Zignet

[ { "instruction": "Write a Zig function similar to build from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: build.zig", "response": "pub fn build(b: *std.Build) void {\n const target = b.standardTargetOptions(.{}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "build.zig", "type": "function", "name": "build", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to printUsage from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "fn printUsage() !void {\n const stdout = std.io.getStdOut().writer();\n try stdout.print(\n \\\\Usage: ce [-h | --help] <command> [<args>]\n \\\\\n \\\\Commands:\n \\\\ validate Validate all of the migrations\n \\\\ -r, --root DIR The direction containing the migrations file (default ./migrations)\n \\\\\n \\\\ export Export the taxonomy to a json file\n \\\\ -r, --root DIR The direction containing the migrations file (default ./migrations)\n \\\\ -e, --ecosystem STR The name of an ecosystem if you only want to export one\n \\\\ -m, --max-date STR The maximum date to run migrations until.\n \\\\ One can export the taxonomy state at specific past dates with this param.\n \\\\ <output> The output file\n \\\\\n \\\\ help Show this help message\n \\\\ version Show program version\n \\\\\n , .{}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "printUsage", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to parseRunOptions from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "fn parseRunOptions(command: Command, args: []const []const u8) CommandError!RunOptions {\n var options = RunOptions{}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "parseRunOptions", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to parseCommand from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "fn parseCommand(args: []const []const u8) CommandError!CommandArgs {\n if (args.len == 0) return CommandError.MissingArgument;\n\n const cmd_str = args[0];\n\n const command = if (eql(u8, cmd_str, \"help\"))\n Command.help\n else if (eql(u8, cmd_str, \"version\"))\n Command.version\n else if (eql(u8, cmd_str, \"validate\"))\n Command.validate\n else if (eql(u8, cmd_str, \"export\"))\n Command.@\"export\"\n else\n return CommandError.InvalidCommand;\n\n if (command == .validate or command == .@\"export\") {\n const run_options = try parseRunOptions(command, args[1..]);\n return CommandArgs{\n .command = command,\n .run_options = run_options,\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "parseCommand", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to printVersion from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "fn printVersion() !void {\n const stdout = std.io.getStdOut().writer();\n try stdout.writeAll(\"2.0\\n\");\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "printVersion", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to executeCommand from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "fn executeCommand(a: std.mem.Allocator, cmd: CommandArgs) !void {\n switch (cmd.command) {\n .help => try printUsage(),\n .version => try printVersion(),\n .@\"export\" => try cmdExport(a, cmd.run_options.?),\n .validate => try cmdValidate(a, cmd.run_options.?),\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "executeCommand", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to cmdMain from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "pub fn cmdMain(allocator: std.mem.Allocator) !void {\n const args = try std.process.argsAlloc(allocator);\n defer std.process.argsFree(allocator, args);\n\n if (args.len < 2) {\n try printUsage();\n return;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "cmdMain", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to cmdValidate from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "pub fn cmdValidate(gpa: std.mem.Allocator, options: RunOptions) !void {\n const default_dir = try defaultMigrationsPath(gpa);\n defer gpa.free(default_dir);\n\n const root = options.root orelse default_dir;\n var taxonomy = db.Taxonomy.init(gpa);\n defer taxonomy.deinit();\n const load_result = try taxonomy.load(root, null);\n _ = load_result;\n\n const stats = taxonomy.stats();\n\n const magenta = \"\\x1b[35m\";\n const reset = \"\\x1b[0m\";\n\n var stdout = std.io.getStdOut().writer();\n try stdout.print(\"{s}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "cmdValidate", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to defaultMigrationsPath from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "fn defaultMigrationsPath(a: std.mem.Allocator) ![]const u8 {\n return try std.fs.cwd().realpathAlloc(a, \"migrations\");\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "defaultMigrationsPath", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to cmdExport from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "pub fn cmdExport(gpa: std.mem.Allocator, options: RunOptions) !void {\n const default_dir = try defaultMigrationsPath(gpa);\n defer gpa.free(default_dir);\n\n const root = options.root orelse default_dir;\n var taxonomy = db.Taxonomy.init(gpa);\n defer taxonomy.deinit();\n const load_result = try taxonomy.load(root, options.max_date);\n _ = load_result;\n if (options.output) |output| {\n try taxonomy.exportJson(output, options.ecosystem);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "function", "name": "cmdExport", "difficulty": "medium" } }, { "instruction": "Write a Zig struct similar to RunOptions from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "const RunOptions = struct {\n help: bool = false,\n root: ?