
LegalName varchar(50),
CommonName varchar(50),
AddrLine1 varchar(50),
AddrLine2 varchar(50),
City varchar(25),
State_Province varchar(25),
Zip varchar(9),
CountryID int,
CONSTRAINT PK_Cli.
The document provides an implementation plan for a database to support the Refugio Web System project. It includes an entity relationship diagram, logical database model, data dictionary defining the database tables and columns, functional dependency graph, and SQL script to create the database along with sample data. The plan was prepared by KMDC2 and contains details needed to set up the backend database for the Refugio Web System.
BMIS 325CMS Project Phase II InstructionsIn this phase, you w.docxhartrobert670
BMIS 325
CMS Project: Phase II Instructions
In this phase, you will create tables based upon the ERD and SQL code below. You will then populate each table with the data presented below. Finally, you will create queries that will be used to support reports for Accounting and Management. You will not actually create the reports in a GUI environment– only the queries that will serve as the basis for the reports. Screenshots are required for a grade to be given. One screenshot is not the idea; however, multiple screenshots along the way is the goal.
Background:
The following ERD will be used as the basis for this Phase.
Part A: Table Creation and Data Loading
Instructions: Create a new database in SQL Server and run the following CREATE TABLE commands. Note that you must run the CREATE TABLE statements in the order presented (and load the data in the order presented) to avoid conflicts resulting from foreign key constraints.
Additional instructions for materials to turn in for this phase of your project are included at the end of this specification document.
CREATE TABLE Regions
(RegionID int not null,
RegionAbbreviation varchar(4),
RegionName varchar(100),
CONSTRAINT PK_Regions PRIMARY KEY (RegionID))
CREATE TABLE Countries
(CountryID int not null,
CountryName varchar(50),
WeeklyHours int,
Holidays int,
VacationDays int,
RegionID int,
CONSTRAINT PK_Countries PRIMARY KEY (CountryID),
CONSTRAINT FK_CountriesRegions FOREIGN KEY (RegionID) References Regions)
CREATE TABLE EmployeeTitles
(TitleID int not null,
Title varchar(15),
CONSTRAINT PK_EmpTitles PRIMARY KEY (TitleID))
CREATE TABLE BillingRates
(TitleID int not null,
Level int not null,
Rate float,
CurrencyName varchar(5),
CONSTRAINT PK_BillingRates PRIMARY KEY (TitleID, Level),
CONSTRAINT FK_BillingRatesTitles FOREIGN KEY (TitleID) References EmployeeTitles)
CREATE TABLE Employees
(EmpID int not null,
FirstName varchar(30),
LastName varchar(30),
Email varchar(50),
Salary decimal(10,2),
TitleID int,
Level int,
SupervisorID int,
CountryID int,
CONSTRAINT PK_Employees PRIMARY KEY (EmpID),
CONSTRAINT FK_EmployeesCountries FOREIGN KEY (CountryID) References Countries,
CONSTRAINT FK_EmployeesEmpTitles FOREIGN KEY (TitleID) References EmployeeTitles,
CONSTRAINT FK_EmployeeSupervisors FOREIGN KEY (SupervisorID) References Employees)
CREATE TABLE ContactTypes
(ContactTypeID int not null,
ContactType varchar(30)
CONSTRAINT PK_ContactTypes PRIMARY KEY (ContactTypeID))
CREATE TABLE ContractTypes
(ContractTypeID int not null,
ContractType varchar(30)
CONSTRAINT PK_ContractTypes PRIMARY KEY (ContractTypeID))
CREATE TABLE BenefitTypes
(BenefitTypeID int not null,
BenefitType varchar(30)
CONSTRAINT PK_BenefitTypes PRIMARY KEY (BenefitTypeID))
CREATE TABLE Clients
(ClientID int not null,
LegalName varchar(50),
CommonName varchar(50),
AddrLine1 varchar(50),
AddrLine2 varchar(50),
City varchar(25),
State_Province varchar(25),
Zip varchar(9),
CountryID int,
CONSTRA ...
SQL FILE FROM MOODLEUSE [master]GO Object Databa.pdfarrowit1
***SQL FILE FROM MOODLE***
USE [master]
GO
/****** Object: Database [PVF] Script Date: 6/17/2013 1:07:19 PM ******/
CREATE DATABASE [PVF]
ALTER DATABASE [PVF] SET COMPATIBILITY_LEVEL = 110
GO
IF (1 = FULLTEXTSERVICEPROPERTY(\'IsFullTextInstalled\'))
begin
EXEC [PVF].[dbo].[sp_fulltext_database] @action = \'enable\'
end
GO
ALTER DATABASE [PVF] SET ANSI_NULL_DEFAULT OFF
GO
ALTER DATABASE [PVF] SET ANSI_NULLS OFF
GO
ALTER DATABASE [PVF] SET ANSI_PADDING OFF
GO
ALTER DATABASE [PVF] SET ANSI_WARNINGS OFF
GO
ALTER DATABASE [PVF] SET ARITHABORT OFF
GO
ALTER DATABASE [PVF] SET AUTO_CLOSE OFF
GO
ALTER DATABASE [PVF] SET AUTO_CREATE_STATISTICS ON
GO
ALTER DATABASE [PVF] SET AUTO_SHRINK OFF
GO
ALTER DATABASE [PVF] SET AUTO_UPDATE_STATISTICS ON
GO
ALTER DATABASE [PVF] SET CURSOR_CLOSE_ON_COMMIT OFF
GO
ALTER DATABASE [PVF] SET CURSOR_DEFAULT GLOBAL
GO
ALTER DATABASE [PVF] SET CONCAT_NULL_YIELDS_NULL OFF
GO
ALTER DATABASE [PVF] SET NUMERIC_ROUNDABORT OFF
GO
ALTER DATABASE [PVF] SET QUOTED_IDENTIFIER OFF
GO
ALTER DATABASE [PVF] SET RECURSIVE_TRIGGERS OFF
GO
ALTER DATABASE [PVF] SET DISABLE_BROKER
GO
ALTER DATABASE [PVF] SET AUTO_UPDATE_STATISTICS_ASYNC OFF
GO
ALTER DATABASE [PVF] SET DATE_CORRELATION_OPTIMIZATION OFF
GO
ALTER DATABASE [PVF] SET TRUSTWORTHY OFF
GO
ALTER DATABASE [PVF] SET ALLOW_SNAPSHOT_ISOLATION OFF
GO
ALTER DATABASE [PVF] SET PARAMETERIZATION SIMPLE
GO
ALTER DATABASE [PVF] SET READ_COMMITTED_SNAPSHOT OFF
GO
ALTER DATABASE [PVF] SET HONOR_BROKER_PRIORITY OFF
GO
ALTER DATABASE [PVF] SET RECOVERY SIMPLE
GO
ALTER DATABASE [PVF] SET MULTI_USER
GO
ALTER DATABASE [PVF] SET PAGE_VERIFY CHECKSUM
GO
ALTER DATABASE [PVF] SET DB_CHAINING OFF
GO
ALTER DATABASE [PVF] SET FILESTREAM( NON_TRANSACTED_ACCESS = OFF )
GO
ALTER DATABASE [PVF] SET TARGET_RECOVERY_TIME = 0 SECONDS
GO
ALTER DATABASE [PVF] SET READ_WRITE
GO
USE [PVF]
CREATE TABLE Customer_T
(CustomerID NUMERIC(11,0) NOT NULL,
CustomerName VARCHAR(25) NOT NULL,
CustomerAddress VARCHAR(30) ,
CustomerCity VARCHAR(20) ,
CustomerState CHAR(2) ,
CustomerPostalCode VARCHAR(10) ,
CONSTRAINT Customer_PK PRIMARY KEY (CustomerID));
CREATE TABLE Territory_T
(TerritoryID NUMERIC(11,0) NOT NULL,
TerritoryName VARCHAR(50) ,
CONSTRAINT Territory_PK PRIMARY KEY (TerritoryID));
CREATE TABLE DoesBusinessIn_T
(CustomerID NUMERIC(11,0) NOT NULL,
TerritoryID NUMERIC(11,0) NOT NULL,
CONSTRAINT DoesBusinessIn_PK PRIMARY KEY (CustomerID, TerritoryID),
CONSTRAINT DoesBusinessIn_FK1 FOREIGN KEY (CustomerID) REFERENCES
Customer_T(CustomerID),
CONSTRAINT DoesBusinessIn_FK2 FOREIGN KEY (TerritoryID) REFERENCES
Territory_T(TerritoryID));
CREATE TABLE Employee_T
(EmployeeID VARCHAR(10) NOT NULL,
EmployeeName VARCHAR(25) ,
EmployeeAddress VARCHAR(30) ,
EmployeeBirthDate DATE ,
EmployeeCity VARCHAR(20) ,
EmployeeState CHAR(2) ,
EmployeeZipCode VARCHAR(10) ,
EmployeeDateHired DATE ,
EmployeeSupervisor VARCHAR(10) ,
CONSTRAINT Employee_PK PRIMARY KEY (EmployeeID));
CREATE TABLE Skill_T
(SkillID VARCHAR(12) NOT NULL,
SkillDescription.
This document contains SQL statements to create tables and sequences to support an HR database. It creates tables for regions, countries, locations, departments, jobs, employees and job history. It inserts data into the regions, countries and locations tables. It also creates a view to join employee details from multiple tables.
The document discusses different ways of partitioning sales data tables in a MySQL database and compares the performance of partitioned vs non-partitioned tables. It covers partitioning sales data by date, order ID, and different engines (InnoDB vs MyISAM). The performance of queries, inserts and administrative tasks on the different partitioning schemes is evaluated. While partitioning sometimes improved performance, it also introduced overhead in some cases depending on the use case. Proper partitioning requires understanding how the data is distributed and accessed.
TASK 01
(a) RELATIONAL SCHEMA
Customer (
CustomerID
, CustomerName, CustomerAddress, CustomerContactNum)
Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status)
Delivered (DeliverdDate)
Returned (ReturnedDate)
Lost (LostEntryDate)
Invoice (
InvoiceID,
InvoiceDate, InvoiceAmount)
Claim (
ClaimID
, ClaimLodgedDate, ClaimSettledAmount, ClaimPaidDate)
Employee (
EmployeeID
, EmployeeName, EmployeeStartDate)
On the basis of relationship that exist between the entities, the table can be further broken down as;
Since one customer can order for multiple parcels therefore, 1 to many relationship exists between them.
· Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status,
CustomerID
) Foreign Key:
CustomerID
Since there is 1 to1 relationship between Parcel and Delivered, Parcel and Returned, Parcel and Lost.
· Delivered (ParcelID,DeliverdDate) Primary Key: ParcelID
· Returned (ParcelID,ReturnedDate) Primary Key: ParcelID
· Lost (ParcelID,LostEntryDate) Primary Key: ParcelID
Since 1 to 1 relation exists between Parcel and Claim.
· Claim (
ClaimID
, ClaimLodgedDate, ClaimSettledAmount, ClaimPaidDate,
ParcelID
)
Foreign Key:
parcelID
Since 1 to 1 relation exists between LostParcel and Claim.
· Lost (
LostId
,LostEntryDate,
ParcelID
)
Primary Key: LostID
Foreign Key
: ParcelID
Since there is 1 to 1 relationship between Parcel and Invoice
1.
