char *select_strategy(const char *msg) {
int deep = 1;
debug(deep, "Received string: '%s'", msg);
info(deep, "Select strategy");
unsigned char action = msg[0];
char *result;
switch (action) {
case COMMAND_CREATE:
append_strings("", create_file(msg), &result);
break;
case COMMAND_UPDATE:
append_strings("", update_file(msg), &result);
break;
case COMMAND_DELETE:
append_strings("", delete_file(msg), &result);
break;
case COMMAND_READ:
result = read_file(msg);
break;
case COMMAND_LIST:
result = list_files(msg);
break;
default:
append_strings("", ANSWER_UNKOWN, &result);
error(deep, "Wrong action %c", action);
}
info(deep, "Return value: '%s'", result);
return result;
}
CHAR8 *get_powerup_reason(CHAR8 *cmdline)
{
enum wake_sources ws;
enum shutdown_sources ss;
enum reset_sources rs;
ss = loader_ops.get_shutdown_source();
ws = loader_ops.get_wake_source();
rs = loader_ops.get_reset_source();
cmdline = append_strings(shutdown_string[ss], cmdline);
cmdline = append_strings(wake_string[ws], cmdline);
cmdline = append_strings(reset_string[rs], cmdline);
return cmdline;
}
CHAR8 *check_vbattfreqlmt(CHAR8 *cmdline)
{
CHAR8 *updated_cmdline = cmdline;
if (loader_ops.em_ops->is_battery_below_vbattfreqlmt()) {
debug(L"Battery voltage below vbattfreqlmt add battlow in cmdline\n");
updated_cmdline = append_strings((CHAR8 *)"battlow ", cmdline);
if (cmdline)
FreePool(cmdline);
}
return updated_cmdline;
}
char *list_files(const char *msg) {
const int deep = 2;
regex_t r;
char *rv;
const char *list_regex_text = "LIST[[:cntrl:]]+";
compile_regex(&r, list_regex_text);
int retCode = match_regex(&r, msg, NULL, NULL, NULL);
regfree(&r);
if (!retCode) {
error(deep, "Message '%s' does not match to regex!", msg);
append_strings("", ANSWER_UNKOWN, &rv);
return rv;
}
info(deep, "List files");
char *file_list;
int file_counter = list_memory_file(&file_list);
char str[15];
sprintf(str, "%d", file_counter);
char *rv_wit_num;
append_strings(ANSWER_SUCCESS_LIST, str, &rv_wit_num);
char *rv_first_line;
append_strings(rv_wit_num, "\n", &rv_first_line);
free(rv_wit_num);
if (file_counter > 0) {
char *rv_with_list;
append_strings(rv_first_line, file_list, &rv_with_list);
free(rv_first_line);
append_strings(rv_with_list, "\n", &rv);
free(rv_with_list);
} else {
rv = rv_first_line;
}
free(file_list);
return rv;
}
CHAR8 *get_extra_cmdline(CHAR8 *cmdline)
{
CHAR8 *extra_cmdline;
CHAR8 *updated_cmdline;
extra_cmdline = loader_ops.get_extra_cmdline();
debug(L"Getting extra commandline: %a\n", extra_cmdline ? extra_cmdline : (CHAR8 *)"");
updated_cmdline = append_strings(extra_cmdline, cmdline);
updated_cmdline = get_powerup_reason(updated_cmdline);
if (extra_cmdline)
FreePool(extra_cmdline);
if (cmdline)
FreePool(cmdline);
return updated_cmdline;
}
void test_append_strings() {
char *final_string = malloc(1);
final_string[0] = '\000';
char *tmp_string;
int tmp_length;
char *string1 = "Bla";
char *string2 = "Test";
char *string3 = "End";
tmp_length = append_strings(final_string, string1, &tmp_string);
free(final_string);
final_string = malloc(tmp_length);
strncpy(final_string, tmp_string, tmp_length);
free(tmp_string);
tmp_length = append_strings(final_string, " ", &tmp_string);
free(final_string);
final_string = malloc(tmp_length);
strncpy(final_string, tmp_string, tmp_length);
free(tmp_string);
tmp_length = append_strings(final_string, string2, &tmp_string);
free(final_string);
final_string = malloc(tmp_length);
strncpy(final_string, tmp_string, tmp_length);
free(tmp_string);
tmp_length = append_strings(final_string, "\n", &tmp_string);
free(final_string);
final_string = malloc(tmp_length);
strncpy(final_string, tmp_string, tmp_length);
free(tmp_string);
tmp_length = append_strings(final_string, string3, &tmp_string);
free(final_string);
final_string = malloc(tmp_length);
strncpy(final_string, tmp_string, tmp_length);
free(tmp_string);
tmp_length = append_strings(final_string, "\n", &tmp_string);
free(final_string);
final_string = malloc(tmp_length);
strncpy(final_string, tmp_string, tmp_length);
free(tmp_string);
CU_ASSERT_STRING_EQUAL(final_string, "Bla Test\nEnd\n");
free(final_string);
}
static void test_addNodeInTree_TreeIsLeaf() {
before();
char *path = append_strings(testdir_path, "/cepa.jpg");
VnrFile *vnrfile = vnr_file_create_new(path, "cepa.jpg", FALSE);
GNode *node = g_node_new(vnrfile);
GNode *tree = get_tree(SINGLE_FILE, FALSE, FALSE);
tree = get_root_node(tree);
GNode *bepa = assert_forward_iteration(tree, "bepa.png");
add_node_in_tree(bepa, node);
char* expected = KWHT TESTDIRNAME RESET " (3 children)\n\
├─ bepa.png\n\
├─ cepa.jpg\n\
└─ epa.png\n\
";
assert_equals("Add node in tree ─ Tree is leaf ─ No change", expected, print_and_free_tree(tree));
free(path);
free_whole_tree(node);
after();
}
char *read_file(const char *msg) {
const int deep = 2;
regex_t r;
char filename[MAX_MESSAGE_LEN + 1];
char *returnValue;
const char *read_regex_text = "READ[[:blank:]]+([[:graph:]|[:blank:]]+)[[:cntrl:]]+";
compile_regex(&r, read_regex_text);
int retCode = match_regex(&r, msg, filename, NULL, NULL);
regfree(&r);
if (!retCode) {
error(deep, "Message '%s' does not match to regex!", msg);
append_strings("", ANSWER_UNKOWN, &returnValue);
return returnValue;
}
char *content;
if (read_memory_file(filename, &content)) {
debug(deep, "Content of file: %s", content);
int length = strlen(content) + 1;
char len_string[15];
sprintf(len_string, " %d\n", length);
char *rv_with_name;
append_strings(ANSWER_SUCCESS_READ, filename, &rv_with_name);
char *rv_with_len;
append_strings(rv_with_name, len_string, &rv_with_len);
free(rv_with_name);
char *rv_with_content;
append_strings(rv_with_len, content, &rv_with_content);
free(rv_with_len);
append_strings(rv_with_content, "\n", &returnValue);
free(rv_with_content);
free(content);
} else {
append_strings("", ANSWER_FAILED_READ, &returnValue);
}
return returnValue;
}
