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ITS410 Colorado State University Database Management Portfolio Project
Option #1:Your Portfolio Project consists of two items, a lessons learned reflection report and a database design and anal ...
ITS410 Colorado State University Database Management Portfolio Project
Option #1:Your Portfolio Project consists of two items, a lessons learned reflection report and a database design and analysis project.Lessons Learned and ReflectionWrite a 2- to 3-page summary that outlines the lessons you learned in this database class. Reflect on how these lessons can be applied toward more effective database management and reporting.Database Design and AnalysisUse the Accidents_2016.csv file below to implement the following steps for your database project.Create a MySQL schema named “accidents.”Within the accidents schema, create a table named accidents_2016 with the following columns:accident_index as a varchar(13),accident_severity as an intWithin the accidents schema, create a table named vehicles_2016 with the following columns:accident_index as a varchar(13),vehicle_type as a varchar(10)Within the accidents schema, create a table named vehicle_type with the following columns:vcode int,vtype as a varchar(100)Next, you will load the data for the three tables.Load the accidents data. Note that @dummy is a placeholder for a column in the .csv file that you want to ignore during the load.load data local infile '…\\data\\Accidents_2016.csv'
into table accidents_2016
fields terminated by ','
enclosed by '"'
lines terminated by '\n'
ignore 1 lines
(@col1, @dummy, @dummy, @dummy, @dummy, @dummy, @col2
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
)
set accident_index=@col1,accident_severity=@col2;Load the vehicle data.load data local infile '…\\data\\Vehicles_2016.csv'
into table vehicles_2016
fields terminated by ','
enclosed by '"'
lines terminated by '\n'
ignore 1 lines
(@col1, @dummy, @dummy, @col2
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
)
set accident_index=@col1,vehicle_type=@col2;Load the vehicle type data.load data local infile '…\\data\\vehicle_type.csv'
into table vehicle_type
fields terminated by ','
enclosed by '"'
lines terminated by '\n'
ignore 1 linesAfter the data are loaded, you will perform the analysis. First, find the average accident severity and the number of accidents for vehicles of type motorcycle. Note the performance of your query. Your query may run so slowly that MySQL aborts running completing.Improve Query PerformanceLook at the explain tool output and save the results to a graphic file.From the explain results, how many rows have to be read per join?Add an index named “accident_index” of type “index" on the accident_indexcolumn in the accidents_2016 table and another index named “accident_index” of type “index” on the vehicles_2106 table.alter table accidents_2016
add index accident_index (accident_index asc);alter table vehicles_2016
add index accident_index (accident_index asc);After adding the indices, rerun the query explanation tool and determine the number of rows to be read per join.Find the median accident severity.MySQL does not have a median function so to find the median accident severity, you will have to write a Python script.You'll need to install Python and the PyMySQL module.Install Python version 2.7 or 3.4 from www.python.org.To install the PyMySQL module, run the following command in a Windows command prompt after Python has been installed:python -m pip install --index-url=https://pypi.python.org/simple/ --trusted-host pypi.python.org PyMySQLb) Create an accident median tablecreate table accident_medians
(
vtype varchar(100),
severity int
);Run the following Python script:import pymysql
myConnection = pymysql.connect(host='localhost', user='****', passwd='****', db='accidents')
cur = myConnection.cursor()
cur.execute('SELECT vtype FROM vehicle_type WHERE vtype LIKE "%otorcycle%";')
cycleList = cur.fetchall()
selectSQL = ('''
SELECT t.vtype, a.accident_severity
FROM accidents_2016 AS a
JOIN vehicles_2016 AS v ON a.accident_index = v.Accident_Index
JOIN vehicle_type AS t ON v.Vehicle_Type = t.vcode
WHERE t.vtype LIKE %s
ORDER BY a.accident_severity;''')
insertSQL = ('''INSERT INTO accident_medians VALUES (%s, %s);''')
for cycle in cycleList:
cur.execute(selectSQL,cycle[0])
accidents = cur.fetchall()
quotient, remainder = divmod(len(accidents),2)
if remainder:
med_sev = accidents[quotient][1]
else:
med_sev = (accidents[quotient][1] + accidents[quotient+2][1])/2
print('Finding median for',cycle[0])
cur.execute(insertSQL,(cycle[0],med_sev))
myConnection.commit()
myConnection.close()Write each query you used in Steps 1 – 8 in a text file. If a query produced a result set, then list the first ten rows of each row set after the query. Bundle your lessons learned report, your queries and your query results text file, and your MySQL query explanations from both before and after adding table indexes into a single zip file and submit that zip file as your final portfolio.