Invoice (
InvoiceID,
InvoiceDate, InvoiceAmount,
ParcelID
)
Foreign Key:
parcelID
Since there is 1 employee can be responsible for multiple Parcel. Therefore,
2.
Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status,
CustomerID, EmployeeID
)
Foreign Key:
CustomerID,EmployeeID
Since 1 to many relationship exists between Employee and
· Delivered (
DeliveredID
, ParcelID,DeliverdDate,
EmployeeID
) Primary Key: DeliveredID
· Returned (
ReturnedID
, ParcelID,ReturnedDate,
EmployeeID
) Primary Key: ReturnedID
· Lost (
LostId
,ParcelID,LostEntryDate,
EmployeeID
) Primary Key:
LostId
Foreign key:
EmployeeID,ParcelID
TASK 01
(b) NORMALIZATION
1.
Parcel (
ParcelID
, ParcelWeightInGrams, FromAddress, ToAddress, DateCollected, ParselValue, Charges, Status,
CustomerID, EmployeeID
)
In this one customer can order multiple parcels, therefore customerID is not enough to uniquely identify a tuple. There is no partial key dependency. The primary key is the only key that identifies the tuple, therefore, this table is 2NF.
For 3NF, there must be a transitive dependency, but in this table here is no attribute that can further identify a tuple uniquely, therefor it is already in 3NF
2.
Delivered (
DeliveredID
, ParcelID,DeliverdDate,
EmployeeID
)
In this table, there is no partial key dependency, therefore it is already in 2NF.
Every attribute is fully dependent on DeliveredID, there is no transitive dependen ...
RELATIONAL DATABASES & Database design
CIS276
EmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27
Employee
Table Name
Field Names
Records (rows or tuples)
Fields (columns or attributes)
Tables
StateAbbrevStateNameEnterUnionOrderStateBirdStatePopulationCTConnecticut5Robin3,590,347MIMichigan26Robin9,883,360SDSouth Dakota40Pheasant833,354
Primary Key
Alternate keys
Keys
State
StateAbbrevStateNameEnterUnionOrderStateBirdStatePopulationCTConnecticut5Robin3,590,347MIMichigan26Robin9,883,360SDSouth Dakota40Pheasant833,354StateAbbrevCityNameCityPopulationCTHartford124,062CTMadison18,803CTPortland9,551MILansing119,128SDMadison6,482SDPierre13,899
Primary key (State table)
Keys
Composite primary key (City table)
Foreign Key
State
City
Relationships- One to ManyEmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27DeptNumDeptNameDeptHead24Finance811227Marketing217331Technology4519
Primary key for the one to many relationship
Primary Key
Foreign key for the one to many relationship
Employee
Department
1:M or 1:N
Relationships- One to OneEmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27EmployeeNumUserNamePassword2173bhennessey********4519lnoordsy********8005Pamidon********
Employee
Credential
Primary key for the one to one relationship
Foreign key for the one to one relationship
1:1
Relationships- Many to ManyEmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27PositIDPositDescPayGrade1Director452Manager403Analyst30EmployeeNumPositIDStartDateEndDate2173212/14/20114519104/23/20134519311/11/200704/22/20138005306/05/201208/25/20138005207/02/201006/04/2012
Employee
Position
Employment
Primary Key (Employee table)
Primary Key (Position table)
Composite primary key of join table
Foreign keys related to the Employee and Position tables
M:N
Integrity Constraints
Entity integrity constraint
Primary key cannot be null
Referential integrity
Each non-null foreign key value must match a primary key value in the primary table
Domain integrity constraint
A domain is a set of values from which one or more fields draw their actual values
A rule you specify for a field (text size, validation rule, etc.)
Dependencies and DeterminantsEmployeeNumPositIDLastNamePositDescStartDateHealthPlanPlanDesc21732HennesseyManager12/14/2011BManaged HMO45191NoordsyDirector04/23/2013AManaged PPO45193NoordsyAnalyst11/11/2007AManaged PPO80053AmidonAnalyst06/05/2012CHealth Savings80054AmidonClerk07/02/2010CHealth Savings
StartDate
EmployeeNum
PositID
HealthPlan
LastName
PlanDesc
PositDesc
Composite Key
Transitive Dependancy
AnomaliesEmployeeNumPositIDLastNamePositDescStartDateHealthPlanPlanDesc21732HennesseyManager12/14/2011BManaged HMO45191NoordsyDirector04/23/2013AManaged PPO45193NoordsyAnalyst11/11/2007AManaged PPO80053AmidonAnalyst06/05/2012CHealth Savings80054AmidonClerk07/02/2010CHealth Savings
Composite Key
Insertion anomal ...
The document discusses the importance of unit testing and describes how developers are returning to write good tests after cutting corners during economic difficulties. It provides examples of unit tests being written for an order management system using PHPUnit to test the createOrder method by mocking dependencies and asserting the return value.
This document discusses various strategies for optimizing MySQL performance, including:
1. Using partitioning, indexes, and caching to improve query performance. Functional and multi-level partitioning techniques are described.
2. Denormalizing data, adding columns, and flagging rows to reduce the number of joins and optimize for read-heavy workloads.
3. Monitoring tools like the slow query log, server status, and InnoTOP are recommended for identifying bottlenecks and tracking improvements over time. Testing and an iterative process of addressing the biggest problems is advised.
Having issues with passing my values through different functions aft.pdfrajkumarm401
The document describes creating an EmployeeRecord class to store employee data including ID, name, department, and salary. It includes the class definition with private member variables and public getter/setter functions. The main() function demonstrates creating an EmployeeRecord object, passing values to the constructor, and calling printRecord() to output the data. Issues were encountered passing values through functions after construction. The solution comments out incorrect nulling of string pointers in the constructor, fixes the getter/setter functions to properly copy between members and parameters, and changes the salary input in main to not use a pointer.
DN 2017 | Reducing pain in data engineering | Martin Loetzsch | Project ADataconomy Media
Making the data of a company accessible to analysts, business users and data scientists can be a quite painful endeavor. In the past 5 years, Project A has supported many of its portfolio companies with building data infrastructures and we experienced many of these pains first-hand. This talk shows how some of these pains can be overcome by applying common sense and standard software engineering best practices.
Susan Whitfield completed a 13-week SQL Server 2008 certification program through SetFocus, LLC. The intensive course covered database administration, development, and used tools like SQL Server Management Studio. Susan's presentation includes examples from projects building databases, writing T-SQL code, and creating packages, reports, and diagrams. She is looking for SQL-related work and can be contacted at the provided email.
OakTable World 2015 - Using XMLType content with the Oracle In-Memory Column...Marco Gralike
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So I already have most of the code and now I have to1. create an .pdfarjuncollection
So I already have most of the code and now I have to:
1. create an index file to keep track of all the inventory IDs and their locations
2. modify my class to be able to display any record with a given ID without searching through
the entire file
// This program displays the contents of the inventory file.
#include
#include
#include
using namespace std;
class DB{
// Declaration of InventoryItem structure
class InventoryItem
{
public:
char Id[5];
char desc[31];
int qty;
float price;
};
string DBname;
fstream inventory;// (DBname, ios::in | ios::binary);
public: DB(string N){ DBname = N; }// constructor
private:void Input(InventoryItem &Inv)
{
cout << \"Please type Id\" << endl;
cin >> Inv.Id;
cout << \"Please type Desc\" << endl;
cin >> Inv.desc;
cout << \"Please type qty\" << endl;
cin >> Inv.qty;
cout << \"Please type price\"<> Inv.price;
}
public: void Create(int Nrec)
{
inventory.open(DBname, ios::out | ios::binary);
// fstream inventory(\"Inventory.dat\", ios::out | ios::binary);
InventoryItem record = { \"\", \" \", 0, 0.0 };
// Write the blank records
for (int count = 0; count < Nrec; count++)
{
Input(record);
cout << \"Now writing record \" << count << endl;
inventory.write(reinterpret_cast(&record), sizeof(record));
}
// Close the file.
inventory.close();
return ;
}
public: void Display()
{
inventory.open(DBname, ios::in | ios::binary);
InventoryItem record = { \"\",\"\", 0, 0.0 };
// Now read and display the records
inventory.read(reinterpret_cast(&record),
sizeof(record));
while (!inventory.eof())
{
cout << \"Inventory Id: \";
cout << record.Id << endl;
cout << \"Description: \";
cout << record.desc << endl;
cout << \"Quantity: \";
cout << record.qty << endl;
cout << \"Price: \";
cout << record.price << endl << endl;
inventory.read(reinterpret_cast(&record), sizeof(record));
}
// Close the file.
inventory.close();
return;
}
};
int main()
{
DB Mydb(\"Inventory.dat\"); // declare a database
Mydb.Create(3); // load data
cout << \"***** display ***\" << endl;
Mydb.Display(); // print entire database
// implement the following function
// Mydb.Show(\"AB001\"); // display record with given ID
char C; cin >> C; return 0;
}
Solution
Programming Code in C++
#include
#include
#include
#include
#include
#include
using namespace std;
//Structure.
struct InvStruct
{
string iName;
int iQuantity;
double iPrice;
};
const int MAXSIZE = 9;
void addToInventory(InvStruct aList[], int& aSize);
void displayInventory(const InvStruct aList[], int aSize);
void saveToFile(const InvStruct aList[], int aSize);
void openAFile(InvStruct aList[], int& aSize);
char menuResponse();
int main(int argc, char *argv[])
{
InvStruct iRecords[MAXSIZE];
int noOfRec = 0;
bool reRun = true;
do
{
cout << \"Inventory has \" << noOfRec << \" items\" << endl;
switch (menuResponse())
{
case \'A\':
addToInventory(iRecords, noOfRec);
break;
case \'D\':
displayInventory(iRecords, noOfRec);
break;
case \'O\':
openAFile(iRecords, noOfRec);
break;
case \'S\':
saveToFile(iRecords, noOfRe.
This document describes the contents and structure of a banking database. It contains 11 sets that cover topics like creating and dropping databases and tables, queries, functions, joins, subqueries, users and privileges, stored procedures, transactions, triggers, and views. The document also includes examples for each topic to demonstrate how to work with the banking database.
CakePHP is a nice way of using MVC architecture in you PHP environment. Looking through this presentation you'll get introduced to MVC and get some start up code examples for you to explore.
The document contains SQL scripts that create tables, insert data, and define constraints for a sample database containing departments and employees. The scripts create tables for departments and employees with columns such as department_id, department_name, employee_id, first_name etc. Primary keys and foreign keys are added to define relationships between tables. Sample data is inserted into the tables for departments and employees.
The document describes a stock market application created using CORBA. It defines stock interfaces and data types in an IDL file. It implements the server using a POA and registers it with the naming service. The client connects to the server object, allows registration of companies and customers, and has options to buy/sell shares or view details. The code provides an example of building a distributed stock trading application using CORBA.
- Php myadmin sql dump-- version 4.0.10.7-- httpwww.phpssuserfa5723
This document contains the SQL code to create tables and insert data into a database for storing employee, department, and country information. It includes SQL statements to define tables for countries, departments, jobs, job history, locations, and regions. It also includes INSERT statements to populate the tables with sample data.
