--- a/solutions5/bfc.scala	Thu Dec 06 18:56:26 2018 +0000
+++ b/solutions5/bfc.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -1,7 +1,7 @@
 // Part 2 about a "Compiler" for the Brainf*** language
 //======================================================
 
-object CW10b {
+object CW10b { // only for producing the jar-file
 
 // !!! Copy any function you need from file bf.scala !!!
 //

--- a/testing4/re.scala	Thu Dec 06 18:56:26 2018 +0000
+++ b/testing4/re.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -1,23 +1,21 @@
 // Part 1 about Regular Expression Matching
 //==========================================
 
-//object CW9a {
-
 // Regular Expressions
 abstract class Rexp
 case object ZERO extends Rexp
 case object ONE extends Rexp
 case class CHAR(c: Char) extends Rexp
-case class ALT(r1: Rexp, r2: Rexp) extends Rexp 
-case class SEQ(r1: Rexp, r2: Rexp) extends Rexp 
-case class STAR(r: Rexp) extends Rexp 
+case class ALT(r1: Rexp, r2: Rexp) extends Rexp   // alternative 
+case class SEQ(r1: Rexp, r2: Rexp) extends Rexp   // sequence
+case class STAR(r: Rexp) extends Rexp             // star
 
-// some convenience for typing in regular expressions
+ 
+// some convenience for typing regular expressions
 
 import scala.language.implicitConversions    
 import scala.language.reflectiveCalls 
 
-
 def charlist2rexp(s: List[Char]): Rexp = s match {
   case Nil => ONE
   case c::Nil => CHAR(c)
@@ -46,30 +44,38 @@
 // accordingly.
 
 def nullable (r: Rexp) : Boolean = r match {
-  case ZERO => false
-  case ONE => true
-  case CHAR(_) => false
-  case ALT(r1, r2) => nullable(r1) || nullable(r2)
-  case SEQ(r1, r2) => nullable(r1) && nullable(r2)
-  case STAR(_) => true
+    case ZERO => false
+    case ONE => true
+    case CHAR(_) => false
+    case ALT(r1, r2) => nullable(r1) | nullable(r2)
+    case SEQ(r1, r2) => nullable(r1) & nullable(r2)
+    case STAR(_) => true
 }
 
+
+
 // (2) Complete the function der according to
 // the definition given in the coursework; this
 // function calculates the derivative of a 
 // regular expression w.r.t. a character.
 
+//TODO: debug
+//TODO: understand this more. 
+// first test runs
+// test 2 fails
+// test 3 runs
+// test 4 runs
 def der (c: Char, r: Rexp) : Rexp = r match {
-  case ZERO => ZERO
-  case ONE => ZERO
-  case CHAR(d) => if (c == d) ONE else ZERO
-  case ALT(r1, r2) => ALT(der(c, r1), der(c, r2))
-  case SEQ(r1, r2) => 
-    if (nullable(r1)) ALT(SEQ(der(c, r1), r2), der(c, r2))
-    else SEQ(der(c, r1), r2)
-  case STAR(r1) => SEQ(der(c, r1), STAR(r1))
+    //TODO: debug
+    case ZERO => ZERO
+    case ONE => ZERO
+    case CHAR(r1) => if (c == r1) ONE else ZERO
+    case ALT(r1, r2) => ALT(der(c, r1), der(c, r2))
+    case SEQ(r1, r2) => if (nullable(r1)) ALT(SEQ(der(c, r1), r2), der(c, r2)) else SEQ(der(c, r1), r2)
+    case STAR(r1) => SEQ(der(c, r1), STAR(r1))
 }
 
+
 // (3) Complete the simp function according to
 // the specification given in the coursework; this
 // function simplifies a regular expression from
@@ -78,19 +84,21 @@
 // STAR-regular expressions.
 
