400 lines
11 KiB
Rust
400 lines
11 KiB
Rust
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extern crate ocl;
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use ocl::{
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Buffer, Context, Device, DeviceType, Kernel, Platform, Program, Queue, SpatialDims, flags,
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};
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use serde::de::value::Error;
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use std::{
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io,
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str::{self, FromStr},
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};
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use crate::client_config::{AppConfig, DevConf};
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mod client_config;
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mod num_utils;
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fn dev_type_from_str(s: &str) -> Result<flags::DeviceType, ()> {
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match s {
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"CPU" => Ok(flags::DeviceType::CPU),
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"GPU" => Ok(flags::DeviceType::GPU),
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"ALL" => Ok(flags::DeviceType::ALL),
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"CUSTOM" => Ok(flags::DeviceType::CUSTOM),
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"ACCELERATOR" => Ok(flags::DeviceType::ACCELERATOR),
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"DEFAULT" => Ok(flags::DeviceType::DEFAULT),
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_ => Err(()),
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}
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}
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fn str_or_empty(r: ocl::error::Result<String>) -> String {
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match r {
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Ok(s) => s,
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Err(_) => "".to_string(),
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}
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}
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fn print_devices(dev_list: &Vec<(Device, Platform)>) {
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let mut i = 0;
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for (dev, plt) in dev_list.iter() {
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let dev_name = str_or_empty(dev.name());
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let plt_name = str_or_empty(plt.name());
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println!("({i}) device: \"{dev_name}\" ----- platorm: \"{plt_name}\"");
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i += 1;
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}
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}
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fn choose_devices(devices_num: usize) -> Result<Vec<usize>, String> {
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println!("Please input desired devices to use as a white space separated list of numbers.");
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let mut result: Vec<usize> = Vec::new();
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let mut s_devs_nums = String::new();
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io::stdin()
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.read_line(&mut s_devs_nums)
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.expect("Failed to read line");
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for s_dev_num in s_devs_nums.split(' ') {
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let dev_num: usize = match s_dev_num.trim().parse() {
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Ok(num) => num,
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Err(_) => return Err("You must input a number from device list.".to_string()),
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};
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if dev_num >= devices_num {
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return Err("You must input a number from device list.".to_string());
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};
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result.push(dev_num);
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}
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return Ok(result);
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}
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fn list_devices(dev_type: DeviceType) -> Vec<(Device, Platform)> {
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let platforms = Platform::list();
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let mut devices: Vec<(Device, Platform)> = Vec::new();
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for plt in platforms.iter() {
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//let plat_name = str_or_empty(plt.name());
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let list_res = Device::list(plt, Some(dev_type));
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match list_res {
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Ok(dev_l) => devices.extend(dev_l.iter().map(|dev| (*dev, plt.clone()))),
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Err(_) => {}
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}
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}
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return devices;
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}
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// fn init_devices(
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// devices: Vec<(Device, Platform, DevConfig)>,
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// kern_name: String,
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// prog_src: String,
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// inc_dirs: Vec<String>,
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// ) -> Vec<ExecContext> {
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// let mut contexts: Vec<ExecContext> = Vec::with_capacity(devices.len());
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// for (dev, plt, dev_cfg) in devices {
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// let ctx = match Context::builder()
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// .platform(plt)
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// .devices(dev.clone())
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// .build()
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// {
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// Ok(c) => c,
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// Err(_) => continue,
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// };
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// let prg = match Program::builder().devices(dev).src(&prog_src).build(&ctx) {
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// Ok(p) => p,
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// Err(_) => continue,
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// };
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// let queue = match Queue::new(&ctx, dev, None) {
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// Ok(q) => q,
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// Err(_) => continue,
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// };
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// // Create Buffers:
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// let start_key_b = match Buffer::<u32>::builder()
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// .queue(queue.clone())
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// .flags(flags::MEM_READ_ONLY)
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// .len(8)
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// .fill_val(0u32)
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// .build()
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// {
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// Ok(buf) => buf,
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// Err(_) => continue,
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// };
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// let u_data_b = match Buffer::<u32>::builder()
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// .queue(queue.clone())
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// .flags(flags::MEM_READ_ONLY)
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// .len(4)
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// .fill_val(0u32)
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// .build()
