use crate::colors;use crate::fs_util::resolve_from_cwd;use deno_core::error::custom_error;use deno_core::error::uri_error;use deno_core::error::AnyError;#[cfg(test)]use deno_core::parking_lot::Mutex;use deno_core::serde::de;use deno_core::serde::Deserialize;use deno_core::serde::Deserializer;use deno_core::serde::Serialize;use deno_core::serde_json;use deno_core::url;use deno_core::ModuleSpecifier;use deno_core::OpState;use log;use once_cell::sync::Lazy;use std::collections::HashSet;use std::fmt;use std::hash::Hash;use std::path::{Path, PathBuf};use std::str::FromStr;use std::string::ToString;#[cfg(test)]use std::sync::atomic::AtomicBool;#[cfg(test)]use std::sync::atomic::Ordering;
const PERMISSION_EMOJI: &str = "⚠️";
static DEBUG_LOG_ENABLED: Lazy<bool> = Lazy::new(|| log::log_enabled!(log::Level::Debug));
#[derive(PartialEq, Debug, Clone, Copy, Deserialize, PartialOrd)]pub enum PermissionState { Granted = 0, Prompt = 1, Denied = 2,}
impl PermissionState { #[inline(always)] fn log_perm_access(name: &str, info: Option<&str>) { if *DEBUG_LOG_ENABLED { log::debug!( "{}", colors::bold(&format!( "{}️ Granted {}", PERMISSION_EMOJI, Self::fmt_access(name, info) )) ); } }
fn fmt_access(name: &str, info: Option<&str>) -> String { format!( "{} access{}", name, info.map_or(String::new(), |info| { format!(" to {}", info) }), ) }
fn error(name: &str, info: Option<&str>) -> AnyError { custom_error( "PermissionDenied", format!( "Requires {}, run again with the --allow-{} flag", Self::fmt_access(name, info), name ), ) }
fn check( self, name: &str, info: Option<&str>, prompt: bool, ) -> (Result<(), AnyError>, bool) { match self { PermissionState::Granted => { Self::log_perm_access(name, info); (Ok(()), false) } PermissionState::Prompt if prompt => { let msg = Self::fmt_access(name, info); if permission_prompt(&msg, name) { Self::log_perm_access(name, info); (Ok(()), true) } else { (Err(Self::error(name, info)), true) } } _ => (Err(Self::error(name, info)), false), } }}
impl fmt::Display for PermissionState { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { match self { PermissionState::Granted => f.pad("granted"), PermissionState::Prompt => f.pad("prompt"), PermissionState::Denied => f.pad("denied"), } }}
impl Default for PermissionState { fn default() -> Self { PermissionState::Prompt }}
#[derive(Clone, Debug, PartialEq)]pub struct UnitPermission { pub name: &'static str, pub description: &'static str, pub state: PermissionState, pub prompt: bool,}
impl UnitPermission { pub fn query(&self) -> PermissionState { self.state }
pub fn request(&mut self) -> PermissionState { if self.state == PermissionState::Prompt { if permission_prompt( &format!("access to {}", self.description), self.name, ) { self.state = PermissionState::Granted; } else { self.state = PermissionState::Denied; } } self.state }
pub fn revoke(&mut self) -> PermissionState { if self.state == PermissionState::Granted { self.state = PermissionState::Prompt; } self.state }
pub fn check(&mut self) -> Result<(), AnyError> { let (result, prompted) = self.state.check(self.name, None, self.prompt); if prompted { if result.is_ok() { self.state = PermissionState::Granted; } else { self.state = PermissionState::Denied; } } result }}
#[derive(Clone, Eq, PartialEq, Hash, Debug)]struct EnvVarName { inner: String,}
impl EnvVarName { pub fn new(env: impl AsRef<str>) -> Self { Self { inner: if cfg!(windows) { env.as_ref().to_uppercase() } else { env.as_ref().to_string() }, } }}
impl AsRef<str> for EnvVarName { fn as_ref(&self) -> &str { self.inner.as_str() }}
#[derive(Clone, Debug, PartialEq)]pub struct UnaryPermission<T: Eq + Hash> { pub name: &'static str, pub description: &'static str, pub global_state: PermissionState, pub granted_list: HashSet<T>, pub denied_list: HashSet<T>, pub prompt: bool,}
#[derive(Clone, Eq, PartialEq, Hash, Debug)]pub struct ReadDescriptor(pub PathBuf);