 def simp(r: Rexp) : Rexp = r match {
-  case ALT(r1, r2) => (simp(r1), simp(r2)) match {
-    case (ZERO, r2s) => r2s
-    case (r1s, ZERO) => r1s
-    case (r1s, r2s) => if (r1s == r2s) r1s else ALT (r1s, r2s)
-  }
-  case SEQ(r1, r2) =>  (simp(r1), simp(r2)) match {
-    case (ZERO, _) => ZERO
-    case (_, ZERO) => ZERO
-    case (ONE, r2s) => r2s
-    case (r1s, ONE) => r1s
-    case (r1s, r2s) => SEQ(r1s, r2s)
-  }
-  case r => r
+    case STAR(_) => r
+    case SEQ(r1, r2) => (simp(r1), simp(r2)) match { // potential failure
+        case (_, ZERO) => ZERO
+        case (ZERO, _) => ZERO
+        case (r1, ONE) => simp(r1)
+        case (ONE, r2) => simp(r2)
+        case (r1, r2) => SEQ(r1, r2)
+    }
+    case ALT(r1, r2) => (simp(r1), simp(r2)) match {
+        case (r1, ZERO) => simp(r1)
+        case (ZERO, r1) => simp(r1)
+        case (r1, r2) if r1 == r2 => simp(r1)
+        case (r1, r2) => ALT(r1, r2)
+    }
+    case r => r
 }
 
 
@@ -98,58 +106,60 @@
 // calculates the derivative w.r.t. a string; the second
 // is the regular expression matcher taking a regular
 // expression and a string and checks whether the
-// string matches the regular expression.
+// string matches the regular expression
 
 def ders (s: List[Char], r: Rexp) : Rexp = s match {
-  case Nil => r
-  case c::s => ders(s, simp(der(c, r)))
+    case Nil => r
+    case c::cs => ders(cs, simp(der(c, r)))
 }
 
-// main matcher function
-def matcher(r: Rexp, s: String) = nullable(ders(s.toList, r))
+def matcher(r: Rexp, s: String): Boolean = {
+    nullable(ders(s.toList, r))
+}
+
 
 // (5) Complete the size function for regular
 // expressions according to the specification 
 // given in the coursework.
 
-
 def size(r: Rexp): Int = r match {
-  case ZERO => 1
-  case ONE => 1
-  case CHAR(_) => 1
-  case ALT(r1, r2) => 1 + size(r1) + size (r2)
-  case SEQ(r1, r2) => 1 + size(r1) + size (r2)
-  case STAR(r1) => 1 + size(r1)
+    case ZERO => 1
+    case ONE => 1
+    case CHAR(_) => 1
+    case SEQ(r1, r2) => 1 + size(r1) + size(r2)
+    case ALT(r1, r2) => 1 + size(r1) + size(r2)
+    case STAR(r1) => 1 + size(r1)
 }
 
 
+// some testing data
 
-// some testing data
-/*
-matcher(("a" ~ "b") ~ "c", "abc")  // => true
-matcher(("a" ~ "b") ~ "c", "ab")   // => false
+//matcher(("a" ~ "b") ~ "c", "abc")  // => true
+//matcher(("a" ~ "b") ~ "c", "ab")   // => false
 
 // the supposedly 'evil' regular expression (a*)* b
 val EVIL = SEQ(STAR(STAR(CHAR('a'))), CHAR('b'))
 
-matcher(EVIL, "a" * 1000 ++ "b")   // => true
-matcher(EVIL, "a" * 1000)          // => false
+//matcher(EVIL, "a" * 1000 ++ "b")   // => true
+//matcher(EVIL, "a" * 1000)          // => false
 
 // size without simplifications
-size(der('a', der('a', EVIL)))             // => 28
-size(der('a', der('a', der('a', EVIL))))   // => 58
+//size(der('a', der('a', EVIL)))             // => 28
+//size(der('a', der('a', der('a', EVIL))))   // => 58
+
+
 
 // size with simplification
-size(simp(der('a', der('a', EVIL))))           // => 8
-size(simp(der('a', der('a', der('a', EVIL))))) // => 8
+//size(simp(der('a', der('a', EVIL))))           // => 8
+//size(simp(der('a', der('a', der('a', EVIL))))) // => 8
 
 // Python needs around 30 seconds for matching 28 a's with EVIL. 
 // Java 9 and later increase this to an "astonishing" 40000 a's in
-// around 30 seconds.
+// 30 seconds.
 //
-// Lets see how long it takes to match strings with 
-// 5 Million a's...it should be in the range of a 
-// couple of seconds.
+// Lets see how long it really takes to match strings with 
+// 5 Million a's...it should be in the range of a couple
+// of seconds.
 
