代写COMP9103软件开发、Java编程程序代写代做、帮做Java语言编程、代写Java设计

日期：2018-10-01 09:28

COMP9103 Software Development in Java Assignment Semester2, 2018

Pet Ownership Statistics (POS) System

Design Draft Due: 6:00PM, Wednesday (in Week 9), 03 Oct 2018

Prototype Demo: 6:00PM, Wednesday (in Week 10), 10 Oct 2018

Completed Assignment Due: 6:00PM, Wednesday (in Week 12), 24 Oct 2018

GENERAL DESCRIPTION

This INDIVIDUAL software development assignment consists of THREE PARTS, and is worth 22% of

the assessment of this course. In this individual assignment, you will develop Java software for pet

ownership management.

1. PART ONE (2 Marks): submit a design draft of the assignment in week 9. Your tutor will provide

you feedback and inputs to further improve your software design and development. Your design draft

should describe:

all the classes needed and their responsibilities,

the fields and methods of each class,

the relationship of the classes.

2. PART TWO (2 Marks): demonstrate a prototype of your software using lab computers. At this stage,

you must demonstrate that:

your code can be compiled via command line,

your programs are able to read from and write to files,

your programs could “update” and “delete” records,

your software is able to manipulate simple inputs, and to produce appropriate outputs accordingly.

3. PART THREE (18 Marks) is the completion of the software development assignment.

SOFTWARE DESCRIPTION

In this individual assignment, you will design and develop a Java software package to process the resident

and pet ownership records in different suburbs according to the given instructions/commands.

Your Java software MUST

Read and validate the contents of TWO input text files (i.e. records file and instructions file),

and Process the pet ownership records in the records file according to the instructions in the

instructions file. The instructions should be performed sequentially (i.e. one after the other).

When your program ends, your software saves the resulting records list (after being processed) to

TWO output files (that are the results file containing the processed resident records list and the

report file containing the query results).

DESCRIPTION AND FORMAT OF INPUT RESIDENT RECORDS

When your POS system starts up, it will firstly read in valid resident records in the input records file; and

then process the valid resident records according to the instructions in the instructions file.

1. The input resident records file contains zero or multiple resident records in the predefined format:

Separators: blank line(s) are used to separate the records.

Invalid fields: fields with error(s). Invalid fields should be ignored and not read into the system.

Invalid records: records missing any compulsory field or with invalid compulsory field. Invalid

records will be discarded and will not be read and processed by your POS system.

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COMP9103 Software Development in Java Assignment Semester2, 2018

2. An input resident record consists of 6 possible fields to specify necessary information of a resident

and his/her pet ownership. There are 3 compulsory fields, i.e., name, phone and postcode; and the rest

three fields are optional.

1) name (compulsory): resident’s name, in the form of a string of forename(s) and surname, all

along one line. A name cannot include numeric and punctuation characters.

2) birthday: resident’s birthday, in the format of “(d)d-(m)m-(yy)yy”. Example: 11-07-2014 or

2-2-14.

3) address: is a string that may span more than one line, and must include the suburb.

4) postcode (compulsory): in the form of 4 numeric digits.

5) phone (compulsory): in the form of a sequence of 8 numeric digits. Leading zeros cannot be

ignored.

6) pet: type(s) of pet(s), for instance, dog, cat, bird, etc. Different types of pets owned by one

resident are spaned in the same line while separated by white space(s).

3. Format

Compulsory fields are required for all records when they are read in from the input records file.

That is, you may have a resident record with name, phone and postcode, or another record with

all six fields.

Each field begins on a new line and starts with the field name.

Single/Multiple white spaces are used to separate field name and the field value/content.

Fields may occur in any order.

Example: "residentsample1.txt" is a sample resident record file, with records as below:

name Josephine Esmerelda Bloggs

birthday 13-05-1980

phone 99887766

pet Cat Dog

address 102 Smith St, Summer hill, NSW

postcode 2130

name Pac Man

birthday 07-3-1992

address 27 New Street, Elwood,

VIC

postcode 3184

phone 00333976

DESCRIPTION AND FORMAT OF INPUT INSTRUCTIONS

Your software needs to read in and parse the valid instructions in instructions file and process the valid

records with valid instructions.

1. The instructions file contains zero or multiple instructions:

There are four possible instructions: “update”, “delete”, “sort” and “query”.

Each instruction occurs on a new line.

Each instruction begins with one of the instructions followed by a list of parameters.

2. Description of instructions

Update a person/record to your resident record list

o For instance, the instruction

update name Jo Bloggs; birthday 08-07-1998; phone 88884444;

address 9001 Chester Crescent, Chatswood, NSW; postcode 2057

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COMP9103 Software Development in Java Assignment Semester2, 2018

is supposed to add a record to your list for a resident with name "Jo Bloggs", birthday 08-07-

1998, phone number 88884444, address "9001 Chester Crescent, Chatswood, NSW" and

postcode 2057. Note the use of a semicolon (";") to separate the fields in the instruction.

o Your system will check whether this is an existing record:

o if the resident name and phone number are identical to those of an existing record, the

identical existing record will be updated by the new information from the new record.

E.g., update or merge the fields with the given values;

o otherwise a new valid record needs to be automatically created and added to your list by

your program.

