void rank_repo(GBDT * g){
double train_auc = auc(y_rowns(g), y_model(g), y_label(g));
fprintf(stderr, "current tree size : %4d, train_auc : %.8f", t_size(g), train_auc);
if (has_test(g) == 1){
double test_auc = auc(t_rowns(g), t_model(g), t_label(g));
fprintf(stderr, " test_auc : %.8f", test_auc);
}
fprintf(stderr, "\n");
}
void lr_repo(GBDT * g){
double train_auc = auc(y_rowns(g), y_model(g), y_label(g));
printf("current tree size : %4d, train_auc : %.3f", t_size(g), train_auc);
if (has_test(g) == 1){
double test_auc = auc(t_rowns(g), t_model(g), t_label(g));
printf(" test_auc : %.3f", test_auc);
}
printf("\n");
}
static int has_test(TestSuite *suite, char *name) {
int i;
for (i = 0; i < suite->size; i++) {
if (suite->tests[i].type == test_function) {
if (strcmp(suite->tests[i].name, name) == 0) {
return 1;
}
} else if (has_test(suite->tests[i].suite, name)) {
return 1;
}
}
return 0;
}
static void run_named_test(TestSuite *suite, const char *name, TestReporter *reporter) {
int i;
(*reporter->start_suite)(reporter, suite->name, count_tests(suite));
for (i = 0; i < suite->size; i++) {
if (suite->tests[i].type == test_function) {
if (strcmp(suite->tests[i].name, name) == 0) {
run_test_in_the_current_process(suite, suite->tests[i].Runnable.test, reporter);
}
} else if (has_test(suite->tests[i].Runnable.suite, name)) {
(*suite->setup)();
run_named_test(suite->tests[i].Runnable.suite, name, reporter);
(*suite->teardown)();
}
}
send_reporter_completion_notification(reporter);
(*reporter->finish_suite)(reporter, suite->filename, suite->line);
}
static void run_named_test_child(TestSuite *suite, const char *name, TestReporter *reporter) {
int i;
//(*reporter->start_suite)(reporter, suite->name, count_tests(suite));
for (i = 0; i < suite->size; i++) {
if (suite->tests[i].type == test_function) {
if (strcmp(suite->tests[i].name, name) == 0) {
run_test_in_the_current_process_child(suite, suite->tests[i].Runnable.test, reporter);
}
} else if (has_test(suite->tests[i].Runnable.suite, name)) {
TestSuite* newSuite=suite->tests[i].Runnable.suite;
(*suite->setup)();
//moved recursive calls to start_suite and finish_suite to the caller, so I
//can control the printf that occurs in the first one.
//This may have undesireable side effects. Not sure of the best solution
(*reporter->start_suite)(reporter, newSuite->name, count_tests(newSuite));
run_named_test_child(newSuite, name, reporter);
(*reporter->finish_suite)(reporter, newSuite->filename, newSuite->line);
(*suite->teardown)();
}
}
send_reporter_completion_notification(reporter);
}
static void run_named_test(TestSuite *suite, const char *name, TestReporter *reporter) {
int i;
uint32_t test_duration;
uint32_t test_starting_milliseconds = cgreen_time_get_current_milliseconds();
(*reporter->start_suite)(reporter, suite->name, count_tests(suite));
for (i = 0; i < suite->size; i++) {
if (suite->tests[i].type == test_function) {
if (strcmp(suite->tests[i].name, name) == 0) {
run_test_in_the_current_process(suite, suite->tests[i].Runnable.test, reporter);
}
} else if (has_test(suite->tests[i].Runnable.suite, name)) {
(*suite->setup)();
run_named_test(suite->tests[i].Runnable.suite, name, reporter);
(*suite->teardown)();
}
}
test_duration = cgreen_time_duration_in_milliseconds(test_starting_milliseconds,
cgreen_time_get_current_milliseconds());
send_reporter_completion_notification(reporter);
(*reporter->finish_suite)(reporter, suite->filename, suite->line, test_duration);
}