Jython: Purple Filter - Objects, Iterations, Nesting, Scope
The purpose of this assignment is to use programming as a means of changing the filter on a photograph. You will use the a ...
Jython: Purple Filter - Objects, Iterations, Nesting, Scope
The purpose of this assignment is to use programming as a means of changing the filter on a photograph. You will use the antelope photo from Topic 1 and add a purple filter to it.During this process, you will learn how to iterate through lines of code in order to repetitively test data for conditional status, and change the data based upon the results.Locate the same photograph used in the Topic 1 assignment.Copy the file.Create a program that prompts the user for the copied file.Using the resources in the text, modify the code to display the photograph with a purple filter.Submit the following in a compressed, zip file format:Your Python program. Naming convention is: firstInitial+lastName+PurpleFilter.py. Example: dharalsonPurpleFilter.pyAt least one screen capture demonstrating that your program was functional.The original input file and the created output file with the purple filter applied to it. [writePictureTo() function]ZIP file name convetion is: FirstInitial+LastName+PurpleFilter.zipAPA style is not required, but solid academic writing is expected.You are not required to submit this assignment to LopesWrite.
Colorado Technical University C++ Program Movie Rental Program Homework
Need help with the attached assignment. Be sure to keep class names and headers consistent.
Colorado Technical University C++ Program Movie Rental Program Homework
Need help with the attached assignment. Be sure to keep class names and headers consistent.
Question 1 Applied System Analysis
Course Project Part 1—Identifying RequirementsThe course project is a comprehensive assignment. Each week, you will be c ...
Question 1 Applied System Analysis
Course Project Part 1—Identifying RequirementsThe course project is a comprehensive assignment. Each week, you will be completing a part of this assignment based on the content covered in the week.Mobile technologies represent a significant part of today's software market. Their pervasive nature enables experienced, as well as inexperienced, users to interact with them for accomplishing a particular task. In addition, the diffusion of the computing systems on which they run, such as smartphones or tablets, coupled with an intertwined retail method (application stores present on all devices), allows for a capillary distribution of such applications.For this project, assume you are a programmer analyst. You are required to identify an organization, and then utilize the knowledge acquired in the course to simulate the creation of a mobile application that your company will be able to sell to the organization. Based on the description of the organization (you may get this from their website or directly from the personnel), you should identify a possible application that may be of interest to them. The application should contain different features, including data-driven material that should be available within the application itself, without having to rely on external data sources.For example, you select a large sports goods company and decide to create a customer-guidance application for the company. The application should offer an interface where customers could type in what they are looking for to be guided through the store leading them to the right department or section. The application should also enable the customers to watch video demonstrations of the products available in the store, after they scan the product barcode by using a camera. Moreover, the application should be able to suggest places in the store vicinity where customers may try certain items; for example, the application may guide the customers to archery ranges if they are interested in bows and arrows. Perhaps, you could add a feature that suggests apparel to the customers based on their lifestyle and something they can easily purchase through the device, without needing to go to the store.TasksThis project will be divided in two sections. During this course, you will be required to perform the planning and analysis phases, and then you will continue working on the same project in the next course, Applied Systems Analysis II that belongs to this sequence. In the second part, you will complete the design and implementation phases. Although you are not required to create a full application by the end of the two-course sequence, you are welcome to do so. This project does not require you to initiate communications with the target company for the sale of the application you wish to develop.You can use the examples in your book to draft the required documentation. In addition, your instructor will discuss tools, templates, and examples that you may utilize to create the documents. Typically, Microsoft Word will allow you to create most (if not all) of the material to be turned in for this project. You may utilize specialized graphics software to create any images or diagrams to accompany your documentation. You could use Microsoft PowerPoint or Visio for creating these diagrams. You should assume that the project could be handled in-house, therefore, no outsourcing should be considered through the project.This week, complete the following tasks in a 2- to 3-page Microsoft Word document:Provide an in-depth description of the company..Provide a list of all the potential stakeholders of this project. Justify your selection of stakeholders.Provide a complete statement of work.Provide a feasibility study on the following:Economic feasibilityOrganizational feasibilityTechnical feasibilitySupport your responses with appropriate research and examples.Cite any sources in APA format.Submission Details:Name your document SU_ITS3110_W1_PP1_LastName_FirstInitial.doc.