Delete a resident from your list by name + phone

o For instance, the instruction

delete Jeff Vader; 04234567

indicates deleting the record with name “Jeff Vader” and phone number 04234567.

Sort the records and save the results to resultsFile.

o The instruction

sort name

indicates: sort the residents by name in ascending order. If there are more than one resident

having the same name, sort the residents with same name in ascending order of phone numbers.

Note: you are required to implement a sorting method rather than directly invoking an available

function from a Java API.

Query the statistics using the following instructions and save the query results to reportFile.

Query results from different queries should be separated using dash lines (---).

(1) Query the records by name and save all the query results to the report file in ascending order

of phone numbers. The format of the query instruction is listed as below:

o query name David Joans

(2) Query the age statistics of pet owners in a suburb and save the query results to reportFile.

The query on statistics is in the format of: postcode followed by a keyword age. For example,

o query 2057 age

indicates: query the age statistics of pet owners of a given suburb with postcode 2057. The

query results as below should be appended to reportFile:

------query 2057 age------

Available pet owner size: 100

Age profile

Below 18: 20%

Over 18 and Below 65: 50%

Over 65: 30%

Unknown: 0

---------------------------

(3) Query the statistics of pet popularity and save the query results to reportFile. The format is:

o query pet

indicates: query the suburb(s) with the largest number of each type of pet existing in the

residents records. For instance, if there are four types of pets which are dog, cat, bird and

reptile existing in the residents’ records, the results as below should be appended to

reportFile:

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COMP9103 Software Development in Java Assignment Semester2, 2018

------query pet------

Dog: 70; postcode 2050

Cat: 50; postcode 2018

Bird: 35; postcode 2000

Reptile: 10; postcode 2006, 2050

---------------------

FORMAT OF OUTPUT FILES

1. Your software needs to save the resulting data collection to the files including results file and report

file.

2. The output files should have all the necessary resulting records.

3. Each field should fit on ONE line only.

4. Records should be separated by blank lines.

5. The format of output records should be consistent, e.g. fields are listed in same order and date format

are consistent.

6. Report File: the results of different queries should be separated by a dash line with query instruction

as shown in previous section.

SOFTWARE EXCUTION

Your software must be executed using command line in the following format:

java POS18S2. POS recordFile instructionFile resultFile reportFile

POS18s2 is the package containing your assignment software.

POS is the name for the main class.

Two input files specified by command line arguments:

o recordfile –containing the list of resident records

o instructionfile –containing the set of instructions/operations to be carried out by your

software

Two input files specified by command line arguments:

o resultfile – saving the processed resident records

o reportfile – saving the results from query commands

DO NOT implement a graphical user interface (GUI). DO NOT hard code the path/name of the

input/output files as they will change between runs of the program. Some example invocations

using the Command Prompt:

java POS18s2.POS u:\records\rec01.txt u:\ins01.txt w:\out\res01.txt

W:\report01.txt

java POS18s2.POS c:\rec03.txt d:\ins07.txt result.txt report.txt

IMPORTANT NOTES

1. Your code must make use of at least one collection e.g. ArrayList.

2. Your system must be able to handle both normal cases and difficult cases.

3. You MUST NOT build a graphical user interface.

4. You need to do systematic testing of the classes you create.

5. Your program must run on the computers in your lab classes, and must be demonstrated during your

laboratory class to your tutor in week 10 and in week 12. Being absent from the demos will incur a

penalty of 4 marks. If you miss the labs in weeks 10 and/or 12 because of serious illness or

misadventure, you should request Special Consideration using the appropriate forms within a week.

6. Recall that the University takes plagiarism very seriously.

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COMP9103 Software Development in Java Assignment Semester2, 2018

MARKING SCHEME

There are 4 parameters on which your submission will be marked:

1) Design [4 marks]: 2 marks at PART 1 (in week 9), and 2 marks at the final submission.

2) Prototype Demo [2 marks]: in week 10

3) Implementation and testing [14 marks]: at the final submission.

4) Standard of coding [2 marks]: at the final submission.

SUBMISSION

1. PART 1 – Design Draft

Submit your design draft to Canvas before 6:00PM, Wednesday 03 Oct 2018 (Week 9).

o Documentation of your software design, e.g. design descriptions and UML diagrams.

2. PART 2 – Prototype Demonstration

You will demonstrate your program to your tutor in Week 10. Your program should have the basic

functionalities at this stage, and should be able to handle normal cases (i.e. cases where all field

names/values are valid). You will get the mark as long as your program runs smoothly by being

invoked from the command prompt using the sample testing files released in Week 9. This part will

assess your progress and provide you with more feedback.

3. PART 3 – Complete Assignment

Submit before 6:00PM, Wednesday 24 Oct 2018 (Week 12).

Late submissions will incur a penalty of 2 marks per day.

Program submission: You MUST upload a single .zip archive onto Canvas (COMP9103

Assignment Submission) before the deadline. The .zip archive must be named with your login ID,

e.g. if your login name is "abcd1234" then the archive must be called "abcd1234.zip". It should

contain:

o Your program (all the java source code) in correct architecture

Turnitin submission (Canvas):

o You must ALSO submit the documentation of your final software design, e.g. UML

diagram and description of your design, in PDF through Turnitin.