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make the error case output more useful by dumping the entire data set.

wip/maildir-uid-dupes-test
Oswald Buddenhagen 19 years ago
parent
commit
d68dd7369e
  1. 195
      src/run-tests.pl

195
src/run-tests.pl

@ -306,6 +306,71 @@ sub readbox($)
return ($mu, %ms); return ($mu, %ms);
} }
# $boxname
sub showbox($)
{
my ($bn) = @_;
my ($mu, %ms) = readbox($bn);
print " [ $mu,\n ";
my $frst = 1;
for my $num (sort {my ($ca, $cb) = ($ms{$a}[0], $ms{$b}[0]); ($ca?$ca:$a+1000) <=> ($cb?$cb:$b+1000)} keys %ms) {
if ($frst) {
$frst = 0;
} else {
print ", ";
}
print "$num, $ms{$num}[0], \"$ms{$num}[1]\"";
}
print " ],\n";
}
# $num
sub showchan()
{
showbox("master");
showbox("slave");
open(FILE, "<", "slave/.mbsyncstate") or
die "Cannot read sync state.\n";
$_ = <FILE>;
/^1:(\d+) 1:(\d+):(\d+)\n$/;
print " [ $1, $2, $3,\n ";
my $frst = 1;
for (<FILE>) {
if (!/^(-?\d+) (-?\d+) (.*)\n$/) {
print STDERR "Malformed sync state entry '$_'.\n";
next;
}
if ($frst) {
$frst = 0;
} else {
print ", ";
}
print "$1, $2, \"$3\"";
}
print " ],\n";
close FILE;
}
sub show($$@)
{
my ($sx, $tx, @sfx) = @_;
my @sp;
eval "\@sp = \@x$sx";
mkchan($sp[0], $sp[1], @{ $sp[2] });
print "my \@x$sx = (\n";
showchan();
print ");\n";
&runsync(@sfx);
print "my \@X$tx = (\n";
print " [ ".join(", ", map('"'.qm($_).'"', @sfx))." ],\n";
showchan();
print ");\n";
print "test(\\\@x$sx, \\\@X$tx);\n\n";
rmtree "slave";
rmtree "master";
}
# $boxname, $maxuid, @msgs # $boxname, $maxuid, @msgs
sub mkbox($$@) sub mkbox($$@)
{ {
@ -350,135 +415,119 @@ sub mkchan($$@)
# $config, $boxname, $maxuid, @msgs # $config, $boxname, $maxuid, @msgs
sub ckbox($$$@) sub ckbox($$$@)
{ {
my ($cfg, $bn, $MU, @MS) = @_; my ($bn, $MU, @MS) = @_;
my ($mu, %ms) = readbox($bn); my ($mu, %ms) = readbox($bn);
if ($mu != $MU) { if ($mu != $MU) {
print STDERR "MAXUID mismatch for $bn - expected $MU, got $mu, config: $cfg\n"; print STDERR "MAXUID mismatch for '$bn'.\n";
exit 1; return 1;
} }
while (@MS) { while (@MS) {
my ($num, $uid, $flg) = (shift @MS, shift @MS, shift @MS); my ($num, $uid, $flg) = (shift @MS, shift @MS, shift @MS);
if (!defined $ms{$num}) { if (!defined $ms{$num}) {
print STDERR "no message $bn:$num, config: $cfg\n"; print STDERR "No message $bn:$num.\n";
exit 1; return 1;
} }
if ($ms{$num}[0] ne $uid) { if ($ms{$num}[0] ne $uid) {
print STDERR "UID mismatch for $bn:$num - expected $uid, got $ms{$num}[0], config: $cfg\n"; print STDERR "UID mismatch for $bn:$num.\n";
exit 1; return 1;
} }
if ($ms{$num}[1] ne $flg) { if ($ms{$num}[1] ne $flg) {
print STDERR "flag mismatch for $bn:$num - expected '$flg', got '$ms{$num}[1]', config: $cfg\n"; print STDERR "Flag mismatch for $bn:$num.\n";
exit 1; return 1;
} }
delete $ms{$num}; delete $ms{$num};
} }
if (%ms) { if (%ms) {
print STDERR "excess messages in '$bn': ".join(", ", sort({$a <=> $b } keys(%ms))).", config: $cfg\n"; print STDERR "Excess messages in '$bn': ".join(", ", sort({$a <=> $b } keys(%ms))).".\n";
exit 1; return 1;
} }
return 0;
} }
# $config, \@master, \@slave, @syncstate # $config, \@master, \@slave, @syncstate
sub ckchan($$$@) sub ckchan($$$@)
{ {
my ($cfg, $M, $S, @T) = @_; my ($cfg, $M, $S, @T) = @_;
my $rslt = 0;
open(FILE, "<", "slave/.mbsyncstate") or open(FILE, "<", "slave/.mbsyncstate") or
die "Cannot read sync state.\n"; die "Cannot read sync state.\n";