University of Maryland Global Develop a Java Application Java Programming Task
Application RequirementsYou have been requested to develop a Java application for a large company that provides members an ...
University of Maryland Global Develop a Java Application Java Programming Task
Application RequirementsYou have been requested to develop a Java application for a large company that provides members and the general public an online product catalog for ordering items like books, DVDs, clothes, household products, and so forth. There are several levels of users, including public (user has not registered), level 1 member, level 2 member, and level 3 member. The level 1 member pays a small monthly subscription fee. Level 2 members are associated with a small business who pays an annual fee covering less than 100 members. Level 3 members are employees of large corporations (more than 100 members) who subscribe annually. As the level increases, so does the discount. The following list highlights these requirements.The requirements for the application are as follows:The application will act as an online ordering system.The company accepts orders online and ships those items to the customer address.Customers must create a line of credit prior to placing an order.Customers view products from the catalog of items.Customers place orders.The administrator updates account information on behalf of members.Administrators add, delete, and modify items in the catalog.The application is able to run under most operating systems, including UNIX and Windows, and has a modern graphical user interface.The application is designed for future growth.Part 1 (55 points)Review the requirements and, using Visio, develop your design by creating use case diagrams, a class diagram, and a sequence diagram. Templates can be found in Visio by accessing the UML System template. There is a use case shape to help you create your use case diagrams. There is a UML sequence shape. Under "More Shapes," you will find an entity relationship shape for your class diagram.Click here to refer to a Visio tutorial to learn Visio basics.Use case diagrams are used to summarize the relationships between use cases, actors, and systems.Use Case 1: Create AccountUse Case 2: Place OrderUse Case 3: Add Product to CatalogUse Case 4: Update Account InformationSequence diagram that illustrates the various object interactions in their proper sequential order.Class diagrams depict the objects and information structures used by the application. The definition of a class is independent of the application itself. Classes describe the objects managed by the application but are independently defined. Be sure to show relationships between class objects, attributes, data types, and methods in your diagram.Class 1: AccountClass 2: Account LevelClass 3: AddressClass 4: ProductsClass 5: OrderClass 6: Line ItemOnce you have completed your diagrams, copy them into a Word document that will serve as your application design document. Include explanations for each diagram in your design document.Part 2 (25 points)Create pseudocode that describes the necessary flow of your program with respect to both creating a user account and placing an order. This information should be included in your application design document. This information should be included in your application design document.Part 3 (45 points)Explain your steps regarding taking the business requirements and developing your application design. Provide details as to the importance of following these important steps prior to coding the application. Describe the advantages and disadvantages to this process. Discuss how this process relates to the software development life cycle.Parts 1, 2, & 3 are all included in the application design document.