#[derive(Clone, Eq, PartialEq, Hash, Debug)]pub struct WriteDescriptor(pub PathBuf);
#[derive(Clone, Eq, PartialEq, Hash, Debug)]pub struct NetDescriptor(pub String, pub Option<u16>);
impl NetDescriptor { fn new<T: AsRef<str>>(host: &&(T, Option<u16>)) -> Self { NetDescriptor(host.0.as_ref().to_string(), host.1) }
pub fn from_string(host: String) -> Self { let url = url::Url::parse(&format!("http://{}", host)).unwrap(); let hostname = url.host_str().unwrap().to_string();
NetDescriptor(hostname, url.port()) }}
impl fmt::Display for NetDescriptor { fn fmt(&self, f: &mut fmt::Formatter<'_>) -> fmt::Result { f.write_str(&match self.1 { None => self.0.clone(), Some(port) => format!("{}:{}", self.0, port), }) }}
#[derive(Clone, Eq, PartialEq, Hash, Debug)]pub struct EnvDescriptor(EnvVarName);
impl EnvDescriptor { pub fn new(env: impl AsRef<str>) -> Self { Self(EnvVarName::new(env)) }}
impl AsRef<str> for EnvDescriptor { fn as_ref(&self) -> &str { self.0.as_ref() }}
#[derive(Clone, Eq, PartialEq, Hash, Debug)]pub enum RunDescriptor { Name(String), Path(PathBuf),}
impl FromStr for RunDescriptor { type Err = ();
fn from_str(s: &str) -> Result<Self, Self::Err> { let is_path = s.contains('/'); #[cfg(windows)] let is_path = is_path || s.contains('\\') || Path::new(s).is_absolute(); if is_path { Ok(Self::Path(resolve_from_cwd(Path::new(s)).unwrap())) } else { Ok(Self::Name(s.to_string())) } }}
impl ToString for RunDescriptor { fn to_string(&self) -> String { match self { RunDescriptor::Name(s) => s.clone(), RunDescriptor::Path(p) => p.to_string_lossy().to_string(), } }}
#[derive(Clone, Eq, PartialEq, Hash, Debug)]pub struct FfiDescriptor(pub PathBuf);
impl UnaryPermission<ReadDescriptor> { pub fn query(&self, path: Option<&Path>) -> PermissionState { let path = path.map(|p| resolve_from_cwd(p).unwrap()); if self.global_state == PermissionState::Denied && match path.as_ref() { None => true, Some(path) => self .denied_list .iter() .any(|path_| path_.0.starts_with(path)), } { PermissionState::Denied } else if self.global_state == PermissionState::Granted || match path.as_ref() { None => false, Some(path) => self .granted_list .iter() .any(|path_| path.starts_with(&path_.0)), } { PermissionState::Granted } else { PermissionState::Prompt } }
pub fn request(&mut self, path: Option<&Path>) -> PermissionState { if let Some(path) = path { let (resolved_path, display_path) = resolved_and_display_path(path); let state = self.query(Some(&resolved_path)); if state == PermissionState::Prompt { if permission_prompt( &format!("read access to \"{}\"", display_path.display()), self.name, ) { self.granted_list.insert(ReadDescriptor(resolved_path)); PermissionState::Granted } else { self.denied_list.insert(ReadDescriptor(resolved_path)); self.global_state = PermissionState::Denied; PermissionState::Denied } } else if state == PermissionState::Granted { self.granted_list.insert(ReadDescriptor(resolved_path)); PermissionState::Granted } else { state } } else { let state = self.query(None); if state == PermissionState::Prompt { if permission_prompt("read access", self.name) { self.granted_list.clear(); self.global_state = PermissionState::Granted; PermissionState::Granted } else { self.global_state = PermissionState::Denied; PermissionState::Denied } } else { state } } }
pub fn revoke(&mut self, path: Option<&Path>) -> PermissionState { if let Some(path) = path { let path = resolve_from_cwd(path).unwrap(); self .granted_list .retain(|path_| !path.starts_with(&path_.0)); } else { self.granted_list.clear(); } if self.global_state == PermissionState::Granted { self.global_state = PermissionState::Prompt; } self.query(path) }
pub fn check(&mut self, path: &Path) -> Result<(), AnyError> { let (resolved_path, display_path) = resolved_and_display_path(path); let (result, prompted) = self.query(Some(&resolved_path)).check( self.name, Some(&format!("\"{}\"", display_path.display())), self.prompt, ); if prompted { if result.is_ok() { self.granted_list.insert(ReadDescriptor(resolved_path)); } else { self.denied_list.insert(ReadDescriptor(resolved_path)); self.global_state = PermissionState::Denied; } } result }
