auto

p1.md

@@ -50,7 +50,7 @@ My version of `blobs.go` is about 350 LOC, whereas `serve.go` is 87.
 
 ## Setup
 
-Download the starter files for this project [here](https://sedna.cs.umd.edu/818/projects/p1.tgz).
+Download the starter files for this project [here](https://ceres.cs.umd.edu/818/projects/p1.tgz).
 
 Each of you will have a repository on [`gitlab.cs.umd.edu`](https://gitlab.cs.umd.edu/cmsc818efall2023students) for version control, and to
 submit projects. More info on this soon. However, the intent is that each of you will have a `gitlab` repsository
@@ -70,7 +70,7 @@ You should also minimise changes to `ubi.go`, as I will be running a script acro
 
 Set up your environment as follows:
 1. Install Go (current version 1.21.0), and set up `GOPATH`, possibly `GOBIN`.
-1. Grab your initial files [here](https://sedna.cs.umd.edu/818/projects/p1.tgz).
+1. Grab your initial files [here](https://ceres.cs.umd.edu/818/projects/p1.tgz).
 1. Create your project in `cmsc818efall2023students/<directoryid>/p1`.
 1. All your changes should be made here and pushed back to the repository.
    I will download your files from here at project deadlines.

p2.md

@@ -20,7 +20,7 @@ heterogeneity of machines and languages. gRPC interfaces are defined
 using **protocol buffers**, which are also used to serialize messages.
 
 ## Setup
-Download the starter files for this project [here](https://sedna.cs.umd.edu/818/projects/p2.tgz?1).
+Download the starter files for this project [here](https://ceres.cs.umd.edu/818/projects/p2.tgz?1).
 
 - [Install the protobuf compiler.](https://grpc.io/docs/protoc-installation/)
 - [Install the golang bindings.](https://grpc.io/docs/languages/go/quickstart/)

p3.md

@@ -16,7 +16,7 @@ This project has the following tasks:
 
 
 ## Setup
-Download files [here](https://sedna.cs.umd.edu/818/projects/p3.tgz).
+Download files [here](https://ceres.cs.umd.edu/818/projects/p3.tgz).
 
 ## New Packages
 The new crypto packages we will be using include:

p4.md

@@ -11,7 +11,7 @@ containerization.  We are going to synchronize the blobs using Merkle
 trees over gRPC.
 
 ## Setup
-Download files [here](https://sedna.cs.umd.edu/818/projects/p4.tgz).
+Download files [here](https://ceres.cs.umd.edu/818/projects/p4.tgz).
 
 ## Anti-Entropy and Merkle Trees
 

p5.md

@@ -9,11 +9,11 @@ forward. This change should took about two lines of code.
 
 ## Setup
 
-Download files [here](https://sedna.cs.umd.edu/818/projects/p5.tgz?1).
+Download files [here](https://ceres.cs.umd.edu/818/projects/p5.tgz?1).
 
 ## Part I: Failure-free operation
-Implement raft as described in [Figure 2](https://sedna.cs.umd.edu/818/papers/raftFigure.pdf) of the
-[paper](https://sedna.cs.umd.edu/818/papers/raft.pdf). 
+Implement raft as described in [Figure 2](https://ceres.cs.umd.edu/818/papers/raftFigure.pdf) of the
+[paper](https://ceres.cs.umd.edu/818/papers/raft.pdf). 
 
 In particular:
 - implement the log