hectic-lab/util.nix
2
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

feat: hectic C: debug print

Browse Source
This commit is contained in:
yukkop
2025-04-06 15:16:59 +00:00
parent 14c246de3e
commit f151438969
2 changed files with 113 additions and 75 deletions
Download Patch File Download Diff File Expand all files Collapse all files

11
package/c/hmpl/hmpl.c
View File

@@ -75,11 +75,19 @@ void hmpl_render_interpolation_tags(Arena *arena, char **text_ptr, const Json *
void hmpl_render_section_tags(Arena *arena, char **text_ptr, Json *context, const char * const prefix_start, const char * const prefix_end, const char * const separator_pattern) {
raise_debug("hmpl_render_section_tags(%p, %s, <optimized>, %s, %s, %s)", arena, *text_ptr, prefix_start, prefix_end, separator_pattern);
// prefix_start and prefix_end must be different
assert(strcmp(prefix_start, prefix_end) != 0);
// prefix_start, prefix_end and separator_pattern must be less than 28 characters
assert(strlen(prefix_start) < 28);
assert(0 < strlen(separator_pattern) && strlen(prefix_end) < 28);
assert(0 < strlen(separator_pattern) && strlen(separator_pattern) < 28);
// Create search patterns
char start_pattern[32];
snprintf(start_pattern, sizeof(start_pattern), "{{%s", prefix_start);
Slice start_slice = slice_create(char, start_pattern, strlen(start_pattern), 0, strlen(start_pattern));
raise_zalupa("start_slice: `%s`", start_slice.data);
raise_zalupa("start_slice: `%s`", DEBUGSTR(arena, Slice, start_slice));
// Create a mutable copy of separator_pattern
char separator_copy[32];
@@ -214,6 +222,7 @@ void hmpl_render_section_tags(Arena *arena, char **text_ptr, Json *context, cons
// Perform replacement
char *new_text = arena_repstr(arena, (char*)text_slice.data, replace_start, replace_length, replacement);
raise_zalupa("new_text: `%s`", new_text);
*text_ptr = new_text;
// Update text slice