[]const u8 = null,\n max_date: ?[]const u8 = null,\n ecosystem: ?[]const u8 = null,\n output: ?[]const u8 = null,\n\n // Validation flags to prevent duplicates\n root_seen: bool = false,\n max_date_seen: bool = false,\n ecosystem_seen: bool = false,\n output_seen: bool = false,\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "struct", "name": "RunOptions", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to CommandArgs from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/commands.zig", "response": "const CommandArgs = struct {\n command: Command,\n run_options: ?RunOptions = null,\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/commands.zig", "type": "struct", "name": "CommandArgs", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to main from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/main.zig", "response": "pub fn main() !void {\n var gpa = std.heap.GeneralPurposeAllocator(.{}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/main.zig", "type": "function", "name": "main", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to split from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/shlex.zig", "response": "pub fn split(line: []const u8, tokens: []?[]const u8) !usize {\n var token_count: usize = 0;\n var i: usize = 0;\n var start: usize = 0;\n\n while (i < line.len and token_count < tokens.len) : (i += 1) {\n while (i < line.len and std.ascii.isWhitespace(line[i])) {\n i += 1;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/shlex.zig", "type": "function", "name": "split", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to stripEscapes from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/shlex.zig", "response": "fn stripEscapes(input: []const u8) []const u8 {\n var has_escapes = false;\n for (input, 0..) |c, idx| {\n if (c == '\\\\' and idx + 1 < input.len) {\n has_escapes = true;\n break;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/shlex.zig", "type": "function", "name": "stripEscapes", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to deinit from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn deinit(self: *Ecosystem, allocator: std.mem.Allocator) void {\n allocator.free(self.repos);\n allocator.free(self.sub_ecosystems);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "deinit", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to deinit from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn deinit(self: *Self, allocator: std.mem.Allocator) void {\n allocator.free(self.branch);\n allocator.free(self.tags);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "deinit", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to init from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn init(allocator: std.mem.Allocator) Taxonomy {\n return .{\n .allocator = allocator,\n .eco_auto_id = 0,\n .repo_auto_id = 0,\n .tag_auto_id = 0,\n .migration_count = 0,\n .buffers = ArrayList([]const u8).init(allocator),\n .eco_ids = SliceIdMap.init(allocator),\n .repo_ids = SliceIdMap.init(allocator),\n .tag_ids = SliceIdMap.init(allocator),\n .tag_id_to_name_map = IdSliceMap.init(allocator),\n .parent_to_child_map = ParentToChildMap.init(allocator),\n .child_to_parent_map = ChildToParentMap.init(allocator),\n .eco_to_repo_map = EcoToRepoMap.init(allocator),\n .repo_to_eco_map = RepoToEcoMap.init(allocator),\n .repo_id_to_url_map = IdSliceMap.init(allocator),\n .eco_id_to_name_map = IdSliceMap.init(allocator),\n .eco_repo_to_tag_map = EcoRepoToTagMap.init(allocator),\n .errors = ArrayList(TaxonomyError).init(allocator),\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "init", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to deinit from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn deinit(self: *Taxonomy) void {\n var iterator = self.eco_to_repo_map.iterator();\n while (iterator.next()) |entry| {\n entry.value_ptr.deinit();\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "deinit", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to load from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn load(self: *Taxonomy, root: []const u8, max_date_: ?[]const u8) !void {\n var dir = try std.fs.cwd().openDir(root, .