#!/bin/sh
# Run tests for just a subset of layers.
#
# Usage:
# build_and_test_until [file prefix] [test name]
# Provide the second arg to run just a single test.
set -e
# clean previous builds if they were building until a different layer
touch .until
PREV_UNTIL=`cat .until`
if [ "$PREV_UNTIL" != $1 ]
then
./clean top-level
echo $1 > .until
fi
./build --until $1 && ./subx_bin test $2
c{0: 0 (((1 string-address)) <- ((new)) ab/c/) -- nil
c{0: 1 (((2 integer)) <- ((find-next)) ((1 string-address)) ((/ literal)) ((0 literal))) -- nil
c{1: 0 ✓ (((1 string-address)) <- ((new)) ab/c/)
c{1: 1 ✓ (((2 integer)) <- ((find-next)) ((1 string-address)) ((/ literal)) ((0 literal)))
cn0: convert-names in main
cn0: (((1 string-address)) <- ((new)) ab/c/) nil nil
cn0: checking arg ab/c/
cn0: checking oarg ((1 string-address))
maybe-add: ((1 string-address))
cn0: (((2 integer)) <- ((find-next)) ((1 string-address)) ((/ literal)) ((0 literal))) nil nil
cn0: checking arg ((1 string-address))
maybe-add: ((1 string-address))
cn0: checking arg ((/ literal))
cn0: checking arg ((0 literal))
cn0: checking oarg ((2 integer))
maybe-add: ((2 integer))
cn1: (((1 string-address)) <- ((new)) ab/c/)
cn1: (((2 integer)) <- ((find-next)) ((1 string-address)) ((/ literal)) ((0 literal)))
schedule: main
run: main 0: (((1 string-address)) <- ((new)) ab/c/)
run: main 0: 1000 => ((1 string-address))
mem: ((1 string-address)): 1 <= 1000
run: main 1: (((2 integer)) <- ((find-next)) ((1 string-address)) ((/ literal)) ((0 literal)))
mem: ((1 string-address)) => 1000
run: find-next/main 0: (((default-space space-address)) <- ((new)) ((space literal)) ((30 literal)))
run: find-next/main 0: 1006 => ((default-space space-address))
run: find-next/main 1: (((1 string-address)) <- ((next-input)))
arg: nil 0 (1000 #\/ 0)
run: find-next/main 1: 1000 => ((1 string-address))
mem: ((1 string-address)): 1008 <= 1000
run: find-next/main 2: (((2 character)) <- ((next-input)))
arg: nil 1 (1000 #\/ 0)
run: find-next/main 2: #\/ => ((2 character))
mem: ((2 character)): 1009 <= #\/
run: find-next/main 3: (((3 integer)) <- ((next-input)))
arg: nil 2 (1000 #\/ 0)
run: find-next/main 3: 0 => ((3 integer))
mem: ((3 integer)): 1010 <= 0
run: find-next/main 4: (((4 integer)) <- ((length)) ((1 string-address) (deref)))
array-len: ((1 string-address) (deref))
mem: ((1000 integer) (raw)) => 5
run: find-next/main 4: 5 => ((4 integer))
mem: ((4 integer)): 1011 <= 5
run: find-next/main 5: (((5 boolean)) <- ((greater-or-equal)) ((3 integer)) ((4 integer)))
mem: ((3 integer)) => 0
mem: ((4 integer)) => 5
run: find-next/main 5: nil => ((5 boolean))
mem: ((5 boolean)): 1012 <= nil
run: find-next/main 6: (((jump-if)) ((5 boolean)) ((5 offset)))
mem: ((5 boolean)) => nil
run: find-next/main 7: (((6 byte)) <- ((index)) ((1 string-address) (deref)) ((3 integer)))