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ITS410 Colorado State University Database Management Portfolio Project
Option #1:Your Portfolio Project consists of two items, a lessons learned reflection report and a database design and anal ...
ITS410 Colorado State University Database Management Portfolio Project
Option #1:Your Portfolio Project consists of two items, a lessons learned reflection report and a database design and analysis project.Lessons Learned and ReflectionWrite a 2- to 3-page summary that outlines the lessons you learned in this database class. Reflect on how these lessons can be applied toward more effective database management and reporting.Database Design and AnalysisUse the Accidents_2016.csv file below to implement the following steps for your database project.Create a MySQL schema named “accidents.”Within the accidents schema, create a table named accidents_2016 with the following columns:accident_index as a varchar(13),accident_severity as an intWithin the accidents schema, create a table named vehicles_2016 with the following columns:accident_index as a varchar(13),vehicle_type as a varchar(10)Within the accidents schema, create a table named vehicle_type with the following columns:vcode int,vtype as a varchar(100)Next, you will load the data for the three tables.Load the accidents data. Note that @dummy is a placeholder for a column in the .csv file that you want to ignore during the load.load data local infile '…\\data\\Accidents_2016.csv'
into table accidents_2016
fields terminated by ','
enclosed by '"'
lines terminated by '\n'
ignore 1 lines
(@col1, @dummy, @dummy, @dummy, @dummy, @dummy, @col2
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
)
set accident_index=@col1,accident_severity=@col2;Load the vehicle data.load data local infile '…\\data\\Vehicles_2016.csv'
into table vehicles_2016
fields terminated by ','
enclosed by '"'
lines terminated by '\n'
ignore 1 lines
(@col1, @dummy, @dummy, @col2
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
,@dummy, @dummy, @dummy, @dummy, @dummy
)
set accident_index=@col1,vehicle_type=@col2;Load the vehicle type data.load data local infile '…\\data\\vehicle_type.csv'
into table vehicle_type
fields terminated by ','
enclosed by '"'
lines terminated by '\n'
ignore 1 linesAfter the data are loaded, you will perform the analysis. First, find the average accident severity and the number of accidents for vehicles of type motorcycle. Note the performance of your query. Your query may run so slowly that MySQL aborts running completing.Improve Query PerformanceLook at the explain tool output and save the results to a graphic file.From the explain results, how many rows have to be read per join?Add an index named “accident_index” of type “index" on the accident_indexcolumn in the accidents_2016 table and another index named “accident_index” of type “index” on the vehicles_2106 table.alter table accidents_2016
add index accident_index (accident_index asc);alter table vehicles_2016
add index accident_index (accident_index asc);After adding the indices, rerun the query explanation tool and determine the number of rows to be read per join.Find the median accident severity.MySQL does not have a median function so to find the median accident severity, you will have to write a Python script.You'll need to install Python and the PyMySQL module.Install Python version 2.7 or 3.4 from www.python.org.To install the PyMySQL module, run the following command in a Windows command prompt after Python has been installed:python -m pip install --index-url=https://pypi.python.org/simple/ --trusted-host pypi.python.org PyMySQLb) Create an accident median tablecreate table accident_medians
(
vtype varchar(100),
severity int
);Run the following Python script:import pymysql
myConnection = pymysql.connect(host='localhost', user='****', passwd='****', db='accidents')
cur = myConnection.cursor()
cur.execute('SELECT vtype FROM vehicle_type WHERE vtype LIKE "%otorcycle%";')
cycleList = cur.fetchall()
selectSQL = ('''
SELECT t.vtype, a.accident_severity
FROM accidents_2016 AS a
JOIN vehicles_2016 AS v ON a.accident_index = v.Accident_Index
JOIN vehicle_type AS t ON v.Vehicle_Type = t.vcode
WHERE t.vtype LIKE %s
ORDER BY a.accident_severity;''')
insertSQL = ('''INSERT INTO accident_medians VALUES (%s, %s);''')
for cycle in cycleList:
cur.execute(selectSQL,cycle[0])
accidents = cur.fetchall()
quotient, remainder = divmod(len(accidents),2)
if remainder:
med_sev = accidents[quotient][1]
else:
med_sev = (accidents[quotient][1] + accidents[quotient+2][1])/2
print('Finding median for',cycle[0])
cur.execute(insertSQL,(cycle[0],med_sev))
myConnection.commit()
myConnection.close()Write each query you used in Steps 1 – 8 in a text file. If a query produced a result set, then list the first ten rows of each row set after the query. Bundle your lessons learned report, your queries and your query results text file, and your MySQL query explanations from both before and after adding table indexes into a single zip file and submit that zip file as your final portfolio.
