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� � k + � � � ^ � � � [ � � � � � � � * � � � � � � � p ` C . � � � � { z 6 � � � D � � ` % } }) }) delete: key.derive_usize(7)?.public_key(), read: Either::Right(key.derive_usize(6)?), create: Either::Right(key.derive_usize(5)?), discover: Either::Right(key.derive_usize(4)?), channel: Some(ChannelPermission{ delete: Some(Either::Right(key.derive_usize(3)?)), read: Either::Right(key.derive_usize(2)?), create: Either::Right(key.derive_usize(1)?), discover: key.derive_usize(0)?, Ok(Permission{ pub fn from_key(key: &SecretKey) -> Result<Permission, Error> { } Permission{discover, create, read, delete, channel} ) -> Permission { channel: Option<ChannelPermission> delete: Option<Key>, read: Key, create: Key, discover: SecretKey, pub fn new( impl Permission { } pub channel: Option<ChannelPermission> pub delete: Option<Key>, pub read: Key, pub create: Key, pub discover: SecretKey, pub struct Permission { #[derive(JsonSchema, Serialize, Deserialize, Clone, Debug, PartialEq, Eq, PartialOrd, Ord)] } } Ok(()) } return Err(error("DeleteChild key dose not match")); if self.delete != other.delete { } return Err(error("ReadChild key dose not match")); other.read.map_ref_to_left(|k| k.public_key()) { if self.read.map_ref_to_left(|k| k.public_key()) != } return Err(error("CreateChild key does not match")); other.create.map_ref_to_left(|k| k.public_key()) { if self.create.map_ref_to_left(|k| k.public_key()) != } return Err(error("DiscoverChild key does not match")); other.discover.map_ref_to_left(|k| k.public_key()) { if self.discover.map_ref_to_left(|k| k.public_key()) != let error = |r: &str| Error::bad_request("ChannelPermission.validate", r); pub fn validate(&self, other: &Self) -> Result<(), Error> { impl ChannelPermission { } pub delete: PublicKey,//Key provided so that records that require a delete key that are created under a channel can use a known key(Combine discover key for child with this key and XOR some constant to prevent anyone from using this key ever) pub read: Key, pub create: Key, pub discover: Key, pub struct ChannelPermission { #[derive(JsonSchema, Serialize, Deserialize, Clone, Debug, PartialEq, Eq, PartialOrd, Ord)] } } ChannelPermissionOptions{can_discover, can_create, can_read} pub fn new(can_discover: bool, can_create: bool, can_read: bool) -> Self { impl ChannelPermissionOptions { } pub can_read: bool, pub can_create: bool, pub can_discover: bool, pub struct ChannelPermissionOptions { #[derive(JsonSchema, Serialize, Deserialize, Clone, Debug, PartialEq, Eq, PartialOrd, Ord)] } } PermissionOptions{can_create, can_read, can_delete, channel} ) -> Self { channel: Option<ChannelPermissionOptions> can_create: bool, can_read: bool, can_delete: bool, pub fn new( impl PermissionOptions { } pub channel: Option<ChannelPermissionOptions> pub can_delete: bool, pub can_read: bool, pub can_create: bool, pub struct PermissionOptions { #[derive(JsonSchema, Serialize, Deserialize, Clone, Debug, PartialEq, Eq, PartialOrd, Ord)] use serde::{Serialize, Deserialize}; use schemars::JsonSchema; use crate::crypto::secp256k1::{SecretKey, PublicKey, Key}; use crate::common::structs::Either; use super::Error; ad � U
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} } Ok(()) } else if other.channel.is_some() {return Err(error("Channel presence does not match"));} } else {return Err(error("Channel presence does not match"));} c1.validate(c2)?; if let Some(c2) = &other.channel { if let Some(c1) = &self.channel { } return Err(error("Delete key dose not match")); other.delete.as_ref().map(|d| d.map_ref_to_left(|r| r.public_key())) { if self.delete.as_ref().map(|d| d.map_ref_to_left(|r| r.public_key())) != } return Err(error("Read key does not match")); other.read.map_ref_to_left(|k| k.public_key()) {