@ -16,12 +16,14 @@ use async_once_cell::OnceCell;
use async_std ::sync ::{ Arc , Mutex , RwLock } ; use async_std ::sync ::{ Arc , Mutex , RwLock } ;
use futures ::channel ::mpsc ; use futures ::channel ::mpsc ;
use futures ::SinkExt ; use futures ::SinkExt ;
use lazy_static ::lazy_static ;
use once_cell ::sync ::Lazy ; use once_cell ::sync ::Lazy ;
use pdf_writer ::{ Content , Finish , Name , Pdf , Rect , Ref , Str } ;
use qrcode ::{ render ::svg , QrCode } ;
use serde_bare ::to_vec ; use serde_bare ::to_vec ;
use serde_json ::json ; use serde_json ::json ;
use svg2pdf ::{ ConversionOptions , PageOptions } ;
use zeroize ::Zeroize ; use zeroize ::Zeroize ;
use qrcode ::{ render ::svg , QrCode } ;
use lazy_static ::lazy_static ;
use ng_repo ::block_storage ::BlockStorage ; use ng_repo ::block_storage ::BlockStorage ;
use ng_repo ::block_storage ::HashMapBlockStorage ; use ng_repo ::block_storage ::HashMapBlockStorage ;
@ -29,31 +31,31 @@ use ng_repo::errors::{NgError, ProtocolError};
use ng_repo ::log ::* ; use ng_repo ::log ::* ;
use ng_repo ::os_info ::get_os_info ; use ng_repo ::os_info ::get_os_info ;
use ng_repo ::types ::* ; use ng_repo ::types ::* ;
use ng_repo ::utils ::{ derive_key , generate_keypair , encrypt_in_place } ; use ng_repo ::utils ::{ derive_key , encrypt_in_place , generate_keypair } ;
use ng_net ::{ actor ::* , actors ::admin ::* } ; use ng_net ::app_protocol ::* ;
use ng_net ::broker ::* ; use ng_net ::broker ::* ;
use ng_net ::connection ::{ ClientConfig , IConnect , NoiseFSM , StartConfig , App Config } ; use ng_net ::connection ::{ AppConfig , ClientConfig , IConnect , NoiseFSM , StartConfig } ;
use ng_net ::types ::* ; use ng_net ::types ::* ;
use ng_net ::app_protocol ::* ;
use ng_net ::utils ::{ Receiver , Sender } ; use ng_net ::utils ::{ Receiver , Sender } ;
use ng_net ::{ actor ::* , actors ::admin ::* } ;
use ng_verifier ::types ::* ; use ng_verifier ::types ::* ;
use ng_verifier ::verifier ::Verifier ; use ng_verifier ::verifier ::Verifier ;
use ng_wallet ::emojis ::encode_pazzle ;
use ng_wallet ::bip39 ::encode_mnemonic ; use ng_wallet ::bip39 ::encode_mnemonic ;
use ng_wallet ::emojis ::encode_pazzle ;
use ng_wallet ::{ create_wallet_first_step_v0 , create_wallet_second_step_v0 , types ::* } ; use ng_wallet ::{ create_wallet_first_step_v0 , create_wallet_second_step_v0 , types ::* } ;
#[ cfg(not(target_family = " wasm " )) ] #[ cfg(not(target_family = " wasm " )) ]
use ng_client_ws ::remote_ws ::ConnectionWebSocket ; use ng_client_ws ::remote_ws ::ConnectionWebSocket ;
#[ cfg(target_family = " wasm " ) ] #[ cfg(target_family = " wasm " ) ]
use ng_client_ws ::remote_ws_wasm ::ConnectionWebSocket ; use ng_client_ws ::remote_ws_wasm ::ConnectionWebSocket ;
#[ cfg(not(any(target_family = " wasm " ,docsrs))) ] #[ cfg(not(any(target_family = " wasm " , docsrs))) ]
use ng_storage_rocksdb ::block_storage ::RocksDbBlockStorage ; use ng_storage_rocksdb ::block_storage ::RocksDbBlockStorage ;
#[ doc(hidden) ] #[ doc(hidden) ]
#[ derive(Debug,Clone) ] #[ derive(Debug, Clone) ]
pub struct HeadlessConfig { pub struct HeadlessConfig {
// parse_ip_and_port_for(string, "verifier_server")
// parse_ip_and_port_for(string, "verifier_server")
pub server_addr : BindAddress , pub server_addr : BindAddress ,
@ -272,15 +274,36 @@ struct RemoteSession {
impl RemoteSession { impl RemoteSession {
pub ( crate ) async fn send_request ( & self , req : AppRequest ) -> Result < AppResponse , NgError > { pub ( crate ) async fn send_request ( & self , req : AppRequest ) -> Result < AppResponse , NgError > {
match BROKER . read ( ) . await . request ::< AppRequest , AppResponse > ( & Some ( self . user_id ) , & Some ( self . remote_peer_id ) , req ) . await { match BROKER
. read ( )
. await
. request ::< AppRequest , AppResponse > (
& Some ( self . user_id ) ,
& Some ( self . remote_peer_id ) ,
req ,
)
. await
{
Err ( e ) = > Err ( e ) , Err ( e ) = > Err ( e ) ,
Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) , Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) ,
Ok ( SoS ::Single ( res ) ) = > Ok ( res ) , Ok ( SoS ::Single ( res ) ) = > Ok ( res ) ,
} }
} }
pub ( crate ) async fn send_request_stream ( & self , req : AppRequest ) -> Result < ( Receiver < AppResponse > , CancelFn ) , NgError > { pub ( crate ) async fn send_request_stream (
match BROKER . read ( ) . await . request ::< AppRequest , AppResponse > ( & Some ( self . user_id ) , & Some ( self . remote_peer_id ) , req ) . await { & self ,
req : AppRequest ,
) -> Result < ( Receiver < AppResponse > , CancelFn ) , NgError > {
match BROKER
. read ( )
. await
. request ::< AppRequest , AppResponse > (
& Some ( self . user_id ) ,
& Some ( self . remote_peer_id ) ,
req ,
)
. await
{
Err ( e ) = > Err ( e ) , Err ( e ) = > Err ( e ) ,
Ok ( SoS ::Single ( _ ) ) = > Err ( NgError ::InvalidResponse ) , Ok ( SoS ::Single ( _ ) ) = > Err ( NgError ::InvalidResponse ) ,
Ok ( SoS ::Stream ( stream ) ) = > { Ok ( SoS ::Stream ( stream ) ) = > {
@ -289,7 +312,7 @@ impl RemoteSession {
//TODO: implement CancelStream in AppRequest
//TODO: implement CancelStream in AppRequest
} ) ; } ) ;
Ok ( ( stream , fnonce ) ) Ok ( ( stream , fnonce ) )
} ,
}
} }
} }
} }
@ -299,8 +322,7 @@ struct HeadlessSession {