This document discusses SQL and database connectivity using Python. It covers SQL statements like SELECT, INSERT, UPDATE, DELETE. It describes database tables like orders and parts with sample data. It also explains how to connect to databases using Python DB-API modules, execute queries, retrieve and manipulate result sets. Key methods like cursor.execute, fetchall are demonstrated along with transaction handling.
Below is my code- I have an error that I still have difficulty figurin.pdfarmanuelraj
Below is my code. I have an error that I still have difficulty figuring out. Please explain and
teach me the solution to fix it specifically (e.g. changing which line in the code). Thank you!
main.cpp
/*
Overloaded stream insertion operator <<
- used to display reports and write data to file.
Overloaded relational operator (<)
- used to sort the array in ascending order by name (insertion sort)
*/
#include "Sales.h"
#include <iostream>
#include <sstream>
#include <iomanip>
#include <fstream>
#include <string>
using namespace std;
const int MAX_SIZE = 30;
/* Write your code here:
declare the function you are going to call in this program
*/
void readData(string fileName, Sales *salesArr, int &size);
void insertSort(Sales *salesArr, int size);
double calcSalesAvg(Sales *salesArr, int size);
void displayOverAvg(Sales *salesArr, int size, double avg);
void writeReport(Sales *salesArr, int size, string fileName);
void showReport(string fileName);
int main() {
Sales salesArr[MAX_SIZE];
int size = 0;
string fileName;
cout << "Please enter the input file's name: ";
getline(cin, fileName);
readData(fileName, salesArr, size);
insertSort(salesArr, size);
double avg = calcSalesAvg(salesArr, size);
displayOverAvg(salesArr, size, avg);
writeReport(salesArr, size, fileName);
string option;
cout << "Show report?" << endl;
getline(cin, option);
if (option == "Y" || option == "y")
showReport(fileName);
return 0;
}
// function definitions
void readData(string fileName, Sales *salesArr, int &size) {
string temp;
int i = 0;
fstream ptr;
ptr.open(fileName, ios::in);
while (getline(ptr, temp)) {
size++;
stringstream chk(temp);
string t2;
int id, year, amountSold;
string fname, lname;
int j = 0;
while (getline(chk, t2, ' ')) {
if (j == 0) {
id = stoi(t2);
}
if (j == 1) {
year = stoi(t2);
}
if (j == 2) {
fname = t2;
}
if (j == 3) {
lname = t2;
}
if (j == 4) {
amountSold = stoi(t2);
}
j++;
}
string gg = fname + " " + lname;
gg[gg.size() - 1] = 0;
Sales ss(id, year, gg, amountSold);
salesArr[i] = ss;
i++;
}
ptr.close();
}
void insertSort(Sales *salesArr, int size) {
for (int i = 0; i < size; i++) {
for (int j = i + 1; j < size; j++) {
if (salesArr[j] < salesArr[i]) {
Sales temp(salesArr[i]);
salesArr[i] = salesArr[j];
salesArr[j] = temp;
}
}
}
}
double calcSalesAvg(Sales *salesArr, int size) {
double d = 0;
for (int i = 0; i < size; i++) {
d += (salesArr[i].getAmountSold());
}
return (double) d / size;
}
void displayOverAvg(Sales *salesArr, int size, double avg) {
cout << "Average Sales: " << avg << endl;
string nm ;
cout << "Salespeople with above average sales:" << endl;
for (int i = 0; i < size; i++) {
if (salesArr[i].getAmountSold() > avg) {
cout << salesArr[i];
}
}
}
void writeReport(Sales *salesArr, int size, string fileName) {
fileName.insert(fileName.find("."), "Report");
fstream ptr;
ptr.open(fileName, ios::out);
for (int i = 0; i < size; i++) {
ptr << salesArr[i];
}
ptr.close();
}
/*
This function receives the name of a file and
displays its contents to the s.
This document discusses writeable common table expressions (CTEs) in PostgreSQL. It provides examples of how writeable CTEs can be used for partition management, query clustering, and transaction management. The document also briefly describes the process of adding support for writeable CTEs to PostgreSQL, including reworking the planner and executor to handle modified tables.
The document describes the creation of multiple database tables to store employee, order, payment, and other related business data. Tables are created for employees, orders, payments, clients, products, and other entities. Data is then inserted into these tables to populate them with sample records.
This document summarizes the implementation of a database to store extracurricular activities of undergraduate students. It includes the creation of tables, insertion of sample data, views for specific reports, stored procedures, triggers, and indexes. Business rules define the relationships between students, events, evaluations and other tables. SQL statements show the creation of tables, insertion of data, views for faculty, sponsors and students, a transaction, and indexes.
The document contains code snippets and SQL queries for various stored procedures and user defined functions related to reporting and data analysis, including functions to get the ISO year and week from a date, retrieve the first and last day of a month, and a stored procedure to generate a games overview report pulling data from various tables to summarize metrics like turnover, winnings, and active customers by game, date period, and customer market.
It also includes a query to retrieve customer data like account details, segmentation, and casino activity and revenue for a retention campaign analysis.
Design, develop, and justify a public safety agency budget of EMS. I.docxcarolinef5
Design, develop, and justify a public safety agency budget of EMS. I have specified which district to use in the attached. In addition to the project paper, students are required to develop and submit a presentation covering the final paper 13 pages that includes table of contents & references. then a presentation that will use powerpoint that highlights the important concepts covered in the paper
Power point is up to 12 slides no more
.
DESIGN STUDIO III ARCP 301R. Belton, AIA, NOMA, CSI Associates.docxcarolinef5
DESIGN STUDIO III ARCP 301
R. Belton, AIA, NOMA, CSI Associates Professor
PROBLEM 1
FALL 2018
COMMERCIAL GROUND FLOOR AND OFFICE BUILDING
8/22/2018
Ralph Belton, AIA
Table of Contents
I. INTRODUCTION3
A. Preamble3
B. Program3
II. PROJECT STATEMENT3
III. SITE AND ENVIRONMENTAL DATA3
A. Climate and Geographical Data3
B. Adjacencies and Zoning4
C. Topography4
D. Major View4
E. Utilities4
F. Soil and Sub-Surface Conditions4
IV. PROGRAM REQUIREMENTS5
A. General Requirements5
B. Site Requirements5
C. Building Requirements5
V. CODE REQUIREMENTS7
A. General7
B. Classifications7
C. Exiting Requirements7
D. Occupant Load8
E. Stairs8
F. Fire Ratings8
G. Barrier-Free Design9
APPENDIX A11
Required Drawings11
Grading Criteria12
APPENDIX B13
APPENDIX C14
APPENDIX D15
APPENDIX E16
RECREATIONAL RETIAL MALL AND OFFICE BUILDING
I. INTRODUCTION
A. Preamble
The District of Columbia has embarked on an ambitious city planning scheme to reshape the city scape to accommodate the younger generation interested in compact activity zone were shopping recreation and work all happen in close proximity. In part this phenomena is driven by the baby boomers who has a age factor that make living and entertainment in the close proximity a necessity of life. The options for boomers are suburban senior homes or an urban area with all the needed amenities within reach. Transportation access is also important for both groups.
So the city Mixed Use (MU) … “zones are designed to provide facilities for housing, shopping, and business needs, including residential, office, service, and employment centers.”
B. Program
XYZ Corporation has acquired a 2.4 acre parcel of land on the Connecticut Ave corridor in North West Washington DC. (See subdivision record plat Appendix B). In partnership with the Giant Corp., the company intends to develop a mixed use building to include retail and office activities on the land in keeping with the Washington DC Connecticut Ave corridor urban plan. The project is envisioned to conform to the implementation of the Comprehensive Plan.
II. PROJECT STATEMENT
With the influx genXers, Milennials, and an establish population of professional and elderly people[footnoteRef:1] the XYZ Corporation has determined through market studies that this site will support a retail and office building. [1: http://apps.urban.org/features/OurChangingCity/demographics/index.html#index ]
XYZ Corporation recognizes the business advantage of locating its branch offices in close proximity to several Universities and on the metro red line. As a result the corporation has assembled a strategic parcel of land on Connecticut Ave NW adjacent to the Metro line. (See also Appendix B.)
III. SITE AND ENVIRONMENTAL DATA
A. Climate and Geographical Data
1. Location:Latitude 38° 57' N
Longitude 77° 1' W
2. Elevation at Building Site: 322.0 feet above sea level.
3. Sun Angles:December 21st at Noon 28.55°
June 21st at Noon 75.45°
4.
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RELATIONAL DATABASES & Database design
CIS276
EmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27
Employee
Table Name
Field Names
Records (rows or tuples)
Fields (columns or attributes)
Tables
StateAbbrevStateNameEnterUnionOrderStateBirdStatePopulationCTConnecticut5Robin3,590,347MIMichigan26Robin9,883,360SDSouth Dakota40Pheasant833,354
Primary Key
Alternate keys
Keys
State
StateAbbrevStateNameEnterUnionOrderStateBirdStatePopulationCTConnecticut5Robin3,590,347MIMichigan26Robin9,883,360SDSouth Dakota40Pheasant833,354StateAbbrevCityNameCityPopulationCTHartford124,062CTMadison18,803CTPortland9,551MILansing119,128SDMadison6,482SDPierre13,899
Primary key (State table)
Keys
Composite primary key (City table)
Foreign Key
State
City
Relationships- One to ManyEmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27DeptNumDeptNameDeptHead24Finance811227Marketing217331Technology4519
Primary key for the one to many relationship
Primary Key
Foreign key for the one to many relationship
Employee
Department
1:M or 1:N
Relationships- One to OneEmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27EmployeeNumUserNamePassword2173bhennessey********4519lnoordsy********8005Pamidon********
Employee
Credential
Primary key for the one to one relationship
Foreign key for the one to one relationship
1:1
Relationships- Many to ManyEmployeeNumFirstNameLastNameDeptNum2173BarbaraHennessey274519LeeNoordsy318005PatAmidon27PositIDPositDescPayGrade1Director452Manager403Analyst30EmployeeNumPositIDStartDateEndDate2173212/14/20114519104/23/20134519311/11/200704/22/20138005306/05/201208/25/20138005207/02/201006/04/2012
Employee
Position
Employment
Primary Key (Employee table)
Primary Key (Position table)
Composite primary key of join table
Foreign keys related to the Employee and Position tables
M:N
Integrity Constraints
Entity integrity constraint
Primary key cannot be null
Referential integrity
Each non-null foreign key value must match a primary key value in the primary table
Domain integrity constraint
A domain is a set of values from which one or more fields draw their actual values
A rule you specify for a field (text size, validation rule, etc.)
Dependencies and DeterminantsEmployeeNumPositIDLastNamePositDescStartDateHealthPlanPlanDesc21732HennesseyManager12/14/2011BManaged HMO45191NoordsyDirector04/23/2013AManaged PPO45193NoordsyAnalyst11/11/2007AManaged PPO80053AmidonAnalyst06/05/2012CHealth Savings80054AmidonClerk07/02/2010CHealth Savings
StartDate
EmployeeNum
PositID
HealthPlan
LastName
PlanDesc
PositDesc
Composite Key
Transitive Dependancy
AnomaliesEmployeeNumPositIDLastNamePositDescStartDateHealthPlanPlanDesc21732HennesseyManager12/14/2011BManaged HMO45191NoordsyDirector04/23/2013AManaged PPO45193NoordsyAnalyst11/11/2007AManaged PPO80053AmidonAnalyst06/05/2012CHealth Savings80054AmidonClerk07/02/2010CHealth Savings
Composite Key
Insertion anomal ...