177
package/c/hmpl/test/test.c
View File

@@ -4,6 +4,44 @@
#include "hmpl.h"
#include "hectic.h"
// --------------------------------
// -- Single key evaluation test --
// --------------------------------
void test_eval_single_level_key(Arena *arena) {
raise_notice("Testing single level key evaluation");
const char *context_text = arena_strdup(arena, "{\"name\": \"world\"}");
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *result = eval_string(arena, context, "name");
raise_notice("Context: %s", json_to_string(arena, context));
raise_notice("Query: name");
raise_notice("Result: %s", result);
assert(result && strcmp(result, "world") == 0);
}
// --------------------------------
// -- Nested key evaluation test --
// --------------------------------
void test_eval_nested_key(Arena *arena) {
raise_notice("Testing nested key evaluation");
const char *context_text = arena_strdup(arena, "{\"person\": {\"name\": \"Alice\"}}");
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *result = eval_string(arena, context, "person.name");
raise_notice("Context: %s", json_to_string(arena, context));
raise_notice("Query: person.name");
raise_notice("Result: %s", result);
assert(result && strcmp(result, "Alice") == 0);
}
// -----------------------------
// -- Interpolation tags test --
// -----------------------------
#define TEST_DATA_INTERPOLATION_CONTEXT \
"{\n" \
" \"persona\": {\n" \
@@ -67,6 +105,25 @@
"Home Phone: 555-1234\n" \
"Mobile Phone: 555-5678\n"
void test_render_interpolation_tags(Arena *arena) {
raise_notice("Testing interpolation tags without prefix");
const char *context_text = arena_strdup(arena, TEST_DATA_INTERPOLATION_CONTEXT);
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *text = arena_strdup(arena, TEST_DATA_INTERPOLATION_TEMPLATE);
raise_notice("Template:\n%s", text);
raise_notice("Context: %s", json_to_string(arena, context));
hmpl_render_interpolation_tags(arena, &text, context, "");
raise_notice("Result:\n%s", text);
assert(strcmp(text, TEST_DATA_INTERPOLATION_RESULT) == 0);
}
// -----------------------------------------------------
// -- Interpolation tags test with prefix `{{.name}}` --
// -----------------------------------------------------
#define TEST_DATA_INTERPOLATION_WITH_PREFIX_CONTEXT \
TEST_DATA_INTERPOLATION_CONTEXT
@@ -91,6 +148,26 @@
#define TEST_DATA_INTERPOLATION_WITH_PREFIX_RESULT \
TEST_DATA_INTERPOLATION_RESULT
void test_render_interpolation_tags_with_prefix(Arena *arena) {
raise_notice("Testing interpolation tags with prefix");
const char *context_text = arena_strdup(arena, TEST_DATA_INTERPOLATION_WITH_PREFIX_CONTEXT);
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *text = arena_strdup(arena, TEST_DATA_INTERPOLATION_WITH_PREFIX_TEMPLATE);
raise_notice("Template:\n%s", text);
raise_notice("Context: %s", json_to_string(arena, context));
hmpl_render_interpolation_tags(arena, &text, context, ".");
raise_notice("Result:\n%s", text);
assert(strcmp(text, TEST_DATA_INTERPOLATION_WITH_PREFIX_RESULT) == 0);
}
// ----------------------------------------------------------
// -- Section tags test `{{#element array}}...{{/array}}` --
// ----------------------------------------------------------
#define TEST_DATA_SIMPLE_SECTION_ITERATION_CONTEXT \
"{" \
" \"array\": [" \
@@ -108,79 +185,6 @@
#define TEST_DATA_SIMPLE_SECTION_ITERATION_RESULT \
" value1 value2 value3"
#define TEST_DATA_COMPLEX_SECTION_ITERATION_CONTEXT \
"{" \
" \"users\": [" \
" { \"name\": \"John\", \"age\": 30 }," \
" { \"name\": \"Jane\", \"age\": 25 }" \
" ]" \
"}"
#define TEST_DATA_COMPLEX_SECTION_ITERATION_TEMPLATE \
"{{#user users}}" \
" Name: {{user.name}}, Age: {{user.age}}\n" \
"{{/users}}"
#define TEST_DATA_COMPLEX_SECTION_ITERATION_RESULT \
" Name: John, Age: 30\n" \
" Name: Jane, Age: 25\n"
void test_eval_single_level_key(Arena *arena) {
raise_notice("Testing single level key evaluation");
const char *context_text = arena_strdup(arena, "{\"name\": \"world\"}");
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *result = eval_string(arena, context, "name");
raise_notice("Context: %s", json_to_string(arena, context));
raise_notice("Query: name");
raise_notice("Result: %s", result);
assert(result && strcmp(result, "world") == 0);
}
void test_eval_nested_key(Arena *arena) {
raise_notice("Testing nested key evaluation");
const char *context_text = arena_strdup(arena, "{\"person\": {\"name\": \"Alice\"}}");
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *result = eval_string(arena, context, "person.name");
raise_notice("Context: %s", json_to_string(arena, context));
raise_notice("Query: person.name");
raise_notice("Result: %s", result);
assert(result && strcmp(result, "Alice") == 0);
}
void test_render_interpolation_tags(Arena *arena) {
raise_notice("Testing interpolation tags without prefix");
const char *context_text = arena_strdup(arena, TEST_DATA_INTERPOLATION_CONTEXT);
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *text = arena_strdup(arena, TEST_DATA_INTERPOLATION_TEMPLATE);
raise_notice("Template:\n%s", text);
raise_notice("Context: %s", json_to_string(arena, context));
hmpl_render_interpolation_tags(arena, &text, context, "");
raise_notice("Result:\n%s", text);
assert(strcmp(text, TEST_DATA_INTERPOLATION_RESULT) == 0);
}
void test_render_interpolation_tags_with_prefix(Arena *arena) {
raise_notice("Testing interpolation tags with prefix");
const char *context_text = arena_strdup(arena, TEST_DATA_INTERPOLATION_WITH_PREFIX_CONTEXT);
Json *context = json_parse(arena, &context_text);
if (!context) { raise_exception("Malformed json"); exit(1); }
char *text = arena_strdup(arena, TEST_DATA_INTERPOLATION_WITH_PREFIX_TEMPLATE);
raise_notice("Template:\n%s", text);
raise_notice("Context: %s", json_to_string(arena, context));
hmpl_render_interpolation_tags(arena, &text, context, ".");
raise_notice("Result:\n%s", text);
assert(strcmp(text, TEST_DATA_INTERPOLATION_WITH_PREFIX_RESULT) == 0);
}
void test_render_section_tags(Arena *arena) {
raise_notice("Testing simple section tags");
const char *context_text = arena_strdup(arena, TEST_DATA_SIMPLE_SECTION_ITERATION_CONTEXT);
@@ -196,6 +200,27 @@ void test_render_section_tags(Arena *arena) {
assert(strcmp(text, TEST_DATA_SIMPLE_SECTION_ITERATION_RESULT) == 0);
}
// ------------------------------------------------------------
// -- Section tags test `{{user@users}}...{{#users}}` --
// ------------------------------------------------------------
#define TEST_DATA_COMPLEX_SECTION_ITERATION_CONTEXT \
"{" \
" \"users\": [" \
" { \"name\": \"John\", \"age\": 30 }," \
" { \"name\": \"Jane\", \"age\": 25 }" \
" ]" \
"}"
#define TEST_DATA_COMPLEX_SECTION_ITERATION_TEMPLATE \
"{{user@users}}" \
" Name: {{user.name}}, Age: {{user.age}}\n" \
"{{#users}}"
#define TEST_DATA_COMPLEX_SECTION_ITERATION_RESULT \
" Name: John, Age: 30\n" \
" Name: Jane, Age: 25\n"
void test_render_complex_section_tags(Arena *arena) {
raise_notice("Testing complex section tags");
const char *context_text = arena_strdup(arena, TEST_DATA_COMPLEX_SECTION_ITERATION_CONTEXT);
@@ -206,11 +231,15 @@ void test_render_complex_section_tags(Arena *arena) {
raise_notice("Template:\n%s", text);
raise_notice("Context: %s", json_to_string(arena, context));
hmpl_render_section_tags(arena, &text, context, "#", "/", " ");
hmpl_render_section_tags(arena, &text, context, "", "#", "@");
raise_notice("Result:\n%s", text);
assert(strcmp(text, TEST_DATA_COMPLEX_SECTION_ITERATION_RESULT) == 0);
}
// ------------------------
// -- Main test function --
// ------------------------
int main(void) {
init_logger();
raise_notice("Starting HMPL tests");