Struct AdminState 

pub struct AdminState {
    pub database: Arc<Database>,
    pub config: Arc<Config>,
    pub profiles: Arc<HashMap<String, Arc<Profile>>>,
    pub logins: Arc<LoginLimiter>,
    pub templates: Arc<Environment<'static>>,
    pub audit: Arc<Auditor>,
}

Shared state for every admin route.

Not crate::AppState: that one holds exactly one Profile, and this listener is cross-profile by nature — an operator lists accounts from every endpoint at once, and revoking an order needs that order’s own profile’s signer, which may be a different CA from the one the request arrived through.

Fields

database: Arc<Database>

config: Arc<Config>

profiles: Arc<HashMap<String, Arc<Profile>>>

Keyed by profile name — the lookup orders.profile needs.

logins: Arc<LoginLimiter>

templates: Arc<Environment<'static>>

The /ui templates, embedded defaults overlaid by admin.template_dir. Built once: the loader reads a file per template on first use, and rebuilding it per request would mean a disk read per page.

audit: Arc<Auditor>

The same process-wide auditor the ACME listener holds. Shared rather than a second instance: an operator revoking through the panel writes into the one trail, and the reverse-lookup cache is worth sharing.

Implementations

impl AdminState

pub fn new( database: Arc<Database>, config: Arc<Config>, profiles: &[Arc<Profile>], audit: Arc<Auditor>, ) -> Self

Builds the state from what serve_on already has in hand.

Takes a slice, not the Vec: build_app consumes that vec, so the admin side has to be built first, and expressing it in the signature is what stops the ordering being rediscovered as a borrow error.

pub fn with_logins( database: Arc<Database>, config: Arc<Config>, profiles: &[Arc<Profile>], audit: Arc<Auditor>, previous_logins: Option<&LoginLimiter>, ) -> Self

new, carrying the previous generation’s login counters.

Only a configuration reload passes Some: every other caller is building the first generation, where there is nothing to carry. See LoginLimiter::rebuilt for why the counters move but the limits do not.

Trait Implementations

impl Clone for AdminState

fn clone(&self) -> AdminState

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl FromRequestParts<AdminState> for PageSession

type Rejection = PageError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for PageSessionWrite

type Rejection = PageError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for PageMfaPending

type Rejection = PageError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for PageMfaSubmit

type Rejection = PageError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for PageEnrolWrite

type Rejection = PageError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for Authenticated

type Rejection = AdminError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for AuthenticatedWrite

type Rejection = AdminError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for PendingMfa

type Rejection = AdminError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for PendingMfaSubmit

type Rejection = AdminError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.

impl FromRequestParts<AdminState> for EnrolWrite

type Rejection = AdminError

If the extractor fails it’ll use this “rejection” type. A rejection is a kind of error that can be converted into a response.

async fn from_request_parts( parts: &mut Parts, state: &AdminState, ) -> Result<Self, Self::Rejection>

Perform the extraction.