user_id : UserId , user_id : UserId ,
} }
impl HeadlessSession { impl HeadlessSession { }
}
#[ derive(Debug) ] #[ derive(Debug) ]
struct Session { struct Session {
@ -340,7 +362,7 @@ impl SessionConfig {
Self ::HeadlessV0 ( _ ) = > true , Self ::HeadlessV0 ( _ ) = > true ,
} }
} }
pub fn set_verifier_type ( & mut self , vt :VerifierType ) { pub fn set_verifier_type ( & mut self , vt : VerifierType ) {
match self { match self {
Self ::V0 ( v0 ) = > v0 . verifier_type = vt , Self ::V0 ( v0 ) = > v0 . verifier_type = vt ,
Self ::WithCredentialsV0 ( creds ) = > creds . verifier_type = vt , Self ::WithCredentialsV0 ( creds ) = > creds . verifier_type = vt ,
@ -401,9 +423,7 @@ impl SessionConfig {
} }
#[ doc(hidden) ] #[ doc(hidden) ]
pub fn new_headless ( pub fn new_headless ( user_id : UserId ) -> Self {
user_id : UserId ,
) -> Self {
SessionConfig ::HeadlessV0 ( user_id ) SessionConfig ::HeadlessV0 ( user_id )
} }
@ -451,7 +471,7 @@ impl SessionConfig {
if match self { if match self {
Self ::HeadlessV0 ( _ ) = > { Self ::HeadlessV0 ( _ ) = > {
panic! ( "don't call session_start on a Headless LocalBroker" ) panic! ( "don't call session_start on a Headless LocalBroker" )
} , }
_ = > match local_broker_config { _ = > match local_broker_config {
LocalBrokerConfig ::InMemory = > { LocalBrokerConfig ::InMemory = > {
self . set_verifier_type ( VerifierType ::Memory ) ; self . set_verifier_type ( VerifierType ::Memory ) ;
@ -471,7 +491,6 @@ impl SessionConfig {
panic! ( "don't call session_start on a Headless LocalBroker" ) panic! ( "don't call session_start on a Headless LocalBroker" )
} }
} , } ,
} { } {
Ok ( ( ) ) Ok ( ( ) )
} else { } else {
@ -606,33 +625,56 @@ impl LocalBroker {
} }
async fn connect_remote_broker ( & mut self ) -> Result < ( ) , NgError > { async fn connect_remote_broker ( & mut self ) -> Result < ( ) , NgError > {
self . err_if_not_headless ( ) ? ; self . err_if_not_headless ( ) ? ;
if self . headless_connected_to_remote_broker { return Ok ( ( ) ) } if self . headless_connected_to_remote_broker {
return Ok ( ( ) ) ;
}
let info = get_client_info ( ClientType ::NodeService ) ; let info = get_client_info ( ClientType ::NodeService ) ;
let config = self . config . headless_config ( ) ; let config = self . config . headless_config ( ) ;
BROKER . write ( ) . await . connect ( BROKER
. write ( )
. await
. connect (
Arc ::new ( Box ::new ( ConnectionWebSocket { } ) ) , Arc ::new ( Box ::new ( ConnectionWebSocket { } ) ) ,
config . client_peer_key . as_ref ( ) . unwrap ( ) . clone ( ) , config . client_peer_key . as_ref ( ) . unwrap ( ) . clone ( ) ,
config . client_peer_key . as_ref ( ) . unwrap ( ) . to_pub ( ) , config . client_peer_key . as_ref ( ) . unwrap ( ) . to_pub ( ) ,
config . server_peer_id , config . server_peer_id ,
StartConfig ::App ( AppConfig { user_priv :None , info , addr :config . server_addr } ) StartConfig ::App ( AppConfig {
) . await ? ; user_priv : None ,
info ,
addr : config . server_addr ,
} ) ,
)
. await ? ;
self . headless_connected_to_remote_broker = true ; self . headless_connected_to_remote_broker = true ;
Ok ( ( ) ) Ok ( ( ) )
} }
pub ( crate ) async fn send_request_headless < A : Into < ProtocolMessage > + std ::fmt ::Debug + Sync + Send + ' static , pub ( crate ) async fn send_request_headless <
B : TryFrom < ProtocolMessage , Error = ProtocolError > + std ::fmt ::Debug + Sync + Send + ' static , > ( & self , req : A ) -> Result < B , NgError > { A : Into < ProtocolMessage > + std ::fmt ::Debug + Sync + Send + ' static ,
B : TryFrom < ProtocolMessage , Error = ProtocolError > + std ::fmt ::Debug + Sync + Send + ' static ,
> (
& self ,
req : A ,
) -> Result < B , NgError > {
self . err_if_not_headless ( ) ? ; self . err_if_not_headless ( ) ? ;
match BROKER . read ( ) . await . request ::< A , B > ( & None , & Some ( self . config . headless_config ( ) . server_peer_id ) , req ) . await { match BROKER
. read ( )
. await
. request ::< A , B > (
& None ,
& Some ( self . config . headless_config ( ) . server_peer_id ) ,
req ,
)
. await
{
Err ( e ) = > Err ( e ) , Err ( e ) = > Err ( e ) ,
Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) , Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) ,
Ok ( SoS ::Single ( res ) ) = > Ok ( res ) , Ok ( SoS ::Single ( res ) ) = > Ok ( res ) ,
@ -640,11 +682,25 @@ impl LocalBroker {
} }
#[ allow(dead_code) ] #[ allow(dead_code) ]
pub ( crate ) async fn send_request_stream_headless < A : Into < ProtocolMessage > + std ::fmt ::Debug + Sync + Send + ' static , pub ( crate ) async fn send_request_stream_headless <
B : TryFrom < ProtocolMessage , Error = ProtocolError > + std ::fmt ::Debug + Sync + Send + ' static , > ( & self , req : A ) -> Result < ( Receiver < B > , CancelFn ) , NgError > { A : Into < ProtocolMessage > + std ::fmt ::Debug + Sync + Send + ' static ,
B : TryFrom < ProtocolMessage , Error = ProtocolError > + std ::fmt ::Debug + Sync + Send + ' static ,
> (
& self ,
req : A ,
) -> Result < ( Receiver < B > , CancelFn ) , NgError > {
self . err_if_not_headless ( ) ? ; self . err_if_not_headless ( ) ? ;
match BROKER . read ( ) . await . request ::< A , B > ( & None , & Some ( self . config . headless_config ( ) . server_peer_id ) , req ) . await { match BROKER
. read ( )
. await
. request ::< A , B > (