pub fn check_blind( &mut self, path: &Path, display: &str, ) -> Result<(), AnyError> { let resolved_path = resolve_from_cwd(path).unwrap(); let (result, prompted) = self.query(Some(&resolved_path)).check( self.name, Some(&format!("<{}>", display)), self.prompt, ); if prompted { if result.is_ok() { self.granted_list.insert(ReadDescriptor(resolved_path)); } else { self.denied_list.insert(ReadDescriptor(resolved_path)); self.global_state = PermissionState::Denied; } } result }
pub fn check_all(&mut self) -> Result<(), AnyError> { let (result, prompted) = self.query(None).check(self.name, Some("all"), self.prompt); if prompted { if result.is_ok() { self.global_state = PermissionState::Granted; } else { self.global_state = PermissionState::Denied; } } result }}
impl Default for UnaryPermission<ReadDescriptor> { fn default() -> Self { UnaryPermission::<ReadDescriptor> { name: "read", description: "read the file system", global_state: Default::default(), granted_list: Default::default(), denied_list: Default::default(), prompt: false, } }}
impl UnaryPermission<WriteDescriptor> { pub fn query(&self, path: Option<&Path>) -> PermissionState { let path = path.map(|p| resolve_from_cwd(p).unwrap()); if self.global_state == PermissionState::Denied && match path.as_ref() { None => true, Some(path) => self .denied_list .iter() .any(|path_| path_.0.starts_with(path)), } { PermissionState::Denied } else if self.global_state == PermissionState::Granted || match path.as_ref() { None => false, Some(path) => self .granted_list .iter() .any(|path_| path.starts_with(&path_.0)), } { PermissionState::Granted } else { PermissionState::Prompt } }
pub fn request(&mut self, path: Option<&Path>) -> PermissionState { if let Some(path) = path { let (resolved_path, display_path) = resolved_and_display_path(path); let state = self.query(Some(&resolved_path)); if state == PermissionState::Prompt { if permission_prompt( &format!("write access to \"{}\"", display_path.display()), self.name, ) { self.granted_list.insert(WriteDescriptor(resolved_path)); PermissionState::Granted } else { self.denied_list.insert(WriteDescriptor(resolved_path)); self.global_state = PermissionState::Denied; PermissionState::Denied } } else if state == PermissionState::Granted { self.granted_list.insert(WriteDescriptor(resolved_path)); PermissionState::Granted } else { state } } else { let state = self.query(None); if state == PermissionState::Prompt { if permission_prompt("write access", self.name) { self.granted_list.clear(); self.global_state = PermissionState::Granted; PermissionState::Granted } else { self.global_state = PermissionState::Denied; PermissionState::Denied } } else { state } } }
pub fn revoke(&mut self, path: Option<&Path>) -> PermissionState { if let Some(path) = path { let path = resolve_from_cwd(path).unwrap(); self .granted_list .retain(|path_| !path.starts_with(&path_.0)); } else { self.granted_list.clear(); } if self.global_state == PermissionState::Granted { self.global_state = PermissionState::Prompt; } self.query(path) }
pub fn check(&mut self, path: &Path) -> Result<(), AnyError> { let (resolved_path, display_path) = resolved_and_display_path(path); let (result, prompted) = self.query(Some(&resolved_path)).check( self.name, Some(&format!("\"{}\"", display_path.display())), self.prompt, ); if prompted { if result.is_ok() { self.granted_list.insert(WriteDescriptor(resolved_path)); } else { self.denied_list.insert(WriteDescriptor(resolved_path)); self.global_state = PermissionState::Denied; } } result }
pub fn check_all(&mut self) -> Result<(), AnyError> { let (result, prompted) = self.query(None).check(self.name, Some("all"), self.prompt); if prompted { if result.is_ok() { self.global_state = PermissionState::Granted; } else { self.global_state = PermissionState::Denied; } } result }}