 def time_needed[T](i: Int, code: => T) = {
   val start = System.nanoTime()
@@ -158,19 +168,17 @@
   (end - start)/(i * 1.0e9)
 }
 
-for (i <- 0 to 5000000 by 500000) {
-  println(i + " " + "%.5f".format(time_needed(2, matcher(EVIL, "a" * i))))
-}
+//for (i <- 0 to 5000000 by 500000) {
+//  println(i + " " + "%.5f".format(time_needed(2, matcher(EVIL, "a" * i))))
+//}
 
 // another "power" test case 
-simp(Iterator.iterate(ONE:Rexp)(r => SEQ(r, ONE | ONE)).drop(100).next) == ONE
+println(simp(Iterator.iterate(ONE:Rexp)(r => ALT(r, r)).drop(40).next))
 
 // the Iterator produces the rexp
 //
 //      SEQ(SEQ(SEQ(..., ONE | ONE) , ONE | ONE), ONE | ONE)
 //
-//    where SEQ is nested 100 times.
- 
-*/
+//    where SEQ is nested 50 times.
 
-//}
+

--- a/testing4/re_test.sh	Thu Dec 06 18:56:26 2018 +0000
+++ b/testing4/re_test.sh	Thu Dec 06 21:49:43 2018 +0000
@@ -19,8 +19,7 @@
 # functional tests
 
 function scala_assert {
-  (ulimit -t 30; JAVA_OPTS="-Xmx1g" scala -nc -i "$1" "$2" -e "")  #2> /dev/null 1> /dev/null)
-    
+  (ulimit -t 30; JAVA_OPTS="-Xmx1g" scala -nc -i "$1" "$2" -e "" 2> /dev/null 1> /dev/null) 
 }
 
 # purity test

--- a/testing5/bf.scala	Thu Dec 06 18:56:26 2018 +0000
+++ b/testing5/bf.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -1,7 +1,7 @@
 // Part 1 about an Interpreter for the Brainf*** language
 //========================================================
 
-object CW10a {  // only for generating the Jar file
+//object CW10a {  // only for generating the Jar file
 
 
 type Mem = Map[Int, Int]
@@ -11,9 +11,9 @@
 import scala.util._
 
 // (1) Write a function that takes a file name as argument and
-// and requests the corresponding file from disk. It returns the
+// and requests the corresponding file from disk. It Returns the
 // content of the file as a String. If the file does not exists,
-// the function should return the empty string.
+// the function should Return the empty string.
 
 def load_bff(name: String) : String = 
   Try(Source.fromFile(name)("ISO-8859-1").mkString).getOrElse("")
@@ -222,4 +222,4 @@
 time_needed(1, run(b1))
 */
 
-}
+//}

--- a/testing5/bf1a_test.scala	Thu Dec 06 18:56:26 2018 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,17 +0,0 @@
-
-//import scala.concurrent._
-//import scala.concurrent.duration._
-//import ExecutionContext.Implicits.global
-//import scala.language.postfixOps 
-//import scala.language.reflectiveCalls
-
-//lazy val f = Future {
-  import CW8b._
-
-  assert(sread(Map(), 2) == 0)
-  assert(sread(Map(2 -> 1), 2) == 1)
-  assert(write(Map(), 1, 2) == Map(1 -> 2))
-  assert(write(Map(1 -> 0), 1, 2) == Map(1 -> 2))
-//}
-
-//Await.result(f, 120 second)

--- a/testing5/bf1b_test.scala	Thu Dec 06 18:56:26 2018 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,21 +0,0 @@
-
-//import scala.concurrent._
-//import scala.concurrent.duration._
-//import ExecutionContext.Implicits.global
-//import scala.language.postfixOps 
-//import scala.language.reflectiveCalls
-
-//lazy val f = Future {
-  import CW8b._
-
-  assert(jumpRight("[******]***", 1, 0) == 8)
-  assert(jumpRight("[**[*]*]***", 1, 0) == 8)
-  assert(jumpRight("[**[*]*]***", 1, 0) == 8)  
-  assert(jumpRight("[**[***]***", 1, 0) == 11)
-  assert(jumpRight("[*[][]*]***", 1, 0) == 8)
-  assert(jumpLeft("[******]***", 6, 0) == 1)
-  assert(jumpLeft("[******]***", 7, 0) == -1)
-  assert(jumpLeft("[*[][]*]***", 6, 0) == 1)
-//}
-
-//Await.result(f, 120 second)