& None ,
& Some ( self . config . headless_config ( ) . server_peer_id ) ,
req ,
)
. await
{
Err ( e ) = > Err ( e ) , Err ( e ) = > Err ( e ) ,
Ok ( SoS ::Single ( _ ) ) = > Err ( NgError ::InvalidResponse ) , Ok ( SoS ::Single ( _ ) ) = > Err ( NgError ::InvalidResponse ) ,
Ok ( SoS ::Stream ( stream ) ) = > { Ok ( SoS ::Stream ( stream ) ) = > {
@ -653,7 +709,7 @@ impl LocalBroker {
//TODO: implement CancelStream in AppRequest
//TODO: implement CancelStream in AppRequest
} ) ; } ) ;
Ok ( ( stream , fnonce ) ) Ok ( ( stream , fnonce ) )
} ,
}
} }
} }
@ -700,12 +756,13 @@ impl LocalBroker {
#[ allow(dead_code) ] #[ allow(dead_code) ]
fn to_external_session_id ( session_id : u64 , is_remote : bool ) -> u64 { fn to_external_session_id ( session_id : u64 , is_remote : bool ) -> u64 {
let mut ext = ( session_id ) < < 1 ; let mut ext = ( session_id ) < < 1 ;
if ! is_remote { ext + = 1 ; } if ! is_remote {
ext + = 1 ;
}
ext ext
} }
fn user_to_local_session_id_for_mut ( & self , user_id : & UserId ) -> Result < usize , NgError > { fn user_to_local_session_id_for_mut ( & self , user_id : & UserId ) -> Result < usize , NgError > {
let session_id = self let session_id = self
. opened_sessions . opened_sessions
. get ( user_id ) . get ( user_id )
@ -713,17 +770,18 @@ impl LocalBroker {
self . get_local_session_id_for_mut ( * session_id ) self . get_local_session_id_for_mut ( * session_id )
} }
fn get_local_session_id_for_mut ( & self , session_id : u64 ) -> Result < usize , NgError > { fn get_local_session_id_for_mut ( & self , session_id : u64 ) -> Result < usize , NgError > {
let _ = Self ::is_local_session ( session_id ) . then_some ( true ) . ok_or ( NgError ::SessionNotFound ) ? ; let _ = Self ::is_local_session ( session_id )
let session_id = Self ::to_real_session_id ( session_id ) as usize ; . then_some ( true )
. ok_or ( NgError ::SessionNotFound ) ? ;
let session_id = Self ::to_real_session_id ( session_id ) as usize ;
if session_id > = self . opened_sessions_list . len ( ) { if session_id > = self . opened_sessions_list . len ( ) {
return Err ( NgError ::InvalidArgument ) ; return Err ( NgError ::InvalidArgument ) ;
} }
Ok ( session_id ) Ok ( session_id )
} }
fn get_real_session_id_for_mut ( & self , session_id : u64 ) -> Result < ( usize , bool ) , NgError > { fn get_real_session_id_for_mut ( & self , session_id : u64 ) -> Result < ( usize , bool ) , NgError > {
let is_remote = Self ::is_remote_session ( session_id ) ; let is_remote = Self ::is_remote_session ( session_id ) ;
let session_id = Self ::to_real_session_id ( session_id ) as usize ; let session_id = Self ::to_real_session_id ( session_id ) as usize ;
if is_remote { if is_remote {
@ -739,7 +797,9 @@ impl LocalBroker {
} }
fn get_session ( & self , session_id : u64 ) -> Result < & Session , NgError > { fn get_session ( & self , session_id : u64 ) -> Result < & Session , NgError > {
let _ = Self ::is_local_session ( session_id ) . then_some ( true ) . ok_or ( NgError ::SessionNotFound ) ? ; let _ = Self ::is_local_session ( session_id )
. then_some ( true )
. ok_or ( NgError ::SessionNotFound ) ? ;
let session_id = Self ::to_real_session_id ( session_id ) ; let session_id = Self ::to_real_session_id ( session_id ) ;
if session_id as usize > = self . opened_sessions_list . len ( ) { if session_id as usize > = self . opened_sessions_list . len ( ) {
return Err ( NgError ::InvalidArgument ) ; return Err ( NgError ::InvalidArgument ) ;
@ -751,32 +811,35 @@ impl LocalBroker {
#[ allow(dead_code) ] #[ allow(dead_code) ]
fn get_headless_session ( & self , session_id : u64 ) -> Result < & HeadlessSession , NgError > { fn get_headless_session ( & self , session_id : u64 ) -> Result < & HeadlessSession , NgError > {
self . err_if_not_headless ( ) ? ; self . err_if_not_headless ( ) ? ;
self self . headless_sessions
. headless_sessions
. get ( & session_id ) . get ( & session_id )
. ok_or ( NgError ::SessionNotFound ) . ok_or ( NgError ::SessionNotFound )
} }
#[ allow(dead_code) ] #[ allow(dead_code) ]
fn get_headless_session_by_user ( & self , user_id : & UserId ) -> Result < & HeadlessSession , NgError > { fn get_headless_session_by_user ( & self , user_id : & UserId ) -> Result < & HeadlessSession , NgError > {
self . err_if_not_headless ( ) ? ; self . err_if_not_headless ( ) ? ;
let session_id = self . opened_sessions . get ( user_id ) . ok_or ( NgError ::SessionNotFound ) ? ; let session_id = self
. opened_sessions
. get ( user_id )
. ok_or ( NgError ::SessionNotFound ) ? ;
self . get_headless_session ( * session_id ) self . get_headless_session ( * session_id )
} }
fn remove_headless_session ( & mut self , user_id : & UserId ) -> Result < ( u64 , HeadlessSession ) , NgError > { fn remove_headless_session (
& mut self ,
user_id : & UserId ,
) -> Result < ( u64 , HeadlessSession ) , NgError > {
self . err_if_not_headless ( ) ? ; self . err_if_not_headless ( ) ? ;
let session_id = self . opened_sessions . remove ( user_id ) . ok_or ( NgError ::SessionNotFound ) ? ; let session_id = self
. opened_sessions
. remove ( user_id )
. ok_or ( NgError ::SessionNotFound ) ? ;
let session = self let session = self
. headless_sessions . headless_sessions
@ -787,7 +850,9 @@ impl LocalBroker {
#[ allow(dead_code) ] #[ allow(dead_code) ]
