sipp11
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mbsync
mirror of https://git.code.sf.net/p/isync/isync
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add forced async mode to proxy driver 

to test async operation of the syncing core while using the synchronous
maildir driver, we add a mode to the proxy driver where it queues
callback invocations to the next main loop iteration.
1.4
Oswald Buddenhagen 4 years ago
parent
be657530ee
commit
4423a932f3
7 changed files with 196 additions and 48 deletions
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  1. 1
      src/common.h
  2. 7
      src/driver.h
  3. 2
      src/drv_imap.c
  4. 147
      src/drv_proxy.c
  5. 25
      src/drv_proxy_gen.pl
  6. 20
      src/main.c
  7. 42
      src/run-tests.pl

1
src/common.h
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@ -107,6 +107,7 @@ typedef unsigned long ulong;
#define VERBOSE 0x800 #define VERBOSE 0x800
#define KEEPJOURNAL 0x1000 #define KEEPJOURNAL 0x1000
#define ZERODELAY 0x2000 #define ZERODELAY 0x2000
#define FORCEASYNC 0x4000
extern int DFlags; extern int DFlags;
extern int JLimit; extern int JLimit;

7
src/driver.h
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@ -127,6 +127,9 @@ typedef struct {
#define DRV_CANCELED 4 #define DRV_CANCELED 4
/* All memory belongs to the driver's user, unless stated otherwise. */ /* All memory belongs to the driver's user, unless stated otherwise. */
// If the driver is NOT DRV_ASYNC, memory owned by the driver returned
// through callbacks MUST remain valid until a related subsequent command
// is invoked, as the proxy driver may deliver these pointers with delay.
/* /*
This flag says that the driver CAN store messages with CRLFs, This flag says that the driver CAN store messages with CRLFs,
@ -138,6 +141,10 @@ typedef struct {
This flag says that the driver will act upon (DFlags & VERBOSE). This flag says that the driver will act upon (DFlags & VERBOSE).
*/ */
#define DRV_VERBOSE 2 #define DRV_VERBOSE 2
/*
This flag says that the driver operates asynchronously.
*/
#define DRV_ASYNC 4
#define LIST_INBOX 1 #define LIST_INBOX 1
#define LIST_PATH 2 #define LIST_PATH 2

2
src/drv_imap.c
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@ -3675,7 +3675,7 @@ imap_parse_store( conffile_t *cfg, store_conf_t **storep )
static uint static uint
imap_get_caps( store_t *gctx ATTR_UNUSED ) imap_get_caps( store_t *gctx ATTR_UNUSED )
{ {
return DRV_CRLF | DRV_VERBOSE; return DRV_CRLF | DRV_VERBOSE | DRV_ASYNC;
} }
struct driver imap_driver = { struct driver imap_driver = {

147
src/drv_proxy.c
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@ -21,9 +21,12 @@
#include "driver.h" #include "driver.h"
#include <assert.h>
#include <limits.h> #include <limits.h>
#include <stdlib.h> #include <stdlib.h>
typedef struct gen_cmd gen_cmd_t;
typedef union proxy_store { typedef union proxy_store {
store_t gen; store_t gen;
struct { struct {