impl Default for UnaryPermission<WriteDescriptor> { fn default() -> Self { UnaryPermission::<WriteDescriptor> { name: "write", description: "write to the file system", global_state: Default::default(), granted_list: Default::default(), denied_list: Default::default(), prompt: false, } }}
impl UnaryPermission<NetDescriptor> { pub fn query<T: AsRef<str>>( &self, host: Option<&(T, Option<u16>)>, ) -> PermissionState { if self.global_state == PermissionState::Denied && match host.as_ref() { None => true, Some(host) => match host.1 { None => self .denied_list .iter() .any(|host_| host.0.as_ref() == host_.0), Some(_) => self.denied_list.contains(&NetDescriptor::new(host)), }, } { PermissionState::Denied } else if self.global_state == PermissionState::Granted || match host.as_ref() { None => false, Some(host) => { self.granted_list.contains(&NetDescriptor::new(&&( host.0.as_ref().to_string(), None, ))) || self.granted_list.contains(&NetDescriptor::new(host)) } } { PermissionState::Granted } else { PermissionState::Prompt } }
pub fn request<T: AsRef<str>>( &mut self, host: Option<&(T, Option<u16>)>, ) -> PermissionState { if let Some(host) = host { let state = self.query(Some(host)); let host = NetDescriptor::new(&host); if state == PermissionState::Prompt { if permission_prompt( &format!("network access to \"{}\"", host), self.name, ) { self.granted_list.insert(host); PermissionState::Granted } else { self.denied_list.insert(host); self.global_state = PermissionState::Denied; PermissionState::Denied } } else if state == PermissionState::Granted { self.granted_list.insert(host); PermissionState::Granted } else { state } } else { let state = self.query::<&str>(None); if state == PermissionState::Prompt { if permission_prompt("network access", self.name) { self.granted_list.clear(); self.global_state = PermissionState::Granted; PermissionState::Granted } else { self.global_state = PermissionState::Denied; PermissionState::Denied } } else { state } } }
pub fn revoke<T: AsRef<str>>( &mut self, host: Option<&(T, Option<u16>)>, ) -> PermissionState { if let Some(host) = host { if host.1.is_some() { self .granted_list .remove(&NetDescriptor(host.0.as_ref().to_string(), host.1)); } self .granted_list .remove(&NetDescriptor(host.0.as_ref().to_string(), None)); } else { self.granted_list.clear(); } if self.global_state == PermissionState::Granted { self.global_state = PermissionState::Prompt; } self.query(host) }
pub fn check<T: AsRef<str>>( &mut self, host: &(T, Option<u16>), ) -> Result<(), AnyError> { let new_host = NetDescriptor::new(&host); let (result, prompted) = self.query(Some(host)).check( self.name, Some(&format!("\"{}\"", new_host)), self.prompt, ); if prompted { if result.is_ok() { self.granted_list.insert(new_host); } else { self.denied_list.insert(new_host); self.global_state = PermissionState::Denied; } } result }
pub fn check_url(&mut self, url: &url::Url) -> Result<(), AnyError> { let hostname = url .host_str() .ok_or_else(|| uri_error("Missing host"))? .to_string(); let display_host = match url.port() { None => hostname.clone(), Some(port) => format!("{}:{}", hostname, port), }; let host = &(&hostname, url.port_or_known_default()); let (result, prompted) = self.query(Some(host)).check( self.name, Some(&format!("\"{}\"", display_host)), self.prompt, ); if prompted { if result.is_ok() { self.granted_list.insert(NetDescriptor::new(&host)); } else { self.denied_list.insert(NetDescriptor::new(&host)); self.global_state = PermissionState::Denied; } } result }
pub fn check_all(&mut self) -> Result<(), AnyError> { let (result, prompted) = self .query::<&str>(None) .check(self.name, Some("all"), self.prompt); if prompted { if result.is_ok() { self.global_state = PermissionState::Granted; } else { self.global_state = PermissionState::Denied; } } result }}