fn get_remote_session ( & self , session_id : u64 ) -> Result < & RemoteSession , NgError > { fn get_remote_session ( & self , session_id : u64 ) -> Result < & RemoteSession , NgError > {
let _ = Self ::is_remote_session ( session_id ) . then_some ( true ) . ok_or ( NgError ::SessionNotFound ) ? ; let _ = Self ::is_remote_session ( session_id )
. then_some ( true )
. ok_or ( NgError ::SessionNotFound ) ? ;
let session_id = Self ::to_real_session_id ( session_id ) ; let session_id = Self ::to_real_session_id ( session_id ) ;
if session_id as usize > = self . remote_sessions_list . len ( ) { if session_id as usize > = self . remote_sessions_list . len ( ) {
return Err ( NgError ::InvalidArgument ) ; return Err ( NgError ::InvalidArgument ) ;
@ -914,7 +979,7 @@ impl LocalBroker {
Arc ::new ( std ::sync ::RwLock ::new ( HashMapBlockStorage ::new ( ) ) ) Arc ::new ( std ::sync ::RwLock ::new ( HashMapBlockStorage ::new ( ) ) )
as Arc < std ::sync ::RwLock < dyn BlockStorage + Send + Sync + ' static > > as Arc < std ::sync ::RwLock < dyn BlockStorage + Send + Sync + ' static > >
} else { } else {
#[ cfg(all(not(target_family = " wasm " ),not(docsrs))) ] #[ cfg(all(not(target_family = " wasm " ), not(docsrs))) ]
{ {
let key_material = wallet let key_material = wallet
. client ( ) . client ( )
@ -935,7 +1000,7 @@ impl LocalBroker {
) ? ) ) ) ? ) )
as Arc < std ::sync ::RwLock < dyn BlockStorage + Send + Sync + ' static > > as Arc < std ::sync ::RwLock < dyn BlockStorage + Send + Sync + ' static > >
} }
#[ cfg(any(target_family = " wasm " ,docsrs)) ] #[ cfg(any(target_family = " wasm " , docsrs)) ]
{ {
Arc ::new ( std ::sync ::RwLock ::new ( HashMapBlockStorage ::new ( ) ) ) Arc ::new ( std ::sync ::RwLock ::new ( HashMapBlockStorage ::new ( ) ) )
as Arc < std ::sync ::RwLock < dyn BlockStorage + Send + Sync + ' static > > as Arc < std ::sync ::RwLock < dyn BlockStorage + Send + Sync + ' static > >
@ -972,7 +1037,6 @@ impl LocalBroker {
} }
fn add_headless_session ( & mut self , session : HeadlessSession ) -> Result < SessionInfo , NgError > { fn add_headless_session ( & mut self , session : HeadlessSession ) -> Result < SessionInfo , NgError > {
let user_id = session . user_id ; let user_id = session . user_id ;
let mut first_available : u64 = 0 ; let mut first_available : u64 = 0 ;
@ -1494,14 +1558,121 @@ pub async fn wallet_add(lws: LocalWalletStorageV0) -> Result<(), NgError> {
} }
Ok ( ( ) ) Ok ( ( ) )
} }
pub fn wallet_to_wallet_recovery (
wallet : & Wallet ,
pazzle : Vec < u8 > ,
mnemonic : [ u16 ; 12 ] ,
pin : [ u8 ; 4 ] ,
) -> NgQRCodeWalletRecoveryV0 {
match wallet {
Wallet ::V0 ( v0 ) = > {
let mut content = v0 . content . clone ( ) ;
content . security_img = vec! [ ] ;
NgQRCodeWalletRecoveryV0 {
wallet : content ,
pazzle ,
mnemonic ,
pin ,
}
}
_ = > unimplemented! ( ) ,
}
}
/// Generates the Recovery PDF containing the Wallet, PIN, Pazzle and Mnemonic.
pub async fn wallet_recovery_pdf (
content : NgQRCodeWalletRecoveryV0 ,
size : u32 ,
) -> Result < Vec < u8 > , NgError > {
let ser = serde_bare ::to_vec ( & content ) ? ;
if ser . len ( ) > 2_953 {
return Err ( NgError ::InvalidPayload ) ;
}
let recovery_str = base64_url ::encode ( & ser ) ;
let wallet_svg = match QrCode ::with_error_correction_level ( & ser , qrcode ::EcLevel ::M ) {
Ok ( qr ) = > {
let svg = qr
. render ( )
. max_dimensions ( size , size )
. dark_color ( svg ::Color ( "#000000" ) )
. light_color ( svg ::Color ( "#ffffff" ) )
. build ( ) ;
svg
}
Err ( _e ) = > return Err ( NgError ::BrokerError ) ,
} ;
let options = svg2pdf ::usvg ::Options ::default ( ) ;
let tree = svg2pdf ::usvg ::Tree ::from_str ( & wallet_svg , & options )
. map_err ( | e | NgError ::WalletError ( e . to_string ( ) ) ) ? ;
// PDF uses A4 format (21cm x 29.7cm)
// TODO: instead of to_pdf in the next line, do to_chunk, and then add the text below the SVG.
// the SVG should take all the width of the A4 (so that only 29.7-21 = 8cm remains below the SVG, for all the following)
// the text is :
// - one line with : "PIN = 1234 pazzle = cat_slug:emoji_slug cat_slug:emoji_slug ...[x9]"
// - one line with the 9 emoji SVGs (with size so they fit in one line, width of the A4)
// - one line with : "mnemonic = [12 words of mnemonic]"
// - one line with recovery_str (it is quite long. choose a font size that make it fit here so the whole document is only one page)
// you can use the methods of pdf_writer library.
let ( mut chunk , reference ) = svg2pdf ::to_chunk ( & tree , ConversionOptions ::default ( ) ) ;
// probably then: add the text with chunk.stream() or chunk.indirect()
//let pdf_buf = svg2pdf::to_pdf(&tree, ConversionOptions::default(), PageOptions::default());
// Define some indirect reference ids we'll use.
let catalog_id = Ref ::new ( 1000 ) ;
let page_tree_id = Ref ::new ( 1001 ) ;
let page_id = Ref ::new ( 1002 ) ;
let font_id = Ref ::new ( 1003 ) ;
let content_id = Ref ::new ( 1004 ) ;
let font_name = Name ( b" F1 " ) ;
let mut content = Content ::new ( ) ;
content . begin_text ( ) ;
content . set_font ( font_name , 14.0 ) ;
content . next_line ( 108.0 , 734.0 ) ;
content . show ( Str ( b" Hello World from Rust! " ) ) ;
content . end_text ( ) ;
// Write a document catalog and a page tree with one A4 page that uses no resources.