my $l = <FILE>; chomp(my $l = <FILE>);
my @ls = <FILE>; chomp(my @ls = <FILE>);
close FILE; close FILE;
my $xl = "1:".shift(@T)." 1:".shift(@T).":".shift(@T)."\n"; my $xl = "1:".shift(@T)." 1:".shift(@T).":".shift(@T);
if ($l ne $xl) { if ($l ne $xl) {
print STDERR "Sync state header mismatch. print STDERR "Sync state header mismatch: '$l' instead of '$xl'.\n";
Expected: $xl"."Got: $l"."Config: $cfg $rslt = 1;
"; } else {
exit 1; for $l (@ls) {
} $xl = shift(@T)." ".shift(@T)." ".shift(@T);
for $l (@ls) { if ($l ne $xl) {
$xl = shift(@T)." ".shift(@T)." ".shift(@T)."\n"; print STDERR "Sync state entry mismatch: '$l' instead of '$xl'.\n";
if ($l ne $xl) { $rslt = 1;
print STDERR "Sync state entry mismatch. last;
Expected: $xl"."Got: $l"."Config: $cfg }
";
exit 1;
} }
} }
&ckbox($cfg, "master", @{ $M }); $rslt |= &ckbox("master", @{ $M });
&ckbox($cfg, "slave", @{ $S }); $rslt |= &ckbox("slave", @{ $S });
} return $rslt;
sub test($$)
{
my ($sx, $tx) = @_;
mkchan($$sx[0], $$sx[1], @{ $$sx[2] });
&runsync(@{ $$tx[0] });
ckchan(fcfg(@{ $$tx[0] }), $$tx[1], $$tx[2], @{ $$tx[3] });
rmtree "slave";
rmtree "master";
} }
# $id, $boxname sub printbox($$@)
sub showbox($$)
{ {
my ($bn) = @_; my ($bn, $mu, @ms) = @_;
my ($mu, %ms) = readbox($bn);
print " [ $mu,\n "; print " [ $mu,\n ";
my $frst = 1; my $frst = 1;
for my $num (sort {my ($ca, $cb) = ($ms{$a}[0], $ms{$b}[0]); ($ca?$ca:$a+1000) <=> ($cb?$cb:$b+1000)} keys %ms) { while (@ms) {
if ($frst) { if ($frst) {
$frst = 0; $frst = 0;
} else { } else {
print ", "; print ", ";
} }
print "$num, $ms{$num}[0], \"$ms{$num}[1]\""; print shift(@ms).", ".shift(@ms).", \"".shift(@ms)."\"";
} }
print " ],\n"; print " ],\n";
} }
# $num sub printchan($$@)
sub showchan()
{ {
&showbox("master"); my ($m, $s, @t) = @_;
&showbox("slave");
open(FILE, "<", "slave/.mbsyncstate") or &printbox("master", @{ $m });
die "Cannot read sync state.\n"; &printbox("slave", @{ $s });
$_ = <FILE>; print " [ ".shift(@t).", ".shift(@t).", ".shift(@t).",\n ";
/^1:(\d+) 1:(\d+):(\d+)\n$/;
print " [ $1, $2, $3,\n ";
my $frst = 1; my $frst = 1;
for (<FILE>) { while (@t) {
if (!/^(-?\d+) (-?\d+) (.*)\n$/) {
print STDERR "Malformed sync state entry '$_'.\n";
next;
}
if ($frst) { if ($frst) {
$frst = 0; $frst = 0;
} else { } else {
print ", "; print ", ";
} }
print "$1, $2, \"$3\""; print shift(@t).", ".shift(@t).", \"".shift(@t)."\"";
} }
print " ],\n"; print " ],\n";
close FILE; close FILE;
} }
sub show($$@) sub test($$)
{ {
my ($sx, $tx, @sfx) = @_; my ($sx, $tx) = @_;
my @sp;
eval "\@sp = \@x$sx"; mkchan($$sx[0], $$sx[1], @{ $$sx[2] });
mkchan($sp[0], $sp[1], @{ $sp[2] }); &runsync(@{ $$tx[0] });
print "my \@x$sx = (\n"; if (ckchan(fcfg(@{ $$tx[0] }), $$tx[1], $$tx[2], @{ $$tx[3] })) {
showchan(); print "Input:\n";
print ");\n"; printchan($$sx[0], $$sx[1], @{ $$sx[2] });
&runsync(@sfx); print "Options:\n";
print "my \@X$tx = (\n"; print " [ ".join(", ", map('"'.qm($_).'"', @{ $$tx[0] }))." ],\n";
print " [ ".join(", ", map('"'.qm($_).'"', @sfx))." ],\n"; print "Expected result:\n";
showchan(); printchan($$tx[1], $$tx[2], @{ $$tx[3] });
print ");\n"; print "Actual result:\n";
print "test(\\\@x$sx, \\\@X$tx);\n\n"; showchan();
exit 1;
}
rmtree "slave"; rmtree "slave";
rmtree "master"; rmtree "master";
} }

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