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use fmt;
use strconv;
use gpt;
use volume;
export fn part(vol: str, args: []str) void = {
if (len(args) <= 1) {
list(vol, args[1..]);
return;
};
match (strconv::stou(args[1])) {
case let i: uint =>
const vol = volume::opengpt(vol);
defer gpt::finish(vol);
partinfo(vol, i);
return;
case =>
yield;
};
switch (args[1]) {
case "list" => list(vol, args[1..]);
};
};
export fn list(vol: str, args: []str) void = {
const vol = volume::opengpt(vol);
defer gpt::finish(vol);
const header = vol.primary.header;
const entries = vol.primary.entries;
for (let i = 0z; i < header.entries_len; i += 1) {
const entry = &entries[i];
if (entry.lba_begin == 0 && entry.lba_end == 0)
continue;
partinfo(vol, i);
};
};
fn partinfo(vol: *gpt::gpt, i: size) void = {
const entry = &vol.primary.entries[i];
fmt::printfln("# Partition {}", i)!;
fmt::printfln("entries[{}].part_type([{},{}])", i, entry.part_type[0], entry.part_type[1])!;
fmt::printfln("entries[{}].part([{},{}])", i, entry.part[0], entry.part[1])!;
fmt::printfln("entries[{}].lba_begin({})", i, entry.lba_begin)!;
fmt::printfln("entries[{}].lba_end({})", i, entry.lba_end)!;
fmt::printfln("entries[{}].attributes({})", i, entry.attributes)!;
// XXX name
};
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