let mut pdf = Pdf ::new ( ) ;
pdf . stream ( content_id , & content . finish ( ) ) ;
pdf . catalog ( catalog_id ) . pages ( page_tree_id ) ;
pdf . pages ( page_tree_id ) . kids ( [ page_id ] ) . count ( 1 ) ;
{
let mut page = pdf . page ( page_id ) ;
let mut page_resources = page
. parent ( page_tree_id )
. media_box ( Rect ::new ( 0.0 , 0.0 , 595.0 , 842.0 ) )
. resources ( ) ;
page_resources . fonts ( ) . pair ( font_name , font_id ) ;
page_resources . finish ( ) ;
page . contents ( content_id ) ;
page . finish ( ) ;
}
pdf . type1_font ( font_id ) . base_font ( Name ( b" Courier " ) ) ;
pdf . extend ( & chunk ) ;
let pdf_buf = pdf . finish ( ) ;
Ok ( pdf_buf )
}
#[ cfg(debug_assertions) ] #[ cfg(debug_assertions) ]
lazy_static ! { lazy_static ! {
static ref NEXTGRAPH_EU : BrokerServerV0 = BrokerServerV0 { static ref NEXTGRAPH_EU : BrokerServerV0 = BrokerServerV0 {
server_type : BrokerServerTypeV0 ::Localhost ( 14400 ) , server_type : BrokerServerTypeV0 ::Localhost ( 14400 ) ,
can_verify : false , can_verify : false ,
can_forward : false , can_forward : false ,
peer_id : ng_repo ::utils ::decode_key ( { use crate ::local_broker_dev_env ::PEER_ID ; PEER_ID } ) . unwrap ( ) , peer_id : ng_repo ::utils ::decode_key ( {
use crate ::local_broker_dev_env ::PEER_ID ;
PEER_ID
} )
. unwrap ( ) ,
} ; } ;
} }
@ -1511,9 +1682,9 @@ lazy_static! {
server_type : BrokerServerTypeV0 ::Domain ( "nextgraph.eu" . to_string ( ) ) , server_type : BrokerServerTypeV0 ::Domain ( "nextgraph.eu" . to_string ( ) ) ,
can_verify : false , can_verify : false ,
can_forward : false , can_forward : false ,
peer_id : ng_repo ::utils ::decode_key ( "FtdzuDYGewfXWdoPuXIPb0wnd0SAg1WoA2B14S7jW3MA" ) . unwrap ( ) , peer_id : ng_repo ::utils ::decode_key ( "FtdzuDYGewfXWdoPuXIPb0wnd0SAg1WoA2B14S7jW3MA" )
. unwrap ( ) ,
} ; } ;
} }
/// Obtains a Wallet object from a QRCode or a TextCode.
/// Obtains a Wallet object from a QRCode or a TextCode.
@ -1522,19 +1693,25 @@ lazy_static! {
/// with the help of the function [wallet_open_with_pazzle_words]
/// with the help of the function [wallet_open_with_pazzle_words]
/// followed by [wallet_import]
/// followed by [wallet_import]
pub async fn wallet_import_from_code ( code : String ) -> Result < Wallet , NgError > { pub async fn wallet_import_from_code ( code : String ) -> Result < Wallet , NgError > {
let qr = NgQRCode ::from_code ( code ) ? ; let qr = NgQRCode ::from_code ( code ) ? ;
match qr { match qr {
NgQRCode ::V0 ( NgQRCodeV0 { broker , rendezvous , secret_key , is_rendezvous } ) = > { NgQRCode ::WalletTransferV0 ( NgQRCodeWalletTransferV0 {
broker ,
rendezvous ,
secret_key ,
is_rendezvous ,
} ) = > {
let wallet : ExportedWallet = do_ext_call ( let wallet : ExportedWallet = do_ext_call (
& broker , & broker ,
ExtWalletGetExportV0 { ExtWalletGetExportV0 {
id :rendezvous , id : rendezvous ,
is_rendezvous is_rendezvous ,
} ) . await ? ; } ,
)
. await ? ;
let mut buf = wallet . 0. into_vec ( ) ; let mut buf = wallet . 0. into_vec ( ) ;
encrypt_in_place ( & mut buf , * secret_key . slice ( ) , [ 0 ; 12 ] ) ; encrypt_in_place ( & mut buf , * secret_key . slice ( ) , [ 0 ; 12 ] ) ;
let wallet : Wallet = serde_bare ::from_slice ( & buf ) ? ; let wallet : Wallet = serde_bare ::from_slice ( & buf ) ? ;
let broker = match LOCAL_BROKER . get ( ) { let broker = match LOCAL_BROKER . get ( ) {
@ -1548,8 +1725,8 @@ pub async fn wallet_import_from_code(code: String) -> Result<Wallet, NgError> {
} else { } else {
Err ( NgError ::WalletAlreadyAdded ) Err ( NgError ::WalletAlreadyAdded )
} }
} }
_ = > Err ( NgError ::IncompatibleQrCode ) ,
} }
} }
@ -1559,12 +1736,12 @@ pub async fn wallet_import_from_code(code: String) -> Result<Wallet, NgError> {
/// The QRCode is displayed on that device, and another device (with camera, and with the wallet) will scan it.
/// The QRCode is displayed on that device, and another device (with camera, and with the wallet) will scan it.
///
///
/// Returns the QRcode in SVG format, and the code (a string) to be used with [wallet_import_from_code]
/// Returns the QRcode in SVG format, and the code (a string) to be used with [wallet_import_from_code]
pub async fn wallet_import_rendezvous ( size : u32 ) -> Result < ( String , String ) , NgError > { pub async fn wallet_import_rendezvous ( size : u32 ) -> Result < ( String , String ) , NgError > {
let code = NgQRCode ::V0 ( NgQRCodeV0 { let code = NgQRCode ::WalletTransfer V0( NgQRCodeWalletTransfer V0 {
broker : NEXTGRAPH_EU . clone ( ) , broker : NEXTGRAPH_EU . clone ( ) ,
rendezvous : SymKey ::random ( ) , rendezvous : SymKey ::random ( ) ,
secret_key : SymKey ::random ( ) , secret_key : SymKey ::random ( ) ,
is_rendezvous : true is_rendezvous : true ,
} ) ; } ) ;
let code_string = code . to_code ( ) ; let code_string = code . to_code ( ) ;
@ -1577,11 +1754,11 @@ pub async fn wallet_import_rendezvous(size: u32) -> Result<(String,String), NgEr
. light_color ( svg ::Color ( "#ffffff" ) ) . light_color ( svg ::Color ( "#ffffff" ) )
. build ( ) ; . build ( ) ;
svg svg
} , }
Err ( _e ) = > { return Err ( NgError ::BrokerError ) } Err ( _e ) = > return Err ( NgError ::BrokerError ) ,
} ; } ;
Ok ( ( code_svg , code_string ) ) Ok ( ( code_svg , code_string ) )
} }
/// Gets the TextCode to display in order to export the wallet of the current session ID
/// Gets the TextCode to display in order to export the wallet of the current session ID
@ -1590,23 +1767,21 @@ pub async fn wallet_import_rendezvous(size: u32) -> Result<(String,String), NgEr
///
///
/// Returns the TextCode
/// Returns the TextCode
pub async fn wallet_export_get_textcode ( session_id : u64 ) -> Result < String , NgError > { pub async fn wallet_export_get_textcode ( session_id : u64 ) -> Result < String , NgError > {
let broker = match LOCAL_BROKER . get ( ) { let broker = match LOCAL_BROKER . get ( ) {
None | Some ( Err ( _ ) ) = > return Err ( NgError ::LocalBrokerNotInitialized ) , None | Some ( Err ( _ ) ) = > return Err ( NgError ::LocalBrokerNotInitialized ) ,
Some ( Ok ( broker ) ) = > broker . read ( ) . await , Some ( Ok ( broker ) ) = > broker . read ( ) . await ,
} ; } ;
match & broker . config { match & broker . config {
LocalBrokerConfig ::Headless ( _ ) = > { LocalBrokerConfig ::Headless ( _ ) = > return Err ( NgError ::LocalBrokerIsHeadless ) ,
return Err ( NgError ::LocalBrokerIsHeadless )
} ,
_ = > { _ = > {
