Clang Format

4 files changed, 80 insertions, 81 deletions

diff --git a/test/lib/color.c b/test/lib/color.c
index e791d95..a93d47d 100644
--- a/test/lib/color.c
+++ b/test/lib/color.c
@@ -1,13 +1,13 @@
 #include <test/lib/color.h>
 
-const ImageData_t test_rgba[4] = {0,0,0,0};
-const ImageData_t test_Rgba[4] = {1,0,0,0};
-const ImageData_t test_rGba[4] = {0,1,0,0};
-const ImageData_t test_rgBa[4] = {0,0,1,0};
-const ImageData_t test_rgbA[4] = {0,0,0,1};
-
-bool_t test_color_zero(const ImageData_t* color1, size_t channels, bool_t result)
-{
+const ImageData_t test_rgba[4] = {0, 0, 0, 0};
+const ImageData_t test_Rgba[4] = {1, 0, 0, 0};
+const ImageData_t test_rGba[4] = {0, 1, 0, 0};
+const ImageData_t test_rgBa[4] = {0, 0, 1, 0};
+const ImageData_t test_rgbA[4] = {0, 0, 0, 1};
+
+bool_t test_color_zero(const ImageData_t *color1, size_t channels,
+                       bool_t result) {
   bool_t fcall_result = color_zero(color1, channels);
   if (fcall_result == result) {
     return TRUE;
@@ -15,66 +15,66 @@ bool_t test_color_zero(const ImageData_t* color1, size_t channels, bool_t result
   return FALSE;
 }
 
-void _TEST_color_zero(bool_t* result, TestCount_t* test_count, TestCount_t* test_pass)
-{
+void _TEST_color_zero(bool_t *result, TestCount_t *test_count,
+                      TestCount_t *test_pass) {
   bool_t sub_result;
   // Test 1: 1 channel zero color
   //  Should result: True
   sub_result = test_color_zero(test_rgba, 1, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 2: 1 channel non-zero color
   //  Should result: False
   sub_result = test_color_zero(test_Rgba, 1, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 3: 2 channel zero color
   //  Should result: True
   sub_result = test_color_zero(test_rgba, 2, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 4: 2 channel non-zero color
   //  Should result: False
   sub_result = test_color_zero(test_rGba, 2, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 5: 3 channel zero color
   //  Should result: True
   sub_result = test_color_zero(test_rgba, 3, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 6: 3 channel non-zero color
   //  Should result: False
   sub_result = test_color_zero(test_rgBa, 3, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 7: 4 channel zero color
   //  Should result: True
   sub_result = test_color_zero(test_rgba, 4, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 8: 4 channel non-zero color
   //  Should result: False
   sub_result = test_color_zero(test_rgBa, 4, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 
   // Test 9: 4 channel non-zero color (Alpha non-zero)
   //  Should result: True
   sub_result = test_color_zero(test_rgbA, 4, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_ZERO",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_ZERO", sub_result, *test_count, (*test_pass));
 }
 
-bool_t test_color_equal(const ImageData_t* color1, const ImageData_t* color2, size_t channels, bool_t result)
-{
+bool_t test_color_equal(const ImageData_t *color1, const ImageData_t *color2,
+                        size_t channels, bool_t result) {
   bool_t fcall_result = color_equal(color1, color2, channels);
   if (fcall_result == result) {
     return TRUE;
@@ -82,85 +82,84 @@ bool_t test_color_equal(const ImageData_t* color1, const ImageData_t* color2, si
   return FALSE;
 }
 
-void _TEST_color_equal(bool_t* result, TestCount_t* test_count, TestCount_t* test_pass)
-{
+void _TEST_color_equal(bool_t *result, TestCount_t *test_count,
+                       TestCount_t *test_pass) {
   bool_t sub_result;
   // Test 1: 1 channel equal (zero)
   //  Should result: True
   sub_result = test_color_equal(test_rgba, test_rgba, 1, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 2: 1 channel equal (nonzero)
   //  Should result: True
   sub_result = test_color_equal(test_Rgba, test_Rgba, 1, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 3: 1 channel nonequal
   //  Should result: True
   sub_result = test_color_equal(test_rgba, test_Rgba, 1, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 4: 2 channel equal (zero)
   //  Should result: True
   sub_result = test_color_equal(test_rgba, test_rgba, 2, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 5: 2 channel equal (nonzero)
   //  Should result: True
   sub_result = test_color_equal(test_rGba, test_rGba, 2, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 6: 2 channel nonequal
   //  Should result: False
   sub_result = test_color_equal(test_Rgba, test_rGba, 2, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 7: 3 channel equal (zero)
   //  Should result: True
   sub_result = test_color_equal(test_rgba, test_rgba, 3, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 8: 3 channel equal (nonzero)
   //  Should result: True
   sub_result = test_color_equal(test_rgBa, test_rgBa, 3, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 9: 3 channel nonequal
   //  Should result: False
   sub_result = test_color_equal(test_Rgba, test_rgBa, 3, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 7: 4 channel equal (zero)
   //  Should result: True
   sub_result = test_color_equal(test_rgba, test_rgba, 4, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 8: 4 channel equal (nonzero)
   //  Should result: True
   sub_result = test_color_equal(test_rgbA, test_rgbA, 4, TRUE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 
   // Test 9: 4 channel nonequal
   //  Should result: False
   sub_result = test_color_equal(test_Rgba, test_rgbA, 4, FALSE);
   *result &= sub_result;
-  TEST_RESULT("COLOR_EQUAL",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("COLOR_EQUAL", sub_result, *test_count, (*test_pass));
 }
 