{ .iterate = true }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "load", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to lessThan from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn lessThan(_: void, a: []const u8, b: []const u8) bool {\n return std.mem.lessThan(u8, a[0..19], b[0..19]);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "lessThan", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to loadFile from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn loadFile(self: *Taxonomy, path: []const u8) !void {\n const file = try std.fs.cwd().openFile(path, .{}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "loadFile", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to hasErrors from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn hasErrors(self: *Taxonomy) bool {\n return self.errors.items.len > 0;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "hasErrors", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to printErrors from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn printErrors(self: *Taxonomy) void {\n for (self.errors.items) |err| {\n std.debug.print(\"{s}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "printErrors", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to stats from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn stats(self: *Taxonomy) TaxonomyStats {\n return .{\n .migration_count = self.migration_count,\n .eco_count = self.eco_ids.count(),\n .repo_count = self.repo_ids.count(),\n .eco_connections_count = 0,\n .tag_count = self.tag_ids.count(),\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "stats", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to tagStringsForEcoRepo from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn tagStringsForEcoRepo(self: *Taxonomy, a: std.mem.Allocator, eco_id: u32, repo_id: u32) !?[][]const u8 {\n const key: EcoTagKey = .{ .eco_id = eco_id, .repo_id = repo_id }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "tagStringsForEcoRepo", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to emitEcosystemJson from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn emitEcosystemJson(self: *Taxonomy, writer: anytype, top: []const u8, branch: *ArrayList([]const u8), eco_id: u32) !void {\n var arena = std.heap.ArenaAllocator.init(std.heap.page_allocator);\n defer arena.deinit();\n\n const IdStrTuple = struct { id: u32, str: []const u8 }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "emitEcosystemJson", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to inner from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn inner(_: void, a: IdStrTuple, b: IdStrTuple) bool {\n return std.ascii.lessThanIgnoreCase(a.str, b.str);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "inner", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to exportJson from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn exportJson(self: *Taxonomy, output_file: []const u8, ecosystem: ?[]const u8) !void {\n const KeyPair = struct { eco_name: []const u8, eco_id: u32 }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "exportJson", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to lessThan from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn lessThan(_: void, a: KeyPair, b: KeyPair) bool {\n return std.ascii.lessThanIgnoreCase(a.eco_name, b.eco_name);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "lessThan", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to eco from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub fn eco(self: *Taxonomy, name: []const u8) !?Ecosystem {\n const eco_id = self.eco_ids.get(name) orelse return null;\n const repo_ids = self.eco_to_repo_map.get(eco_id);\n const repo_urls = if (repo_ids) |ids| ok: {\n const repo_urls = try self.allocator.alloc([]const u8, ids.count());\n var iterator = ids.keyIterator();\n var i: u32 = 0;\n while (iterator.next()) |repo_id| {\n repo_urls[i] = self.repo_id_to_url_map.get(repo_id.*).?;\n i += 1;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "eco", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to addEco from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn addEco(self: *Taxonomy, name: []const u8) !void {\n const eco_id_entry = try self.eco_ids.getOrPut(name);\n if (!eco_id_entry.found_existing) {\n self.eco_auto_id += 1;\n eco_id_entry.value_ptr.* = self.eco_auto_id;\n try self.eco_id_to_name_map.putNoClobber(self.eco_auto_id, name);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "addEco", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to connectEco from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn connectEco(self: *Taxonomy, parent: []const u8, child: []const u8) !void {\n const parent_id = self.eco_ids.get(parent) orelse return error.InvalidParentEcosystem;\n const child_id = self.eco_ids.get(child) orelse return error.InvalidChildEcosystem;\n const child_entry = try self.parent_to_child_map.getOrPut(parent_id);\n if (!child_entry.found_existing) {\n child_entry.value_ptr.