void save_scale(scale *s) {
FILE *fd = fopen(s->o_file, "w+");
tab = 0;
if (!fd) {
ERROR("Cannot open %s for writing\n", s->o_file);
}
fprintf(fd, "#############################################\n# This scale has been generated by 42_scale #\n#############################################\n");
write_s(fd, "name", s->name.buf, 0);
if (s->lang.val == LANG_EN) {
write_s(fd, "lg", "en", 0);
} else if (s->lang.val == LANG_FR) {
write_s(fd, "lg", "fr", 0);
} else if (s->lang.val == LANG_RU) {
write_s(fd, "lg", "ru", 0);
}
fprintf(fd, "is_primary: true\n\n");
write_s(fd, "comment", s->comment.buf, 0);
write_s(fd, "introduction_md", s->intro.buf, 1);
write_s(fd, "disclaimer_md", s->disclaimer.buf, 1);
write_s(fd, "guidelines_md", s->guidelines.buf, 1);
write_i(fd, "correction_number", s->correction_n.val);
write_i(fd, "duration", s->duration.val);
fprintf(fd, "\n# **************************************************************************** #\n\n");
fprintf(fd, "sections:\n");
print_sections(s, fd);
fclose(fd);
}
void print_sections(scale *s, FILE *fd) {
int position = 1, pos2;
scale_sections *it;
scale_questions *qt;
scale_skills *sk;
const char *skills[] = {"Adaptation & creativity", "Algorithms & AI", "Company experience", "DB & Data",
"Functionnal programming", "Graphics", "Group & interpersonal", "Imperative programming",
"Network & system administration", "Object-oriented programming",
"Organization", "Parallel computing", "Rigor", "Security", "Technology integration", "Unix", "Web"};
for (it = s->sections; it; it = it->next) {
fprintf(fd, "# BEGINNING OF SECTION %s #\n", it->name.buf);
tab = 0;
write_s(fd, "- name", it->name.buf, 0);
tab = 2;
write_i(fd, "position", position++);
write_s(fd, "description", it->description.buf, 1);
for (int i = 0; i < tab; fprintf(fd, " "), i++);
fprintf(fd, "questions:\n");
pos2 = 1;
for (qt = it->questions; qt; qt = qt->next) {
fprintf(fd, " # Question %s #\n", qt->name.buf);
tab = 2;
write_s(fd, "- name", qt->name.buf, 0);
tab = 4;
write_i(fd, "position", pos2++);
qt->guidelines.buf[qt->guidelines.len] = 0;
write_s(fd, "guidelines", qt->guidelines.buf, 1);
if (qt->rating.val == R_BOOL) {
write_s(fd, "rating", "bool", 0);
} else if (qt->rating.val == R_MULTI) {
write_s(fd, "rating", "multi", 0);
}
if (qt->kind.val == R_STAND) {
write_s(fd, "kind", "standard", 0);
} else if (qt->kind.val == R_BONUS) {
write_s(fd, "kind", "bonus", 0);
}
for (int i = 0; i < tab; fprintf(fd, " "), i++);
fprintf(fd, "questions_skills:\n");
for (sk = qt->skills; sk; sk = sk->next) {
write_i(fd, "- percentage", sk->percent.val);
tab = 6;
write_s(fd, "name", (char *)skills[sk->name.val], 0);
tab = 4;
}
}
fprintf(fd, "\n# END OF SECTION #\n\n");
}
}
// Set page address 0~15
void Set_Page_Address(unsigned char add)
{
add+=32;
add=0xb0|add;
write_i(add);
}
void Set_Column_Address(unsigned char add)
{
add+=32;
write_i((0x10|(add>>4)));
write_i((0x0f&add));
}
static void dump_page(pid_t pid, void *start) {
debug_print("Dump page %p\n", start);
char current_path[MAX_PATH];
snprintf(current_path, sizeof(current_path), "%s/%012lx.memdump", dump_path,
(register_t)start);
ptrace_putdata(pid, (long)tracer_buff->str_tmp, current_path, MAX_PATH);
if (access(current_path, F_OK) != -1)
return;
int out = openat_i(pid, tracer_buff->str_tmp);
write_i(pid, out, start, PAGESIZE);
close_i(pid, out);
}
void OLED_Init()
{
OLED_RESET_SetVal(0);
Delay(10000);
OLED_RESET_ClrVal(0);
Delay(10000);
OLED_RESET_SetVal(0);
Delay(10000);
write_i(0xAE);
write_i(0x00);
write_i(0x12);
write_i(0x00);
write_i(0xB0);
write_i(0x81);
write_i(0x4f);
write_i(0xa1);
write_i(0xa6);
write_i(0xa8);
write_i(0x1f);
write_i(0xc8);
write_i(0xd3);
write_i(0x00);
write_i(0xd5);
write_i(0x80);
write_i(0xd9);
write_i(0x1f);
write_i(0xda);
write_i(0x12);
write_i(0xdb);
write_i(0x40);
write_i(0x8d);
write_i(0x14); // 0x10 = on,
write_i(0xaf);
Delay(10000);
}
