Fix macro gating for single vs. double precision in unit tests. (#138)

blues · Jan 30, 2024 · bbb727d · bbb727d
1 parent a057a49
commit bbb727d
Showing 1 changed file with 8 additions and 7 deletions.
diff --git a/test/src/JSON_number_handling_test.cpp b/test/src/JSON_number_handling_test.cpp
@@ -258,9 +258,10 @@ SCENARIO("Marshalling")
 
  GIVEN("A JSON object with a numeric field with the max value of JINTEGER "
  "plus 4096") {
-#ifdef NOTE_C_LOW_MEM
- // In the NOTE_C_LOW_MEM case, where JNUMBER is a single-precision
- // float, JINTEGER_MAX_PLUS_4096 is indistinguishable from JINTEGER_MAX.
+#ifdef NOTE_C_TEST_SINGLE_PRECISION
+ // In the NOTE_C_TEST_SINGLE_PRECISION case, where JNUMBER is a
+ // single-precision float, JINTEGER_MAX_PLUS_4096 is indistinguishable
+ // from JINTEGER_MAX.
  const char expected[] = "{\"" FIELD "\":" JINTEGER_MAX_STR "}";
 #else
  const char expected[] = "{\"" FIELD "\":" \
@@ -331,10 +332,10 @@ SCENARIO("Marshalling")
 
  GIVEN("A J object with a numeric field with the min value of JINTEGER minus"
  " 4096") {
-#ifdef NOTE_C_LOW_MEM
- // In the NOTE_C_LOW_MEM case, where JNUMBER is a single-precision
- // float, JINTEGER_MIN_MINUS_4096 is indistinguishable from
- // JINTEGER_MIN.
+#ifdef NOTE_C_TEST_SINGLE_PRECISION
+ // In the NOTE_C_TEST_SINGLE_PRECISION case, where JNUMBER is a
+ // single-precision float, JINTEGER_MIN_MINUS_4096 is indistinguishable
+ // from JINTEGER_MIN.
  const char expected[] = "{\"" FIELD "\":" JINTEGER_MIN_STR "}";
 #else
  const char expected[] = "{\"" FIELD "\":" \