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// {
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// Ok(buf) => buf,
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// Err(_) => continue,
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// };
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// let enc_data_b = match Buffer::<u32>::builder()
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// .queue(queue.clone())
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// .flags(flags::MEM_READ_ONLY)
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// .len(4)
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// .fill_val(0u32)
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// .build()
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// {
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// Ok(buf) => buf,
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// Err(_) => continue,
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// };
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// let key_found_b = match Buffer::<u32>::builder()
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// .queue(queue.clone())
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// .flags(flags::MEM_WRITE_ONLY)
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// .len(1)
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// .fill_val(0u32)
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// .build()
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// {
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// Ok(buf) => buf,
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// Err(_) => continue,
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// };
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// // (3) Create a kernel with arguments matching those in the source above:
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// let kernel = match Kernel::builder()
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// .program(&prg)
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// .name(&kern_name)
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// .queue(queue.clone())
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// .global_work_size(dev_cfg.global_work_size)
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// .arg(&start_key_b)
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// .arg(&u_data_b)
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// .arg(&enc_data_b)
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// .arg(&key_found_b)
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// .build()
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// {
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// Ok(kern) => kern,
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// Err(_) => continue,
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// };
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// contexts.push(ExecContext {
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// cfg: dev_cfg,
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// ctx: ctx,
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// kernel: kernel,
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// prog: prg,
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// queue: queue,
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// buffers: CtxBuffers {
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// start_key: start_key_b,
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// u_data: u_data_b,
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// enc_data: enc_data_b,
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// key_found: key_found_b,
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// },
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// });
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// }
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// return contexts;
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// }
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fn dev_sel_dialog(all_devices: &Vec<(Device, Platform)>) -> Vec<usize> {
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let devs_nums = loop {
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print_devices(&all_devices);
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match choose_devices(all_devices.len()) {
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Ok(value) => break value,
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Err(exc) => {
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println!("Error! {exc}\n")
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}
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}
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};
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return devs_nums;
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}
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fn get_devices_conf(file_name: &str) -> Result<(Vec<(Device, Platform)>, AppConfig), String> {
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let dev_type = dev_type_from_str("GPU").expect("Unexpected device type!");
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// Get devices to be used for key search
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let all_devices: Vec<(Device, Platform)> = list_devices(dev_type);
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if all_devices.len() == 0 {
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return Err("Cannot find any usable devices.".to_string());
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};
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let app_conf = match client_config::load_config(file_name) {
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Ok(readed_config) => {
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let dev_found = all_devices
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.iter()
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.filter(|dp| readed_config.device_exist(&dp.0))
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.count();
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if dev_found < readed_config.devices.len() {
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println!("Devices from config not found in the system!");
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let devs_nums = dev_sel_dialog(&all_devices);
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let res = AppConfig::from_dev_list(&all_devices, devs_nums);
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client_config::save_config(file_name, &res);
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res
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} else {
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readed_config
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}
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}
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Err(_) => {
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println!("Cannot find config file {}", file_name);
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let devs_nums = dev_sel_dialog(&all_devices);
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AppConfig::from_dev_list(&all_devices, devs_nums)
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}
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};
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let selected_devs = all_devices
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.iter()
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.filter(|dp| app_conf.device_exist(&dp.0))
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.cloned()
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.collect();
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return Ok((selected_devs, app_conf));
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}
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struct CtxBuffers {
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batch_size: u32,
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tweak_i: u64,
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tweak_j: u32,
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start_key: Buffer<u32>,
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uenc_data: Buffer<u32>,
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target_data: Buffer<u32>,
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key_found: Buffer<u32>,
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}
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struct ExecData {
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start_key: Vec<u32>,
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uenc_data: Vec<u32>,
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target_data: Vec<u32>,
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key_found: Vec<u32>,
