diff --git a/test/hbbft_SUITE.erl b/test/hbbft_SUITE.erl
index c8a1a67..192d7a6 100644
--- a/test/hbbft_SUITE.erl
+++ b/test/hbbft_SUITE.erl
@@ -6,7 +6,6 @@
 
 -export([all/0, init_per_testcase/2, end_per_testcase/2]).
 -export([
-         batch_size_limit_minimal_test/1,
          init_test/1,
          one_actor_no_txns_test/1,
          two_actors_no_txns_test/1,
@@ -17,12 +16,12 @@
          one_actor_wrong_key_test/1,
          one_actor_corrupted_key_test/1,
          one_actor_wrong_batch_size_test/1,
+         batch_size_limit_minimal_test/1,
          initial_fakecast_test/1
         ]).
 
 all() ->
     [
-     batch_size_limit_minimal_test,
      init_test,
      one_actor_no_txns_test,
      two_actors_no_txns_test,
@@ -33,6 +32,7 @@ all() ->
      one_actor_wrong_key_test,
      one_actor_corrupted_key_test,
      one_actor_wrong_batch_size_test,
+     batch_size_limit_minimal_test,
      initial_fakecast_test
     ].
 
@@ -48,43 +48,6 @@ init_per_testcase(_, Config) ->
 end_per_testcase(_, _Config) ->
     ok.
 
-batch_size_limit_minimal_test(_) ->
-    % Same test goal as one_actor_wrong_batch_size_test, but
-    % the absolute minimal to test the state transition.
-    N = 1,
-    F = 0,
-    BatchSize = 1,
-    {ok, Dealer} = dealer:new(N, F + 1, 'SS512'),
-    {ok, {PK, [SK | _]}} = dealer:deal(Dealer),
-
-    % Protocol begins.
-    ProtocolInstanceId = 0,
-    State_0 = hbbft:init(SK, N, F, ProtocolInstanceId, BatchSize, infinity),
-
-    % Transactions submitted. One more than max batch size.
-    Buf = [list_to_binary(integer_to_list(Txn)) || Txn <- lists:seq(1, BatchSize + 1)],
-
-    % Pretending ACS happened here.
-    Stamp = <<"trust-me-im-a-stamp">>,
-    Enc = hbbft:encrypt(PK, hbbft:encode_list([Stamp | Buf])),
-    {ok, EncKey} = hbbft:get_encrypted_key(SK, Enc),
-    AcsInstanceId = 0, % E?
-    State_1 = hbbft:abstraction_breaking_set_acs_results(State_0, [{AcsInstanceId, Enc}]),
-    State_2 = hbbft:abstraction_breaking_set_enc_keys(State_1, #{AcsInstanceId => EncKey}),
-
-    % Decoding transactions from ACS, which we expect to be rejectected.
-    {State_3, {result, {transactions, [], []}}} =
-        hbbft:handle_msg(
-          State_2,
-          ProtocolInstanceId,
-          {dec,
-           hbbft:round(State_2),
-           AcsInstanceId,
-           hbbft_utils:share_to_binary(tpke_privkey:decrypt_share(SK, EncKey))
-          }),
-    #{sent_txns := true} = hbbft:status(State_3),
-    ok.
-
 init_test(Config) ->
     N = proplists:get_value(n, Config),
     F = proplists:get_value(f, Config),
@@ -429,6 +392,43 @@ one_actor_wrong_batch_size_test(Config) ->
     ct:log("chain contains ~p distinct transactions~n", [length(BlockTxns)]),
     ok.
 
+batch_size_limit_minimal_test(_) ->
+    % Same test goal as one_actor_wrong_batch_size_test, but
+    % the absolute minimal to test the state transition.
+    N = 1,
+    F = 0,
+    BatchSize = 1,
+    {ok, Dealer} = dealer:new(N, F + 1, 'SS512'),
+    {ok, {PK, [SK | _]}} = dealer:deal(Dealer),
+
+    % Protocol begins.
+    ProtocolInstanceId = 0,
+    State_0 = hbbft:init(SK, N, F, ProtocolInstanceId, BatchSize, infinity),
+
+    % Transactions submitted. One more than max batch size.
+    Buf = [list_to_binary(integer_to_list(Txn)) || Txn <- lists:seq(1, BatchSize + 1)],
+
+    % Pretending ACS happened here.
+    Stamp = <<"trust-me-im-a-stamp">>,
+    Enc = hbbft:encrypt(PK, hbbft:encode_list([Stamp | Buf])),
+    {ok, EncKey} = hbbft:get_encrypted_key(SK, Enc),
+    AcsInstanceId = 0, % E?
+    State_1 = hbbft:abstraction_breaking_set_acs_results(State_0, [{AcsInstanceId, Enc}]),
+    State_2 = hbbft:abstraction_breaking_set_enc_keys(State_1, #{AcsInstanceId => EncKey}),
+
+    % Decoding transactions from ACS, which we expect to be rejectected.
+    {State_3, {result, {transactions, [], []}}} =
+        hbbft:handle_msg(
+          State_2,
+          ProtocolInstanceId,
+          {dec,
+           hbbft:round(State_2),
+           AcsInstanceId,
+           hbbft_utils:share_to_binary(tpke_privkey:decrypt_share(SK, EncKey))
+          }),
+    #{sent_txns := true} = hbbft:status(State_3),
+    ok.
+
 -record(state,
         {
          node_count :: integer(),