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[Proposal](#proposal)\n2. [Documentation](#documentation)\n3. [Author](#author)\n\n## Proposal\n\n```text\nQuestion 1: Linear Topology with Eight Hosts\n\nA. Topology Setup\n- Using the standard Mininet command line, create a linear topology with eight hosts.\n- Ensure the topology uses standardized MAC addresses.\n- Configure bandwidth (`bw`) to 30 Mbps.\n- Use the default Mininet controller (no need to specify).\n\nB. Inspection\n- Inspect interface information, MAC addresses, IP addresses, and ports using command-line inspection.\n\nC. Illustrative Diagram\n- Create an illustrative diagram of the topology, including all inspected details from the previous step.\n\nD. Ping Tests\n- Run ping tests between different nodes.\n- Use the `tcpdump` command to display packet arrival at the nodes.\n\nE. Iperf Tests\n- Specify that Host 1 on port 5555 will act as a TCP server and Host 2 as a client.\n- Conduct `iperf` tests with a 15-second duration, reporting every second.\n- Perform tests for bandwidths of 1, 5, 10, 15, 20, and 25 Mbps.\n- Reconstruct the topology for each bandwidth value.\n\nQuestion 2: Custom Topology with Python\n\nA. Topology Setup\n- Use Python to create the following custom topology:\n```\n\n![Proposal topology for question 2](/src/images/question_2/proposal_topology.png)\n\n```text\nB. Inspection\n- Inspect interface information, MAC addresses, IP addresses, and ports using command-line inspection.\n\nC. Illustrative Diagram\n- Create an illustrative diagram of the topology with all the inspected details.\n\nD. Ping Tests with Standard Switches\n- Run ping tests considering the standard switches.\n\nE. MAC-Based Rules\n- Remove previous rules and implement MAC address-based rules for specific nodes.\n- Ensure communication between hosts on different switches.\n\nF. Ping Tests for Rule Validation\n- Conduct ping tests to demonstrate successful implementation of the MAC-based rules\n```\n\n---\n\n## Documentation\n\nThe documentation files for the project are located in the ``docs`` folder.\n\n### [Explanation of Question 1](docs/Explanation_question_1.md)  \nThis document provides a detailed explanation of **Question 1**, including commands, results, and observations.  \n\n### [Explanation of Question 2](docs/Explanation_question_2.md)  \nThis document outlines the solution for **Question 2**, detailing the Python script, configurations, and testing outcomes.  \n\n---\n\n## Author\n\n### [Matheus Fonseca](https://github.com/matheusAFONSECA)\n\nUndergraduate student in the eighth (8th) semester of Computer Engineering at the National Institute of Telecommunications (Inatel). I participated in a Scientific Initiation at the Cybersecurity and Internet of Things Laboratory (CS\u0026ILAB), where, in the Park Here project, I developed skills in computer vision applied to parking systems, focusing on license plate recognition and vehicle identification. Additionally, I served as a teaching assistant for Physics 1, 2, and 3, helping with practical classes, report writing, and answering theoretical questions. Currently, I am an intern at the Inatel Competence Center (ICC) in the PDI SW department.","project_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fmatheusafonseca%2Fc115-mininet-project","html_url":"https://awesome.ecosyste.ms/projects/github.com%2Fmatheusafonseca%2Fc115-mininet-project","lists_url":"https://awesome.ecosyste.ms/api/v1/projects/github.com%2Fmatheusafonseca%2Fc115-mininet-project/lists"}