 // Meta test function
-bool_t TEST_lib_color()
-{
+bool_t TEST_lib_color() {
   TestCount_t test_count = 0;
   TestCount_t test_pass = 0;
   bool_t result = TRUE;
diff --git a/test/lib/dir.c b/test/lib/dir.c
index 21b4284..85ef400 100644
--- a/test/lib/dir.c
+++ b/test/lib/dir.c
@@ -1,10 +1,9 @@
-#include <test/lib/dir.h>
-#include <string.h>
 #include <stdio.h>
 #include <stdlib.h>
+#include <string.h>
+#include <test/lib/dir.h>
 
-bool_t test_is_directory(char* dirname, bool_t result)
-{
+bool_t test_is_directory(char *dirname, bool_t result) {
   bool_t fcall_result = is_directory(dirname);
   if (fcall_result == result) {
     return TRUE;
@@ -12,23 +11,22 @@ bool_t test_is_directory(char* dirname, bool_t result)
   return FALSE;
 }
 
-void  _TEST_is_directory(bool_t* result, TestCount_t* test_count, TestCount_t* test_pass)
-{
+void _TEST_is_directory(bool_t *result, TestCount_t *test_count,
+                        TestCount_t *test_pass) {
   bool_t sub_result;
   // Test 1: sample_data/ (TRUE) [On clean git folder]
   sub_result = test_is_directory("sample_data", TRUE);
   *result &= sub_result;
-  TEST_RESULT("IS_DIRECTORY",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("IS_DIRECTORY", sub_result, *test_count, (*test_pass));
 
   // Test 2: asdf/ (FALSE) [On clean git folder]
   sub_result = test_is_directory("asdf", FALSE);
   *result &= sub_result;
-  TEST_RESULT("IS_DIRECTORY",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("IS_DIRECTORY", sub_result, *test_count, (*test_pass));
 }
 
-bool_t test_full_path(char* dirname, char* file, char* result)
-{
-  char* fpath = full_path(dirname, file);
+bool_t test_full_path(char *dirname, char *file, char *result) {
+  char *fpath = full_path(dirname, file);
   bool_t cmp_result = strcmp(result, fpath);
   free(fpath);
   if (cmp_result == 0) {
@@ -37,47 +35,46 @@ bool_t test_full_path(char* dirname, char* file, char* result)
   return FALSE;
 }
 
-void  _TEST_full_path(bool_t* result, TestCount_t* test_count, TestCount_t* test_pass)
-{
+void _TEST_full_path(bool_t *result, TestCount_t *test_count,
+                     TestCount_t *test_pass) {
   bool_t sub_result;
   // Test 1: sample_data/small + small.tif = sample_data/small/small.tif
-  sub_result = test_full_path("sample_data/small", "small.tif", "sample_data/small/small.tif");
+  sub_result = test_full_path("sample_data/small", "small.tif",
+                              "sample_data/small/small.tif");
   *result &= sub_result;
-  TEST_RESULT("FULL_PATH",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("FULL_PATH", sub_result, *test_count, (*test_pass));
 }
 
-bool_t test_is_tif_ext(char* file_name, bool_t result)
-{
+bool_t test_is_tif_ext(char *file_name, bool_t result) {
   size_t file_name_len = strlen(file_name);
   file_name_len -= 3;
-  bool_t cmp_result = strcmp(file_name+file_name_len, "tif");
+  bool_t cmp_result = strcmp(file_name + file_name_len, "tif");
   if (cmp_result == 0) {
     return TRUE == result;
   }
   return FALSE == result;
 }
 
-void  _TEST_is_tif_ext(bool_t* result, TestCount_t* test_count, TestCount_t* test_pass)
-{
+void _TEST_is_tif_ext(bool_t *result, TestCount_t *test_count,
+                      TestCount_t *test_pass) {
   bool_t sub_result;
   // Test 1: sample_data/small/small.tif (TRUE)
   sub_result = test_is_tif_ext("sample_data/small/small.tif", TRUE);
   *result &= sub_result;
-  TEST_RESULT("IS_TIF_EXT",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("IS_TIF_EXT", sub_result, *test_count, (*test_pass));
 