impl Default for UnaryPermission<NetDescriptor> { fn default() -> Self { UnaryPermission::<NetDescriptor> { name: "net", description: "network", global_state: Default::default(), granted_list: Default::default(), denied_list: Default::default(), prompt: false, } }}
impl UnaryPermission<EnvDescriptor> { pub fn query(&self, env: Option<&str>) -> PermissionState { let env = env.map(EnvVarName::new); if self.global_state == PermissionState::Denied && match env.as_ref() { None => true, Some(env) => self.denied_list.contains(&EnvDescriptor::new(env)), } { PermissionState::Denied } else if self.global_state == PermissionState::Granted || match env.as_ref() { None => false, Some(env) => self.granted_list.contains(&EnvDescriptor::new(env)), } { PermissionState::Granted } else { PermissionState::Prompt } }
pub fn request(&mut self, env: Option<&str>) -> PermissionState { if let Some(env) = env { let state = self.query(Some(env)); if state == PermissionState::Prompt { if permission_prompt(&format!("env access to \"{}\"", env), self.name) { self.granted_list.insert(EnvDescriptor::new(env)); PermissionState::Granted } else { self.denied_list.insert(EnvDescriptor::new(env)); self.global_state = PermissionState::Denied; PermissionState::Denied } } else if state == PermissionState::Granted { self.granted_list.insert(EnvDescriptor::new(env)); PermissionState::Granted } else { state } } else { let state = self.query(None); if state == PermissionState::Prompt { if permission_prompt("env access", self.name) { self.granted_list.clear(); self.global_state = PermissionState::Granted; PermissionState::Granted } else { self.global_state = PermissionState::Denied; PermissionState::Denied } } else { state } } }
pub fn revoke(&mut self, env: Option<&str>) -> PermissionState { if let Some(env) = env { self.granted_list.remove(&EnvDescriptor::new(env)); } else { self.granted_list.clear(); } if self.global_state == PermissionState::Granted { self.global_state = PermissionState::Prompt; } self.query(env) }
pub fn check(&mut self, env: &str) -> Result<(), AnyError> { let (result, prompted) = self.query(Some(env)).check( self.name, Some(&format!("\"{}\"", env)), self.prompt, ); if prompted { if result.is_ok() { self.granted_list.insert(EnvDescriptor::new(env)); } else { self.denied_list.insert(EnvDescriptor::new(env)); self.global_state = PermissionState::Denied; } } result }
pub fn check_all(&mut self) -> Result<(), AnyError> { let (result, prompted) = self.query(None).check(self.name, Some("all"), self.prompt); if prompted { if result.is_ok() { self.global_state = PermissionState::Granted; } else { self.global_state = PermissionState::Denied; } } result }}
impl Default for UnaryPermission<EnvDescriptor> { fn default() -> Self { UnaryPermission::<EnvDescriptor> { name: "env", description: "environment variables", global_state: Default::default(), granted_list: Default::default(), denied_list: Default::default(), prompt: false, } }}
impl UnaryPermission<RunDescriptor> { pub fn query(&self, cmd: Option<&str>) -> PermissionState { if self.global_state == PermissionState::Denied && match cmd { None => true, Some(cmd) => self .denied_list .contains(&RunDescriptor::from_str(cmd).unwrap()), } { PermissionState::Denied } else if self.global_state == PermissionState::Granted || match cmd { None => false, Some(cmd) => self .granted_list .contains(&RunDescriptor::from_str(cmd).unwrap()), } { PermissionState::Granted } else { PermissionState::Prompt } }
pub fn request(&mut self, cmd: Option<&str>) -> PermissionState { if let Some(cmd) = cmd { let state = self.query(Some(cmd)); if state == PermissionState::Prompt { if permission_prompt(&format!("run access to \"{}\"", cmd), self.name) { self .granted_list .insert(RunDescriptor::from_str(cmd).unwrap()); PermissionState::Granted } else { self .denied_list .insert(RunDescriptor::from_str(cmd).unwrap()); self.global_state = PermissionState::Denied; PermissionState::Denied } } else if state == PermissionState::Granted { self .granted_list .insert(RunDescriptor::from_str(cmd).unwrap()); PermissionState::Granted } else { state } } else { let state = self.query(None); if state == PermissionState::Prompt { if permission_prompt("run access", self.name) { self.granted_list.clear(); self.global_state = PermissionState::Granted; PermissionState::Granted } else { self.global_state = PermissionState::Denied; PermissionState::Denied } } else { state } } }
