Struct http_desync_guardian::request_analyzer::HttpRequestData

pub struct HttpRequestData<'a> {
    pub method: HttpToken<'a>,
    pub version: HttpToken<'a>,
    pub uri: HttpToken<'a>,
    pub headers: SmallVec<[HttpHeader<'a>; 64]>,
}

Fields

method: HttpToken<'a>

Http Method, e.g. GET, POST, PUT, etc.

version: HttpToken<'a>

Protocol version 1.0 or 1.1

uri: HttpToken<'a>

Request URI

headers: SmallVec<[HttpHeader<'a>; 64]>

Http headers (assuming they were parsed by the HTTP engine)

Implementations

impl<'a> HttpRequestData<'a>

pub fn new(request: &'a ExtHttpRequestData) -> Self

Convert a C struct into an internal struct for Rust. It converts data from an external C call into internal data structures (without copying). Headers are constructed from external data from C with caution. Any invalid value for HeaderSafetyTier is defaulted to Compliant.

impl<'a> HttpRequestData<'a>

pub fn analyze_raw_request(buf: HttpToken<'a>) -> RequestAnalysisResult

Parse and analyze a raw HTTP request. This is the most consistent option, but comes with additional overhead, roughly doubled compared to analyze_parsed_request. See benchmarks for more info.

pub fn analyze_parsed_request(&mut self) -> RequestAnalysisResult

If the HTTP engine doesn't sanitize data and is not lenient in parsing requests (e.g. doesn't treat "\n\r" as a valid line separator), then to avoid double parsing this method can be used.

Trait Implementations

impl<'a> Display for HttpRequestData<'a>

fn fmt(&self, f: &mut Formatter<'_>) -> Result<(), Error>

Formats the value using the given formatter.