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batch_size: u32,
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work_size: usize,
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}
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struct ExecContext {
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ctx: Context,
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kernel: Kernel,
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prog: Program,
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queue: Queue,
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buffers: CtxBuffers,
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exec_data: ExecData,
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}
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fn init_program(
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cl_device: Device,
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cl_platform: Platform,
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cl_src: &str,
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cl_cmplr_opt: &str,
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) -> Result<(Context, Program, Queue), ocl::Error> {
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let cl_context = Context::builder()
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.platform(cl_platform)
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.devices(cl_device.clone())
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.build()?;
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let cl_program = Program::builder()
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.devices(cl_device)
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.src(cl_src)
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.cmplr_opt(cl_cmplr_opt)
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.build(&cl_context)
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.unwrap();
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let cl_queue: Queue = Queue::new(&cl_context, cl_device, None)?;
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return Ok((cl_context, cl_program, cl_queue));
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}
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fn init_buffers(cl_queue: Queue) -> Result<CtxBuffers, ocl::Error> {
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let cl_buffer_start_key = Buffer::<u32>::builder()
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.queue(cl_queue.clone())
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.flags(flags::MEM_READ_ONLY)
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.len(8)
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.fill_val(0u32)
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.build()?;
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let cl_buffer_uenc_data = Buffer::<u32>::builder()
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.queue(cl_queue.clone())
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.flags(flags::MEM_READ_ONLY)
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.len(4)
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.fill_val(0u32)
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.build()?;
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let cl_buffer_target_data = Buffer::<u32>::builder()
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.queue(cl_queue.clone())
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.flags(flags::MEM_READ_ONLY)
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.len(4)
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.fill_val(0u32)
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.build()?;
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let cl_buffer_key_found = Buffer::<u32>::builder()
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.queue(cl_queue.clone())
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.flags(flags::MEM_WRITE_ONLY)
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.len(9)
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.fill_val(0u32)
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.build()?;
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Ok(CtxBuffers {
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batch_size: 0,
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tweak_i: 0,
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tweak_j: 0,
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start_key: cl_buffer_start_key,
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uenc_data: cl_buffer_uenc_data,
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target_data: cl_buffer_target_data,
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key_found: cl_buffer_key_found,
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})
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}
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fn init_kernel(
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work_size: usize,
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cl_program: Program,
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cl_queue: Queue,
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buffs: &CtxBuffers,
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) -> Result<Kernel, ocl::Error> {
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Kernel::builder()
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.program(&cl_program)
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.name("search_key")
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.queue(cl_queue.clone())
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.global_work_size(work_size)
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.arg(&buffs.batch_size)
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.arg(&buffs.tweak_i)
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.arg(&buffs.tweak_j)
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.arg(&buffs.start_key)
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.arg(&buffs.uenc_data)
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.arg(&buffs.target_data)
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.arg(&buffs.key_found)
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.build()
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}
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fn do_work(ex_ctx: &mut ExecContext) -> Result<bool, ocl::Error> {
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ex_ctx.buffers.batch_size = ex_ctx.exec_data.batch_size;
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ex_ctx
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.buffers
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.start_key
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.cmd()
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.queue(&ex_ctx.queue)
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.offset(0)
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.write(&ex_ctx.exec_data.start_key)
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.enq()?;
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// (4) Run the kernel
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unsafe {
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ex_ctx
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.kernel
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.cmd()
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.queue(&ex_ctx.queue)
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.global_work_size(ex_ctx.exec_data.work_size)
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.enq()?;
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}
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ex_ctx
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.buffers
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.key_found
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.cmd()
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.queue(&ex_ctx.queue)
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.offset(0)
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.read(&mut ex_ctx.exec_data.key_found)
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.enq()?;
|
||
|
|
|
||
|
|
if ex_ctx.exec_data.key_found[0] == 0{Ok(false)}
|
||
|
|
else {Ok(true)}
|
||
|
|
}
|
||
|
|
|
||
|
|
fn main() {
|
||
|
|
println!("Hello, world nya!");
|
||
|
|
//use ocl::{Buffer, Context, Device, Kernel, Platform, Program, Queue, flags};
|
||
|
|
let devices = get_devices_conf("test.json");
|
||
|
|
println!("{:?}", devices);
|
||
|
|
|
||
|
|
// let devices: Vec<_> = platforms.iter().flat_map(|p| Device::list(p, Some(dev_type)).iter()).collect();
|
||
|
|
// let device = Device::first(platform)?;
|
||
|
|
// let context = Context::builder()
|
||
|
|
// .platform(platform)
|
||
|
|
// .devices(device.clone())
|
||
|
|
// .build()?;
|
||
|
|
}
|