diff --git a/bsc/BSC_Tests.ttcn b/bsc/BSC_Tests.ttcn
index 0fd0a17..9e0fae3 100644
--- a/bsc/BSC_Tests.ttcn
+++ b/bsc/BSC_Tests.ttcn
@@ -3615,57 +3615,57 @@
 /* Set S1, we expect an AMR multirate configuration IE with all four rates
  * set. */
 testcase TC_assignment_codec_amr_f_S1() runs on test_CT {
-	 f_TC_assignment_codec_amr(true, '289520882208'O, '00000010'B, '00000010'B);
+	f_TC_assignment_codec_amr(true, '289520882208'O, '00000010'B, '00000010'B);
 }
 
 /* Set S1, we expect an AMR multirate configuration IE with the lower three
  * rates set. */
 testcase TC_assignment_codec_amr_h_S1() runs on test_CT {
-	 f_TC_assignment_codec_amr(false, '2815208820'O, '00000010'B, '00000010'B);
+	f_TC_assignment_codec_amr(false, '2815208820'O, '00000010'B, '00000010'B);
 }
 
 /* Set S1 and two other rates, we expect an AMR MULTIRATE CONFIGURATION IE with
  * all four rates (and only S1 set in the ASSIGNMENT COMPLETE) */
 testcase TC_assignment_codec_amr_f_S124() runs on test_CT {
-	 f_TC_assignment_codec_amr(true, '289520882208'O, '00010110'B, '00000010'B);
+	f_TC_assignment_codec_amr(true, '289520882208'O, '00010110'B, '00000010'B);
 }
 
 /* Set S1 and two other rates, we expect an AMR MULTIRATE CONFIGURATION IE with
  * all four rates (and only S1 set in the ASSIGNMENT COMPLETE) */
 testcase TC_assignment_codec_amr_h_S124() runs on test_CT {
-	 f_TC_assignment_codec_amr(false, '2815208820'O, '00010110'B, '00000010'B);
+	f_TC_assignment_codec_amr(false, '2815208820'O, '00010110'B, '00000010'B);
 }
 
 /* The following block of tests selects more and more rates until all four
  * possible rates are in the active set (full rate) */
 testcase TC_assignment_codec_amr_f_S0() runs on test_CT {
-	 f_TC_assignment_codec_amr(true, '2801'O, '00000001'B, '00000001'B);
+	f_TC_assignment_codec_amr(true, '2801'O, '00000001'B, '00000001'B);
 }
 
 testcase TC_assignment_codec_amr_f_S02() runs on test_CT {
-	 f_TC_assignment_codec_amr(true, '28052080'O, '00000101'B, '00000101'B);
+	f_TC_assignment_codec_amr(true, '28052080'O, '00000101'B, '00000101'B);
 }
 
 testcase TC_assignment_codec_amr_f_S024() runs on test_CT {
-	 f_TC_assignment_codec_amr(true, '2815208820'O, '00010101'B, '00010101'B);
+	f_TC_assignment_codec_amr(true, '2815208820'O, '00010101'B, '00010101'B);
 }
 
 testcase TC_assignment_codec_amr_f_S0247() runs on test_CT {
-	 f_TC_assignment_codec_amr(true, '289520882208'O, '10010101'B, '10010101'B);
+	f_TC_assignment_codec_amr(true, '289520882208'O, '10010101'B, '10010101'B);
 }
 
 /* The following block of tests selects more and more rates until all three
  * possible rates are in the active set (half rate) */
 testcase TC_assignment_codec_amr_h_S0() runs on test_CT {
-	 f_TC_assignment_codec_amr(false, '2801'O, '00000001'B, '00000001'B);
+	f_TC_assignment_codec_amr(false, '2801'O, '00000001'B, '00000001'B);
 }
 
 testcase TC_assignment_codec_amr_h_S02() runs on test_CT {
-	 f_TC_assignment_codec_amr(false, '28052080'O, '00000101'B, '00000101'B);
+	f_TC_assignment_codec_amr(false, '28052080'O, '00000101'B, '00000101'B);
 }
 
 testcase TC_assignment_codec_amr_h_S024() runs on test_CT {
-	 f_TC_assignment_codec_amr(false, '2815208820'O, '00010101'B, '00010101'B);
+	f_TC_assignment_codec_amr(false, '2815208820'O, '00010101'B, '00010101'B);
 }
 
 /* The following block tests what happens when the MSC does offer rate
@@ -3675,38 +3675,38 @@
  * to offer rates that are not applicable anyway. */
 
 testcase TC_assignment_codec_amr_h_S0247() runs on test_CT {
-	 /* Try to include 12,2k in into the active set even though the channel
-	  * is half rate only. The BSC is expected to remove the 12,0k */
-	 f_TC_assignment_codec_amr(false, '2815208820'O, '10010101'B, '00010101'B);
+	/* Try to include 12,2k in into the active set even though the channel
+	* is half rate only. The BSC is expected to remove the 12,0k */
+	f_TC_assignment_codec_amr(false, '2815208820'O, '10010101'B, '00010101'B);
 }
 
 testcase TC_assignment_codec_amr_f_S01234567() runs on test_CT {
-	 /* See what happens when all rates are selected at once. Since then
-	  * Also S1 is selected, this setting will be prefered and we should
-	  * get 12.2k, 7,40k, 5,90k, and 4,75k in the active set. */
-	 f_TC_assignment_codec_amr(true, '289520882208'O, '11111111'B, '00000010'B);
+	/* See what happens when all rates are selected at once. Since then
+	* Also S1 is selected, this setting will be prefered and we should
+	* get 12.2k, 7,40k, 5,90k, and 4,75k in the active set. */
+	f_TC_assignment_codec_amr(true, '289520882208'O, '11111111'B, '00000010'B);
 }
 
 testcase TC_assignment_codec_amr_f_S0234567() runs on test_CT {
-	 /* Same as above, but with S1 missing, the MSC is then expected to
-	  * select the currently supported rates, which are also 12.2k, 7,40k,
-	  * 5,90k, and 4,75k, into the active set. */
-	 f_TC_assignment_codec_amr(true, '289520882208'O, '11111101'B, '10010101'B);
+	/* Same as above, but with S1 missing, the MSC is then expected to
+	* select the currently supported rates, which are also 12.2k, 7,40k,
+	* 5,90k, and 4,75k, into the active set. */
+	f_TC_assignment_codec_amr(true, '289520882208'O, '11111101'B, '10010101'B);
 }
 
 testcase TC_assignment_codec_amr_f_zero() runs on test_CT {
-	 /* Try to select no rates at all */
-	 f_TC_assignment_codec_amr_fail(true, '00000000'B);
+	/* Try to select no rates at all */
+	f_TC_assignment_codec_amr_fail(true, '00000000'B);
 }
 
 testcase TC_assignment_codec_amr_f_unsupp() runs on test_CT {
-	 /* Try to select only unsupported rates */
-	 f_TC_assignment_codec_amr_fail(true, '01101000'B);
+	/* Try to select only unsupported rates */
+	f_TC_assignment_codec_amr_fail(true, '01101000'B);
 }
 
 testcase TC_assignment_codec_amr_h_S7() runs on test_CT {
-	 /* Try to select 12,2k for half rate */
-	 f_TC_assignment_codec_amr_fail(false, '10000000'B);
+	/* Try to select 12,2k for half rate */
+	f_TC_assignment_codec_amr_fail(false, '10000000'B);
 }
 
 private function f_disable_all_tch_f() runs on test_CT {