@@ -141,18 +141,23 @@ TEST_P(TolerantEncodingChecks, EncodeDegrees) {
141141 // Encode the test location and make sure we get the expected code.
142142 OLC_Encode (&loc, tc.length , got_code, 18 );
143143 if (tc.code .compare (got_code) != 0 ) {
144- failure_count ++;
145- printf (" ENCODING FAILURE: Got: '%s', expected: '%s'\n " , got_code, tc.code .c_str ());
144+ failure_count++;
145+ printf (" ENCODING FAILURE: Got: '%s', expected: '%s'\n " , got_code,
146+ tc.code .c_str ());
146147 }
147148 }
148- double actual_failure_rate = double (failure_count) / test_params.test_data .size ();
149+ double actual_failure_rate =
150+ double (failure_count) / test_params.test_data .size ();
149151 EXPECT_LE (actual_failure_rate, test_params.allowed_failure_rate )
150- << " Failure rate " << actual_failure_rate << " exceeds allowed rate " << test_params.allowed_failure_rate ;
152+ << " Failure rate " << actual_failure_rate << " exceeds allowed rate "
153+ << test_params.allowed_failure_rate ;
151154}
152155
153- // Allow a 5% error rate encoding from degree coordinates (because of floating point precision).
156+ // Allow a 5% error rate encoding from degree coordinates (because of floating
157+ // point precision).
154158INSTANTIATE_TEST_SUITE_P (OLC_Tests, TolerantEncodingChecks,
155- ::testing::Values (TolerantTestParams{0.05 , GetEncodingDataFromCsv ()}));
159+ ::testing::Values (TolerantTestParams{
160+ 0.05 , GetEncodingDataFromCsv ()}));
156161
157162class EncodingChecks : public ::testing::TestWithParam<EncodingTestData> {};
158163
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