Zignet

[ { "instruction": "Write a Zig function similar to addPackages from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: build.zig", "response": "fn addPackages(b: *std.Build, mod: *std.Build.Module) !void {\n const clap = b.dependency(\"clap\", .{}", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "build.zig", "type": "function", "name": "addPackages", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to build from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: build.zig", "response": "pub fn build(b: *std.Build) void {\n // Standard target options allows the person running `zig build` to choose\n // what target to build for. Here we do not override the defaults, which\n // means any target is allowed, and the default is native. Other options\n // for restricting supported target set are available.\n const target = b.standardTargetOptions(.{}", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "build.zig", "type": "function", "name": "build", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to sample_rate from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/defaults.zig", "response": "pub const sample_rate: usize = 24000;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/defaults.zig", "type": "const", "name": "sample_rate", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to note from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/defaults.zig", "response": "pub const note: f32 = 440;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/defaults.zig", "type": "const", "name": "note", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to channels from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/defaults.zig", "response": "pub const channels: usize = 1;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/defaults.zig", "type": "const", "name": "channels", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to volume from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/defaults.zig", "response": "pub const volume: u8 = 50;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/defaults.zig", "type": "const", "name": "volume", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to duration from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/defaults.zig", "response": "pub const duration: usize = 20;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/defaults.zig", "type": "const", "name": "duration", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to readBytes from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/file.zig", "response": "pub fn readBytes(\n allocator: std.mem.Allocator,\n path: []const u8,\n len: usize,\n) ![]u8 {\n const file = try std.fs.cwd().openFile(path, .{}", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/file.zig", "type": "function", "name": "readBytes", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to init from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "pub fn init(config: GeneratorConfig) Generator {\n return Generator{ .config = config }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "function", "name": "init", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to generate from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "pub fn generate(self: Generator, allocator: std.mem.Allocator, sample: u8) ![]u8 {\n var buffer = std.ArrayList(u8).init(allocator);\n var i: usize = 0;\n while (i < sample_count) : (i += 1) {\n // Calculate the frequency according to the equal temperament.\n // Hertz = 440 * 2^(semitone distance / 12)\n // (<http://en.wikipedia.org/wiki/Equal_temperament>)\n const tone_distance: f32 = @floatFromInt(self.config.scale[sample % self.config.scale.len]);\n const increment: f32 = @floatFromInt(i);\n var amp = @sin(self.config.note * std.math.pi * std.math.pow(f32, 2, tone_distance / 12) * (increment * 0.0001));\n // Scale the amplitude between 0 and 256.\n amp = (amp * std.math.maxInt(u8) / 2) + (std.math.maxInt(u8) / 2);\n // Apply the volume control.\n const volume: f32 = @floatFromInt(self.config.volume);\n amp = amp * volume / 100;\n try buffer.append(@intFromFloat(amp));\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "function", "name": "generate", "difficulty": "medium" } }, { "instruction": "Write a Zig struct similar to GeneratorConfig from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "pub const GeneratorConfig = struct {\n /// Semitones from the base note in a major musical scale.\n scale: []const u8,\n /// Frequency of the note.\n ///\n /// <https://pages.mtu.edu/~suits/notefreqs.html>\n note: f32,\n /// Volume control.\n volume: u8,\n}", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "struct", "name": "GeneratorConfig", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to Generator from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "pub const Generator = struct {\n /// Number of calculated samples per sine curve (affects perceived frequency).\n pub const sample_count: usize = 10000;\n\n /// Configuration.\n config: GeneratorConfig,\n\n /// Creates a new instance.\n pub fn init(config: GeneratorConfig) Generator {\n return Generator{ .config = config }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "struct", "name": "Generator", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to sample_count from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "pub const sample_count: usize = 10000;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "const", "name": "sample_count", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to tone_distance from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "const tone_distance: f32 = @floatFromInt(self.config.scale[sample % self.config.scale.len]);", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "const", "name": "tone_distance", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to increment from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "const increment: f32 = @floatFromInt(i);", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "const", "name": "increment", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to volume from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/gen.zig", "response": "const volume: f32 = @floatFromInt(self.config.volume);", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/gen.zig", "type": "const", "name": "volume", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to run from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/main.zig", "response": "fn run(allocator: std.mem.Allocator, output: anytype) !void {\n // Parse command-line arguments.