let ( real_session_id , is_remote ) = broker . get_real_session_id_for_mut ( session_id ) ? ; let ( real_session_id , is_remote ) = broker . get_real_session_id_for_mut ( session_id ) ? ;
if is_remote { if is_remote {
return Err ( NgError ::NotImplemented ) ; return Err ( NgError ::NotImplemented ) ;
} else { } else {
let session = broker . opened_sessions_list [ real_session_id ] . as_ref ( ) let session = broker . opened_sessions_list [ real_session_id ]
. as_ref ( )
. ok_or ( NgError ::SessionNotFound ) ? ; . ok_or ( NgError ::SessionNotFound ) ? ;
let wallet_name = session . config . wallet_name ( ) ; let wallet_name = session . config . wallet_name ( ) ;
@ -1617,20 +1792,31 @@ pub async fn wallet_export_get_textcode(session_id: u64) -> Result<String, NgErr
let wallet = & lws . wallet ; let wallet = & lws . wallet ;
let secret_key = SymKey ::random ( ) ; let secret_key = SymKey ::random ( ) ;
let rendezvous = SymKey ::random ( ) ; let rendezvous = SymKey ::random ( ) ;
let code = NgQRCode ::V0 ( NgQRCodeV0 { let code = NgQRCode ::WalletTransfer V0( NgQRCodeWalletTransfer V0 {
broker : NEXTGRAPH_EU . clone ( ) , broker : NEXTGRAPH_EU . clone ( ) ,
rendezvous : rendezvous . clone ( ) , rendezvous : rendezvous . clone ( ) ,
secret_key : secret_key . clone ( ) , secret_key : secret_key . clone ( ) ,
is_rendezvous : false is_rendezvous : false ,
} ) ; } ) ;
let code_string = code . to_code ( ) ; let code_string = code . to_code ( ) ;
let mut wallet_ser = serde_bare ::to_vec ( wallet ) ? ; let mut wallet_ser = serde_bare ::to_vec ( wallet ) ? ;
encrypt_in_place ( & mut wallet_ser , * secret_key . slice ( ) , [ 0 ; 12 ] ) ; encrypt_in_place ( & mut wallet_ser , * secret_key . slice ( ) , [ 0 ; 12 ] ) ;
let exported_wallet = ExportedWallet ( serde_bytes ::ByteBuf ::from ( wallet_ser ) ) ; let exported_wallet =
match session . verifier . client_request ::< WalletPutExport , ( ) > ( WalletPutExport ::V0 ( WalletPutExportV0 { wallet :exported_wallet , rendezvous_id :rendezvous , is_rendezvous :false } ) ) . await { ExportedWallet ( serde_bytes ::ByteBuf ::from ( wallet_ser ) ) ;
match session
. verifier
. client_request ::< WalletPutExport , ( ) > ( WalletPutExport ::V0 (
WalletPutExportV0 {
wallet : exported_wallet ,
rendezvous_id : rendezvous ,
is_rendezvous : false ,
} ,
) )
. await
{
Err ( e ) = > Err ( e ) , Err ( e ) = > Err ( e ) ,
Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) , Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) ,
Ok ( SoS ::Single ( _ ) ) = > Ok ( code_string )
Ok ( SoS ::Single ( _ ) ) = > Ok ( code_string ) ,
} }
} }
} }
@ -1645,7 +1831,6 @@ pub async fn wallet_export_get_textcode(session_id: u64) -> Result<String, NgErr
///
///
/// Returns the QRcode in SVG format
/// Returns the QRcode in SVG format
pub async fn wallet_export_get_qrcode ( session_id : u64 , size : u32 ) -> Result < String , NgError > { pub async fn wallet_export_get_qrcode ( session_id : u64 , size : u32 ) -> Result < String , NgError > {
let code_string = wallet_export_get_textcode ( session_id ) . await ? ; let code_string = wallet_export_get_textcode ( session_id ) . await ? ;
let code_svg = match QrCode ::with_error_correction_level ( & code_string , qrcode ::EcLevel ::M ) { let code_svg = match QrCode ::with_error_correction_level ( & code_string , qrcode ::EcLevel ::M ) {
@ -1657,23 +1842,25 @@ pub async fn wallet_export_get_qrcode(session_id: u64, size: u32) -> Result<Stri
. light_color ( svg ::Color ( "#ffffff" ) ) . light_color ( svg ::Color ( "#ffffff" ) )
. build ( ) ; . build ( ) ;
svg svg
} , }
Err ( _e ) = > { return Err ( NgError ::BrokerError ) } Err ( _e ) = > return Err ( NgError ::BrokerError ) ,
} ; } ;
Ok ( code_svg ) Ok ( code_svg )
} }
/// Puts the Wallet to the rendezvous ID that was scanned
/// Puts the Wallet to the rendezvous ID that was scanned
///
///
/// The rendezvous ID is valid for 5 min.
/// The rendezvous ID is valid for 5 min.
pub async fn wallet_export_rendezvous ( session_id : u64 , code : String ) -> Result < ( ) , NgError > { pub async fn wallet_export_rendezvous ( session_id : u64 , code : String ) -> Result < ( ) , NgError > {
let qr = NgQRCode ::from_code ( code ) ? ; let qr = NgQRCode ::from_code ( code ) ? ;
match qr { match qr {
NgQRCode ::V0 ( NgQRCodeV0 { broker : _ , rendezvous , secret_key , is_rendezvous } ) = > { NgQRCode ::WalletTransferV0 ( NgQRCodeWalletTransferV0 {
broker : _ ,
rendezvous ,
secret_key ,
is_rendezvous ,
} ) = > {
if ! is_rendezvous { if ! is_rendezvous {
return Err ( NgError ::NotARendezVous ) ; return Err ( NgError ::NotARendezVous ) ;
} }
@ -1684,16 +1871,16 @@ pub async fn wallet_export_rendezvous(session_id: u64, code: String) -> Result<(
} ; } ;
match & broker . config { match & broker . config {
LocalBrokerConfig ::Headless ( _ ) = > { LocalBrokerConfig ::Headless ( _ ) = > return Err ( NgError ::LocalBrokerIsHeadless ) ,
return Err ( NgError ::LocalBrokerIsHeadless )
} ,
_ = > { _ = > {
let ( real_session_id , is_remote ) = broker . get_real_session_id_for_mut ( session_id ) ? ; let ( real_session_id , is_remote ) =
broker . get_real_session_id_for_mut ( session_id ) ? ;
if is_remote { if is_remote {
return Err ( NgError ::NotImplemented ) ; return Err ( NgError ::NotImplemented ) ;
} else { } else {
let session = broker . opened_sessions_list [ real_session_id ] . as_ref ( ) let session = broker . opened_sessions_list [ real_session_id ]
. as_ref ( )
. ok_or ( NgError ::SessionNotFound ) ? ; . ok_or ( NgError ::SessionNotFound ) ? ;
let wallet_name = session . config . wallet_name ( ) ; let wallet_name = session . config . wallet_name ( ) ;
@ -1704,16 +1891,27 @@ pub async fn wallet_export_rendezvous(session_id: u64, code: String) -> Result<(
let wallet = & lws . wallet ; let wallet = & lws . wallet ;
let mut wallet_ser = serde_bare ::to_vec ( wallet ) ? ; let mut wallet_ser = serde_bare ::to_vec ( wallet ) ? ;
encrypt_in_place ( & mut wallet_ser , * secret_key . slice ( ) , [ 0 ; 12 ] ) ; encrypt_in_place ( & mut wallet_ser , * secret_key . slice ( ) , [ 0 ; 12 ] ) ;
let exported_wallet = ExportedWallet ( serde_bytes ::ByteBuf ::from ( wallet_ser ) ) ; let exported_wallet =
ExportedWallet ( serde_bytes ::ByteBuf ::from ( wallet_ser ) ) ;
// TODO: send the WalletPutExport client request to the broker received from QRcode. for now it is cheer luck that all clients are connected to nextgraph.eu.
