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4 Commits

Author SHA1 Message Date
jlamothe e5cad7cd20 display pass/fail/pend status in realtime 2023-11-21 20:02:53 +00:00
jlamothe da33bd8955 test test_context() with a prior context 2023-11-21 19:49:19 +00:00
jlamothe ebf398fd33 test test_context() on a state with no initial context 2023-11-21 19:44:35 +00:00
jlamothe bea9a3e34a check the next field of the last log when appending 2023-11-21 18:11:35 +00:00
3 changed files with 130 additions and 41 deletions

15
9unit.c
View File

@ -119,10 +119,10 @@ run_tests(void (*tests)(TestState *))
s.report = report; s.report = report;
(*tests)(&s); (*tests)(&s);
print_log(&s); print_log(&s);
printf("Tests run: %d\n", s.run); print("\n\nTests run: %d\n", s.run);
printf("Tests passed: %d\n", s.passed); print("Tests passed: %d\n", s.passed);
printf("Tests failed: %d\n", s.failed); print("Tests failed: %d\n", s.failed);
printf("Tests pending: %d\n", s.pending); print("Tests pending: %d\n", s.pending);
clear_log(&s); clear_log(&s);
if (s.failed) exits("test(s) failed"); if (s.failed) exits("test(s) failed");
} }
@ -182,12 +182,15 @@ run_test(TestState *s, TestResult (*t)(TestState *))
{ {
case test_success: case test_success:
s->passed++; s->passed++;
s->report(" [PASS]");
break; break;
case test_failure: case test_failure:
s->failed++; s->failed++;
s->report(" [FAIL]");
break; break;
case test_pending: case test_pending:
s->pending++; s->pending++;
s->report(" [PEND]");
break; break;
default: default:
exits("test returned an invalid response"); exits("test returned an invalid response");
@ -347,7 +350,7 @@ print_log(TestState *s)
TestLogEntry *e = s->first_log; TestLogEntry *e = s->first_log;
while(e) while(e)
{ {
if(e->text) printf("%s\n", e->text); if(e->text) print("%s\n", e->text);
else print("(empty message)\n"); else print("(empty message)\n");
e = e->next; e = e->next;
} }
@ -419,10 +422,10 @@ build_new_context(TestState *s, ContextData *cd)
static void static void
display_context(TestState *s) display_context(TestState *s)
{ {
s->report("\n");
for (int i = 1; i < s->depth; i++) for (int i = 1; i < s->depth; i++)
s->report("\t"); s->report("\t");
s->report(s->context); s->report(s->context);
s->report("\n");
} }
static void static void

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@ -136,8 +136,9 @@ static void
chk_last(TestState *s, void *ptr) chk_last(TestState *s, void *ptr)
{ {
LogData *ld = ptr; LogData *ld = ptr;
chk_ptr_chg(s, "last_log", ld->state.last_log, &ld->second); chk_ptr_chg(s, 0, ld->state.last_log, &ld->second);
chk_str_eq(s, "last_log->text", ld->state.last_log->text, "baz"); chk_str_eq(s, "text", ld->state.last_log->text, "baz");
chk_ptr_eq(s, "next", ld->state.last_log->next, 0);
free(ld->state.last_log->text); free(ld->state.last_log->text);
free(ld->state.last_log); free(ld->state.last_log);
} }