pub fn revoke(&mut self, cmd: Option<&str>) -> PermissionState { if let Some(cmd) = cmd { self .granted_list .remove(&RunDescriptor::from_str(cmd).unwrap()); } else { self.granted_list.clear(); } if self.global_state == PermissionState::Granted { self.global_state = PermissionState::Prompt; } self.query(cmd) }
pub fn check(&mut self, cmd: &str) -> Result<(), AnyError> { let (result, prompted) = self.query(Some(cmd)).check( self.name, Some(&format!("\"{}\"", cmd)), self.prompt, ); if prompted { if result.is_ok() { self .granted_list .insert(RunDescriptor::from_str(cmd).unwrap()); } else { self .denied_list .insert(RunDescriptor::from_str(cmd).unwrap()); self.global_state = PermissionState::Denied; } } result }
pub fn check_all(&mut self) -> Result<(), AnyError> { let (result, prompted) = self.query(None).check(self.name, Some("all"), self.prompt); if prompted { if result.is_ok() { self.global_state = PermissionState::Granted; } else { self.global_state = PermissionState::Denied; } } result }}
impl Default for UnaryPermission<RunDescriptor> { fn default() -> Self { UnaryPermission::<RunDescriptor> { name: "run", description: "run a subprocess", global_state: Default::default(), granted_list: Default::default(), denied_list: Default::default(), prompt: false, } }}
impl UnaryPermission<FfiDescriptor> { pub fn query(&self, path: Option<&Path>) -> PermissionState { let path = path.map(|p| resolve_from_cwd(p).unwrap()); if self.global_state == PermissionState::Denied && match path.as_ref() { None => true, Some(path) => self.denied_list.contains(&FfiDescriptor(path.clone())), } { PermissionState::Denied } else if self.global_state == PermissionState::Granted || match path.as_ref() { None => false, Some(path) => self.granted_list.contains(&FfiDescriptor(path.clone())), } { PermissionState::Granted } else { PermissionState::Prompt } }
pub fn request(&mut self, path: Option<&Path>) -> PermissionState { if let Some(path) = path { let (resolved_path, display_path) = resolved_and_display_path(path); let state = self.query(Some(&resolved_path)); if state == PermissionState::Prompt { if permission_prompt( &format!("ffi access to \"{}\"", display_path.display()), self.name, ) { self.granted_list.insert(FfiDescriptor(resolved_path)); PermissionState::Granted } else { self.denied_list.insert(FfiDescriptor(resolved_path)); self.global_state = PermissionState::Denied; PermissionState::Denied } } else if state == PermissionState::Granted { self.granted_list.insert(FfiDescriptor(resolved_path)); PermissionState::Granted } else { state } } else { let state = self.query(None); if state == PermissionState::Prompt { if permission_prompt("ffi access", self.name) { self.granted_list.clear(); self.global_state = PermissionState::Granted; PermissionState::Granted } else { self.global_state = PermissionState::Denied; PermissionState::Denied } } else { state } } }
pub fn revoke(&mut self, path: Option<&Path>) -> PermissionState { if let Some(path) = path { let path = resolve_from_cwd(path).unwrap(); self.granted_list.remove(&FfiDescriptor(path)); } else { self.granted_list.clear(); } if self.global_state == PermissionState::Granted { self.global_state = PermissionState::Prompt; } self.query(path) }
pub fn check(&mut self, path: Option<&Path>) -> Result<(), AnyError> { if let Some(path) = path { let (resolved_path, display_path) = resolved_and_display_path(path); let (result, prompted) = self.query(Some(&resolved_path)).check( self.name, Some(&format!("\"{}\"", display_path.display())), self.prompt, );