* = IdSet.init(self.allocator);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "connectEco", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to disconnectEco from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn disconnectEco(self: *Taxonomy, parent: []const u8, child: []const u8) !void {\n const parent_id = self.eco_ids.get(parent) orelse return error.InvalidParentEcosystem;\n const child_id = self.eco_ids.get(child) orelse return error.InvalidChildEcosystem;\n\n var child_set = self.parent_to_child_map.getPtr(parent_id) orelse return error.ParentEcosystemHasNoChildren;\n _ = child_set.remove(child_id);\n\n if (self.child_to_parent_map.getPtr(child_id)) |parent_set| {\n _ = parent_set.remove(parent_id);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "disconnectEco", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to removeEcoById from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn removeEcoById(self: *Taxonomy, eco_id: u32) void {\n const parent_set = self.child_to_parent_map.getPtr(eco_id);\n if (parent_set) |ps| {\n var parent_id_it = ps.keyIterator();\n while (parent_id_it.next()) |parent_id| {\n if (self.parent_to_child_map.getPtr(parent_id.*)) |child_set| {\n const removed = child_set.remove(eco_id);\n assert(removed);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "removeEcoById", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to removeEco from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn removeEco(self: *Taxonomy, eco_name: []const u8) !void {\n const eco_id = self.eco_ids.get(eco_name) orelse return error.InvalidEcosystem;\n self.removeEcoById(eco_id);\n\n const removed = self.eco_ids.remove(eco_name);\n assert(removed);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "removeEco", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to addRepo from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn addRepo(self: *Taxonomy, eco_name: []const u8, repo_url: []const u8, tags_: ?[]?[]const u8) !void {\n const eco_id = self.eco_ids.get(eco_name) orelse return error.InvalidEcosystem;\n const repo_id_entry = try self.repo_ids.getOrPut(repo_url);\n if (!repo_id_entry.found_existing) {\n self.repo_auto_id += 1;\n repo_id_entry.value_ptr.* = self.repo_auto_id;\n try self.repo_id_to_url_map.putNoClobber(self.repo_auto_id, repo_url);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "addRepo", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to moveRepo from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn moveRepo(self: *Taxonomy, src: []const u8, dst: []const u8) !void {\n const src_id = self.repo_ids.get(src) orelse return error.InvalidSourceRepo;\n if (self.repo_ids.get(dst)) |dst_id| {\n var eco_iter = self.eco_to_repo_map.iterator();\n while (eco_iter.next()) |entry| {\n const repo_set = entry.value_ptr;\n if (repo_set.contains(src_id)) {\n _ = repo_set.remove(src_id);\n try repo_set.put(dst_id, {}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "moveRepo", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to moveEco from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn moveEco(self: *Taxonomy, src: []const u8, dst: []const u8) !void {\n const src_id = self.eco_ids.get(src) orelse return error.InvalidSourceEcosystem;\n if (self.eco_ids.contains(dst)) {\n return error.DestinationEcosystemAlreadyExists;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "moveEco", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to removeRepoFromEcosystem from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn removeRepoFromEcosystem(self: *Taxonomy, eco_name: []const u8, repo: []const u8) !void {\n const eco_id = self.eco_ids.get(eco_name) orelse return error.InvalidEcosystem;\n var repos_for_eco = self.eco_to_repo_map.getPtr(eco_id) orelse return error.EcosystemHasNoRepos;\n const repo_id = self.repo_ids.get(repo) orelse return error.InvalidRepo;\n _ = repos_for_eco.remove(repo_id);\n\n const key: EcoTagKey = .{ .eco_id = eco_id, .repo_id = repo_id }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "removeRepoFromEcosystem", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to isComment from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn isComment(line: []const u8) bool {\n var i: usize = 0;\n while (i < line.len) {\n // Skip whitespace\n while (i < line.len and std.ascii.isWhitespace(line[i])) i += 1;\n if (i >= line.len) break;\n if (line[i] == '#') {\n return true;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "isComment", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to ecoAdd from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn ecoAdd(sub_line: []const u8, db: *Taxonomy) !void {\n var tokens: [10]?