Jython: Purple Filter - Objects, Iterations, Nesting, Scope
The purpose of this assignment is to use programming as a means of changing the filter on a photograph. You will use the a ...
Jython: Purple Filter - Objects, Iterations, Nesting, Scope
The purpose of this assignment is to use programming as a means of changing the filter on a photograph. You will use the antelope photo from Topic 1 and add a purple filter to it.During this process, you will learn how to iterate through lines of code in order to repetitively test data for conditional status, and change the data based upon the results.Locate the same photograph used in the Topic 1 assignment.Copy the file.Create a program that prompts the user for the copied file.Using the resources in the text, modify the code to display the photograph with a purple filter.Submit the following in a compressed, zip file format:Your Python program. Naming convention is: firstInitial+lastName+PurpleFilter.py. Example: dharalsonPurpleFilter.pyAt least one screen capture demonstrating that your program was functional.The original input file and the created output file with the purple filter applied to it. [writePictureTo() function]ZIP file name convetion is: FirstInitial+LastName+PurpleFilter.zipAPA style is not required, but solid academic writing is expected.You are not required to submit this assignment to LopesWrite.
Colorado Technical University C++ Program Movie Rental Program Homework
Need help with the attached assignment. Be sure to keep class names and headers consistent.
Colorado Technical University C++ Program Movie Rental Program Homework
Need help with the attached assignment. Be sure to keep class names and headers consistent.
Question 1 Applied System Analysis
Course Project Part 1—Identifying RequirementsThe course project is a comprehensive assignment. Each week, you will be c ...
Question 1 Applied System Analysis
Course Project Part 1—Identifying RequirementsThe course project is a comprehensive assignment. Each week, you will be completing a part of this assignment based on the content covered in the week.Mobile technologies represent a significant part of today's software market. Their pervasive nature enables experienced, as well as inexperienced, users to interact with them for accomplishing a particular task. In addition, the diffusion of the computing systems on which they run, such as smartphones or tablets, coupled with an intertwined retail method (application stores present on all devices), allows for a capillary distribution of such applications.For this project, assume you are a programmer analyst. You are required to identify an organization, and then utilize the knowledge acquired in the course to simulate the creation of a mobile application that your company will be able to sell to the organization. Based on the description of the organization (you may get this from their website or directly from the personnel), you should identify a possible application that may be of interest to them. The application should contain different features, including data-driven material that should be available within the application itself, without having to rely on external data sources.For example, you select a large sports goods company and decide to create a customer-guidance application for the company. The application should offer an interface where customers could type in what they are looking for to be guided through the store leading them to the right department or section. The application should also enable the customers to watch video demonstrations of the products available in the store, after they scan the product barcode by using a camera. Moreover, the application should be able to suggest places in the store vicinity where customers may try certain items; for example, the application may guide the customers to archery ranges if they are interested in bows and arrows. Perhaps, you could add a feature that suggests apparel to the customers based on their lifestyle and something they can easily purchase through the device, without needing to go to the store.TasksThis project will be divided in two sections. During this course, you will be required to perform the planning and analysis phases, and then you will continue working on the same project in the next course, Applied Systems Analysis II that belongs to this sequence. In the second part, you will complete the design and implementation phases. Although you are not required to create a full application by the end of the two-course sequence, you are welcome to do so. This project does not require you to initiate communications with the target company for the sale of the application you wish to develop.You can use the examples in your book to draft the required documentation. In addition, your instructor will discuss tools, templates, and examples that you may