@ -32,6 +35,9 @@ typedef union proxy_store {
uint ref_count; uint ref_count;
driver_t *real_driver; driver_t *real_driver;
store_t *real_store; store_t *real_store;
gen_cmd_t *done_cmds, **done_cmds_append;
gen_cmd_t *check_cmds, **check_cmds_append;
wakeup_t wakeup;
void (*bad_callback)( void *aux ); void (*bad_callback)( void *aux );
void *bad_callback_aux; void *bad_callback_aux;
@ -78,8 +84,10 @@ proxy_make_flags( uchar flags, char *buf )
static void static void
proxy_store_deref( proxy_store_t *ctx ) proxy_store_deref( proxy_store_t *ctx )
{ {
if (!--ctx->ref_count) if (!--ctx->ref_count) {
assert( !pending_wakeup( &ctx->wakeup ) );
free( ctx ); free( ctx );
}
} }
static int curr_tag; static int curr_tag;
@ -87,11 +95,24 @@ static int curr_tag;
#define GEN_CMD \ #define GEN_CMD \
uint ref_count; \ uint ref_count; \
int tag; \ int tag; \
proxy_store_t *ctx; proxy_store_t *ctx; \
gen_cmd_t *next; \
void (*queued_cb)( gen_cmd_t *gcmd );
typedef struct { struct gen_cmd {
GEN_CMD GEN_CMD
} gen_cmd_t; };
#define GEN_STS_CMD \
GEN_CMD \
int sts;
typedef union {
gen_cmd_t gen;
struct {
GEN_STS_CMD
};
} gen_sts_cmd_t;
static gen_cmd_t * static gen_cmd_t *
proxy_cmd_new( proxy_store_t *ctx, uint sz ) proxy_cmd_new( proxy_store_t *ctx, uint sz )
@ -113,6 +134,67 @@ proxy_cmd_done( gen_cmd_t *cmd )
} }
} }
static void
proxy_wakeup( void *aux )
{
proxy_store_t *ctx = (proxy_store_t *)aux;
gen_cmd_t *cmd = ctx->done_cmds;
assert( cmd );
if (!(ctx->done_cmds = cmd->next))
ctx->done_cmds_append = &ctx->done_cmds;
else
conf_wakeup( &ctx->wakeup, 0 );
cmd->queued_cb( cmd );
proxy_cmd_done( cmd );
}
static void
proxy_invoke_cb( gen_cmd_t *cmd, void (*cb)( gen_cmd_t * ), int checked, const char *name )
{
if (DFlags & FORCEASYNC) {
debug( "%s[% 2d] Callback queue %s%s\n", cmd->ctx->label, cmd->tag, name, checked ? " (checked)" : "" );
cmd->queued_cb = cb;
cmd->next = NULL;
if (checked) {
*cmd->ctx->check_cmds_append = cmd;
cmd->ctx->check_cmds_append = &cmd->next;
} else {
*cmd->ctx->done_cmds_append = cmd;
cmd->ctx->done_cmds_append = &cmd->next;
conf_wakeup( &cmd->ctx->wakeup, 0 );
}
} else {
cb( cmd );
proxy_cmd_done( cmd );
}
}
static void
proxy_flush_checked_cmds( proxy_store_t *ctx )
{
if (ctx->check_cmds) {
*ctx->done_cmds_append = ctx->check_cmds;
ctx->done_cmds_append = ctx->check_cmds_append;
ctx->check_cmds_append = &ctx->check_cmds;
ctx->check_cmds = NULL;
conf_wakeup( &ctx->wakeup, 0 );
}
}
static void
proxy_cancel_checked_cmds( proxy_store_t *ctx )
{
gen_cmd_t *cmd;
while ((cmd = ctx->check_cmds)) {
if (!(ctx->check_cmds = cmd->next))
ctx->check_cmds_append = &ctx->check_cmds;
((gen_sts_cmd_t *)cmd)->sts = DRV_CANCELED;
cmd->queued_cb( cmd );
}
}
#if 0 #if 0
//# TEMPLATE GETTER //# TEMPLATE GETTER
static @type@proxy_@name@( store_t *gctx ) static @type@proxy_@name@( store_t *gctx )
@ -155,9 +237,10 @@ static @type@proxy_@name@( store_t *gctx@decl_args@ )
//# TEMPLATE CALLBACK //# TEMPLATE CALLBACK