--- a/testing5/bf1c_test.scala	Thu Dec 06 18:56:26 2018 +0000
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,19 +0,0 @@
-
-//import scala.concurrent._
-//import scala.concurrent.duration._
-//import ExecutionContext.Implicits.global
-//import scala.language.postfixOps 
-//import scala.language.reflectiveCalls
-
-//lazy val f = Future {
-  import CW8b._
-
-  assert(start("[-]", Map(0 -> 100)) == Map(0 -> 0))
-  assert(start("[->+<]", Map(0 -> 10)) == Map(0 -> 0, 1 -> 10))
-  assert(start("[>>+>>+<<<<-]", Map(0 -> 42)) == Map(0 -> 0, 2 -> 42, 4 -> 42))
-  assert(start("""++++++++[>++++[>++>+++>+++>+<<<<-]>+>+>->>+[<]
-       <-]>>.>---.+++++++..+++.>>.<-.<.+++.------.--------.>>+.>++.""", Map()) == Map(0 -> 0, 5 -> 33, 1 -> 0, 6 -> 10, 2 -> 72, 3 -> 100, 4 -> 87))
-
-//}
-
-//Await.result(f, 120 second)

--- a/testing5/bf_test.sh	Thu Dec 06 18:56:26 2018 +0000
+++ b/testing5/bf_test.sh	Thu Dec 06 21:49:43 2018 +0000
@@ -3,22 +3,22 @@
 
 out=${1:-output}
 
-echo "" > $out
+echo -e "" > $out
 
-echo "Below is the feedback for your submission of CW 8, Part 2." >> $out
-echo "" >> $out
+echo -e "Below is the feedback for your submission of CW 10, Part 1." >> $out
+echo -e "" >> $out
 
 
 # compilation tests
 
 function scala_compile {
-  (ulimit -t 30 -m 1024000 ; scala "$1" 2>> $out 1>> $out) 
+   (ulimit -t 30; JAVA_OPTS="-Xmx1g" scala "$1" 2>> $out 1>> $out)
 }
 
 # functional tests
 
 function scala_assert {
-  (ulimit -t 30 -m 1024000 ; scala -i "$1" "$2" -e "" 2> /dev/null 1> /dev/null)
+  (ulimit -t 30; JAVA_OPTS="-Xmx1g" scala -nc -i "$1" "$2" -e "" 2> /dev/null 1> /dev/null)   
 }
 
 # purity test
@@ -30,14 +30,14 @@
 
 # var, return, ListBuffer test
 #
-echo "bf.scala does not contain vars, returns etc?" >> $out
+echo -e "bf.scala does not contain vars, returns etc?" >> $out
 
 if (scala_vars bf.scala)
 then
-  echo "  --> fail" >> $out
-  tsts0=$(( 1 ))
+  echo -e "   --> fail (make triple-sure your program conforms to the required format)" >> $out  
+  tsts0=$(( 0 ))
 else
-  echo "  --> success" >> $out
+  echo -e "  --> success" >> $out
   tsts0=$(( 0 )) 
 fi
 
@@ -45,14 +45,14 @@
 # compilation test
 if  [ $tsts0 -eq 0 ]
 then    
-  echo "bf.scala runs?" >> $out
+  echo -e "bf.scala runs?" >> $out
 
   if (scala_compile bf.scala)
   then
-    echo "  --> success" >> $out
+    echo -e "  --> success" >> $out
     tsts1=$(( 0 ))
   else
-    echo "  --> scala bf.scala did not run successfully" >> $out
+    echo -e "  -->   --> SCALA DID NOT RUN BF.SCALA\nx" >> $out
     tsts1=$(( 1 )) 
   fi
 else
@@ -60,19 +60,33 @@
 fi
 
