mirror of
https://github.com/RGBCube/serenity
synced 2025-10-31 10:22:45 +00:00
6e19ab2bbc
We have a new, improved string type coming up in AK (OOM aware, no null state), and while it's going to use UTF-8, the name UTF8String is a mouthful - so let's free up the String name by renaming the existing class. Making the old one have an annoying name will hopefully also help with quick adoption :^)
169 lines
9.9 KiB
C++
169 lines
9.9 KiB
C++
/*
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* Copyright (c) 2021, Jesse Buhagiar <jooster669@gmail.com>
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*
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* SPDX-License-Identifier: BSD-2-Clause
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*/
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#include <AK/ByteBuffer.h>
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#include <AK/DeprecatedString.h>
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#include <AK/FixedArray.h>
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#include <AK/JsonArray.h>
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#include <AK/JsonObject.h>
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#include <AK/LexicalPath.h>
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#include <LibCore/ArgsParser.h>
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#include <LibCore/DirIterator.h>
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#include <LibCore/Stream.h>
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#include <LibCore/System.h>
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#include <LibMain/Main.h>
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#include <LibUSBDB/Database.h>
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#include <stdio.h>
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#include <unistd.h>
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ErrorOr<int> serenity_main(Main::Arguments arguments)
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{
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bool print_verbose = false;
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bool flag_show_numerical = false;
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Core::ArgsParser args;
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args.set_general_help("List USB devices.");
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args.add_option(print_verbose, "Print all device descriptors", "verbose", 'v');
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args.add_option(flag_show_numerical, "Show numerical IDs", "numerical", 'n');
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args.parse(arguments);
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if (!flag_show_numerical)
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TRY(Core::System::unveil("/res/usb.ids", "r"));
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TRY(Core::System::pledge("stdio rpath"));
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TRY(Core::System::unveil("/sys/bus/usb", "r"));
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TRY(Core::System::unveil(nullptr, nullptr));
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Core::DirIterator usb_devices("/sys/bus/usb", Core::DirIterator::SkipDots);
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RefPtr<USBDB::Database> usb_db;
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if (!flag_show_numerical) {
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usb_db = USBDB::Database::open();
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if (!usb_db) {
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warnln("Failed to open usb.ids");
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}
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}
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while (usb_devices.has_next()) {
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auto full_path = LexicalPath(usb_devices.next_full_path());
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auto proc_usb_device = Core::Stream::File::open(full_path.string(), Core::Stream::OpenMode::Read);
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if (proc_usb_device.is_error()) {
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warnln("Failed to open {}: {}", full_path.string(), proc_usb_device.error());
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continue;
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}
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auto contents = proc_usb_device.value()->read_all();
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if (contents.is_error()) {
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warnln("Failed to read {}: {}", full_path.string(), contents.error());
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continue;
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}
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auto json_or_error = JsonValue::from_string(contents.value());
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if (json_or_error.is_error()) {
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warnln("Failed to decode JSON: {}", json_or_error.error());
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continue;
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}
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auto json = json_or_error.release_value();
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json.as_array().for_each([usb_db, print_verbose](auto& value) {
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auto& device_descriptor = value.as_object();
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auto device_address = device_descriptor.get("device_address"sv).to_u32();
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auto vendor_id = device_descriptor.get("vendor_id"sv).to_u32();
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auto product_id = device_descriptor.get("product_id"sv).to_u32();
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if (usb_db) {
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StringView vendor_string = usb_db->get_vendor(vendor_id);
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StringView device_string = usb_db->get_device(vendor_id, product_id);
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if (device_string.is_empty())
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device_string = "Unknown Device"sv;
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outln("Device {}: ID {:04x}:{:04x} {} {}", device_address, vendor_id, product_id, vendor_string, device_string);
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} else {
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outln("Device {}: ID {:04x}:{:04x}", device_address, vendor_id, product_id);
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}
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if (print_verbose) {
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outln("Device Descriptor");
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outln(" bLength {}", device_descriptor.get("length"sv).to_u32());
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outln(" bDescriptorType {}", device_descriptor.get("descriptor_type"sv).to_u32());
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outln(" bcdUSB {}", device_descriptor.get("usb_spec_compliance_bcd"sv).to_u32());
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outln(" bDeviceClass {}", device_descriptor.get("device_class"sv).to_u32());
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outln(" bDeviceSubClass {}", device_descriptor.get("device_sub_class"sv).to_u32());
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outln(" bDeviceProtocol {}", device_descriptor.get("device_protocol"sv).to_u32());
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outln(" bMaxPacketSize {}", device_descriptor.get("max_packet_size"sv).to_u32());