The document discusses the importance of unit testing and describes how developers are returning to write good tests after cutting corners during economic difficulties. It provides examples of unit tests being written for an order management system using PHPUnit to test the createOrder method by mocking dependencies and asserting the return value.
This document discusses various strategies for optimizing MySQL performance, including:
1. Using partitioning, indexes, and caching to improve query performance. Functional and multi-level partitioning techniques are described.
2. Denormalizing data, adding columns, and flagging rows to reduce the number of joins and optimize for read-heavy workloads.
3. Monitoring tools like the slow query log, server status, and InnoTOP are recommended for identifying bottlenecks and tracking improvements over time. Testing and an iterative process of addressing the biggest problems is advised.
Having issues with passing my values through different functions aft.pdfrajkumarm401
The document describes creating an EmployeeRecord class to store employee data including ID, name, department, and salary. It includes the class definition with private member variables and public getter/setter functions. The main() function demonstrates creating an EmployeeRecord object, passing values to the constructor, and calling printRecord() to output the data. Issues were encountered passing values through functions after construction. The solution comments out incorrect nulling of string pointers in the constructor, fixes the getter/setter functions to properly copy between members and parameters, and changes the salary input in main to not use a pointer.
DN 2017 | Reducing pain in data engineering | Martin Loetzsch | Project ADataconomy Media
Making the data of a company accessible to analysts, business users and data scientists can be a quite painful endeavor. In the past 5 years, Project A has supported many of its portfolio companies with building data infrastructures and we experienced many of these pains first-hand. This talk shows how some of these pains can be overcome by applying common sense and standard software engineering best practices.
Susan Whitfield completed a 13-week SQL Server 2008 certification program through SetFocus, LLC. The intensive course covered database administration, development, and used tools like SQL Server Management Studio. Susan's presentation includes examples from projects building databases, writing T-SQL code, and creating packages, reports, and diagrams. She is looking for SQL-related work and can be contacted at the provided email.
OakTable World 2015 - Using XMLType content with the Oracle In-Memory Column...Marco Gralike
This document discusses using Oracle's in-memory column store capabilities to improve performance of XML data stored and queried using XMLType. Key points include selectively applying in-memory storage to columns and indexes for XML data, issues with optimization and costs not fully accounting for performance gains, and opportunities for further optimization of XML retrieval using DOM/XOM. In-memory storage can significantly boost XML performance but careful design is still required.
So I already have most of the code and now I have to1. create an .pdfarjuncollection
So I already have most of the code and now I have to:
1. create an index file to keep track of all the inventory IDs and their locations
2. modify my class to be able to display any record with a given ID without searching through
the entire file
// This program displays the contents of the inventory file.
#include
#include
#include
using namespace std;
class DB{
// Declaration of InventoryItem structure
class InventoryItem
{
public:
char Id[5];
char desc[31];
int qty;
float price;
};
string DBname;
fstream inventory;// (DBname, ios::in | ios::binary);
public: DB(string N){ DBname = N; }// constructor
private:void Input(InventoryItem &Inv)
{
cout << \"Please type Id\" << endl;
cin >> Inv.Id;
cout << \"Please type Desc\" << endl;
cin >> Inv.desc;
cout << \"Please type qty\" << endl;
cin >> Inv.qty;
cout << \"Please type price\"<> Inv.price;
}
public: void Create(int Nrec)
{
inventory.open(DBname, ios::out | ios::binary);
// fstream inventory(\"Inventory.dat\", ios::out | ios::binary);
InventoryItem record = { \"\", \" \", 0, 0.0 };
// Write the blank records
for (int count = 0; count < Nrec; count++)
{
Input(record);
cout << \"Now writing record \" << count << endl;
inventory.write(reinterpret_cast(&record), sizeof(record));
}
// Close the file.
inventory.close();
return ;
}
public: void Display()
{
inventory.open(DBname, ios::in | ios::binary);
InventoryItem record = { \"\",\"\", 0, 0.0 };
// Now read and display the records
inventory.read(reinterpret_cast(&record),
sizeof(record));
while (!inventory.eof())
{
cout << \"Inventory Id: \";
cout << record.Id << endl;
cout << \"Description: \";
cout << record.desc << endl;
cout << \"Quantity: \";
cout << record.qty << endl;
cout << \"Price: \";
cout << record.price << endl << endl;
inventory.read(reinterpret_cast(&record), sizeof(record));
}
// Close the file.
inventory.close();
return;
}
};
int main()
{
DB Mydb(\"Inventory.dat\"); // declare a database
Mydb.Create(3); // load data
cout << \"***** display ***\" << endl;
Mydb.Display(); // print entire database
// implement the following function
// Mydb.Show(\"AB001\"); // display record with given ID
char C; cin >> C; return 0;
}
Solution
Programming Code in C++
#include
#include
#include
#include
#include
#include
using namespace std;
//Structure.
struct InvStruct
{
string iName;
int iQuantity;
double iPrice;
};
const int MAXSIZE = 9;
void addToInventory(InvStruct aList[], int& aSize);
void displayInventory(const InvStruct aList[], int aSize);
void saveToFile(const InvStruct aList[], int aSize);
void openAFile(InvStruct aList[], int& aSize);
char menuResponse();
int main(int argc, char *argv[])
{
InvStruct iRecords[MAXSIZE];
int noOfRec = 0;
bool reRun = true;
do
{
cout << \"Inventory has \" << noOfRec << \" items\" << endl;
switch (menuResponse())
{
case \'A\':
addToInventory(iRecords, noOfRec);
break;
case \'D\':
displayInventory(iRecords, noOfRec);
break;
case \'O\':
openAFile(iRecords, noOfRec);
break;
case \'S\':
saveToFile(iRecords, noOfRe.
This document describes the contents and structure of a banking database. It contains 11 sets that cover topics like creating and dropping databases and tables, queries, functions, joins, subqueries, users and privileges, stored procedures, transactions, triggers, and views. The document also includes examples for each topic to demonstrate how to work with the banking database.
CakePHP is a nice way of using MVC architecture in you PHP environment. Looking through this presentation you'll get introduced to MVC and get some start up code examples for you to explore.
The document contains SQL scripts that create tables, insert data, and define constraints for a sample database containing departments and employees. The scripts create tables for departments and employees with columns such as department_id, department_name, employee_id, first_name etc. Primary keys and foreign keys are added to define relationships between tables. Sample data is inserted into the tables for departments and employees.
The document describes a stock market application created using CORBA. It defines stock interfaces and data types in an IDL file. It implements the server using a POA and registers it with the naming service. The client connects to the server object, allows registration of companies and customers, and has options to buy/sell shares or view details. The code provides an example of building a distributed stock trading application using CORBA.
- Php myadmin sql dump-- version 4.0.10.7-- httpwww.phpssuserfa5723
This document contains the SQL code to create tables and insert data into a database for storing employee, department, and country information. It includes SQL statements to define tables for countries, departments, jobs, job history, locations, and regions. It also includes INSERT statements to populate the tables with sample data.
This document discusses SQL and database connectivity using Python. It covers SQL statements like SELECT, INSERT, UPDATE, DELETE. It describes database tables like orders and parts with sample data. It also explains how to connect to databases using Python DB-API modules, execute queries, retrieve and manipulate result sets. Key methods like cursor.execute, fetchall are demonstrated along with transaction handling.
Below is my code- I have an error that I still have difficulty figurin.pdfarmanuelraj
Below is my code. I have an error that I still have difficulty figuring out. Please explain and
teach me the solution to fix it specifically (e.g. changing which line in the code). Thank you!
main.cpp
/*
Overloaded stream insertion operator <<
- used to display reports and write data to file.
Overloaded relational operator (<)
- used to sort the array in ascending order by name (insertion sort)
*/
#include "Sales.h"
#include <iostream>
#include <sstream>
#include <iomanip>
#include <fstream>
#include <string>
using namespace std;
const int MAX_SIZE = 30;
/* Write your code here:
declare the function you are going to call in this program
*/
void readData(string fileName, Sales *salesArr, int &size);
void insertSort(Sales *salesArr, int size);
double calcSalesAvg(Sales *salesArr, int size);
void displayOverAvg(Sales *salesArr, int size, double avg);
void writeReport(Sales *salesArr, int size, string fileName);
void showReport(string fileName);
int main() {
Sales salesArr[MAX_SIZE];
int size = 0;
string fileName;
cout << "Please enter the input file's name: ";
getline(cin, fileName);
readData(fileName, salesArr, size);
insertSort(salesArr, size);
double avg = calcSalesAvg(salesArr, size);
displayOverAvg(salesArr, size, avg);
writeReport(salesArr, size, fileName);
string option;
cout << "Show report?" << endl;
getline(cin, option);
if (option == "Y" || option == "y")
showReport(fileName);
return 0;
}
// function definitions
void readData(string fileName, Sales *salesArr, int &size) {
string temp;
int i = 0;
fstream ptr;
ptr.open(fileName, ios::in);
while (getline(ptr, temp)) {
size++;
stringstream chk(temp);
string t2;
int id, year, amountSold;
string fname, lname;
int j = 0;
while (getline(chk, t2, ' ')) {
if (j == 0) {
id = stoi(t2);
}
if (j == 1) {
year = stoi(t2);
}
if (j == 2) {
fname = t2;
}
if (j == 3) {
lname = t2;
}
if (j == 4) {
amountSold = stoi(t2);
}
j++;
}
string gg = fname + " " + lname;
gg[gg.size() - 1] = 0;
Sales ss(id, year, gg, amountSold);
salesArr[i] = ss;
i++;
}
ptr.close();
}
void insertSort(Sales *salesArr, int size) {
for (int i = 0; i < size; i++) {
for (int j = i + 1; j < size; j++) {
if (salesArr[j] < salesArr[i]) {
Sales temp(salesArr[i]);
salesArr[i] = salesArr[j];
salesArr[j] = temp;
}
}
}
}
double calcSalesAvg(Sales *salesArr, int size) {
double d = 0;
for (int i = 0; i < size; i++) {
d += (salesArr[i].getAmountSold());
}
return (double) d / size;
}
void displayOverAvg(Sales *salesArr, int size, double avg) {
cout << "Average Sales: " << avg << endl;
string nm ;
cout << "Salespeople with above average sales:" << endl;
for (int i = 0; i < size; i++) {
if (salesArr[i].getAmountSold() > avg) {
cout << salesArr[i];
}
}
}
void writeReport(Sales *salesArr, int size, string fileName) {
fileName.insert(fileName.find("."), "Report");
fstream ptr;
ptr.open(fileName, ios::out);
for (int i = 0; i < size; i++) {
ptr << salesArr[i];
}
ptr.close();
}
/*
This function receives the name of a file and
displays its contents to the s.
This document discusses writeable common table expressions (CTEs) in PostgreSQL. It provides examples of how writeable CTEs can be used for partition management, query clustering, and transaction management. The document also briefly describes the process of adding support for writeable CTEs to PostgreSQL, including reworking the planner and executor to handle modified tables.
