Code Linux-based Software module that controls Multithreading of server processor cores at the core level (and sends jobs to specific processor cores)

**Please read the attached PDF before bidding** **The attached PDF contains all the Project Specifications, Requirements and Deliverables.** This project is to create Linux based software module that will enable accepting jobs in the form of a shell commands or scripts and then dispatch the job to one or more specific processor cores on a server. Our company’s main job controller is a Windows based software that dispatches jobs to Linux servers, which is where this module will be installed. This module in turn will have to be able to accept the incoming job(s) and execute the job(s) on specific processor cores on the server. The custom module that is the deliverable for this project is called the Multithread Processor Controller (MPC). Goal This project is to create a software module that will control multithreading at the processor-core level. This means the software will control the availability of each processor core on a server and will also have the ability to assign specific jobs to a specific processor core and monitor the progress of those jobs. All code to be kept and updated on a daily basis in the company's private Bitbucket repository created specifically for this project. As an alternative, we can also provide a private GitHub repository. Requirements (full requirements contained in attached PDF) • Coding Language: C++ or Mono using C#. • Supported on Ubuntu 12+. • Coded as a Linux Daemon at its core. • Packaged as an installable package and we should be able to install it on multiple Ubuntu instances, including if it is developed as a web application. • We should be able to install MPC on any Ubuntu server where we have admin rights. • Must have an interface to accept single line shell commands. • Must have an interface to accept a full shell scripts. • Must be designed around the guidelines identified at OpenMPI ([login to view URL]) in the context of passing jobs as messages to the processor core. Milestones and Payment Schedule 10% First Milestone - Provide a complete Project Proposal that details specifically how you plan to code this software module and how you plan to accomplish each Requirement as listed in the PDF. This should include listing and providing information on any software you have already designed and/or third-party software that you plan to utilize to complete this project. 20% Second Milestone - Provide live demo to company executives, including CTO, of functioning software that shows ability to communicate bidirectionally with our REST API and sends jobs to specific processor cores. We will then provide feedback to freelancer regarding any modifications that are necessary. 70% Final MIlestone - Deliver source code and installable program to company. Company will then conduct a thorough source code review and will also install and test the software module on various server environments. Company will provide Freelancer with feedback within 10 days and any modifications will then be incorporated into software and new source code and installable program will be delivered to company. When company is satisfied with the source code and no issues or bugs exist, including no issues installing the software module on Ubuntu v12+ Linux servers, the final milestone payment will be released. Please do NOT bid on this project unless you are 100% confident you can successfully complete this project as described in the attached PDF. All source code, which must be updated in our private BitBucket or GitHub repository on a daily basis, may be reviewed any time by our Company. Please note that milestone payments will not be released unless that milestone is successfully completed. If freelancer is unable or unwilling to complete one or more milestones then no further payments will be made to the freelancer and all code written up until that point will be owned in-full by company. **Do not bid on this project unless you are confident you have the experience and skillset to complete it!**