// TODO: send the WalletPutExport client request to the broker received from QRcode. for now it is cheer luck that all clients are connected to nextgraph.eu.
// if the user doesn't have an account with nextgraph.eu, their broker should relay the request (core protocol ?)
// if the user doesn't have an account with nextgraph.eu, their broker should relay the request (core protocol ?)
match session . verifier . client_request ::< WalletPutExport , ( ) > ( WalletPutExport ::V0 ( WalletPutExportV0 { wallet :exported_wallet , rendezvous_id :rendezvous , is_rendezvous :true } ) ) . await { match session
. verifier
. client_request ::< WalletPutExport , ( ) > ( WalletPutExport ::V0 (
WalletPutExportV0 {
wallet : exported_wallet ,
rendezvous_id : rendezvous ,
is_rendezvous : true ,
} ,
) )
. await
{
Err ( e ) = > Err ( e ) , Err ( e ) = > Err ( e ) ,
Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) , Ok ( SoS ::Stream ( _ ) ) = > Err ( NgError ::InvalidResponse ) ,
Ok ( SoS ::Single ( _ ) ) = > Ok ( ( ) )
Ok ( SoS ::Single ( _ ) ) = > Ok ( ( ) ) ,
} }
} }
} }
@ -1721,6 +1919,7 @@ pub async fn wallet_export_rendezvous(session_id: u64, code: String) -> Result<(
} }
} }
} }
_ = > Err ( NgError ::IncompatibleQrCode ) ,
} }
} }
@ -1787,27 +1986,6 @@ pub fn wallet_open_with_pazzle(
Ok ( opened_wallet ) Ok ( opened_wallet )
} }
#[ doc(hidden) ]
/// This is a bit hard to use as the mnemonic words are encoded in u16.
/// prefer the function wallet_open_with_mnemonic_words
pub fn wallet_open_with_mnemonic (
wallet : & Wallet ,
mnemonic : Vec < u16 > ,
pin : [ u8 ; 4 ] ,
) -> Result < SensitiveWallet , NgError > {
if mnemonic . len ( ) ! = 12 {
return Err ( NgError ::InvalidMnemonic ) ;
}
// Convert from vec to array.
let mut mnemonic_arr = [ 0 u16 ; 12 ] ;
for ( place , element ) in mnemonic_arr . iter_mut ( ) . zip ( mnemonic . iter ( ) ) {
* place = * element ;
}
let opened_wallet = ng_wallet ::open_wallet_with_mnemonic ( wallet , mnemonic_arr , pin ) ? ;
Ok ( opened_wallet )
}
/// Opens a wallet by providing an ordered list of words, and the pin.
/// Opens a wallet by providing an ordered list of words, and the pin.
///
///
/// If you are opening a wallet that is already known to the LocalBroker, you must then call [wallet_was_opened].
/// If you are opening a wallet that is already known to the LocalBroker, you must then call [wallet_was_opened].
@ -1822,7 +2000,6 @@ pub fn wallet_open_with_pazzle_words(
wallet_open_with_pazzle ( wallet , encode_pazzle ( pazzle_words ) ? , pin ) wallet_open_with_pazzle ( wallet , encode_pazzle ( pazzle_words ) ? , pin )
} }
/// Opens a wallet by providing an ordered list of mnemonic words, and the pin.
/// Opens a wallet by providing an ordered list of mnemonic words, and the pin.
///
///
/// If you are opening a wallet that is already known to the LocalBroker, you must then call [wallet_was_opened].
/// If you are opening a wallet that is already known to the LocalBroker, you must then call [wallet_was_opened].
@ -1832,9 +2009,11 @@ pub fn wallet_open_with_mnemonic_words(
mnemonic : & Vec < String > , mnemonic : & Vec < String > ,
pin : [ u8 ; 4 ] , pin : [ u8 ; 4 ] ,
) -> Result < SensitiveWallet , NgError > { ) -> Result < SensitiveWallet , NgError > {
let encoded : Vec < u16 > = encode_mnemonic ( mnemonic ) ? ; Ok ( ng_wallet ::open_wallet_with_mnemonic (
wallet ,
wallet_open_with_mnemonic ( wallet , encoded , pin ) encode_mnemonic ( mnemonic ) ? ,
pin ,
) ? )
} }
/// Imports a wallet into the LocalBroker so the user can then access its content.
/// Imports a wallet into the LocalBroker so the user can then access its content.
@ -1931,7 +2110,6 @@ pub async fn session_start(config: SessionConfig) -> Result<SessionInfo, NgError
// TODO: implement SessionConfig::WithCredentials . VerifierType::Remote => it needs to establish a connection to remote here, then send the AppSessionStart in it.
// TODO: implement SessionConfig::WithCredentials . VerifierType::Remote => it needs to establish a connection to remote here, then send the AppSessionStart in it.