The document describes the creation of multiple database tables to store employee, order, payment, and other related business data. Tables are created for employees, orders, payments, clients, products, and other entities. Data is then inserted into these tables to populate them with sample records.
This document summarizes the implementation of a database to store extracurricular activities of undergraduate students. It includes the creation of tables, insertion of sample data, views for specific reports, stored procedures, triggers, and indexes. Business rules define the relationships between students, events, evaluations and other tables. SQL statements show the creation of tables, insertion of data, views for faculty, sponsors and students, a transaction, and indexes.
The document contains code snippets and SQL queries for various stored procedures and user defined functions related to reporting and data analysis, including functions to get the ISO year and week from a date, retrieve the first and last day of a month, and a stored procedure to generate a games overview report pulling data from various tables to summarize metrics like turnover, winnings, and active customers by game, date period, and customer market.
It also includes a query to retrieve customer data like account details, segmentation, and casino activity and revenue for a retention campaign analysis.
Similar to Description Master Index of EDGAR Dissemination FeedL.docx (20)
Design, develop, and justify a public safety agency budget of EMS. I.docxcarolinef5
Design, develop, and justify a public safety agency budget of EMS. I have specified which district to use in the attached. In addition to the project paper, students are required to develop and submit a presentation covering the final paper 13 pages that includes table of contents & references. then a presentation that will use powerpoint that highlights the important concepts covered in the paper
Power point is up to 12 slides no more
.
DESIGN STUDIO III ARCP 301R. Belton, AIA, NOMA, CSI Associates.docxcarolinef5
DESIGN STUDIO III ARCP 301
R. Belton, AIA, NOMA, CSI Associates Professor
PROBLEM 1
FALL 2018
COMMERCIAL GROUND FLOOR AND OFFICE BUILDING
8/22/2018
Ralph Belton, AIA
Table of Contents
I. INTRODUCTION3
A. Preamble3
B. Program3
II. PROJECT STATEMENT3
III. SITE AND ENVIRONMENTAL DATA3
A. Climate and Geographical Data3
B. Adjacencies and Zoning4
C. Topography4
D. Major View4
E. Utilities4
F. Soil and Sub-Surface Conditions4
IV. PROGRAM REQUIREMENTS5
A. General Requirements5
B. Site Requirements5
C. Building Requirements5
V. CODE REQUIREMENTS7
A. General7
B. Classifications7
C. Exiting Requirements7
D. Occupant Load8
E. Stairs8
F. Fire Ratings8
G. Barrier-Free Design9
APPENDIX A11
Required Drawings11
Grading Criteria12
APPENDIX B13
APPENDIX C14
APPENDIX D15
APPENDIX E16
RECREATIONAL RETIAL MALL AND OFFICE BUILDING
I. INTRODUCTION
A. Preamble
The District of Columbia has embarked on an ambitious city planning scheme to reshape the city scape to accommodate the younger generation interested in compact activity zone were shopping recreation and work all happen in close proximity. In part this phenomena is driven by the baby boomers who has a age factor that make living and entertainment in the close proximity a necessity of life. The options for boomers are suburban senior homes or an urban area with all the needed amenities within reach. Transportation access is also important for both groups.
So the city Mixed Use (MU) … “zones are designed to provide facilities for housing, shopping, and business needs, including residential, office, service, and employment centers.”
B. Program
XYZ Corporation has acquired a 2.4 acre parcel of land on the Connecticut Ave corridor in North West Washington DC. (See subdivision record plat Appendix B). In partnership with the Giant Corp., the company intends to develop a mixed use building to include retail and office activities on the land in keeping with the Washington DC Connecticut Ave corridor urban plan. The project is envisioned to conform to the implementation of the Comprehensive Plan.
II. PROJECT STATEMENT
With the influx genXers, Milennials, and an establish population of professional and elderly people[footnoteRef:1] the XYZ Corporation has determined through market studies that this site will support a retail and office building. [1: http://apps.urban.org/features/OurChangingCity/demographics/index.html#index ]
XYZ Corporation recognizes the business advantage of locating its branch offices in close proximity to several Universities and on the metro red line. As a result the corporation has assembled a strategic parcel of land on Connecticut Ave NW adjacent to the Metro line. (See also Appendix B.)
III. SITE AND ENVIRONMENTAL DATA
A. Climate and Geographical Data
1. Location:Latitude 38° 57' N
Longitude 77° 1' W
2. Elevation at Building Site: 322.0 feet above sea level.
3. Sun Angles:December 21st at Noon 28.55°
June 21st at Noon 75.45°
4.
Designing Mobile Health Technology for Bipolar DisorderA Fi.docxcarolinef5
Designing Mobile Health Technology for Bipolar Disorder:
A Field Trial of the MONARCA System
Jakob E. Bardram, Mads Frost,
Károly Szántó
The Pervasive Interaction Technology Laboratory
IT University of Copenhagen, Denmark
{bardram,madsf,ksza}@itu.dk
Maria Faurholt-Jepsen, Maj Vinberg
and Lars Vedel Kessing
Psychiatric Center Copenhagen,
University Hospital of Copenhagen, Denmark
<firstname.lastname>@regionh.dk
ABSTRACT
An increasing number of pervasive healthcare systems are be-
ing designed, that allow people to monitor and get feedback
on their health and wellness. To address the challenges of
self-management of mental illnesses, we have developed the
MONARCA system – a personal monitoring system for bipo-
lar patients. We conducted a 14 week field trial in which
12 patients used the system, and we report findings focus-
ing on their experiences. The results were positive; compared
to using paper-based forms, the adherence to self-assessment
improved; the system was considered very easy to use; and
the perceived usefulness of the system was high. Based on
this study, the paper discusses three HCI questions related to
the design of personal health technologies; how to design for
disease awareness and self-treatment, how to ensure adher-
ence to personal health technologies, and the roles of different
types of technology platforms.
Author Keywords
Bipolar disorder; mental health; personal health systems;
mobile application
ACM Classification Keywords
H.5.m. Information Interfaces and Presentation (e.g. HCI):
Miscellaneous
INTRODUCTION
According to WHO, mental illness is one of the most pressing
healthcare concerns worldwide [34]. Bipolar disorder in par-
ticular, has a community lifetime prevalence of 4% [16] and
is associated with high morbidity and disability [25]. Per-
sonal health technologies hold promise for helping bipolar
patients to monitor their mood patterns and symptoms, rec-
ognize so-called ‘early warning signs’, and to handle medica-
tion. Health technologies can – based on subjective and ob-
jective sensor input – provide timely feedback to the patient
and thereby increase their awareness of the disease. Smart-
phones are a promising platform for such personal feedback
systems due to their ubiquitous availability and connectivity.
Permission to make digital or hard copies of all or part of this work for
personal or classroom use is granted without fee provided that copies are
not made or distributed for profit or commercial advantage and that copies
bear this notice and the full citation on the first page. To copy otherwise, or
republish, to post on servers or to redistribute to lists, requires prior specific
permission and/or a fee.
CHI 2013, April 27–May 2, 2013, Paris, France.
Copyright 2013 ACM 978-1-4503-1899-0/13/04...$15.00.
Consequently, a number of personal monitoring and feedback
systems have been suggested for the management of a wide
range of health-related conditions. In general, these types of
syste.
Design, develop, and justify a public safety agency budget of EMS..docxcarolinef5
Design, develop, and justify a public safety agency budget of EMS. In addition to the project paper, students are required to develop and submit a presentation covering the final paper
13 pages that includes table of contents & references. then a presentation that will use powerpoint that highlights the important concepts covered in the paper
class book has been included for reference if needed
.
Designa high-level conceptual view of a data warehouse (DW) fo.docxcarolinef5
The document describes a design for a data warehouse for Huffman Trucking using Visio. It includes an integration layer, a star schema data warehouse with a fact table and dimension tables showing fields and relationships. It also recommends data marts and includes arrows in Visio to show extract, transform, and load locations and a screenshot of the star schema pasted into a Word document.
Design your one assignment of Creating Rubrics for students of eleme.docxcarolinef5
Design your one assignment of Creating Rubrics for students of elementary school and attached the named file. Note that a sample is located in attachment,
ALSO: Separately
Access a YouTube video demonstrating the use of this discussion board designed. Post the link YouTube video in one document word, and explain the video in a paragraph.
.
Design a PowerPoint presentation for high school aged students .docxcarolinef5
Design a PowerPoint presentation for high school aged students discussing normative aging changes, sexuality, STDs, and prevention. answer all three questions
Discuss normal body changes that occur through puberty into young adulthood
Discuss specific STDs, causes, symptoms, complications, and treatment: **You should include a slide or two for each of the following: Gonorrhea, Chlamydia, Herpes, HIV, Syphillis, HPV
Discuss pregnancy and prevention
The assignment should be submitted in PowerPoint format, with at least 10 content slides (in addition to a title slide and reference slide) and include at least two scholarly sources other than provided materials.
.
Design Patterns
Christian Behrens
https://www.behance.net/gallery/29576487/The-Form-of-Facts-and-Figures
Christopher Alexander
The term design patterns was originally coined about three decades ago by Christopher Alexander, an architect and critic who envisioned a generic and modular “language” of methods to describe the process of construction and urban planning by means of recurring problems that are well-known in a specific context, and respective solutions that have been proved and tested in the past and can therefore be seen as a safe choice to tackle a certain design challenge. Although it never made its breakthrough in the field of architecture, the basic idea of design patterns was adopted by other engineering disciplines, most notably software development in the early 1990s. A second wave of success seems to have appeared recently, when several projects were launched to build up pattern libraries for digital user interfaces. https://en.wikipedia.org/wiki/Christopher_Alexander
2
Design Patterns
Rejected by Architects, Adopted by Software Engineers,
…and the field of user interface design.
Although Alexander’s book became a bestseller and is a de-facto standard read for architecture students until today, it received much criticism and invoked sceptical reactions among the architecture community. Looking back at it some thirty years later, Alexander’s pattern language can be described as a success story on a detour. While widely rejected by architects and urban planners, the concept was picked up by computer scientist in the late 1980s and became a huge success in the wake of the rise of object-oriented programming languages such as Java
3
Design Patterns
Rejected by Architects, Adopted by Software Engineers,
…and the field of user interface design.
http://zurb.com/patterntap
http://patternry.com/
useful for the general description of common design problems, and provide solutions based on the relationships and behaviors of objects Companies and institutions that deal with interface design problems, have also launched own projects that aim at streamlining the development of new products and services by means of a comprehensive design pattern collection.
Design Patterns can help to tackle commonly known recurring design problems with well-proven solutions. A single pattern provides a brief description of one particular design problem. This problem can be a physical attribute of an application (for instance a dropdown menu), or a functional behavior (e.g. the login dialog of a website). A pattern typically consists of a description of the problem, and a solution that has been proven before and is generally recognized. Usually, a pattern provides additional information like an example of a real-world scenario in which it has been successfully applied as well as a rationale to briefly describe the benefit the usage this patterns bears.
4
Discrete Quantities:
Simple Bar Chart
Snapshot:
they do not display con.
DESIGN TECHNOLOGY CLASS” DescriptionUsing the various tool.docxcarolinef5
DESIGN TECHNOLOGY CLASS”
Description
Using the various tools and concepts we have learned thus far, recreate the following three UI Elements. Exact measurements have not been given so that you may explore scaling and sizing.