 
+### bf tests
 
 if [ $tsts1 -eq 0 ]
 then
-  echo " sread(Map(), 2) == 0" >> $out
-  echo " sread(Map(2 -> 1), 2) == 1" >> $out  
-  echo " write(Map(), 1, 2) == Map(1 -> 2)" >> $out
-  echo " write(Map(1 -> 0), 1, 2) == Map(1 -> 2)" >> $out
+  echo -e " load_bff(\"benchmark.bf\").length == 188" >> $out
+  echo -e " load_bff(\"foobar.bf\") == \"\"" >> $out  
   
-  if (scala_assert "bf.scala" "bf1a_test.scala")
+  if (scala_assert "bf.scala" "bf_test1.scala")
   then
-    echo "  --> success" >> $out
+    echo -e "  --> success" >> $out
   else
-    echo "  --> test failed" >> $out
+    echo -e "  --> \n ONE TEST FAILED\n" >> $out
+  fi
+fi
+
+if [ $tsts1 -eq 0 ]
+then
+  echo -e " sread(Map(), 2) == 0" >> $out
+  echo -e " sread(Map(2 -> 1), 2) == 1" >> $out  
+  echo -e " write(Map(), 1, 2) == Map(1 -> 2)" >> $out
+  echo -e " write(Map(1 -> 0), 1, 2) == Map(1 -> 2)" >> $out
+  
+  if (scala_assert "bf.scala" "bf_test2.scala")
+  then
+    echo -e "  --> success" >> $out
+  else
+    echo -e "  --> \n ONE TEST FAILED\n" >> $out
   fi
 fi
 
@@ -80,20 +94,20 @@
 
 if [ $tsts1 -eq 0 ]
 then
-    echo " jumpRight(\"[******]***\", 1, 0) == 8" >> $out
-    echo " jumpRight(\"[**[*]*]***\", 1, 0) == 8" >> $out
-    echo " jumpRight(\"[**[*]*]***\", 1, 0) == 8" >> $out
-    echo " jumpRight(\"[**[***]***\", 1, 0) == 11" >> $out
-    echo " jumpRight(\"[*[][]*]***\", 1, 0) == 8" >> $out
-    echo " jumpLeft(\"[******]***\", 6, 0) == 1" >> $out
-    echo " jumpLeft(\"[******]***\", 7, 0) == -1" >> $out
-    echo " jumpLeft(\"[*[][]*]***\", 6, 0) == 1" >> $out
+    echo -e " jumpRight(\"[******]***\", 1, 0) == 8" >> $out
+    echo -e " jumpRight(\"[**[*]*]***\", 1, 0) == 8" >> $out
+    echo -e " jumpRight(\"[**[*]*]***\", 1, 0) == 8" >> $out
+    echo -e " jumpRight(\"[**[***]***\", 1, 0) == 11" >> $out
+    echo -e " jumpRight(\"[*[][]*]***\", 1, 0) == 8" >> $out
+    echo -e " jumpLeft(\"[******]***\", 6, 0) == 1" >> $out
+    echo -e " jumpLeft(\"[******]***\", 7, 0) == -1" >> $out
+    echo -e " jumpLeft(\"[*[][]*]***\", 6, 0) == 1" >> $out
   
-  if (scala_assert "bf.scala" "bf1b_test.scala")
+  if (scala_assert "bf.scala" "bf_test3.scala")
   then
-    echo "  --> success" >> $out
+    echo -e "  --> success" >> $out
   else
-    echo "  --> test failed" >> $out
+    echo -e "  --> \n ONE TEST FAILED\n" >> $out   
   fi
 fi
 