typedef union { typedef union {
gen_cmd_t gen; @gen_cmd_t@ gen;
struct { struct {
GEN_CMD @GEN_CMD@
@decl_cb_state@
void (*callback)( @decl_cb_args@void *aux ); void (*callback)( @decl_cb_args@void *aux );
void *callback_aux; void *callback_aux;
@decl_state@ @decl_state@
@ -165,16 +248,24 @@ typedef union {
} @name@_cmd_t; } @name@_cmd_t;
static void static void
proxy_@name@_cb( @decl_cb_args@void *aux ) proxy_do_@name@_cb( gen_cmd_t *gcmd )
{ {
@name@_cmd_t *cmd = (@name@_cmd_t *)aux; @name@_cmd_t *cmd = (@name@_cmd_t *)gcmd;
@pre_print_cb_args@ @pre_print_cb_args@
debug( "%s[% 2d] Callback enter @name@@print_fmt_cb_args@\n", cmd->ctx->label, cmd->tag@print_pass_cb_args@ ); debug( "%s[% 2d] Callback enter @name@@print_fmt_cb_args@\n", cmd->ctx->label, cmd->tag@print_pass_cb_args@ );
@print_cb_args@ @print_cb_args@
cmd->callback( @pass_cb_args@cmd->callback_aux ); cmd->callback( @pass_cb_args@cmd->callback_aux );
debug( "%s[% 2d] Callback leave @name@\n", cmd->ctx->label, cmd->tag ); debug( "%s[% 2d] Callback leave @name@\n", cmd->ctx->label, cmd->tag );
proxy_cmd_done( &cmd->gen ); }
static void
proxy_@name@_cb( @decl_cb_args@void *aux )
{
@name@_cmd_t *cmd = (@name@_cmd_t *)aux;
@save_cb_args@
proxy_invoke_cb( @gen_cmd@, proxy_do_@name@_cb, @checked@, "@name@" );
} }
static @type@proxy_@name@( store_t *gctx@decl_args@, void (*cb)( @decl_cb_args@void *aux ), void *aux ) static @type@proxy_@name@( store_t *gctx@decl_args@, void (*cb)( @decl_cb_args@void *aux ), void *aux )
@ -190,15 +281,15 @@ static @type@proxy_@name@( store_t *gctx@decl_args@, void (*cb)( @decl_cb_args@v
@print_args@ @print_args@
ctx->real_driver->@name@( ctx->real_store@pass_args@, proxy_@name@_cb, cmd ); ctx->real_driver->@name@( ctx->real_store@pass_args@, proxy_@name@_cb, cmd );
debug( "%s[% 2d] Leave @name@\n", ctx->label, cmd->tag ); debug( "%s[% 2d] Leave @name@\n", ctx->label, cmd->tag );
proxy_cmd_done( &cmd->gen ); proxy_cmd_done( @gen_cmd@ );
} }
//# END //# END
//# UNDEFINE list_store_print_fmt_cb_args //# UNDEFINE list_store_print_fmt_cb_args
//# UNDEFINE list_store_print_pass_cb_args //# UNDEFINE list_store_print_pass_cb_args
//# DEFINE list_store_print_cb_args //# DEFINE list_store_print_cb_args
if (sts == DRV_OK) { if (cmd->sts == DRV_OK) {
for (string_list_t *box = boxes; box; box = box->next) for (string_list_t *box = cmd->boxes; box; box = box->next)
debug( " %s\n", box->string ); debug( " %s\n", box->string );
} }
//# END //# END
@ -217,21 +308,21 @@ static @type@proxy_@name@( store_t *gctx@decl_args@, void (*cb)( @decl_cb_args@v
} }
//# END //# END
//# DEFINE load_box_print_fmt_cb_args , sts=%d, total=%d, recent=%d //# DEFINE load_box_print_fmt_cb_args , sts=%d, total=%d, recent=%d
//# DEFINE load_box_print_pass_cb_args , sts, total_msgs, recent_msgs //# DEFINE load_box_print_pass_cb_args , cmd->sts, cmd->total_msgs, cmd->recent_msgs
//# DEFINE load_box_print_cb_args //# DEFINE load_box_print_cb_args
