Fix up deliver script

deliver.sh

@@ -3,23 +3,25 @@
 read -p "Enter your student username (the one you use on badboard): "  username
 echo "Cleaning your project"
 
-./sbt.sh clean
+# ./sbt.sh clean
 
 echo "Creating archive"
 mkdir wrap
+mkdir wrap/project
 cp -r src ./wrap/
 cp build.sbt ./wrap
 cp project/Dependencies.scala ./wrap/project/Dependencies.scala
 cp project/build.properties ./wrap/project/build.properties
 cp sbt.sh ./wrap
-tar czfv $username.gz wrap
+(cd ./wrap/; tar czfv $username.gz .)
+mv ./wrap/$username.gz .
 
 rm -rf ./wrap
 
 echo "Unwrapping and testing your wrapped package"
 mkdir wrapTest
 tar -C ./wrapTest -xvf $username.gz
-./wrapTest/wrap/sbt.sh test
+./wrapTest/sbt.sh test
 rm -rf ./wrapTest
 
 echo "If the test output looked good then you're good to go!"

exercise.org

@@ -22,6 +22,15 @@
   Keep in mind that this is just a high level sketch, omitting many details as well
   entire features (for instance branch logic)
 
+  *Important*
+  When you are done, use the provided ./deliver.sh script to pack up the archive.
+  If you're unable to run bash scripts then please ensure that you deliver a *zip* archive.
+  Not .rar or anything else, just use zip because my grading script knows how to handle that
+  in addition to the one used by deliver.sh
+  named after your username. Nothing more, nothing less, just your username.
+  This archive should be runnable as is, thus you need to include all the necessary files.
+  (I may or may not diff the tests to check if you're screwing with them)
+
   #+CAPTION: A very high level processor schematic. Registers, Instruction and data memory are already implemented.
   [[./Images/FiveStage.png]]
   

src/test/scala/RISCV/Parser.scala

@@ -26,7 +26,7 @@ object Parser {
   def branchZ : (Parser[Int], Parser[String]) = (reg <~ sep, label)
 
   def arith    : (Parser[Int], Parser[Int], Parser[Int]) = (reg <~ sep, reg <~ sep, reg)
-  def arithImm : (Parser[Int], Parser[Int], Parser[Int]) = (reg <~ sep, reg <~ sep, hex | int)
+  def arithImm : (Parser[Int], Parser[Int], Parser[Int]) = (reg <~ sep, reg <~ sep, (hex | int))
 
   def stringWs(s: String) : Parser[String] = many(whitespace) ~> string(s) <~ many1(whitespace)
 
@@ -144,7 +144,6 @@ object Parser {
 
 
   val multipleInstructions: Parser[List[Op]] = List(
-    // stringWs("li") ~> (reg <~ sep, (hex | int).map(_.splitLoHi(20))).mapN{ case(rd, (hi, lo)) => {
     stringWs("li") ~> (reg <~ sep, (hex | int).map(_.splitHiLo(20))).mapN{ case(rd, (hi, lo)) => {
       say("hello?")
       List(
@@ -155,7 +154,7 @@ object Parser {
     // NOTE: THESE ARE NOT PSEUDO-OPS IN RISC-V32I!
     // NOTE: USES A SPECIAL REGISTER
     // NOTE: PROBABLY BROKEN, NOT EXHAUSTIVELY TESTED!!!
-    stringWs("lh") ~> (reg <~ sep, int <~ char('('), reg <~ char(')')).mapN{
+    stringWs("lh") ~> (reg <~ sep, (hex | int) <~ char('('), reg <~ char(')')).mapN{
       case (rd, offset, rs1) if (offset % 4 == 3) => {
         val placeHolder = if(rd == Reg("a0").value) Reg("a1").value else Reg("a0").value
         List(