// also, it is using broker.remote_sessions.get
// also, it is using broker.remote_sessions.get
_ = > { _ = > {
if config . is_remote ( ) | | config . is_with_credentials ( ) { if config . is_remote ( ) | | config . is_with_credentials ( ) {
unimplemented! ( ) ; unimplemented! ( ) ;
} }
@ -2185,10 +2363,9 @@ pub async fn session_stop(user_id: &UserId) -> Result<(), NgError> {
match broker . config { match broker . config {
LocalBrokerConfig ::Headless ( _ ) = > { LocalBrokerConfig ::Headless ( _ ) = > {
let ( session_id , _ ) = broker . remove_headless_session ( user_id ) ? ;
let ( session_id , _ ) = broker . remove_headless_session ( user_id ) ? ; let request = AppSessionStop ::V0 ( AppSessionStopV0 {
let request = AppSessionStop ::V0 ( AppSessionStopV0 {
session_id , session_id ,
force_close : false , force_close : false ,
} ) ; } ) ;
@ -2223,15 +2400,17 @@ pub async fn session_headless_stop(session_id: u64, force_close: bool) -> Result
match broker . config { match broker . config {
LocalBrokerConfig ::Headless ( _ ) = > { LocalBrokerConfig ::Headless ( _ ) = > {
let session = broker let session = broker
. headless_sessions . headless_sessions
. remove ( & session_id ) . remove ( & session_id )
. ok_or ( NgError ::SessionNotFound ) ? ; . ok_or ( NgError ::SessionNotFound ) ? ;
let _ = broker . opened_sessions . remove ( & session . user_id ) . ok_or ( NgError ::SessionNotFound ) ? ; let _ = broker
. opened_sessions
. remove ( & session . user_id )
. ok_or ( NgError ::SessionNotFound ) ? ;
let request = AppSessionStop ::V0 ( AppSessionStopV0 { let request = AppSessionStop ::V0 ( AppSessionStopV0 {
session_id , session_id ,
force_close , force_close ,
} ) ; } ) ;
@ -2342,11 +2521,10 @@ pub async fn app_request(request: AppRequest) -> Result<AppResponse, NgError> {
Some ( Ok ( broker ) ) = > broker . write ( ) . await , Some ( Ok ( broker ) ) = > broker . write ( ) . await ,
} ; } ;
match & broker . config { match & broker . config {
LocalBrokerConfig ::Headless ( _ ) = > { LocalBrokerConfig ::Headless ( _ ) = > broker . send_request_headless ( request ) . await ,
broker . send_request_headless ( request ) . await
} ,
_ = > { _ = > {
let ( real_session_id , is_remote ) = broker . get_real_session_id_for_mut ( request . session_id ( ) ) ? ; let ( real_session_id , is_remote ) =
broker . get_real_session_id_for_mut ( request . session_id ( ) ) ? ;
if is_remote { if is_remote {
let session = broker . remote_sessions_list [ real_session_id ] let session = broker . remote_sessions_list [ real_session_id ]
@ -2372,11 +2550,10 @@ pub async fn app_request_stream(
Some ( Ok ( broker ) ) = > broker . write ( ) . await , Some ( Ok ( broker ) ) = > broker . write ( ) . await ,
} ; } ;
match & broker . config { match & broker . config {
LocalBrokerConfig ::Headless ( _ ) = > { LocalBrokerConfig ::Headless ( _ ) = > broker . send_request_stream_headless ( request ) . await ,
broker . send_request_stream_headless ( request ) . await
} ,
_ = > { _ = > {
let ( real_session_id , is_remote ) = broker . get_real_session_id_for_mut ( request . session_id ( ) ) ? ; let ( real_session_id , is_remote ) =
broker . get_real_session_id_for_mut ( request . session_id ( ) ) ? ;
if is_remote { if is_remote {
let session = broker . remote_sessions_list [ real_session_id ] let session = broker . remote_sessions_list [ real_session_id ]
@ -2447,11 +2624,7 @@ async fn do_admin_call<
async fn do_ext_call < async fn do_ext_call <
A : Into < ProtocolMessage > + Into < ExtRequestContentV0 > + std ::fmt ::Debug + Sync + Send + ' static , A : Into < ProtocolMessage > + Into < ExtRequestContentV0 > + std ::fmt ::Debug + Sync + Send + ' static ,
B : TryFrom < ProtocolMessage , Error = ProtocolError > B : TryFrom < ProtocolMessage , Error = ProtocolError > + std ::fmt ::Debug + Sync + Send + ' static ,
+ std ::fmt ::Debug
+ Sync
+ Send
+ ' static ,
> ( > (
broker_server : & BrokerServerV0 , broker_server : & BrokerServerV0 ,
cmd : A , cmd : A ,
@ -2469,23 +2642,23 @@ async fn do_ext_call<
} }
#[ doc(hidden) ] #[ doc(hidden) ]
pub async fn admin_create_user ( server_peer_id : DirectPeerId , admin_user_key : PrivKey , server_addr : BindAddress ) -> Result < UserId , ProtocolError > { pub async fn admin_create_user (
server_peer_id : DirectPeerId ,
admin_user_key : PrivKey ,
server_addr : BindAddress ,
) -> Result < UserId , ProtocolError > {
let res = do_admin_call ( let res = do_admin_call (
server_peer_id , server_peer_id ,
admin_user_key , admin_user_key ,
server_addr , server_addr ,
CreateUser ::V0 ( CreateUserV0 { CreateUser ::V0 ( CreateUserV0 { } ) ,
} ) ,
) )
. await ? ; . await ? ;
match res { match res {
AdminResponseContentV0 ::UserId ( id ) = > Ok ( id ) , AdminResponseContentV0 ::UserId ( id ) = > Ok ( id ) ,
_ = > Err ( ProtocolError ::InvalidValue ) _ = > Err ( ProtocolError ::InvalidValue ) ,
} }
} }
#[ allow(unused_imports) ] #[ allow(unused_imports) ]
@ -2717,4 +2890,35 @@ mod test {
// closes the wallet
// closes the wallet
wallet_close ( & wallet_name ) . await . expect ( "wallet_close" ) ; wallet_close ( & wallet_name ) . await . expect ( "wallet_close" ) ;
} }
#[ async_std::test ]
async fn recovery_pdf ( ) {
let wallet_file = read ( "tests/wallet.ngw" ) . expect ( "read wallet file" ) ;
init_local_broker ( Box ::new ( | | LocalBrokerConfig ::InMemory ) ) . await ;
let wallet = wallet_read_file ( wallet_file )
. await
. expect ( "wallet_read_file" ) ;
let pazzle_string = read_to_string ( "tests/wallet.pazzle" ) . expect ( "read pazzle file" ) ;
let pazzle_words = pazzle_string . split ( ' ' ) . map ( | s | s . to_string ( ) ) . collect ( ) ;
let mnemonic_string = read_to_string ( "tests/wallet.mnemonic" ) . expect ( "read mnemonic file" ) ;
let mnemonic_words = mnemonic_string . split ( ' ' ) . map ( | s | s . to_string ( ) ) . collect ( ) ;
let pin : [ u8 ; 4 ] = [ 1 , 2 , 1 , 2 ] ;
let pazzle = encode_pazzle ( & pazzle_words ) . expect ( "encode_pazzle" ) ;
let mnemonic = encode_mnemonic ( & mnemonic_words ) . expect ( "encode_mnemonic" ) ;
let wallet_recovery = wallet_to_wallet_recovery ( & wallet , pazzle , mnemonic , pin ) ;
let pdf_buffer = wallet_recovery_pdf ( wallet_recovery , 600 )
. await
. expect ( "wallet_recovery_pdf" ) ;
let mut file =
File ::create ( "tests/recovery.pdf" ) . expect ( "open for write recovery.pdf file" ) ;
file . write_all ( & pdf_buffer ) . expect ( "write of recovery.pdf" ) ;
}
} }