if (sts == DRV_OK) { if (cmd->sts == DRV_OK) {
static char fbuf[as(Flags) + 1]; static char fbuf[as(Flags) + 1];
for (message_t *msg = msgs; msg; msg = msg->next) for (message_t *msg = cmd->msgs; msg; msg = msg->next)
debug( " uid=%-5u flags=%-4s size=%-6u tuid=%." stringify(TUIDL) "s\n", debug( " uid=%-5u flags=%-4s size=%-6u tuid=%." stringify(TUIDL) "s\n",
msg->uid, (msg->status & M_FLAGS) ? (proxy_make_flags( msg->flags, fbuf ), fbuf) : "?", msg->size, *msg->tuid ? msg->tuid : "?" ); msg->uid, (msg->status & M_FLAGS) ? (proxy_make_flags( msg->flags, fbuf ), fbuf) : "?", msg->size, *msg->tuid ? msg->tuid : "?" );
} }
//# END //# END
//# DEFINE find_new_msgs_print_fmt_cb_args , sts=%d //# DEFINE find_new_msgs_print_fmt_cb_args , sts=%d
//# DEFINE find_new_msgs_print_pass_cb_args , sts //# DEFINE find_new_msgs_print_pass_cb_args , cmd->sts
//# DEFINE find_new_msgs_print_cb_args //# DEFINE find_new_msgs_print_cb_args
if (sts == DRV_OK) { if (cmd->sts == DRV_OK) {
for (message_t *msg = msgs; msg; msg = msg->next) for (message_t *msg = cmd->msgs; msg; msg = msg->next)
debug( " uid=%-5u tuid=%." stringify(TUIDL) "s\n", msg->uid, msg->tuid ); debug( " uid=%-5u tuid=%." stringify(TUIDL) "s\n", msg->uid, msg->tuid );
} }
//# END //# END
@ -251,7 +342,7 @@ static @type@proxy_@name@( store_t *gctx@decl_args@, void (*cb)( @decl_cb_args@v
//# DEFINE fetch_msg_print_fmt_cb_args , flags=%s, date=%lld, size=%u //# DEFINE fetch_msg_print_fmt_cb_args , flags=%s, date=%lld, size=%u
//# DEFINE fetch_msg_print_pass_cb_args , fbuf, (long long)cmd->data->date, cmd->data->len //# DEFINE fetch_msg_print_pass_cb_args , fbuf, (long long)cmd->data->date, cmd->data->len
//# DEFINE fetch_msg_print_cb_args //# DEFINE fetch_msg_print_cb_args
if (sts == DRV_OK && (DFlags & DEBUG_DRV_ALL)) { if (cmd->sts == DRV_OK && (DFlags & DEBUG_DRV_ALL)) {
printf( "%s=========\n", cmd->ctx->label ); printf( "%s=========\n", cmd->ctx->label );
fwrite( cmd->data->data, cmd->data->len, 1, stdout ); fwrite( cmd->data->data, cmd->data->len, 1, stdout );
printf( "%s=========\n", cmd->ctx->label ); printf( "%s=========\n", cmd->ctx->label );
@ -281,14 +372,29 @@ static @type@proxy_@name@( store_t *gctx@decl_args@, void (*cb)( @decl_cb_args@v
//# END //# END
//# DEFINE set_msg_flags_print_fmt_args , uid=%u, add=%s, del=%s //# DEFINE set_msg_flags_print_fmt_args , uid=%u, add=%s, del=%s
//# DEFINE set_msg_flags_print_pass_args , uid, fbuf1, fbuf2 //# DEFINE set_msg_flags_print_pass_args , uid, fbuf1, fbuf2
//# DEFINE set_msg_flags_checked sts == DRV_OK
//# DEFINE trash_msg_print_fmt_args , uid=%u //# DEFINE trash_msg_print_fmt_args , uid=%u
//# DEFINE trash_msg_print_pass_args , msg->uid //# DEFINE trash_msg_print_pass_args , msg->uid
//# DEFINE commit_cmds_print_args
proxy_flush_checked_cmds( ctx );
//# END
//# DEFINE cancel_cmds_print_cb_args
proxy_cancel_checked_cmds( cmd->ctx );
//# END
//# DEFINE free_store_print_args