UI Element
UI Element
UI Element
For some of the more complex shapes, it is best to break them down into simpler shapes. For example, a magnifying glass is really just a circle with a diagonal line.
Purpose
To understand how Illustrator is used to design UI Elements
Tools
Adobe Illustrator
Due Date
The assignment is due by the end of this module.
.
Design one assignment of the Word Find and the one of Using Digital .docxcarolinef5
Design one assignment of the Word Find and the one of Using Digital Technology in two separate attachments, each named. Note that a sample of each is attached.
-For Word Find, the theme is Education related
- For Using Digital Technology, could be an invitation or simple brochure about a Graduation ceremony
.
Design of Pareto optimal CO2 cap-and-trade policies for de.docxcarolinef5
Design of Pareto optimal CO2 cap-and-trade policies for deregulated electricity
networks
h i g h l i g h t s
A mathematical–statistical model for designing Pareto optimal CO2 cap-and-trade policies.
The model fills a gap in the current literature that primarily supports cap-and-trade policy evaluation but not policy design.
Pareto optimal policies accommodate conflicting goals of the market constituents.
Electricity demand-price sensitivity and social cost of carbon have significant influence on the cap-and-trade policies.
Higher demand-price sensitivity increases the influence of penalty and social cost of carbon on reducing carbon emissions.
a r t i c l e i n f o a b s t r a c t
Article history:
Received 15 August 2013
Received in revised form 2 January 2014
Accepted 4 January 2014
Keywords:
Electricity networks
Cap-and-trade
Game theory
MPEC/EPEC
Among the CO2 emission reduction programs, cap-and-trade (C&T) is one of the most used policies. Economic studies have
shown that C&T policies for electricity networks, while reducing emissions, will likely increase price and decrease consumption
of electricity. This paper presents a two layer mathematical– statistical model to develop Pareto optimal designs for CO2 cap-
and-trade policies. The bottom layer finds, for a given C&T policy, equilibrium bidding strategies of the competing generators
while maximizing social welfare via a DC optimal power flow (DC-OPF) model. We refer to this layer as policy evaluation.
The top layer (called policy optimization) involves design of Pareto optimal C&T policies over a planning horizon. The
performance measures that are considered for the purpose of design are social welfare and the corresponding system marginal
price (MP), CO2 emissions, and electricity consumption level.
2014 Elsevier Ltd. All rights reserved.
1. Introduction
A major part of the total CO2 emissions come from the electricity
production sector, e.g., 40% in the U.S. ([1]). In 2009, 70% of the electricity
was produced from fossil fuel such as gas, coal, and petroleum ([2]). In 2005,
the European Union Emissions Trading System (EU ETS) launched a cap-
and-trade system that seeks to reduce the greenhouse gas (GHG) emissions
by 21% by 2020 from the 2005 level. Currently, the EU ETS is the largest
emission market in the world [3], and according to the European Commission
[4], at least 20% of its budget for 2014–2020 will be spent on climate-related
projects and policies. In the United States, as well as in the EU, different
regulations have been discussed to cut CO2 emissions such as carbon tax,
renewable portfolio standards (RPS), and capand-trade programs (C&T). In
the northeastern U.S., the Regional Greenhouse Gas Initiative (RGGI) has
already implemented a C&T program through a nine state collaborative effort,
which seeks to cut the CO2 emissions by 10% by 2018. Recently the
California Air Resources Board .
Design of a non-invasive Hip Exoskeleton DISCLAIMERThis repo.docxcarolinef5
Design of a non-invasive Hip Exoskeleton DISCLAIMER
This report was prepared by students as part of a university course requirement. While considerable effort has been put into the project, it is not the work of licensed engineers and has not undergone the extensive verification that is common in the profession. The information, data, conclusions, and content of this report should not be relied upon or utilized without thorough, independent testing and verification. University faculty members may have been associated with this project as advisors, sponsors, or course instructors, but as such they are not responsible for the accuracy of results or conclusions.
EXECUTIVE SUMMARY
Team project’s is to design Hip Exoskeleton for children to assist their ability to walk. In general exoskeleton is a wearable device that can help and assist individuals with neuromuscular disorder. Hip exoskeleton is a device that assists the lower body of a person to help stabilization and walking performance. The team’s target is children from four to sixteen years old also will focus on the mechanical aspect of the hip exoskeleton such as the frame, motors and design in general. There are different requirements that the team focused in order to develop a design that functions effectively and improve the design. These requirements include the customer and the engineering requirements. These requirements serve to fulfil the deficiencies that were identified in the existing devices.
The purpose of this project is to facilitate stabilization in children with cerebral palsy and decrease the metabolic cost of walking in children.
The project goal is to focus on developing a hip exoskeleton, using motors, and sensors to improve the user’s hip movements and strength. In addition to deliver a design that meets all customers’ needs and engineering requirements.
The design comprises of three subsystems pelvic, thigh and actuator subsystems. These subsystems will collaborate with the signal produced by the body to provide adequate support to the hip joints of the user. The team is only focusing on the mechanical aspect of this project for the electrical component will be provided by the client.
1.0 BACKGROUND 1.1 Introduction
Exoskeletons are wearable devices that function alongside the user’s body parts. The design of an exoskeleton depends on various factors such as the purpose and the target body parts that require support. The team will develop a lightweight and cost-effective exoskeleton by making adjustments and improvements on the existing hip exoskeletons [2]. The purpose of making this exoskeleton from the existing design is to help support walking at the hip joint. Exoskeletons are used in different sectors such as healthcare, sports, military and rehabilitation facilities. They are used to assist individuals with hip and back issues to walk and maintain a stable posture. The previous design of the exoskeleton is robotic and costly because of the components u.
Design Document – Week 1 – ProposalCourse ID IT 491 CAPSTONE .docxcarolinef5
Design Document – Week 1 – Proposal
Course ID: IT 491
CAPSTONE PROJECT
Instructions:
This template must be filled out completely and turned into the course instructor. If you need assistance please contact the instructor prior to the due date.
This is an individual assignment and all work must be original and should be designed, submitted, and documented entirely by the student.
This assignment is worth 50 points.
It is strongly recommended that you get your topic selection approved by your instructor BEFORE submitting week one work.
Name:
STUDENT NAME: Pierre Logon
Project Title:
PROJECT TITLE: Penetration Testing
Project Fundamentals:
PROBLEM DEFINITION (Your IT project should solve a well-defined problem):
Each question should have a 1 to 2 paragraph response. This section is worth 15 points.
· Organization - Who is the organization you are completing work for? Is this a fictional or real company? How large is the company?
The organization is a virtual company that will be use for the purpose of the project.
· Problem - What is the problem(s) you are addressing? (i.e. are you moving locations, are you improving performance of existing computers, are you expanding your services, are you creating a new department, are you improving security? etc.)
The problem that I am addressing is the vulnerability of the network of this virtual company and the assessment to address it.
· Outcomes - What will be the desired outcome of this project? These outcomes should be measurable and specific.
The organization is a virtual company that will be use for the purpose of this project.
The company is a small company with the size of 10 employees.
I will be using Vmware to create servers ,network routers and desktop for the purpose of the demonstration in the virtual machine.
I will then test my network environment for Denial of Service vulnerability
TECHNOLOGY SOLUTION You should have a top-level idea of the solution or how you will solve the problem:
This section is worth 20 points. This section should be 3-4 paragraphs and should include the following information.
· What is the proposed solution?
· How do you propose to complete your project?
· What tools and/or methodology (e.g. Network Diagram, IP Addressing, Security Technologies, Virtualization, Operating Systems, etc.) will be used to design, implement, and deliver the proposed solution?
· What type of resources (e.g., software, hardware, virtualization techniques, etc.) will you need to complete your project?
The proposed solution is to assess the penetration testing with WIRESHARK
OBJECTIVE ALIGNMENT Because this project is a demonstration of the skills you have learned throughout your time here at Herzing University, your project should address each of the program outcomes. Describe how your proposed project meets each of these specific course outcomes:
Each objective should be addressed in one or two complete sentences. This section is worth 15 points.
· Apply industry stan.
Design DissertationDeveloping a coherent methodologyAimTo p.docxcarolinef5
This document provides an overview of key concepts for developing a coherent research methodology for a design dissertation. It discusses what methodology is, the aims of a dissertation, common research paradigms like positivism and constructivism, and how design research differs from traditional scientific research in being exploratory rather than aiming for universal rules. Design research is described as a dynamic process using design itself as a means of study through projects, sketches, and responding to changing conditions.
Design and implement a Java program that transfers fragments of a fi.docxcarolinef5
Design and implement a Java program that transfers fragments of a file to multiple remote nodes. The class should take as input:
1. A file path to file of a fixed size (64MB).
2. An unordered list of 64 IP addresses/port numbers.
3. The maximum transfer rate for the sender (in Kbps). The rate limits the total amount of bandwidth a sender consumes when transferring file fragments.
The program should divide the file up into 64x1MB fragments and send one fragment to each of the 64 nodes. A TCP socket should be used for communication with each of the nodes. The transfer should honor the rate set by the user. Assume that each of the remote nodes have equal upstream and downstream bandwidth. The focus should be to:
· Minimize the total time it takes to send the entire 64MB file.
· Minimize the communication overhead.
· Minimize system resources consumed during the transfer.
Please submit working code with build instructions (Eclipse project environment preferred), all test code (JUnit or other code used to debug the solution), a one page (or less) description of how you tested your solution and why you tested the way you did, and a one page (or less) description of why you chose the solution and an evaluation of how it performs against the goals stated above.
Exceptional solutions will:
Handle both IPv4 and IPv6 format addresses
Handle endpoints that receive data at different rates
Gracefully recover from errors (make good use of exception handling)
Be thoroughly commented
.
Design and Mechanism ofControlling a Robotic ArmIntroduction.docxcarolinef5
Design and Mechanism of
Controlling a Robotic Arm
Introduction:
Definition:
A robotic arm is a type of mechanical arm, usually programmable, with similar functions to a human arm; the arm may be the sum total of the mechanism or may be part of a more complex robot. The links of such a manipulator are connected by joints allowing either rotational motion (such as in an articulated robot) or translational (linear) displacement.[1][2] The links of the manipulator can be considered to form a kinematic chain. The terminus of the kinematic chain of the manipulator is called the end effector and it is analogous to the human hand.
A Robot is a virtually intelligent agent capable of carrying out tasks robotically with the
help of some supervision. Practically, a robot is basically an electro-mechanical machine
that is guided by means of computer and electronic programming. Robots can be
classified as autonomous, semiautonomous and remotely controlled. Robots are widely
used for variety of tasks such as service stations, cleaning drains, and in tasks that are
considered too dangerous to be performed by humans. A robotic arm is a robotic
manipulator, usually programmable, with similar functions to a human arm.
This Robotic arm is programmable in nature and it can be manipulated. The robotic arm
is also sometimes referred to as anthropomorphic as it is very similar to that of a human
hand. Humans today do all the tasks involved in the manufacturing industry by
themselves. However, a Robotic arm can be used for various tasks such as welding,
drilling, spraying and many more. A self-sufficient robotic arm is fabricated by using
components like micro-controllers and motors. This increases their speed of operation
and reduces the complexity. It also brings about an increase in productivity which makes
it easy to shift to hazardous materials. This specific micro
controller is used in various types of embedded applications. Robotics involves elements
of mechanical and electrical engineering, as well as control theory, computing and now
artificial intelligence.