if prompted { if result.is_ok() { self.granted_list.insert(FfiDescriptor(resolved_path)); } else { self.denied_list.insert(FfiDescriptor(resolved_path)); self.global_state = PermissionState::Denied; } }
result } else { let (result, prompted) = self.query(None).check(self.name, None, self.prompt);
if prompted { if result.is_ok() { self.global_state = PermissionState::Granted; } else { self.global_state = PermissionState::Denied; } }
result } }
pub fn check_all(&mut self) -> Result<(), AnyError> { let (result, prompted) = self.query(None).check(self.name, Some("all"), self.prompt); if prompted { if result.is_ok() { self.global_state = PermissionState::Granted; } else { self.global_state = PermissionState::Denied; } } result }}
impl Default for UnaryPermission<FfiDescriptor> { fn default() -> Self { UnaryPermission::<FfiDescriptor> { name: "ffi", description: "load a dynamic library", global_state: Default::default(), granted_list: Default::default(), denied_list: Default::default(), prompt: false, } }}
#[derive(Clone, Debug, PartialEq)]pub struct Permissions { pub read: UnaryPermission<ReadDescriptor>, pub write: UnaryPermission<WriteDescriptor>, pub net: UnaryPermission<NetDescriptor>, pub env: UnaryPermission<EnvDescriptor>, pub run: UnaryPermission<RunDescriptor>, pub ffi: UnaryPermission<FfiDescriptor>, pub hrtime: UnitPermission,}
impl Default for Permissions { fn default() -> Self { Self { read: Permissions::new_read(&None, false), write: Permissions::new_write(&None, false), net: Permissions::new_net(&None, false), env: Permissions::new_env(&None, false), run: Permissions::new_run(&None, false), ffi: Permissions::new_ffi(&None, false), hrtime: Permissions::new_hrtime(false), } }}
#[derive(Clone, Debug, PartialEq, Default, Serialize, Deserialize)]pub struct PermissionsOptions { pub allow_env: Option<Vec<String>>, pub allow_hrtime: bool, pub allow_net: Option<Vec<String>>, pub allow_ffi: Option<Vec<PathBuf>>, pub allow_read: Option<Vec<PathBuf>>, pub allow_run: Option<Vec<String>>, pub allow_write: Option<Vec<PathBuf>>, pub prompt: bool,}
impl Permissions { pub fn new_read( state: &Option<Vec<PathBuf>>, prompt: bool, ) -> UnaryPermission<ReadDescriptor> { UnaryPermission::<ReadDescriptor> { global_state: global_state_from_option(state), granted_list: resolve_read_allowlist(state), prompt, ..Default::default() } }
pub fn new_write( state: &Option<Vec<PathBuf>>, prompt: bool, ) -> UnaryPermission<WriteDescriptor> { UnaryPermission::<WriteDescriptor> { global_state: global_state_from_option(state), granted_list: resolve_write_allowlist(state), prompt, ..Default::default() } }
pub fn new_net( state: &Option<Vec<String>>, prompt: bool, ) -> UnaryPermission<NetDescriptor> { UnaryPermission::<NetDescriptor> { global_state: global_state_from_option(state), granted_list: state .as_ref() .map(|v| { v.iter() .map(|x| NetDescriptor::from_string(x.clone())) .collect() }) .unwrap_or_else(HashSet::new), prompt, ..Default::default() } }
pub fn new_env( state: &Option<Vec<String>>, prompt: bool, ) -> UnaryPermission<EnvDescriptor> { UnaryPermission::<EnvDescriptor> { global_state: global_state_from_option(state), granted_list: state .as_ref() .map(|v| v.iter().map(EnvDescriptor::new).collect()) .unwrap_or_else(HashSet::new), prompt, ..Default::default() } }
pub fn new_run( state: &Option<Vec<String>>, prompt: bool, ) -> UnaryPermission<RunDescriptor> { UnaryPermission::<RunDescriptor> { global_state: global_state_from_option(state), granted_list: state .as_ref() .map(|v| { v.iter() .map(|x| RunDescriptor::from_str(x).unwrap()) .collect() }) .unwrap_or_else(HashSet::new), prompt, ..Default::default() } }
pub fn new_ffi( state: &Option<Vec<PathBuf>>, prompt: bool, ) -> UnaryPermission<FfiDescriptor> { UnaryPermission::<FfiDescriptor> { global_state: global_state_from_option(state), granted_list: resolve_ffi_allowlist(state), prompt, ..Default::default() } }