[]const u8 = undefined;\n const token_count = try shlex.split(sub_line, &tokens);\n if (token_count != 1) {\n return error.EcoAddRequiresOneParameter;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "ecoAdd", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to ecoCon from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn ecoCon(sub_line: []const u8, db: *Taxonomy) !void {\n var tokens: [10]?[]const u8 = undefined;\n const token_count = try shlex.split(sub_line, &tokens);\n if (token_count != 2) {\n return error.EcoConRequiresExactlyTwoParameters;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "ecoCon", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to ecoDis from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn ecoDis(sub_line: []const u8, db: *Taxonomy) !void {\n var tokens: [2]?[]const u8 = undefined;\n const token_count = try shlex.split(sub_line, &tokens);\n if (token_count != 2) {\n return error.EcoDisRequiresExactlyTwoParameters;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "ecoDis", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to ecoRem from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn ecoRem(sub_line: []const u8, db: *Taxonomy) !void {\n var tokens: [1]?[]const u8 = undefined;\n const token_count = try shlex.split(sub_line, &tokens);\n if (token_count != 1) {\n return error.EcoRemRequiresExactlyTwoParameters;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "ecoRem", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to repAdd from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn repAdd(remainder: []const u8, db: *Taxonomy) !void {\n var tokens: [10]?[]const u8 = undefined;\n const token_count = try shlex.split(remainder, &tokens);\n if (token_count < 2) {\n return error.RepAddRequiresAtLeastTwoParameters;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "repAdd", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to repMov from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn repMov(remainder: []const u8, db: *Taxonomy) !void {\n var tokens: [2]?[]const u8 = undefined;\n const token_count = try shlex.split(remainder, &tokens);\n if (token_count != 2) {\n return error.RepMovRequiresExactlyTwoParameters;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "repMov", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to ecoMov from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn ecoMov(remainder: []const u8, db: *Taxonomy) !void {\n var tokens: [2]?[]const u8 = undefined;\n const token_count = try shlex.split(remainder, &tokens);\n if (token_count != 2) {\n return error.EcoMovRequiresExactlyTwoParameters;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "ecoMov", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to repRem from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn repRem(remainder: []const u8, db: *Taxonomy) !void {\n var tokens: [2]?[]const u8 = undefined;\n const token_count = try shlex.split(remainder, &tokens);\n if (token_count != 2) {\n return error.RepRemRequiresExactlyTwoParameters;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "repRem", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to lessThanLowercase from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn lessThanLowercase(_: void, a: []const u8, b: []const u8) bool {\n return std.ascii.lessThanIgnoreCase(a, b);\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "lessThanLowercase", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to getTestsPath from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn getTestsPath(a: std.mem.Allocator, testDir: []const u8) ![]u8 {\n const build_dir = try findBuildZigDirAlloc(a);\n defer a.free(build_dir);\n\n const tests_path = try std.fs.path.join(a, &.{ build_dir, \"tests\", testDir }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "getTestsPath", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to setupTestFixtures from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn setupTestFixtures(testDir: []const u8) !Taxonomy {\n const a = std.testing.allocator;\n const tests_path = try getTestsPath(a, testDir);\n\n defer a.free(tests_path);\n\n var db = Taxonomy.init(a);\n try db.load(tests_path, null);\n\n return db;\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "setupTestFixtures", "difficulty": "medium" } }, { "instruction": "Write a Zig function similar to findBuildZigDirAlloc from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "fn findBuildZigDirAlloc(allocator: std.mem.Allocator) ![]const u8 {\n const self_path = try std.fs.selfExePathAlloc(allocator);\n defer allocator.free(self_path);\n\n var current_path = std.fs.path.dirname(self_path) orelse \"/\";\n\n while (true) {\n const build_path = try std.fs.path.join(allocator, &.