Design of the Robotic Arm:
The Robotic Arm is designed using the Microcontroller Micro-controller using Arduino programming. This process works on the principle of
interfacing servos and Joystick. This task is achieved by using Arduino board.
Joystick play an important role The remote is fitted with joystick and the
servos are attached to the body of the robotic arm. The joystick converts the
mechanical motion into electrical motion. Hence, on the motion of the remote the
potentiometers produce the electrical pulses, which are in route for the Arduino board.
The board then processes the signals received from the joysticks and finally,
converts them into requisite digital pulses that are then sent to the servomotors. This
servo will respond with regards to the pulses which results in the moment of the arm.
Degree of Freedom:
Robot arms are described by their degrees of freedom. This number typically
ref.
design and develop an interactive and user-friendly GUI-based networ.docxcarolinef5
design and develop an interactive and user-friendly GUI-based network configurator. By using the GUI configurator, users are able to visually “draw” the network topology, and specify the parameters for the hosts, network hubs. In addition, users should be able to save the network configurations, open and continue working on them, and check the correctness of the network specifications. And if everything is okay, users can save it into a configuration file for V-NetLab to use.
.
Design a Lesson plan on the subject of Reflections and Guide Reflect.docxcarolinef5
Design a Lesson plan on the subject of Reflections and Guide Reflections.
Include the following:
1. Overview: Write an introduction to the class activity. Include the purpose of the activity and desired outcome.
2. Objectives: The objectives should be specific and measurable.
3. Time: How long will the activity take when implemented in the classroom?
4. Materials: Describe any materials that are needed to conduct the lesson.
5. Activity: Provide a detailed description of the activity. Write all steps from the instruction of the assessment.
.
Design a Java application that will read a file containing data rela.docxcarolinef5
Design a Java application that will read a file containing data related to the US. Crime statistics from 1994-2013.
Here are the codes I have so far:
public class USCrimeClass {
// Crime data fields for each data to retrieve
private int year;
private double populationGrowth;
private int maxMurderYear;
private int minMurderYear;
private int maxRobberyYear;
private int minRobberyYear;
/**
* Crime data constructor to set variables
*/
public USCrimeClass(int year, int populationGrowth, int maxMurderYear, int minMurderYear, int maxRobberyYear, int minRobberyYear){
this.year = year;
this.populationGrowth = populationGrowth;
this.maxMurderYear = maxMurderYear;
this.minMurderYear = minMurderYear;
this.maxRobberyYear = maxRobberyYear;
this.minRobberyYear = minRobberyYear;
}
// Constructor defaults
public USCrimeClass(int count){
this.year = 0;
this.populationGrowth = 0.0;
this.maxMurderYear = 0;
this.minMurderYear = 0;
this.maxRobberyYear = 0;
this.minRobberyYear = 0;
}
/**
* Getter methods for each field
* @return percentage growth and years for murder and robbery
*/
public int getYear() {return this.year; }
public double getPopulationGrowth() {return this.populationGrowth; }
public int getMaxMurderYear() {return this.maxMurderYear; }
public int getMinMurderYear() {return this.minMurderYear; }
public int getMaxRobberyYear() {return this.maxRobberyYear; }
public int getMinRobberyYear() {return this.minRobberyYear; }
// Setter method for each field
public void setYear(int year) {this.year = year;}
public void setPopulationGrowth(double populationGrowth) {this.populationGrowth = populationGrowth;}
public void setMaxMurderYear(int maxMurders) {this.maxMurderYear = maxMurders;}
public void setMinMurderYear(int minMurders) {this.minMurderYear = minMurders;}
public void setMaxRobberyYear(int maxRobbery) {this.maxRobberyYear = maxRobbery;}
public void setMinRobberyYear(int minRobbery) {this.minRobberyYear = minRobbery;}
}
import java.io.File;
import java.util.Scanner;
import java.io.FileNotFoundException;
public class USCrimeFile {
public static USCrimeClass[] read(String filename){
// Array declaration
USCrimeClass[] stats = new USCrimeClass[20];
Scanner inputReader = null;
// Variable declaration
int count = 0;
String line;
// Access Crime.csv and create array
try {
File file=new File("Crime.csv");
inputReader = new Scanner(new File("Crime.csv"));
// Read first line
inputReader.nextLine();
while (inputReader.hasNext()) {
line = inputReader.nextLine();
String[] data = line.split(",");
stats[count] = new USCrimeClass(Integer.parseInt(data[0]));
stats[count].setPopulationGrowth(Integer.parseInt(data[1]));
stats[count].setMaxMurderYear(Integer.parseInt(data[4]));
stats[count].setMinMurderYear(Integer.parseInt(data[4]));
stats[count].setMaxRobberyYear(Integer.parseInt(data[8]));
stats[count].setMinRobberyYear(Integer.parseInt(data[8]));
count++;
}
return stats;
} cat.
Design a high-level conceptual view of a data warehouse (DW) for H.docxcarolinef5
The document describes a design for a data warehouse for Huffman Trucking using Visio. It includes an integration layer, a star schema data warehouse with a fact table and dimension tables showing fields and relationships. It also recommends data marts and includes arrows in Visio to show extract, transform, and load locations and a screenshot of the star schema pasted into a Word document.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
-------------------------------------------------------------------------------
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Article: https://pecb.com/article
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This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
Reimagining Your Library Space: How to Increase the Vibes in Your Library No ...Diana Rendina
Librarians are leading the way in creating future-ready citizens – now we need to update our spaces to match. In this session, attendees will get inspiration for transforming their library spaces. You’ll learn how to survey students and patrons, create a focus group, and use design thinking to brainstorm ideas for your space. We’ll discuss budget friendly ways to change your space as well as how to find funding. No matter where you’re at, you’ll find ideas for reimagining your space in this session.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
2. 14|edgar/data/1000045/0001037389-18-000160.txt
1000045|NICHOLAS FINANCIAL INC|SC 13G|2018-02-
09|edgar/data/1000045/0001258897-18-001316.txt
1000045|NICHOLAS FINANCIAL INC|SC 13G|2018-02-
13|edgar/data/1000045/0000315066-18-001444.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|13F-
HR|2018-02-14|edgar/data/1000097/0000919574-18-001804.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G/A|2018-01-02|edgar/data/1000097/0000919574-18-
000008.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G/A|2018-02-14|edgar/data/1000097/0000919574-18-
001760.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G/A|2018-02-14|edgar/data/1000097/0000919574-18-
001765.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G/A|2018-02-14|edgar/data/1000097/0000919574-18-
001773.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G/A|2018-02-14|edgar/data/1000097/0000919574-18-
001777.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G/A|2018-02-14|edgar/data/1000097/0000919574-18-
001785.txt
1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G|2018-02-14|edgar/data/1000097/0000919574-18-001790.txt
1000177|NORDIC AMERICAN TANKERS Ltd|6-K|2018-02-
28|edgar/data/1000177/0000919574-18-002148.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
01-19|edgar/data/1000177/0000919574-18-000510.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
02-08|edgar/data/1000177/0000919574-18-000929.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
02-22|edgar/data/1000177/0000919574-18-001989.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
3. 03-02|edgar/data/1000177/0000919574-18-002224.txt
1000177|NORDIC AMERICAN TANKERS Ltd|SC 13G|2018-
01-12|edgar/data/1000177/0000895421-18-000006.txt
1000177|NORDIC AMERICAN TANKERS Ltd|UPLOAD|2018-
02-05|edgar/data/1000177/0000000000-18-004057.txt
1000177|NORDIC AMERICAN TANKERS Ltd|UPLOAD|2018-
03-19|edgar/data/1000177/0000000000-18-008366.txt
1000184|SAP SE|20-F|2018-02-
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1000184|SAP SE|6-K|2018-01-
30|edgar/data/1000184/0001104659-18-005109.txt
1000184|SAP SE|6-K|2018-01-
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1000184|SAP SE|6-K|2018-02-
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1000184|SAP SE|6-K|2018-03-
01|edgar/data/1000184/0001104659-18-013742.txt
1000184|SAP SE|6-K|2018-03-
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1000184|SAP SE|DFAN14A|2018-01-
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1000184|SAP SE|DFAN14A|2018-01-
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1000184|SAP SE|DFAN14A|2018-01-
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1000184|SAP SE|DFAN14A|2018-01-
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# Dump File
#
# Database is ported from MS Access
#--------------------------------------------------------
4. # Program Version 3.0.138
CREATE DATABASE IF NOT EXISTS `class`;
USE `class`;
#
# Table structure for table 'Department'
#
DROP TABLE IF EXISTS `Department`;
CREATE TABLE `Department` (
`Dept_Code` VARCHAR(3) NOT NULL,
`Dept_Name` VARCHAR(20),
INDEX (`Dept_Code`),
PRIMARY KEY (`Dept_Code`)
) ENGINE=myisam DEFAULT CHARSET=utf8;
5. SET autocommit=1;
#
# Dumping data for table 'Department'
#
INSERT INTO `Department` (`Dept_Code`, `Dept_Name`)
VALUES ('Act', 'Accounting');
INSERT INTO `Department` (`Dept_Code`, `Dept_Name`)
VALUES ('Exe', 'Executive');
INSERT INTO `Department` (`Dept_Code`, `Dept_Name`)
VALUES ('Fin', 'Finance');
INSERT INTO `Department` (`Dept_Code`, `Dept_Name`)
VALUES ('Mkt', 'Marketing');
INSERT INTO `Department` (`Dept_Code`, `Dept_Name`)
VALUES ('Per', 'Personnel');
INSERT INTO `Department` (`Dept_Code`, `Dept_Name`)
VALUES ('Sal', 'Sales');
INSERT INTO `Department` (`Dept_Code`, `Dept_Name`)
VALUES ('Shp', 'Shipping');
# 7 records
6. #
# Table structure for table 'Employee'
#
DROP TABLE IF EXISTS `Employee`;
CREATE TABLE `Employee` (
`Emp_ID` INTEGER NOT NULL,
`Emp_FirstName` VARCHAR(10),
`Emp_LastName` VARCHAR(10),
`Dept_Code` VARCHAR(3),
`Emp_HireDate` DATETIME,
`Emp_CreditLimit` DECIMAL(19,4),
`Emp_Phone` VARCHAR(4),
`Emp_MgrID` INTEGER,
INDEX (`Dept_Code`),
INDEX (`Emp_ID`),
INDEX (`Emp_MgrID`),
25. 1000097|KINGDON CAPITAL MANAGEMENT, L.L.C.|SC
13G|2018-02-14|edgar/data/1000097/0000919574-18-001790.txt
1000177|NORDIC AMERICAN TANKERS Ltd|6-K|2018-02-
28|edgar/data/1000177/0000919574-18-002148.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
01-19|edgar/data/1000177/0000919574-18-000510.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
02-08|edgar/data/1000177/0000919574-18-000929.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
02-22|edgar/data/1000177/0000919574-18-001989.txt
1000177|NORDIC AMERICAN TANKERS Ltd|CORRESP|2018-
03-02|edgar/data/1000177/0000919574-18-002224.txt
1000177|NORDIC AMERICAN TANKERS Ltd|SC 13G|2018-
01-12|edgar/data/1000177/0000895421-18-000006.txt
1000177|NORDIC AMERICAN TANKERS Ltd|UPLOAD|2018-
02-05|edgar/data/1000177/0000000000-18-004057.txt
1000177|NORDIC AMERICAN TANKERS Ltd|UPLOAD|2018-
03-19|edgar/data/1000177/0000000000-18-008366.txt
1000184|SAP SE|20-F|2018-02-
28|edgar/data/1000184/0001104659-18-013050.txt
1000184|SAP SE|6-K|2018-01-
30|edgar/data/1000184/0001104659-18-005109.txt
1000184|SAP SE|6-K|2018-01-
31|edgar/data/1000184/0001104659-18-005283.txt
1000184|SAP SE|6-K|2018-02-
22|edgar/data/1000184/0001104659-18-011197.txt
1000184|SAP SE|6-K|2018-03-
01|edgar/data/1000184/0001104659-18-013742.txt
1000184|SAP SE|6-K|2018-03-
06|edgar/data/1000184/0001104659-18-015111.txt
1000184|SAP SE|DFAN14A|2018-01-
30|edgar/data/1000184/0001104659-18-005123.txt
1000184|SAP SE|DFAN14A|2018-01-
30|edgar/data/1000184/0001104659-18-005124.txt
1000184|SAP SE|DFAN14A|2018-01-
30|edgar/data/1000184/0001104659-18-005125.txt
26. 1000184|SAP SE|DFAN14A|2018-01-
30|edgar/data/1000184/0001104659-18-005126.txt
Module 5: Using Databases with Python
• File-based systems
• Database systems
• Relational databases
• Structured Query Language
ISM 6405- Dr. Milad Baghersad 1
Reference: Database Systems: Design, Implementation and
Management, 12th edition by Carlos
Coronel and Steven Morris (Cengage Learning, ISBN: 978-1-
305-62748-2)
History: traditional file-based systems
ISM 6405- Dr. Milad Baghersad 2
• Computerized manual filing systems
• Individual files for each purpose
• Each business unit had its own file system
• Organized to facilitate the expected use of the data
27. • Data processing specialist required to retrieve data and run
reports
Example: file-based systems
ISM 6405- Dr. Milad Baghersad 3
• Suppose, as a FAU student, that you need to do the following
things:
1. Register for courses
2. Pay tuition
3. Work part-time on campus
File Based Systems Illustration
ISM 6405- Dr. Milad Baghersad 4
TuitionRec (ID, name,
address, amtPaid,
balance, …)
RegRec (ID, name,
address, courses, …)
EmpRec (ID, name,
30. • Data redundancy
• Different files contain same information (ID, name, address,
etc…)
• Isolation of data in separate systems
• Data inconsistency (e.g., different ID values for the same
person)
• Lack of data integrity
• Data anomalies
• All changes may not be made successfully
• Update / Insertion / Deletion anomalies
Better approach: database systems
• Database: a collection of interrelated data
organized in such a way that it corresponds to the
needs and structure of an organization and can be
used by more than one person for more than one
application.