proxy_cancel_checked_cmds( ctx );
//# END
//# DEFINE free_store_action //# DEFINE free_store_action
proxy_store_deref( ctx ); proxy_store_deref( ctx );
//# END //# END
//# DEFINE cancel_store_print_args
proxy_cancel_checked_cmds( ctx );
//# END
//# DEFINE cancel_store_action //# DEFINE cancel_store_action
proxy_store_deref( ctx ); proxy_store_deref( ctx );
//# END //# END
@ -325,9 +431,12 @@ proxy_alloc_store( store_t *real_ctx, const char *label )
ctx->gen.conf = real_ctx->conf; ctx->gen.conf = real_ctx->conf;
ctx->ref_count = 1; ctx->ref_count = 1;
ctx->label = label; ctx->label = label;
ctx->done_cmds_append = &ctx->done_cmds;
ctx->check_cmds_append = &ctx->check_cmds;
ctx->real_driver = real_ctx->driver; ctx->real_driver = real_ctx->driver;
ctx->real_store = real_ctx; ctx->real_store = real_ctx;
ctx->real_driver->set_bad_callback( ctx->real_store, (void (*)(void *))proxy_invoke_bad_callback, ctx ); ctx->real_driver->set_bad_callback( ctx->real_store, (void (*)(void *))proxy_invoke_bad_callback, ctx );
init_wakeup( &ctx->wakeup, proxy_wakeup, ctx );
return &ctx->gen; return &ctx->gen;
} }

25
src/drv_proxy_gen.pl
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@ -150,11 +150,26 @@ for (@ptypes) {
} else { } else {
if ($cmd_type eq "void " && $cmd_args =~ s/, void \(\*cb\)\( (.*)void \*aux \), void \*aux$//) { if ($cmd_type eq "void " && $cmd_args =~ s/, void \(\*cb\)\( (.*)void \*aux \), void \*aux$//) {
my $cmd_cb_args = $1; my $cmd_cb_args = $1;
$replace{'decl_cb_args'} = $cmd_cb_args; if (length($cmd_cb_args)) {
$replace{'pass_cb_args'} = make_args($cmd_cb_args); $replace{'decl_cb_args'} = $cmd_cb_args;
my $cmd_print_cb_args = $cmd_cb_args =~ s/(.*), $/, $1/r; my $r_cmd_cb_args = $cmd_cb_args;
$replace{'print_pass_cb_args'} = make_args($cmd_print_cb_args); $r_cmd_cb_args =~ s/^int sts, // or die("Callback arguments of $cmd_name don't start with sts.\n");
$replace{'print_fmt_cb_args'} = make_format($cmd_print_cb_args); $replace{'decl_cb_state'} = $r_cmd_cb_args =~ s/, /\;\n/gr;
my $pass_cb_args = make_args($cmd_cb_args);
$replace{'save_cb_args'} = $pass_cb_args =~ s/([^,]+), /cmd->$1 = $1\;\n/gr;
$pass_cb_args =~ s/([^, ]+)/cmd->$1/g;
$replace{'pass_cb_args'} = $pass_cb_args;
$replace{'print_pass_cb_args'} = $pass_cb_args =~ s/(.*), $/, $1/r;
$replace{'print_fmt_cb_args'} = make_format($cmd_cb_args =~ s/(.*), $/, $1/r);
$replace{'gen_cmd_t'} = "gen_sts_cmd_t";
$replace{'GEN_CMD'} = "GEN_STS_CMD\n";
$replace{'gen_cmd'} = "&cmd->gen.gen";
} else {
$replace{'gen_cmd_t'} = "gen_cmd_t";
$replace{'GEN_CMD'} = "GEN_CMD\n";
$replace{'gen_cmd'} = "&cmd->gen";
}
$replace{'checked'} //= '0';
$template = "CALLBACK"; $template = "CALLBACK";
} elsif ($cmd_type eq "void ") { } elsif ($cmd_type eq "void ") {
$template = "REGULAR_VOID"; $template = "REGULAR_VOID";

20
src/main.c
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@ -713,6 +713,9 @@ main( int argc, char **argv )