{ current_path, \"build.zig\" }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "function", "name": "findBuildZigDirAlloc", "difficulty": "medium" } }, { "instruction": "Write a Zig struct similar to EcoTagKey from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "const EcoTagKey = struct { eco_id: u32, repo_id: u32 }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "EcoTagKey", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to TaxonomyStats from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub const TaxonomyStats = struct {\n migration_count: u32,\n eco_count: u32,\n repo_count: u32,\n eco_connections_count: u32,\n tag_count: u32,\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "TaxonomyStats", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to TaxonomyError from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub const TaxonomyError = struct {\n message: []const u8,\n line_num: u32,\n path: []const u8,\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "TaxonomyError", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to TaxonomyLoadResult from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub const TaxonomyLoadResult = struct { errors: ArrayList(TaxonomyError) }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "TaxonomyLoadResult", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to Ecosystem from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub const Ecosystem = struct {\n id: u32,\n name: []const u8,\n sub_ecosystems: []const []const u8,\n repos: []const []const u8,\n\n pub fn deinit(self: *Ecosystem, allocator: std.mem.Allocator) void {\n allocator.free(self.repos);\n allocator.free(self.sub_ecosystems);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "Ecosystem", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to EcosystemRepoRowJson from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "pub const EcosystemRepoRowJson = struct {\n const Self = @This();\n eco_name: []const u8,\n branch: []const []const u8,\n repo_url: []const u8,\n tags: []const []const u8,\n\n pub fn deinit(self: *Self, allocator: std.mem.Allocator) void {\n allocator.free(self.branch);\n allocator.free(self.tags);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "EcosystemRepoRowJson", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to IdStrTuple from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "const IdStrTuple = struct { id: u32, str: []const u8 }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "IdStrTuple", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to lessThanLowercaseTuple from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "const lessThanLowercaseTuple = struct {\n fn inner(_: void, a: IdStrTuple, b: IdStrTuple) bool {\n return std.ascii.lessThanIgnoreCase(a.str, b.str);\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "lessThanLowercaseTuple", "difficulty": "easy" } }, { "instruction": "Write a Zig struct similar to KeyPair from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "const KeyPair = struct { eco_name: []const u8, eco_id: u32 }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "struct", "name": "KeyPair", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to key from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "const key: EcoTagKey = .{ .eco_id = eco_id, .repo_id = repo_id };", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "const", "name": "key", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to key from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "const key: EcoTagKey = .{ .eco_id = eco_id, .repo_id = repo_id };", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "const", "name": "key", "difficulty": "easy" } }, { "instruction": "Write a Zig const similar to key from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/taxonomy.zig", "response": "const key: EcoTagKey = .{ .eco_id = eco_id, .repo_id = repo_id };", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/taxonomy.zig", "type": "const", "name": "key", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to hasValidTimestamp from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/timestamp.zig", "response": "pub fn hasValidTimestamp(filename: []const u8) bool {\n // Check minimum length (YYYY-MM-DDTHHMMSS = 17 characters)\n if (filename.len < 17) return false;\n\n // Check all digits and delimiters are in correct positions\n const pattern = \"0000-00-00T000000\";\n inline for (pattern, 0..) |c, i| {\n switch (c) {\n '0' => {\n if (!std.ascii.isDigit(filename[i])) return false;\n }", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/timestamp.zig", "type": "function", "name": "hasValidTimestamp", "difficulty": "easy" } }, { "instruction": "Write a Zig function similar to isLeapYear from electric-capital/crypto-ecosystems", "context": "Repository: electric-capital/crypto-ecosystems (1900 ⭐)\nFile: src/timestamp.zig", "response": "fn isLeapYear(year: u16) bool {\n return (year % 4 == 0 and year % 100 != 0) or (year % 400 == 0);\n}", "metadata": { "repo": "electric-capital/crypto-ecosystems", "stars": 1900, "file": "src/timestamp.zig", "type": "function", "name": "isLeapYear", "difficulty": "easy" } } ]