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@ -208,7 +208,7 @@ copy_msg_convert( int in_cr, int out_cr, copy_vars_t *vars, int t )
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static const char dummy_subj[] = "Subject: [placeholder] (No Subject)"; |
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static const char dummy_msg[] = |
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"Having a size of %s, this message is over the MaxSize limit.%s" |
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"Flag it and sync again (Sync mode ReNew) to fetch its real contents.%s"; |
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"Flag it and sync again (Sync mode Upgrade) to fetch its real contents.%s"; |
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static const char dummy_flag[] = |
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"%s" |
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"The original message is flagged as important.%s"; |
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@ -711,7 +711,7 @@ box_opened2( sync_vars_t *svars, int t )
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int any_upgrades[2] = { 0, 0 }; |
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int any_new[2] = { 0, 0 }; |
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int any_tuids[2] = { 0, 0 }; |
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if (svars->replayed || ((chan->ops[F] | chan->ops[N]) & OP_RENEW)) { |
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if (svars->replayed || ((chan->ops[F] | chan->ops[N]) & OP_UPGRADE)) { |
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for (srec = svars->srecs; srec; srec = srec->next) { |
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if (srec->status & S_DEAD) |
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continue; |
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@ -758,11 +758,11 @@ box_opened2( sync_vars_t *svars, int t )
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if (chan->ops[t] & OP_FLAGS) |
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opts[t^1] |= OPEN_FLAGS; |
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} |
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if (!any_dummies[t] && (chan->ops[t] & OP_RENEW)) { |
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chan->ops[t] &= ~OP_RENEW; |
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debug( "no %s dummies; masking ReNew\n", str_fn[t] ); |
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if (!any_dummies[t] && (chan->ops[t] & OP_UPGRADE)) { |
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chan->ops[t] &= ~OP_UPGRADE; |
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debug( "no %s dummies; masking Upgrade\n", str_fn[t] ); |
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} |
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if ((chan->ops[t] & (OP_NEW | OP_RENEW)) || any_new[t] || any_upgrades[t]) { |
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if ((chan->ops[t] & (OP_NEW | OP_UPGRADE)) || any_new[t] || any_upgrades[t]) { |
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opts[t] |= OPEN_APPEND; |
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if ((chan->ops[t] & OP_NEW) || any_new[t]) { |
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debug( "resuming %s of %d new message(s)\n", str_hl[t], any_new[t] ); |
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@ -770,9 +770,9 @@ box_opened2( sync_vars_t *svars, int t )
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if (chan->stores[t]->max_size != UINT_MAX) |
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opts[t^1] |= OPEN_NEW_SIZE; |
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} |
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if ((chan->ops[t] & OP_RENEW) || any_upgrades[t]) { |
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if ((chan->ops[t] & OP_UPGRADE) || any_upgrades[t]) { |
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debug( "resuming %s of %d upgrade(s)\n", str_hl[t], any_upgrades[t] ); |
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if (chan->ops[t] & OP_RENEW) |
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if (chan->ops[t] & OP_UPGRADE) |
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opts[t] |= OPEN_OLD | OPEN_FLAGS | OPEN_SETFLAGS; |
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opts[t^1] |= OPEN_OLD; |
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} |
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@ -794,14 +794,14 @@ box_opened2( sync_vars_t *svars, int t )
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// updating flags can cause expiration of already overdue messages.
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// The latter would also apply when the expired box is the source,
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// but it's more natural to treat it as read-only in that case.
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// OP_RENEW makes sense only for legacy S_SKIPPED entries.
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if ((chan->ops[N] & (OP_NEW|OP_RENEW|OP_FLAGS)) && chan->max_messages) |
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// OP_UPGRADE makes sense only for legacy S_SKIPPED entries.
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if ((chan->ops[N] & (OP_NEW | OP_UPGRADE | OP_FLAGS)) && chan->max_messages) |
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svars->any_expiring = 1; |
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if (svars->any_expiring) { |
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opts[N] |= OPEN_OLD | OPEN_FLAGS; |
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if (any_dummies[N]) |
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opts[F] |= OPEN_OLD | OPEN_FLAGS; |
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else if (chan->ops[N] & (OP_NEW | OP_RENEW)) |
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else if (chan->ops[N] & (OP_NEW | OP_UPGRADE)) |
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opts[F] |= OPEN_FLAGS; |
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} |
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svars->opts[F] = svars->drv[F]->prepare_load_box( ctx[F], opts[F] ); |
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@ -1053,7 +1053,7 @@ box_loaded( int sts, message_t *msgs, int total_msgs, int recent_msgs, void *aux
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// Flagging the message on the target side causes an upgrade of the dummy.
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// We do this first in a separate loop, so flag propagation sees the upgraded
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// state for both sides. After a journal replay, that would be the case anyway.
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if ((svars->chan->ops[t] & OP_RENEW) && (srec->status & S_DUMMY(t)) && srec->uid[t^1] && srec->msg[t]) { |
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if ((svars->chan->ops[t] & OP_UPGRADE) && (srec->status & S_DUMMY(t)) && srec->uid[t^1] && srec->msg[t]) { |
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sflags = srec->msg[t]->flags; |
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if (sflags & F_FLAGGED) { |
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sflags &= ~(F_SEEN | F_FLAGGED) | (srec->flags & F_SEEN); // As below.
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@ -1183,7 +1183,7 @@ box_loaded( int sts, message_t *msgs, int total_msgs, int recent_msgs, void *aux
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if (srec->status & S_SKIPPED) { |
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// Pre-1.4 legacy only: The message was skipped due to being too big.
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if (!(svars->chan->ops[t] & OP_RENEW)) |
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if (!(svars->chan->ops[t] & OP_UPGRADE)) |
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continue; |
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// The message size was not queried, so this won't be dummified below.
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srec->status = S_PENDING | S_DUMMY(t); |
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Oswald Buddenhagen
3 years ago