These properties cannot be achieved solely at the application level.Thus we'll study the semantics of the entire software stack from theperspective of strong properties, including Virtual Machine,Operating System, User Space Programming environment and Programming Language.Traditional software stacks,have been proved inadequate base for such purposes,especially for achieving security and privacy.Thus we will write programs for Ethos, an experimental Operating Systemdeveloped at UIC, and using the Go programming language.Ethos provides much stronger properties to the application developer,and at the same time is much simpler than traditional systems.News The first two weeks of the semester will be remote Using the following tools uofi.box.com: assignments, documentation, software distribution. You should have received an invite on your uic email address (if not, let me know). Once you have the invite, if box is not enabled for you, go to and enable it. piazza.com: discussion of class issues uic.zoom.us: remote lectures This page: deadlines for various assignments Zoom CS 485 ZoomSyllabus The Go Programming Language (an introduction). Virtualization and isolation. Operating System Structure and Semantics. User space environment High Availability Systems, which survive natural disasters and deliberate attacks Privacy techniques. Maintaing confidentiality Ensuring integrity.Programming assignmentsThis is still under development. Types and packages in Go. Using types to construct sophisticated packages in Go. Transactional service. We'll be a serializable system which work concurrently, but appear to work with one transaction at a time. File system. A file system must survive system failure, that is be fault tolerant. In this assignment an operating system will be built which will withstand (temporary) failures at arbitrary times, assuming. Distributed File System. We'll construct a distributed file system which will withstand arbitrary failure. Capstone project. Done in groups, a more sophisticated version of the assignment.Workload and needed backgroundA solid background is needed in programming and in Operating Systems.In addition, courses in network and transactional databases are helpful, but not necessary.Course work and gradingThe course work consists of: 80%: 4-5 Programs 20%: Participation including class participationNote that this breakdown is dependant on COVID, and in particular assumes we'llhave in-person instruction.Tests will cover conceptual issues from system aspectsand programming techniques covered.Academic integrityStudents who are caught cheating will immediately fail the course, andhave the cheating recorded in their record.For 1st year graduate students (because this is a 5 hour course), thisusually results in expulsion from the program.Students who already have been caught cheating will go through disciplinaryhearings, with the goal of having them expelled from the university.Students who fail to demonstrate on testsan understanding of the programs they have handed inwill fail the course.You are not to show your program to anyone nor to look at anyoneelse's program.You may discuss programming concepts but only in general term.Covered topicsThis course covers network programming and systems programmingfrom the operating system viewpoint.Special emphasis is given on standards based APIs,with explanation of typical interfaces.Recommended Texts UNIX Network Programming, Richard Stevens, Volume 1, Second Edition, Sockets and XTI, Prentice Hall, 1998, ISBN 0-13-490012-X. UNIX System Programming using C++, Terrence Chan. The Design of the Unix Operating System, Maurice Bach, Prentice Hall. (Dated description of Unix internals, but very readable) POSIX.4:Programming for the Real World, Bill O. Gallmeister, O'Reilly and Associates. (The book on real-time POSIX programming covering IPC, async. I/O, and more). Computer Networking: A Top-Down Approach Featuring the Internet, 3rd Edition, James Kurose and Keith Ross. Computer Networks (3rd Edition), Andrew S. Tannenbaum, Prentice Hall. (Detailed coverage of low level network stuff) Computer Networks: A Systems Approach Larry L. Peterson and Bruce S. Davies, Morgan Kaufman. (More advanced coverage then Tannenbaum) The Magic Garden Explained, Benny Goodheart and James Cox, Prentice Hall. (Describes basis for Solaris [SrV5R4] internals). STL Tutorial and Reference Guide David R. Musser and Atul Saini, Addison-Wesley.Course details Call Number: 41112/41121 Meetings: Time Room 12:30-1:45 TTh Synchronous (BH 208 when back on campus) Pre-requisite: CS 361 or permission of instructor Teaching Assistant: Email: Office hours: TBA Office location: SEL 4224 Text: UIC-only Course MaterialsIf you are a UIC student who is connected through a non-UIC ISP,you can get these handouts via openVPN. Lecture Notes and other Course MaterialsValid XHTML 1.0 | Copyright Jon A. Solworth | Design by super j man
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