ISM 6405- Dr. Milad Baghersad 6
Example: database system
31. ISM 6405- Dr. Milad Baghersad 7
Tuition
payment
entry and
reports
Course
registration
entry and
reports
Work-study
data entry
and reports
Tuition payment application programs
Course registration application programs
Work-study application programs
DBMS
Database
32. Advantages of database systems
ISM 6405- Dr. Milad Baghersad 8
• Minimal data redundancy
• Data consistency
• Integration of data
• Improved data sharing
• Enforcement of standards
• Ease of application development
• Uniform security, privacy, and integrity
• Data independence from applications
• "self-describing" data stored in a data dictionary (metadata)
File-based systems often imply "flat" data files:
ISM 6405- Dr. Milad Baghersad 9
RecNo Name Address City State Zip Product Units Amount
1 John Smith 221 Main St. New York NY 08842
Television 1 $500
2 William Chin 43 1st Ave. Redmond WA 98332
Refrigerator 1 $800
33. 3 William Chin 43 1st Ave. Redmond WA 98332 Toaster
1 $80
4 Marta Dieci 2 West Ave. Reno NV 92342 Television 1
$500
5 Marta Dieci 2 West Ave. Reno NV 92342 Radio 1 $40
6 Marta Dieci 2 West Ave. Reno NV 92342 Stereo 1 $200
7 Peter Melinkoff 53 NE Rodeo Miami FL 18332
Computer 1 $1500
8 Martin Sengali 1234 5th St. Boston FL 03423
Television 1 $500
9 Martin Sengali 1234 5th St. Boston FL 03423 Stereo 1
$200
10 Martin Sengali 1234 5th St. Boston FL 03423 Radio 1
$40
11 Martin Sengali 1234 5th St. Boston FL 03423
Refrigerator 1 $80
Subset of the problems with a file-based
system:
ISM 6405- Dr. Milad Baghersad 10
• Redundancy (i.e. data duplication)
• Update anomalies
34. • Update a single address requires you to update multiple entries
• Insertion anomalies
• You cannot insert information about customer until they have
actually
purchased something
• Deletion anomalies
• If there is a single instance of a given product being sold,
and for some
reason we decide to remove the customer who purchased it, we
will lose
information about the product also
Improving data management: Types of database
models
ISM 6405- Dr. Milad Baghersad 11
• Hierarchical database model
• Tree-based approach developed in 1960's
• Based on parent-child relationships (1:M)
• Network database model
• Created to improve on hierarchical model
• Allows records to have more than one parent
35. • Can access data from multiple points
• Relational database model
Relational database model
Turing Award Winner, Edgar F. Codd’s landmark paper, “A
Relational Model of
Data for Large Shared Data Banks" (1970) laid out a new way
to organize and
access data: the Relational Model.
12
Customer(CustomerID, Name, …
Order(OrderID, CustomerID, OrderDate, …
ItemsOrdered(OrderID, ItemID, Quantity, …
Items(ItemID, Description, Price, …
This Photo by Unknown
Author is licensed under
CC BY-SA
https://en.wikipedia.org/wiki/Edgar_F._Codd
https://creativecommons.org/licenses/by-sa/3.0/
36. Flat-file database
RecNo Name Address City State Zip Product Units Amount
1 John Smith 221 Main St. New York NY 08842
Television 1 $500
2 William Chin 43 1st Ave. Redmond WA 98332
Refrigerator 1 $800
3 William Chin 43 1st Ave. Redmond WA 98332 Toaster
1 $80
4 Marta Dieci 2 West Ave. Reno NV 92342 Television 1
$500
5 Marta Dieci 2 West Ave. Reno NV 92342 Radio 1 $40
6 Marta Dieci 2 West Ave. Reno NV 92342 Stereo 1 $200
7 Peter Melinkoff 53 NE Rodeo Miami FL 18332
Computer 1 $1500
8 Martin Sengali 1234 5th St. Boston FL 03423
Television 1 $500
9 Martin Sengali 1234 5th St. Boston FL 03423 Stereo 1
$200
10 Martin Sengali 1234 5th St. Boston FL 03423 Radio 1
$40
11 Martin Sengali 1234 5th St. Boston FL 03423
Refrigerator 1 $80
37. 13
Example: relational database
14
Customer table
CusNo Name Address City State Zip
1 John Smith 221 Main St. New York NY 08842
2 William Chin 43 First Ave. Redmond WA 98332
3 Marta Dieci 2 West Ave. Reno NV 92342
4 Peter Melinkoff 53 NE Rodeo Miami FL 18332
5 Martin Sengali 1234 5th St. Boston MA 03423
CusNo Product Units Amount
1 Television 1 $500
2 Refrigerator 1 $800
2 Toaster 1 $80
3 Television 1 $500
3 Radio 1 $40
3 Stereo 1 $200
38. 4 Computer 1 $1500
5 Television 1 $500
5 Stereo 1 $200
5 Radio 1 $40
5 Refrigerator 1 $800
OrderItem table
Another database in relational form
ISBN Title PubID Price
0-103-45678-9 Iliad 1 $25.00
0-11-345678-9 Moby Dick 3 $49.00
0-12-333433-3 On Liberty 1 $25.00
0-12-345678-9 Jane Eyre 3 $49.00
0-123-45678-0 Ulysses 2 $34.00
0-321-32132-1 Balloon 3 $34.00
0-55-123456-9 Main Street 3 $22.95
0-555-55555-9 MacBeth 2 $12.00
0-91-045678-5 Hamlet 2 $20.00
41. 1-22-233700-0 4
PubID PubName PubPhone
1 Big House 123-456-7890
2 Alpha Press 999-999-9999
3 Small House 714-000-0000
BOOK
AUTHOR
PUBLISHER
BOOK/AUTHOR
15
Install MySQL Server and Workbench
Use the video: How To Install MySQL (Server and
Workbench) [05:57]
Please note as you are installing MySql, when you are
selecting Products and Features (see [02:30] in the video),
click on MySQL Connectors and add Python connector also.
If you can not add Python connector, later I will teach you
another method to connect Python and MySQL.
42. 16
https://www.youtube.com/watch?v=u96rVINbAUI
Manipulating data in databases
Structured Query Language (SQL)
• creating database and table structures
• performing data manipulation and administration
• querying the database to extract useful information
17
Categories of SQL commands
• Data Definition Language (DDL)
– Commands that define a database, including creating, altering,
and
dropping tables and stored procedures, and establishing
constraints
• CREATE TABLE, set PRIMARY KEY
• Data Manipulation Language (DML)
– Commands that are used to manipulate data and extract
information
• SELECT, UPDATE, INSERT, DELETE
43. 18
Data types
• ANSI/ISO SQL data types:
– INTEGER / SMALLINT
– DECIMAL(precision, scale)
– CHAR(n) - fixed length character data
– VARCHAR(n) - variable length character data
– DATE - Julian date format
– plus several more…
• Other DBMS add additional data types.
19
MySQL data types (cont.)
Primary date and time types:
• DATE 'YYYY-MM-DD' format
range: '1000-01-01' to '9999-12-31'
• DATETIME 'YYYY-MM-DD HH:MM:SS' format
44. range: '… 00:00:00' to '… 23:59:59'
Invalid dates and times are converted to zero values: '0000-00-
00'
Some built-in functions:
NOW( ), CURDATE( ), DATEDIFF( ), INTERVAL
DATE( ), TIME( ), DAY( ), YEAR( ), MONTH( ), etc.
20
Sample Database
Posted on course site:
• class.sql (MySQL 5.0)
• We will be running examples of queries on this database as
we cover the material, to help illustrate how the different
SQL statements work.
• I strongly recommend working through the examples on your
own as we go, in order to better understand them.
21
Sample Database (continued)
45. 6 Tables:
22
StackOverflow- Mocking data for Angular2/typescript with my
own
model type properties Licensed by Stack Exchange Network
https://stackoverflow.com/questions/41765329/mocking-data-
for-angular2-typescript-with-my-own-model-type-properties
https://stackoverflow.com/legal/acceptable-use-policy
GROUP BY
Ex: For each Dept_Code, list:
The number of employees (as count) and the total credit limit
(as
total)
23