   // Test 2: data/test.tif (TRUE)
   sub_result = test_is_tif_ext("data/test.tif", TRUE);
   *result &= sub_result;
-  TEST_RESULT("IS_TIF_EXT",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("IS_TIF_EXT", sub_result, *test_count, (*test_pass));
 
   // Test 3: sample_data/small/small (FALSE)
   sub_result = test_is_tif_ext("sample_data/small/small", FALSE);
   *result &= sub_result;
-  TEST_RESULT("IS_TIF_EXT",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("IS_TIF_EXT", sub_result, *test_count, (*test_pass));
 }
 
-bool_t TEST_lib_dir()
-{
+bool_t TEST_lib_dir() {
   TestCount_t test_count = 0;
   TestCount_t test_pass = 0;
   bool_t result = TRUE;
diff --git a/test/lib/time.c b/test/lib/time.c
index 67c8f33..a69d5a9 100644
--- a/test/lib/time.c
+++ b/test/lib/time.c
@@ -1,12 +1,12 @@
 #include <test/lib/time.h>
 
-const struct timespec zero = {0,0};
-const struct timespec one_s = {1,0};
-const struct timespec one_ns = {0,1};
-const struct timespec one_s_ns = {1,1};
+const struct timespec zero = {0, 0};
+const struct timespec one_s = {1, 0};
+const struct timespec one_ns = {0, 1};
+const struct timespec one_s_ns = {1, 1};
 
-bool_t test_diff_time(const struct timespec *time1, const struct timespec *time0, double result)
-{
+bool_t test_diff_time(const struct timespec *time1,
+                      const struct timespec *time0, double result) {
   double fcall_result = diff_time(time1, time0);
   if (fcall_result == result) {
     return TRUE;
@@ -14,42 +14,41 @@ bool_t test_diff_time(const struct timespec *time1, const struct timespec *time0
   return FALSE;
 }
 
-void _TEST_diff_time(bool_t* result, TestCount_t* test_count, TestCount_t* test_pass)
-{
+void _TEST_diff_time(bool_t *result, TestCount_t *test_count,
+                     TestCount_t *test_pass) {
   bool_t sub_result;
   // Test 1: 0-0=0
   sub_result = test_diff_time(&zero, &zero, 0.0);
   *result &= sub_result;
-  TEST_RESULT("DIFF_TIME",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("DIFF_TIME", sub_result, *test_count, (*test_pass));
 
   // Test 2: 1s-0=1s
   sub_result = test_diff_time(&one_s, &zero, 1.0);
   *result &= sub_result;
-  TEST_RESULT("DIFF_TIME",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("DIFF_TIME", sub_result, *test_count, (*test_pass));
 
   // Test 3: 1ns-0=1ns
   sub_result = test_diff_time(&one_ns, &zero, 0.000000001);
   *result &= sub_result;
-  TEST_RESULT("DIFF_TIME",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("DIFF_TIME", sub_result, *test_count, (*test_pass));
 
   // Test 4: 1s1ns-0=1s1ns
   sub_result = test_diff_time(&one_s_ns, &zero, 1.000000001);
   *result &= sub_result;
-  TEST_RESULT("DIFF_TIME",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("DIFF_TIME", sub_result, *test_count, (*test_pass));
 
   // Test 5: 1s1ns-1ns=1s
   sub_result = test_diff_time(&one_s_ns, &one_ns, 1.0);
   *result &= sub_result;
-  TEST_RESULT("DIFF_TIME",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("DIFF_TIME", sub_result, *test_count, (*test_pass));
 
   // Test 6: 1s1ns-1s=1ns
   sub_result = test_diff_time(&one_s_ns, &one_s, 0.000000001);
   *result &= sub_result;
-  TEST_RESULT("DIFF_TIME",sub_result, *test_count, (*test_pass));
+  TEST_RESULT("DIFF_TIME", sub_result, *test_count, (*test_pass));
 }
 
-bool_t TEST_lib_time()
-{
+bool_t TEST_lib_time() {
   TestCount_t test_count = 0;
   TestCount_t test_pass = 0;
   bool_t result = TRUE;
diff --git a/test/test.c b/test/test.c
index 40e2d6f..786ab2e 100644
--- a/test/test.c
+++ b/test/test.c
@@ -2,10 +2,14 @@
 #include <test/lib/dir.h>
 #include <test/lib/time.h>
 
-#define _META_TEST_RESULT(name,result) if (result) { fprintf(stderr, "       \x1b[92mPASS\x1b[0m %s\n", name);} else { fprintf(stderr, "%s: \x1b[91mFAIL\x1b[0m\n", name);}
+#define _META_TEST_RESULT(name, result)                                        \
+  if (result) {                                                                \
+    fprintf(stderr, "       \x1b[92mPASS\x1b[0m %s\n", name);                  \
+  } else {                                                                     \
+    fprintf(stderr, "%s: \x1b[91mFAIL\x1b[0m\n", name);                        \
+  }
 
-int main()
-{
+int main() {
   bool_t all_success = TRUE;
   bool_t test_success;
   // lib/color.c Test