\n const cli = try clap.parse(clap.Help, &args.params, args.parsers, .{ .allocator = allocator }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/main.zig", "type": "function", "name": "run", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to main from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/main.zig", "response": "pub fn main() !void {\n var gpa = std.heap.GeneralPurposeAllocator(.{}", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/main.zig", "type": "function", "name": "main", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to getNumBytes from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "pub fn getNumBytes(self: Format) u16 {\n return switch (self) {\n .U8 => 1,\n .S16_LE => 2,\n .S24_LE => 3,\n .S32_LE => 4,\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "function", "name": "getNumBytes", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to getDataLength from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "pub fn getDataLength(self: EncoderConfig, duration: usize) usize {\n return duration * (self.sample_rate * self.num_channels * self.format.getNumBytes()) - header_len;\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "function", "name": "getDataLength", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to Encoder from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "pub fn Encoder(comptime Writer: type) type {\n // Position of the data chunk.\n const data_chunk_pos: u32 = 36;\n\n return struct {\n // Encode WAV.\n pub fn encode(writer: Writer, data: []const u8, config: EncoderConfig) !void {\n try writeChunks(writer, config, data);\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "function", "name": "Encoder", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to writeHeader from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "pub fn writeHeader(writer: Writer, config: EncoderConfig) !void {\n try writeChunks(writer, config, null);\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "function", "name": "writeHeader", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to patchHeader from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "pub fn patchHeader(writer: Writer, seeker: anytype, data_len: u32) !void {\n const endian = std.builtin.Endian.little;\n try seeker.seekTo(4);\n try writer.writeInt(u32, data_chunk_pos + 8 + data_len - 8, endian);\n try seeker.seekTo(data_chunk_pos + 4);\n try writer.writeInt(u32, data_len, endian);\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "function", "name": "patchHeader", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to writeChunks from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "fn writeChunks(writer: Writer, config: EncoderConfig, opt_data: ?[]const u8) !void {\n // Chunk configuration.\n const bytes_per_sample = config.format.getNumBytes();\n const num_channels: u16 = @intCast(config.num_channels);\n const sample_rate: u32 = @intCast(config.sample_rate);\n const byte_rate = sample_rate * @as(u32, num_channels) * bytes_per_sample;\n const block_align: u16 = num_channels * bytes_per_sample;\n const bits_per_sample: u16 = bytes_per_sample * 8;\n const data_len: u32 = if (opt_data) |data| @intCast(data.len) else 0;\n const endian = std.builtin.Endian.little;\n // Write the file header.\n try writer.writeAll(&RIFF);\n if (opt_data != null) {\n try writer.writeInt(u32, data_chunk_pos + 8 + data_len - 8, endian);\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "function", "name": "writeChunks", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to EncoderConfig from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "pub const EncoderConfig = struct {\n /// Number of channels.\n num_channels: usize,\n /// Sample rate.\n sample_rate: usize,\n /// Sample format.\n format: Format,\n\n /// Returns the data length needed for given duration.\n pub fn getDataLength(self: EncoderConfig, duration: usize) usize {\n return duration * (self.sample_rate * self.num_channels * self.format.getNumBytes()) - header_len;\n }", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "struct", "name": "EncoderConfig", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to header_len from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "const header_len: u32 = 44;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "const", "name": "header_len", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to data_chunk_pos from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "const data_chunk_pos: u32 = 36;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "const", "name": "data_chunk_pos", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to num_channels from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "const num_channels: u16 = @intCast(config.num_channels);", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "const", "name": "num_channels", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to sample_rate from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "const sample_rate: u32 = @intCast(config.sample_rate);", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "const", "name": "sample_rate", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to block_align from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "const block_align: u16 = num_channels * bytes_per_sample;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "const", "name": "block_align", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to bits_per_sample from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "const bits_per_sample: u16 = bytes_per_sample * 8;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "const", "name": "bits_per_sample", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to data_len from orhun/linuxwave", "context": "Repository: orhun/linuxwave (611 ⭐)\nFile: src/wav.zig", "response": "const data_len: u32 = if (opt_data) |data| @intCast(data.len) else 0;", "metadata": { "repo": "orhun/linuxwave", "stars": 611, "file": "src/wav.zig", "type": "const", "name": "data_len", "difficulty": "easy" } } ]