case 'T': case 'T':
for (; *ochar; ) { for (; *ochar; ) {
switch (*ochar++) { switch (*ochar++) {
case 'a':
DFlags |= FORCEASYNC;
break;
case 'j': case 'j':
DFlags |= KEEPJOURNAL; DFlags |= KEEPJOURNAL;
JLimit = strtol( ochar, &ochar, 10 ); JLimit = strtol( ochar, &ochar, 10 );
@ -861,20 +864,23 @@ sync_chans( main_vars_t *mvars, int ent )
if (mvars->skip) if (mvars->skip)
goto next2; goto next2;
mvars->state[F] = mvars->state[N] = ST_FRESH; mvars->state[F] = mvars->state[N] = ST_FRESH;
if ((DFlags & DEBUG_DRV) || (mvars->chan->stores[F]->driver->get_caps( NULL ) & mvars->chan->stores[N]->driver->get_caps( NULL ) & DRV_VERBOSE)) uint dcaps[2];
for (t = 0; t < 2; t++) {
mvars->drv[t] = mvars->chan->stores[t]->driver;
dcaps[t] = mvars->drv[t]->get_caps( NULL );
}
if ((DFlags & DEBUG_DRV) || (dcaps[F] & dcaps[N] & DRV_VERBOSE))
labels[F] = "F: ", labels[N] = "N: "; labels[F] = "F: ", labels[N] = "N: ";
else else
labels[F] = labels[N] = ""; labels[F] = labels[N] = "";
for (t = 0; t < 2; t++) { for (t = 0; t < 2; t++) {
driver_t *drv = mvars->chan->stores[t]->driver; store_t *ctx = mvars->drv[t]->alloc_store( mvars->chan->stores[t], labels[t] );
store_t *ctx = drv->alloc_store( mvars->chan->stores[t], labels[t] ); if ((DFlags & DEBUG_DRV) || ((DFlags & FORCEASYNC) && !(dcaps[t] & DRV_ASYNC))) {
if (DFlags & DEBUG_DRV) { mvars->drv[t] = &proxy_driver;
drv = &proxy_driver;
ctx = proxy_alloc_store( ctx, labels[t] ); ctx = proxy_alloc_store( ctx, labels[t] );
} }
mvars->drv[t] = drv;
mvars->ctx[t] = ctx; mvars->ctx[t] = ctx;
drv->set_bad_callback( ctx, store_bad, AUX ); mvars->drv[t]->set_bad_callback( ctx, store_bad, AUX );
} }
for (t = 0; ; t++) { for (t = 0; ; t++) {
info( "Opening %s store %s...\n", str_fn[t], mvars->chan->stores[t]->name ); info( "Opening %s store %s...\n", str_fn[t], mvars->chan->stores[t]->name );

42
src/run-tests.pl
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@ -334,10 +334,10 @@ sub killcfg()
unlink ".mbsyncrc"; unlink ".mbsyncrc";
} }
# $options # $run_async, $mbsync_options, $log_file
sub runsync($$) sub runsync($$$)
{ {
my ($flags, $file) = @_; my ($async, $flags, $file) = @_;
my $cmd; my $cmd;
if ($use_vg) { if ($use_vg) {
@ -345,6 +345,7 @@ sub runsync($$)
} else { } else {
$flags .= " -D"; $flags .= " -D";
} }
$flags .= " -Ta" if ($async);
$cmd .= "$mbsync -Tz $flags -c .mbsyncrc test"; $cmd .= "$mbsync -Tz $flags -c .mbsyncrc test";
open FILE, "$cmd 2>&1 |"; open FILE, "$cmd 2>&1 |";
my @out = <FILE>; my @out = <FILE>;
@ -477,7 +478,7 @@ sub show($$$)
showchan("near/.mbsyncstate"); showchan("near/.mbsyncstate");
print ");\n"; print ");\n";
&writecfg(@sfx); &writecfg(@sfx);
runsync("", ""); runsync(0, "", "");
killcfg(); killcfg();
print "my \@X$tx = (\n"; print "my \@X$tx = (\n";
showchan("near/.mbsyncstate"); showchan("near/.mbsyncstate");
@ -681,18 +682,14 @@ sub readfile($)
return @nj; return @nj;
} }
