Crates.io | docbuf |
lib.rs | docbuf |
version | 0.1.0 |
source | src |
created_at | 2024-02-04 21:28:32.935283 |
updated_at | 2024-02-04 21:28:32.935283 |
description | DocBuf Command Line Interface (CLI) Tool |
homepage | https://docbuf.com |
repository | https://github.com/docbuf/docbuf |
max_upload_size | |
id | 1126681 |
size | 10,423 |
Document Buffers, DocBuf, is an interface description language (IDL) for structured document schematization.
DocBuf is motivated by creating a more modern and efficient version of XSD
. There are many nice features XSD
offers, such as providing validation requirements per element, known as restrictions. However, despite its fine-level controls, XSD
implemented XML
data is verbose and serialization and deserialization can be brittle if there is a syntax error or missing field.
DocBuf takes the good parts of XSD
, for example implementing its own version of field options (field::options
) and compile-time validation, and extends its utility into a light-weight binary format that is efficiently serialized and deserialized into native programming language structured data, e.g., Rust.
Similar to Protocol Buffers and gRPC
, DocBuf introduces the process
keyword to define a process with endpoints
that specify either remote procedural call (RPC
)-style or stream
APIs. The process:options
section defines in-line support for configuration options.
.docbuf
Source Filepragma docbuf v1;
// Module name of the documents.
module my_module;
// relative path to other document imports
import "another.docbuf";
#[document::options {
// overwrite the document name in the generated code.
name = "MyDocType";
// Mark the document as the root document.
// The root document is the entry point for the document buffer.
// There can only be one root document per document buffer.
root = true;
}]
document MyDocumentType {
// comment field
#[field::options {
min_length = 0;
max_length = 32;
regex = "[a-zA-Z]";
default = "my-text-field";
// All fields are optional by default.
// Set required to true to force the field to exist.
required = true;
// overwrite the field name in the generated code.
name = "CustomFieldID";
}]
text_field: String,
// no options or limitations
no_options: String,
#[field::options {
min_value = 0;
max_value = 100;
// Default value will be zero unless specified otherwise.
default = 10;
}]
32_bit_integer: i32,
64_bit_integer: i64,
32_bit_unsigned: u32,
64_bit_unsigned: u64,
32_bit_floating: f32,
64_bit_floating: f64,
binary_or_bytecode: [u8],
#[field::options {
min_length = 1;
required = true;
}]
my_other_document: [MyOtherDocument],
// List of like-typed items
my_list: [String],
// Enumerable types
my_enum: MyOptionTypes,
}
#[enum::options {
name = "MyOptions";
}]
enumerable MyOptionTypes {
OptionOne,
OptionTwo(i32),
OptionThree(MyOtherDocument),
#[field::options {
min_length = 1;
max_length = 32;
regex = "[a-zA-Z]";
}]
OptionFour(String),
}
#[process::options {
// use ipv6 address space
ipv6 = true;
host = "::1";
port = 1337;
name = "MessageProcessor";
protocol = "quic";
// Certificate options
public_cert = "/path/to/public/certificate";
private_cert = "/path/to/private/certificate";
// Signing options
keypair = "/path/to/keypair";
// Asymmetric Cryptography Algorithms
crypto = "ed25519";
// Use the noise encryption protocol
noise = true;
//
// ALTERNATIVELY, USE CONFIG FILE
// Use a config file instead of options
config = "/path/to/config";
}]
process Messenger {
#[endpoint::options {
required = true;
// allowed request limit per minute
request_rate_limit_per_minute = 10;
// endpoint must include a signed message field
signature_required = true;
// convert endpoint into a stream
stream = true;
}]
upload_document: MyDocumentType -> (),
/// Upload multiple documents in the process
/// Comments with three slashes will be made public in the generated source code
upload_documents: [MyDocumentType] -> (),
}
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