@@ -101,17 +115,17 @@
 
 if [ $tsts1 -eq 0 ]
 then
-  echo " start(\"[-]\", Map(0 -> 100)) == Map(0 -> 0)" >> $out
-  echo " start(\"[->+<]\", Map(0 -> 10)) == Map(0 -> 0, 1 -> 10)" >> $out
-  echo " start(\"[>>+>>+<<<<-]\", Map(0 -> 42)) == Map(0 -> 0, 2 -> 42, 4 -> 42)" >> $out
-  echo " start({{hello world prg 1}}, Map()) == " >> $out
-  echo "        Map(0 -> 0, 5 -> 33, 1 -> 0, 6 -> 10, 2 -> 72, 3 -> 100, 4 -> 87)" >> $out
+  echo -e " run(\"[-]\", Map(0 -> 100)) == Map(0 -> 0)" >> $out
+  echo -e " run(\"[->+<]\", Map(0 -> 10)) == Map(0 -> 0, 1 -> 10)" >> $out
+  echo -e " run(\"[>>+>>+<<<<-]\", Map(0 -> 42)) == Map(0 -> 0, 2 -> 42, 4 -> 42)" >> $out
+  echo -e " run(\"\"\"+++++[->++++++++++<]>--<+++[->>++++++++++" >> $out
+  echo -e "        <<]>>++<<----------[+>.>.<+<]\"\"\") == Map(0 -> 0, 1 -> 58, 2 -> 32)" >> $out
 
-  if (scala_assert "bf.scala" "bf1c_test.scala")
+  if (scala_assert "bf.scala" "bf_test4.scala")
   then
-    echo "  --> success" >> $out
+    echo -e "  --> success" >> $out
   else
-    echo "  --> test failed" >> $out
+    echo -e "  --> \n ONE TEST FAILED\n" >> $out 
   fi
 fi
 

--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/testing5/bf_test1.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -0,0 +1,3 @@
+
+assert(load_bff("benchmark.bf").length == 188)
+assert(load_bff("foobar.bf") == "")

--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/testing5/bf_test2.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -0,0 +1,5 @@
+
+assert(sread(Map(), 2) == 0)
+assert(sread(Map(2 -> 1), 2) == 1)
+assert(write(Map(), 1, 2) == Map(1 -> 2))
+assert(write(Map(1 -> 0), 1, 2) == Map(1 -> 2))

--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/testing5/bf_test3.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -0,0 +1,9 @@
+
+assert(jumpRight("[******]***", 1, 0) == 8)
+assert(jumpRight("[**[*]*]***", 1, 0) == 8)
+assert(jumpRight("[**[*]*]***", 1, 0) == 8)  
+assert(jumpRight("[**[***]***", 1, 0) == 11)
+assert(jumpRight("[*[][]*]***", 1, 0) == 8)
+assert(jumpLeft("[******]***", 6, 0) == 1)
+assert(jumpLeft("[******]***", 7, 0) == -1)
+assert(jumpLeft("[*[][]*]***", 6, 0) == 1)

--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/testing5/bf_test4.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -0,0 +1,8 @@
+
+assert(run("[-]", Map(0 -> 100)) == Map(0 -> 0))
+assert(run("[->+<]", Map(0 -> 10)) == Map(0 -> 0, 1 -> 10))
+assert(run("[>>+>>+<<<<-]", Map(0 -> 42)) == Map(0 -> 0, 2 -> 42, 4 -> 42))
+val hw_urban = """+++++[->++++++++++<]>--<+++[->>++++++++++
+                  <<]>>++<<----------[+>.>.<+<]"""
+assert(run(hw_urban) == Map(0 -> 0, 1 -> 58, 2 -> 32))
+

--- a/testing5/bfc.scala	Thu Dec 06 18:56:26 2018 +0000
+++ b/testing5/bfc.scala	Thu Dec 06 21:49:43 2018 +0000
@@ -1,7 +1,7 @@
 // Part 2 about a "Compiler" for the Brainf*** language
 //======================================================
 
-object CW10b {
+//object CW10b {
 
 // !!! Copy any function you need from file bf.scala !!!
 //
@@ -306,4 +306,4 @@
 //time_needed(1, run4(load_bff("mandelbrot.bf")))
 
 
-}
+//}

--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/testing5/mark	Thu Dec 06 21:49:43 2018 +0000
@@ -0,0 +1,16 @@
+#!/bin/bash
+###set -e
+
+trap "exit" INT
+
+DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
+
+cp $DIR/* .
+
+./bf_test.sh output1
+
+echo -e "Here is an automated test report for your work so far on assignment 10.  Please note that this is not the mark for your work; it is provided only in the hope that it is useful in developing your solution.  Passing these tests does not guarantee your code is free from bugs: after the deadline, your code will be marked against a different, more thorough set of test cases.\n\n" > $1
+
+
+cat output1 >> $1
+