utilize to create the documents. Typically, Microsoft Word will allow you to create most (if not all) of the material to be turned in for this project. You may utilize specialized graphics software to create any images or diagrams to accompany your documentation. You could use Microsoft PowerPoint or Visio for creating these diagrams. You should assume that the project could be handled in-house, therefore, no outsourcing should be considered through the project.This week, complete the following tasks in a 2- to 3-page Microsoft Word document:Provide an in-depth description of the company..Provide a list of all the potential stakeholders of this project. Justify your selection of stakeholders.Provide a complete statement of work.Provide a feasibility study on the following:Economic feasibilityOrganizational feasibilityTechnical feasibilitySupport your responses with appropriate research and examples.Cite any sources in APA format.Submission Details:Name your document SU_ITS3110_W1_PP1_LastName_FirstInitial.doc.
University of Maryland Global Develop a Java Application Java Programming Task
Application RequirementsYou have been requested to develop a Java application for a large company that provides members an ...
University of Maryland Global Develop a Java Application Java Programming Task
Application RequirementsYou have been requested to develop a Java application for a large company that provides members and the general public an online product catalog for ordering items like books, DVDs, clothes, household products, and so forth. There are several levels of users, including public (user has not registered), level 1 member, level 2 member, and level 3 member. The level 1 member pays a small monthly subscription fee. Level 2 members are associated with a small business who pays an annual fee covering less than 100 members. Level 3 members are employees of large corporations (more than 100 members) who subscribe annually. As the level increases, so does the discount. The following list highlights these requirements.The requirements for the application are as follows:The application will act as an online ordering system.The company accepts orders online and ships those items to the customer address.Customers must create a line of credit prior to placing an order.Customers view products from the catalog of items.Customers place orders.The administrator updates account information on behalf of members.Administrators add, delete, and modify items in the catalog.The application is able to run under most operating systems, including UNIX and Windows, and has a modern graphical user interface.The application is designed for future growth.Part 1 (55 points)Review the requirements and, using Visio, develop your design by creating use case diagrams, a class diagram, and a sequence diagram. Templates can be found in Visio by accessing the UML System template. There is a use case shape to help you create your use case diagrams. There is a UML sequence shape. Under "More Shapes," you will find an entity relationship shape for your class diagram.Click here to refer to a Visio tutorial to learn Visio basics.Use case diagrams are used to summarize the relationships between use cases, actors, and systems.Use Case 1: Create AccountUse Case 2: Place OrderUse Case 3: Add Product to CatalogUse Case 4: Update Account InformationSequence diagram that illustrates the various object interactions in their proper sequential order.Class diagrams depict the objects and information structures used by the application. The definition of a class is independent of the application itself. Classes describe the objects managed by the application but are independently defined. Be sure to show relationships between class objects, attributes, data types, and methods in your diagram.Class 1: AccountClass 2: Account LevelClass 3: AddressClass 4: ProductsClass 5: OrderClass 6: Line ItemOnce you have completed your diagrams, copy them into a Word document that will serve as your application design document. Include explanations for each diagram in your design document.Part 2 (25 points)Create pseudocode that describes the necessary flow of your program with respect to both creating a user account and placing an order. This information should be included in your application design document. This information should be included in your application design document.Part 3 (45 points)Explain your steps regarding taking the business requirements and developing your application design. Provide details as to the importance of following these important steps prior to coding the application. Describe the advantages and disadvantages to this process. Discuss how this process relates to the software development life cycle.Parts 1, 2, & 3 are all included in the application design document.
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