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if (usb_db) {
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StringView vendor_string = usb_db->get_vendor(vendor_id);
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StringView device_string = usb_db->get_device(vendor_id, product_id);
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outln(" idVendor 0x{:04x} {}", device_descriptor.get("vendor_id"sv).to_u32(), vendor_string);
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outln(" idProduct 0x{:04x} {}", device_descriptor.get("product_id"sv).to_u32(), device_string);
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} else {
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outln(" idVendor 0x{:04x}", device_descriptor.get("vendor_id"sv).to_u32());
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outln(" idProduct 0x{:04x}", device_descriptor.get("product_id"sv).to_u32());
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}
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outln(" bcdDevice {}", device_descriptor.get("device_release_bcd"sv).to_u32());
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outln(" iManufacturer {}", device_descriptor.get("manufacturer_id_descriptor_index"sv).to_u32());
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outln(" iProduct {}", device_descriptor.get("product_string_descriptor_index"sv).to_u32());
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outln(" iSerial {}", device_descriptor.get("serial_number_descriptor_index"sv).to_u32());
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outln(" bNumConfigurations {}", device_descriptor.get("num_configurations"sv).to_u32());
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auto const& configuration_descriptors = value.as_object().get("configurations"sv);
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configuration_descriptors.as_array().for_each([&](auto& config_value) {
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auto const& configuration_descriptor = config_value.as_object();
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outln(" Configuration Descriptor:");
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outln(" bLength {}", configuration_descriptor.get("length"sv).as_u32());
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outln(" bDescriptorType {}", configuration_descriptor.get("descriptor_type"sv).as_u32());
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outln(" wTotalLength {}", configuration_descriptor.get("total_length"sv).as_u32());
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outln(" bNumInterfaces {}", configuration_descriptor.get("number_of_interfaces"sv).as_u32());
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outln(" bmAttributes 0x{:02x}", configuration_descriptor.get("attributes_bitmap"sv).as_u32());
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outln(" MaxPower {}mA", configuration_descriptor.get("max_power"sv).as_u32() * 2u);
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auto const& interface_descriptors = config_value.as_object().get("interfaces"sv);
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interface_descriptors.as_array().for_each([&](auto& interface_value) {
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auto const& interface_descriptor = interface_value.as_object();
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auto const interface_class_code = interface_descriptor.get("interface_class_code"sv).to_u32();
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auto const interface_subclass_code = interface_descriptor.get("interface_sub_class_code"sv).to_u32();
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auto const interface_protocol_code = interface_descriptor.get("interface_protocol"sv).to_u32();
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outln(" Interface Descriptor:");
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outln(" bLength {}", interface_descriptor.get("length"sv).to_u32());
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outln(" bDescriptorType {}", interface_descriptor.get("descriptor_type"sv).to_u32());
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outln(" bInterfaceNumber {}", interface_descriptor.get("interface_number"sv).to_u32());
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outln(" bAlternateSetting {}", interface_descriptor.get("alternate_setting"sv).to_u32());
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outln(" bNumEndpoints {}", interface_descriptor.get("num_endpoints"sv).to_u32());
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if (usb_db) {
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auto const interface_class = usb_db->get_class(interface_class_code);
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auto const interface_subclass = usb_db->get_subclass(interface_class_code, interface_subclass_code);
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auto const interface_protocol = usb_db->get_protocol(interface_class_code, interface_subclass_code, interface_protocol_code);
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outln(" bInterfaceClass {} {}", interface_class_code, interface_class);
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outln(" bInterfaceSubClass {} {}", interface_subclass_code, interface_subclass);
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outln(" bInterfaceProtocol {} {}", interface_protocol_code, interface_protocol);
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} else {
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outln(" bInterfaceClass {}", interface_class_code);
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outln(" bInterfaceSubClass {}", interface_subclass_code);
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outln(" bInterfaceProtocol {}", interface_protocol_code);
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}
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outln(" iInterface {}", interface_descriptor.get("interface_string_desc_index"sv).to_u32());
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auto const& endpoint_descriptors = interface_value.as_object().get("endpoints"sv);
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endpoint_descriptors.as_array().for_each([&](auto& endpoint_value) {
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auto const& endpoint_descriptor = endpoint_value.as_object();
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auto const endpoint_address = endpoint_descriptor.get("endpoint_address"sv).to_u32();
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outln(" Endpoint Descriptor:");
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outln(" bLength {}", endpoint_descriptor.get("length"sv).to_u32());
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outln(" bDescriptorType {}", endpoint_descriptor.get("descriptor_type"sv).to_u32());
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outln(" bEndpointAddress 0x{:02x} EP {} {}", endpoint_address, (endpoint_address & 0xFu), ((endpoint_address & 0x80u) ? "IN" : "OUT"));
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outln(" bmAttributes 0x{:02x}", endpoint_descriptor.get("attribute_bitmap"sv).to_u32());
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outln(" wMaxPacketSize 0x{:04x}", endpoint_descriptor.get("max_packet_size"sv).to_u32());
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outln(" bInterval {}", endpoint_descriptor.get("polling_interval"sv).to_u32());
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});
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});
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});
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}
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});
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}
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return 0;
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}
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