Crate gts_validator 

gts-validator

GTS identifier validator for documentation and configuration files.

This crate provides a clean separation between the core validation engine (input-agnostic) and input strategies (starting with filesystem scanning).

Quick Start

use std::path::PathBuf;
use gts_validator::{validate_fs, FsSourceConfig, ValidationConfig, VendorPolicy};

let mut fs_config = FsSourceConfig::default();
fs_config.paths = vec![PathBuf::from("docs"), PathBuf::from("modules")];
fs_config.exclude = vec!["target/*".to_owned()];

let mut validation_config = ValidationConfig::default();
validation_config.vendor_policy = VendorPolicy::MustMatch("x".to_owned());

let report = validate_fs(&fs_config, &validation_config).unwrap();
println!("Files scanned: {}", report.scanned_files);
println!("Validation errors: {}", report.errors_count());
println!("Scan errors: {}", report.scan_errors.len());
println!("OK: {}", report.ok);

Modules

output

Shared output formatting for validation reports.

Structs

FsSourceConfig

Filesystem-specific source options.

ScanError

A scan-level error: a file that could not be validated at all.

ValidationConfig

Core validation config — applies regardless of input source.

ValidationError

A single validation error found in a documentation/config file.

ValidationReport

Result of a validation run.

Enums

DiscoveryMode

Controls how GTS identifier candidates are discovered in markdown files.

ScanErrorKind

The kind of scan-level failure that prevented a file from being validated.

VendorPolicy

Vendor matching policy for GTS ID validation.

Functions

validate_fs

Validate GTS identifiers in files on disk.