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@@ -287,22 +287,22 @@ test_channelpadding_timers(void *arg)
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tt_int_op(tried_to_write_cell, OP_EQ, 0);
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}
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- /* This loop should add timers to our existing lists in a weak
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- * pseudorandom pattern. It ensures that the lists can grow with multiple
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- * timers in them. */
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- for (; i < CHANNELS_TO_TEST/2; i++) {
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- chans[i]->next_padding_time_ms = monotime_coarse_absolute_msec() + 10 +
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- i*3 % CHANNELPADDING_MAX_TIMERS;
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+ /* This loop should add timers to the first position in the timerslot
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+ * array, since its timeout is before all other timers. */
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+ for (; i < CHANNELS_TO_TEST/3; i++) {
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+ chans[i]->next_padding_time_ms = monotime_coarse_absolute_msec() + 1;
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decision = channelpadding_decide_to_pad_channel(chans[i]);
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tt_int_op(decision, OP_EQ, CHANNELPADDING_PADDING_SCHEDULED);
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tt_assert(chans[i]->pending_padding_callback);
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tt_int_op(tried_to_write_cell, OP_EQ, 0);
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}
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- /* This loop should add timers to the first position in the timerslot
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- * array, since its timeout is before all other timers. */
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- for (; i < CHANNELS_TO_TEST/3; i++) {
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- chans[i]->next_padding_time_ms = monotime_coarse_absolute_msec() + 1;
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+ /* This loop should add timers to our existing lists in a weak
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+ * pseudorandom pattern. It ensures that the lists can grow with multiple
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+ * timers in them. */
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+ for (; i < CHANNELS_TO_TEST/2; i++) {
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+ chans[i]->next_padding_time_ms = monotime_coarse_absolute_msec() + 10 +
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+ i*3 % CHANNELPADDING_MAX_TIMERS;
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decision = channelpadding_decide_to_pad_channel(chans[i]);
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tt_int_op(decision, OP_EQ, CHANNELPADDING_PADDING_SCHEDULED);
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tt_assert(chans[i]->pending_padding_callback);
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