mirror of
https://github.com/johnkerl/miller.git
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167 lines
4 KiB
Bash
Executable file
167 lines
4 KiB
Bash
Executable file
#!/bin/sh
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# ================================================================
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# This is similar to reg_test/run except that this one is only ever run
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# manually, not automatically as part of the build. It can be used to iterate on
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# as-yet-unreleased features (in particular, features whose definition isn't
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# finalized) without breaking the build.
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# ================================================================
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set -e
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ourdir=`dirname $0`
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srcdir=$ourdir/../..
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pwd=`pwd`
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try1=$pwd/../mlr # For autoconf builds, in-tree or out-of-tree
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try2=$srcdir/c/mlr # For non-autoconf builds
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if [ -x "$try1" ]; then
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path_to_mlr=$try1
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elif [ -x "$try2" ]; then
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path_to_mlr=$try2
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else
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echo "$0: Could not find path to mlr executable." 1>&2
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echo "Try 1: $try1" 1>&2
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echo "Try 2: $try2" 1>&2
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exit 1
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fi
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do_diff="true"
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for arg; do
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if [ "$1" = "--valgrind" ]; then
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# Leak-check the test suite. Needs 'make mlrg' first.
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# ../tools/clean-valg can be used to filter the output.
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path_to_mlr="valgrind --leak-check=full ${path_to_mlr}g"
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elif [ "$1" = "--nodiff" ]; then
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do_diff="false"
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fi
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done
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echo Using mlr executable $path_to_mlr
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indir=$ourdir/input
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expdir=$ourdir/expected
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outdir=$pwd/output
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outfile=$outdir/out-dev
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expfile=$expdir/out-dev
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mkdir -p $outdir
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rm -f $outfile
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touch $outfile
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echo
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num_passed=0
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announce() {
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echo >> $outfile
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echo "================================================================" >> $outfile
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echo "$@" >> $outfile
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echo >> $outfile
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}
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mention() {
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echo >> $outfile
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echo ---------------------------------------------------------------- "$@" >> $outfile
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}
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run_mlr() {
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# Use just "mlr" for info messages
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echo mlr "$@"
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echo mlr "$@" >> $outfile
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# Use path to mlr for invoking the command
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$path_to_mlr "$@" >> $outfile
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echo >> $outfile
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# since set -e
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num_passed=`expr $num_passed + 1`
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}
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# ================================================================
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announce GRAMMAR REORG
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run_mlr -n put -v '$["x"]=3'
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run_mlr -n put -v '@["x"]=3'
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run_mlr -n put -v '$[$y]=$y'
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run_mlr -n put -v '@[@y]=@y'
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run_mlr -n put -v '@x=2; @x["y"]=3; @x["y"][$z]=4'
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run_mlr -n put -v '@["x"]=2; @["x"]["y"]=3; @["x"]["y"][$z]=4'
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run_mlr --from $indir/abixy put -q -v '@a=2; @b["y"]=3; @c["y"][$a]=4; emitp all'
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run_mlr --from $indir/abixy put -q -v '@a=2; @b["y"]=3; @c["y"][$a]=4; emitp all'
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run_mlr --from $indir/abixy put -q -v '@["a"]=2; @["b"]["y"]=3; @["c"]["y"][$a]=4; emitp all'
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echo x=1|mlr put '$x=$x+1; for (k,v in $*) { $[v] = typeof(v)}'
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# x=2,2=MT_INT
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echo x=1|mlr put 'for (k,v in $*) { $[v] = typeof(v)}'
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# x=1,1=MT_STRING
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run_mlr put -v '@s = NR; $t = typeof(@s); $u= typeof(@["s"]); emitp all' $indir/abixy
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run_mlr --opprint put -v '@s = NR; $t = @s; $u=@["s"]' $indir/abixy
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run_mlr put -v '@t["u"] = NR; $tu = @["t"]["u"]; emitp all' $indir/abixy
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run_mlr put -v '@["t"]["u"] = $y; emitp all' $indir/abixy
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run_mlr --from $indir/abixy put -v '$sum = 0; for(k,v in $*) {if (k =~ "^[xy]$") {$sum += $[k]} }'
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run_mlr --from $indir/abixy -n put -v '
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$a = @s;
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$b = @t[1];
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$c = @u[1][2];
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$d = @v[1][2][3];
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$e = @["s"];
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$f = @["t"][1];
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$g = @["u"][1][2];
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$h = @["v"][1][2][3];
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'
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run_mlr -n put -v 'emit @*'
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run_mlr -n put -v 'emitp @*'
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run_mlr -n put -v 'unset @*'
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run_mlr --opprint --from $indir/abixy put -q -v '
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for (k,v in $*) {
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@logging1[NR][k] = v;
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if (k == "x") {
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break;
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}
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}
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for (k,v in $*) {
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if (k == "x") {
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break;
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}
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@logging2[NR][k] = v;
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}
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for (k,v in $*) {
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@logging3[NR][k] = v;
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if (k == "x") {
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continue;
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}
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}
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for (k,v in $*) {
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if (k == "x") {
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continue;
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}
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@logging4[NR][k] = v;
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}
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end {
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emitp @logging1, "NR", "k";
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emitp @logging2, "NR", "k";
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emitp @logging3, "NR", "k";
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emitp @logging4, "NR", "k"
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}
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'
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# ================================================================
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cat $outfile
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if [ "$do_diff" = "true" ]; then
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echo
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diff -I '^mlr ' -C5 $expfile $outfile
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echo diff OK # since set -e
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echo ALL REGRESSION TESTS PASSED
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echo Tests completed: $num_passed
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fi
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