mem: ((3 integer)) => 0
array-len: ((1000 string) (raw))
mem: ((1000 integer) (raw)) => 5
mem: ((1001 byte) (raw)) => a
run: find-next/main 7: #\a => ((6 byte))
mem: ((6 byte)): 1013 <= #\a
run: find-next/main 8: (((7 boolean)) <- ((equal)) ((6 byte)) ((2 character)))
mem: ((6 byte)) => a
mem: ((2 character)) => /
run: find-next/main 8: nil => ((7 boolean))
mem: ((7 boolean)): 1014 <= nil
run: find-next/main 9: (((jump-if)) ((7 boolean)) ((2 offset)))
mem: ((7 boolean)) => nil
run: find-next/main 10: (((3 integer)) <- ((add)) ((3 integer)) ((1 literal)))
mem: ((3 integer)) => 0
run: find-next/main 10: 1 => ((3 integer))
mem: ((3 integer)): 1010 <= 1
run: find-next/main 11: (((jump)) ((-7 offset)))
run: find-next/main 5: (((5 boolean)) <- ((greater-or-equal)) ((3 integer)) ((4 integer)))
mem: ((3 integer)) => 1
mem: ((4 integer)) => 5
run: find-next/main 5: nil => ((5 boolean))
mem: ((5 boolean)): 1012 <= nil
run: find-next/main 6: (((jump-if)) ((5 boolean)) ((5 offset)))
mem: ((5 boolean)) => nil
run: find-next/main 7: (((6 byte)) <- ((index)) ((1 string-address) (deref)) ((3 integer)))
mem: ((3 integer)) => 1
array-len: ((1000 string) (raw))
mem: ((1000 integer) (raw)) => 5
mem: ((1002 byte) (raw)) => b
run: find-next/main 7: #\b => ((6 byte))
mem: ((6 byte)): 1013 <= #\b
run: find-next/main 8: (((7 boolean)) <- ((equal)) ((6 byte)) ((2 character)))
mem: ((6 byte)) => b
mem: ((2 character)) => /
run: find-next/main 8: nil => ((7 boolean))
mem: ((7 boolean)): 1014 <= nil
run: find-next/main 9: (((jump-if)) ((7 boolean)) ((2 offset)))
mem: ((7 boolean)) => nil
run: find-next/main 10: (((3 integer)) <- ((add)) ((3 integer)) ((1 literal)))
mem: ((3 integer)) => 1
run: find-next/main 10: 2 => ((3 integer))
mem: ((3 integer)): 1010 <= 2
run: find-next/main 11: (((jump)) ((-7 offset)))
run: find-next/main 5: (((5 boolean)) <- ((greater-or-equal)) ((3 integer)) ((4 integer)))
mem: ((3 integer)) => 2
mem: ((4 integer)) => 5
run: find-next/main 5: nil => ((5 boolean))
mem: ((5 boolean)): 1012 <= nil
run: find-next/main 6: (((jump-if)) ((5 boolean)) ((5 offset)))
mem: ((5 boolean)) => nil
run: find-next/main 7: (((6 byte)) <- ((index)) ((1 string-address) (deref)) ((3 integer)))
mem: ((3 integer)) => 2
array-len: ((1000 string) (raw))
mem: ((1000 integer) (raw)) => 5
mem: ((1003 byte) (raw)) => /
run: find-next/main 7: #\/ => ((6 byte))
mem: ((6 byte)): 1013 <= #\/
run: find-next/main 8: (((7 boolean)) <- ((equal)) ((6 byte)) ((2 character)))
mem: ((6 byte)) => /
mem: ((2 character)) => /
run: find-next/main 8: t => ((7 boolean))
mem: ((7 boolean)): 1014 <= t
run: find-next/main 9: (((jump-if)) ((7 boolean)) ((2 offset)))
mem: ((7 boolean)) => t
run: find-next/main 12: (((reply)) ((3 integer)))
mem: ((3 integer)) => 2
run: main 1: 2 => ((2 integer))
mem: ((2 integer)): 2 <= 2
schedule: done with routine nil