View File

@ -26,7 +26,7 @@
#include "util.h" #include "util.h"
#include "test-context.h" #include "test-context.h"
// Local Types // Internal Types
typedef struct ContextData ContextData; typedef struct ContextData ContextData;
@ -37,21 +37,21 @@ struct ContextData
const char *initial_full_context; const char *initial_full_context;
int initial_depth; int initial_depth;
const char *new_context; const char *new_context;
const char *expected_sub_full_context;
int expected_sub_depth;
const char *sub_context; const char *sub_context;
const char *sub_full_context; const char *sub_full_context;
int sub_depth; int sub_depth;
const char *expected_sub_full_context;
int expected_sub_depth;
}; };
// Local Prototypes // Internal Prototypes
static void no_prior_context(TestState *); static void no_prior_context(TestState *);
static void prior_context(TestState *);
static void test_context_common(TestState *, ContextData *);
static void init_ContextData(ContextData *); static void init_ContextData(ContextData *);
static void run_test_context(ContextData *);
static void get_context(TestState *); static void get_context(TestState *);
static void check_results(TestState *, ContextData *); static void check_results(TestState *, ContextData *);
static void check_sub_context(TestState *);
static void clean_up(ContextData *); static void clean_up(ContextData *);
// Public Functions // Public Functions
@ -60,44 +60,85 @@ void
test_test_context(TestState *s) test_test_context(TestState *s)
{ {
test_context(s, "no prior context", no_prior_context); test_context(s, "no prior context", no_prior_context);
test_context(s, "prior context", prior_context);
} }
// Local Functions // Internal Functions
static void static void
no_prior_context(TestState *s) no_prior_context(TestState *s)
{ {
// set initial state
ContextData cd; ContextData cd;
// set initial state
cd.new_context = "my test"; cd.new_context = "my test";
cd.initial_context = 0; cd.initial_context = 0;
cd.initial_full_context = 0; cd.initial_full_context = 0;
cd.initial_depth = 0; cd.initial_depth = 0;
init_ContextData(&cd);
run_test_context(&cd); // set expectations
cd.expected_sub_full_context = "my test"; cd.expected_sub_full_context = "my test";
cd.expected_sub_depth = 1; cd.expected_sub_depth = 1;
check_results(s, &cd);
clean_up(&cd); test_context_common(s, &cd);
}
static void
prior_context(TestState *s)
{
ContextData cd;
// set initial state
cd.new_context = "my other test";
cd.initial_context = "bar";
cd.initial_full_context = "foo: bar";
cd.initial_depth = 2;
// set expectations
cd.expected_sub_full_context = "foo: bar: my other test";
cd.expected_sub_depth = 3;
test_context_common(s, &cd);
}
static void
test_context_common(
TestState *s,
ContextData *cd
)
{
init_ContextData(cd);
test_context(&cd->state, cd->new_context, get_context);
check_results(s, cd);
clean_up(cd);
} }
static void static void
init_ContextData(ContextData *cd) init_ContextData(ContextData *cd)
{ {
mk_sample_state(&cd->state); mk_sample_state(&cd->state);
cd->state.context = cd->initial_context;
cd->state.full_context = cd->initial_full_context;
cd->state.depth = cd->initial_depth;
}
static void
run_test_context(ContextData *cd)
{
void *old_ptr = cd->state.ptr;
cd->state.ptr = cd; cd->state.ptr = cd;
test_context(&cd->state, cd->new_context, get_context);
cd->state.ptr = old_ptr; // initial context
if (cd->initial_context)
{
cd->state.context =
malloc(strlen(cd->initial_context) + 1);
strcpy(cd->state.context, cd->initial_context);
}
// initial full_context
if (cd->initial_full_context)
{
cd->state.full_context =
malloc(strlen(cd->initial_full_context) + 1);
strcpy(
cd->state.full_context,
cd->initial_full_context
);
}
cd->state.depth = cd->initial_depth;
} }
static void static void
@ -128,23 +169,67 @@ get_context(TestState *s)
} }
static void static void
check_results(TestState *s, ContextData *cd) check_results(
TestState *s,
ContextData *cd
)
{ {
void *old_ptr = s->ptr; // sub context
s->ptr = cd; chk_str_eq(
test_context(s, "sub context", check_sub_context); s,
s->ptr = old_ptr; "sub context",
} cd->sub_context,
cd->new_context
);
static void // sub full_context
check_sub_context(TestState *s) chk_str_eq(
{ s,
ContextData *cd = s->ptr; "sub full_context",
cd->sub_full_context,
cd->expected_sub_full_context
);
// sub depth
chk_int_eq(
s,
"sub depth",
cd->sub_depth,
cd->expected_sub_depth
);
// final context
chk_str_eq(
s,
"final context",
cd->state.context,
cd->initial_context
);
// final full_context
chk_str_eq(
s,
"final full_context",
cd->state.full_context,
cd->initial_full_context
);
// final depth
chk_int_eq(
s,
"final depth",
cd->state.depth,
cd->initial_depth
);
} }
static void static void
clean_up(ContextData *cd) clean_up(ContextData *cd)
{ {
free(cd->state.context);
free(cd->state.full_context);
free(cd->sub_context);
free(cd->sub_full_context);
} }
//jl //jl