This homework is a series of functions related to data structures.
Here are all the function headers and docstrings for the ten assigned functions: P7: Data StructuresPreview the document.
The rubric for this homework is a bit different than usual--it is binary. You will get either full credit or zero for each function. You will get full credit if and only if your function has the exact docstring as in p7_data_structures_docstrings.py, follows any explicit instructions in the comment, the print function is not called, and the doctests for that function work without errors (see Worksheet 13: Doctests for a description of how to run doctests--it is NOT sufficient to just run these tests informally yourself).
This homework is a series of functions related to data structures.
Here are all the function headers and docstrings for the ten assigned functions: P7: Data StructuresPreview the document.
The rubric for this homework is a bit different than usual--it is binary. You will get either full credit or zero for each function. You will get full credit if and only if your function has the exact docstring as in p7_data_structures_docstrings.py, follows any explicit instructions in the comment, the print function is not called, and the doctests for that function work without errors (see Worksheet 13: Doctests for a description of how to run doctests--it is NOT sufficient to just run these tests informally yourself).
This homework is a series of functions related to data structures.
Here are all the function headers and docstrings for the ten assigned functions: P7: Data StructuresPreview the document.
The rubric for this homework is a bit different than usual--it is binary. You will get either full credit or zero for each function. You will get full credit if and only if your function has the exact docstring as in p7_data_structures_docstrings.py, follows any explicit instructions in the comment, the print function is not called, and the doctests for that function work without errors (see Worksheet 13: Doctests for a description of how to run doctests--it is NOT sufficient to just run these tests informally yourself).
This homework is a series of functions related to data structures.
Here are all the function headers and docstrings for the ten assigned functions: P7: Data StructuresPreview the document.
The rubric for this homework is a bit different than usual--it is binary. You will get either full credit or zero for each function. You will get full credit if and only if your function has the exact docstring as in p7_data_structures_docstrings.py, follows any explicit instructions in the comment, the print function is not called, and the doctests for that function work without errors (see Worksheet 13: Doctests for a description of how to run doctests--it is NOT sufficient to just run these tests informally yourself).
This homework is a series of functions related to data structures.
Here are all the function headers and docstrings for the ten assigned functions: P7: Data StructuresPreview the document.
The rubric for this homework is a bit different than usual--it is binary. You will get either full credit or zero for each function. You will get full credit if and only if your function has the exact docstring as in p7_data_structures_docstrings.py, follows any explicit instructions in the comment, the print function is not called, and the doctests for that function work without errors (see Worksheet 13: Doctests for a description of how to run doctests--it is NOT sufficient to just run these tests informally yourself).
This homework is a series of functions related to data structures.
Here are all the function headers and docstrings for the ten assigned functions: P7: Data StructuresPreview the document.
The rubric for this homework is a bit different than usual--it is binary. You will get either full credit or zero for each function. You will get full credit if and only if your function has the exact docstring as in p7_data_structures_docstrings.py, follows any explicit instructions in the comment, the print function is not called, and the doctests for that function work without errors (see Worksheet 13: Doctests for a description of how to run doctests--it is NOT sufficient to just run these tests informally yourself).
I have attached the .zip file that contains all the info you should need to complete the project (declaration, functions needed, instructions, etc.). You must create a maze using C++, then use recursion to solve the maze and print the output. Just be sure to use the functions included in maze.h!
CS223 Programming Homework #3
Note: As is true of all programming assignments, you must control the user experience. That means you have to prompt the user with useful prompts, check input to make sure its what you want (and will work).
You should follow the python style guide (https://www.python.org/dev/peps/pep-0008/ (Links to an external site.)) for the most part (not where tabs are concerned). You must have comments that describe what youre doing clearly, and all indentation must be correct and clear (this is the main place that I dramatically disagree with the Python style guide, I believe that you should always use tabs). You should never duplicate code, instead put functionality in functions for clarity, simplicity and ease of debugging.
The intent of this program is to manage a set of contacts. Each contact will have data associated with it:
Id number/integer
First Name string
Last Name string
Age number/integer
Phone Number string
Poker #1
For this program, refer to programming exercise 14.3, on page 586 in your textbook. Instead of 3 cards, you should deal a full poker hand of 5. Note: your program should not allow a given card to be dealt twice in the same hand. The image files you need to use should have been downloaded alongside this word file.
For this program, simply submit the java, UML, and readme files in a compressed folder.
It is essential to have a basic understanding of network defense topologies in order to properly comprehend the defensive strategies deployed by companies to protect their information assets.
Use the Cisco Packet Tracer application to create a network diagram that makes use of the following devices listed below, which belong to Company X. The diagram should illustrate your knowledge of network defense by placing network assets in their proper location, so as to ensure their protection. Include, within the diagram, any small office/home office (SOHO) solutions that will be used to protect either the infrastructure or end-user devices.
Within the diagram make sure to include at a minimum:
10 mobile devices (phones/laptops/tablets)
Five desktop/stationary computers
Two servers (file/email)
One printer
One router/firewall
One WAN/gateway connection
One switch
One corresponding backup/replication asset for disaster recovery (local or remote storage/server)
N