# $title, \@source_state, \@target_state, @channel_configs # $run_async, \@source_state, \@target_state, @channel_configs
sub test($$$@) sub test_impl($$$@)
{ {
my ($ttl, $sx, $tx, @sfx) = @_; my ($async, $sx, $tx, @sfx) = @_;
return 0 if (scalar(@ARGV) && !grep { $_ eq $ttl } @ARGV);
print "Testing: ".$ttl." ...\n";
&writecfg(@sfx);
mkchan($$sx[0], $$sx[1], @{ $$sx[2] }); mkchan($$sx[0], $$sx[1], @{ $$sx[2] });
my ($xc, @ret) = runsync("-Tj", "1-initial.log"); my ($xc, @ret) = runsync($async, "-Tj", "1-initial.log");
if ($xc || ckchan("near/.mbsyncstate.new", $tx)) { if ($xc || ckchan("near/.mbsyncstate.new", $tx)) {
print "Input:\n"; print "Input:\n";
printchan($sx); printchan($sx);
@ -710,7 +707,7 @@ sub test($$$@)
} }
my @nj = readfile("near/.mbsyncstate.journal"); my @nj = readfile("near/.mbsyncstate.journal");
my ($jxc, @jret) = runsync("-0 --no-expunge", "2-replay.log"); my ($jxc, @jret) = runsync($async, "-0 --no-expunge", "2-replay.log");
if ($jxc || ckstate("near/.mbsyncstate", @{ $$tx[2] })) { if ($jxc || ckstate("near/.mbsyncstate", @{ $$tx[2] })) {
print "Journal replay failed.\n"; print "Journal replay failed.\n";
print "Options:\n"; print "Options:\n";
@ -729,7 +726,7 @@ sub test($$$@)
exit 1; exit 1;
} }
my ($ixc, @iret) = runsync("", "3-verify.log"); my ($ixc, @iret) = runsync($async, "", "3-verify.log");
if ($ixc || ckchan("near/.mbsyncstate", $tx)) { if ($ixc || ckchan("near/.mbsyncstate", $tx)) {
print "Idempotence verification run failed.\n"; print "Idempotence verification run failed.\n";
print "Input == Expected result:\n"; print "Input == Expected result:\n";
@ -752,7 +749,7 @@ sub test($$$@)
for (my $l = 1; $l <= $njl; $l++) { for (my $l = 1; $l <= $njl; $l++) {
mkchan($$sx[0], $$sx[1], @{ $$sx[2] }); mkchan($$sx[0], $$sx[1], @{ $$sx[2] });
my ($nxc, @nret) = runsync("-Tj$l", "4-interrupt.log"); my ($nxc, @nret) = runsync($async, "-Tj$l", "4-interrupt.log");
if ($nxc != (100 + ($l & 1)) << 8) { if ($nxc != (100 + ($l & 1)) << 8) {
print "Interrupting at step $l/$njl failed.\n"; print "Interrupting at step $l/$njl failed.\n";
print "Debug output:\n"; print "Debug output:\n";
@ -760,7 +757,7 @@ sub test($$$@)
exit 1; exit 1;
} }
($nxc, @nret) = runsync("-Tj", "5-resume.log"); ($nxc, @nret) = runsync($async, "-Tj", "5-resume.log");
if ($nxc || ckchan("near/.mbsyncstate.new", $tx)) { if ($nxc || ckchan("near/.mbsyncstate.new", $tx)) {
print "Resuming from step $l/$njl failed.\n"; print "Resuming from step $l/$njl failed.\n";
print "Input:\n"; print "Input:\n";
@ -785,6 +782,19 @@ sub test($$$@)
rmtree "near"; rmtree "near";
rmtree "far"; rmtree "far";
} }
}
# $title, \@source_state, \@target_state, @channel_configs
sub test($$$@)
{
my ($ttl, $sx, $tx, @sfx) = @_;
return 0 if (scalar(@ARGV) && !grep { $_ eq $ttl } @ARGV);
print "Testing: ".$ttl." ...\n";
&writecfg(@sfx);
test_impl(0, $sx, $tx, @sfx);
test_impl(1, $sx, $tx, @sfx);
killcfg(); killcfg();
} }

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