pub fn new_hrtime(state: bool) -> UnitPermission { unit_permission_from_flag_bool( state, "hrtime", "high precision time", false, ) }
pub fn from_options(opts: &PermissionsOptions) -> Self { Self { read: Permissions::new_read(&opts.allow_read, opts.prompt), write: Permissions::new_write(&opts.allow_write, opts.prompt), net: Permissions::new_net(&opts.allow_net, opts.prompt), env: Permissions::new_env(&opts.allow_env, opts.prompt), run: Permissions::new_run(&opts.allow_run, opts.prompt), ffi: Permissions::new_ffi(&opts.allow_ffi, opts.prompt), hrtime: Permissions::new_hrtime(opts.allow_hrtime), } }
pub fn allow_all() -> Self { Self { read: Permissions::new_read(&Some(vec![]), false), write: Permissions::new_write(&Some(vec![]), false), net: Permissions::new_net(&Some(vec![]), false), env: Permissions::new_env(&Some(vec![]), false), run: Permissions::new_run(&Some(vec![]), false), ffi: Permissions::new_ffi(&Some(vec![]), false), hrtime: Permissions::new_hrtime(true), } }
pub fn check_specifier( &mut self, specifier: &ModuleSpecifier, ) -> Result<(), AnyError> { match specifier.scheme() { "file" => match specifier.to_file_path() { Ok(path) => self.read.check(&path), Err(_) => Err(uri_error(format!( "Invalid file path.\n Specifier: {}", specifier ))), }, "data" => Ok(()), "blob" => Ok(()), _ => self.net.check_url(specifier), } }}
impl deno_net::NetPermissions for Permissions { fn check_net<T: AsRef<str>>( &mut self, host: &(T, Option<u16>), ) -> Result<(), AnyError> { self.net.check(host) }
fn check_read(&mut self, path: &Path) -> Result<(), AnyError> { self.read.check(path) }
fn check_write(&mut self, path: &Path) -> Result<(), AnyError> { self.write.check(path) }}
impl deno_fetch::FetchPermissions for Permissions { fn check_net_url(&mut self, url: &url::Url) -> Result<(), AnyError> { self.net.check_url(url) }
fn check_read(&mut self, path: &Path) -> Result<(), AnyError> { self.read.check(path) }}
impl deno_web::TimersPermission for Permissions { fn allow_hrtime(&mut self) -> bool { self.hrtime.check().is_ok() }
fn check_unstable(&self, state: &OpState, api_name: &'static str) { crate::ops::check_unstable(state, api_name); }}
impl deno_websocket::WebSocketPermissions for Permissions { fn check_net_url(&mut self, url: &url::Url) -> Result<(), AnyError> { self.net.check_url(url) }}
impl deno_ffi::FfiPermissions for Permissions { fn check(&mut self, path: Option<&Path>) -> Result<(), AnyError> { self.ffi.check(path) }}
fn unit_permission_from_flag_bool( flag: bool, name: &'static str, description: &'static str, prompt: bool,) -> UnitPermission { UnitPermission { name, description, state: if flag { PermissionState::Granted } else { PermissionState::Prompt }, prompt, }}
fn global_state_from_option<T>(flag: &Option<Vec<T>>) -> PermissionState { if matches!(flag, Some(v) if v.is_empty()) { PermissionState::Granted } else { PermissionState::Prompt }}
pub fn resolve_read_allowlist( allow: &Option<Vec<PathBuf>>,) -> HashSet<ReadDescriptor> { if let Some(v) = allow { v.iter() .map(|raw_path| { ReadDescriptor(resolve_from_cwd(Path::new(&raw_path)).unwrap()) }) .collect() } else { HashSet::new() }}
pub fn resolve_write_allowlist( allow: &Option<Vec<PathBuf>>,) -> HashSet<WriteDescriptor> { if let Some(v) = allow { v.iter() .map(|raw_path| { WriteDescriptor(resolve_from_cwd(Path::new(&raw_path)).unwrap()) }) .collect() } else { HashSet::new() }}
pub fn resolve_ffi_allowlist( allow: &Option<Vec<PathBuf>>,) -> HashSet<FfiDescriptor> { if let Some(v) = allow { v.iter() .map(|raw_path| { FfiDescriptor(resolve_from_cwd(Path::new(&raw_path)).unwrap()) }) .collect() } else { HashSet::new() }}
fn resolved_and_display_path(path: &Path) -> (PathBuf, PathBuf) { let resolved_path = resolve_from_cwd(path).unwrap(); let display_path = path.to_path_buf(); (resolved_path, display_path)}
fn escalation_error() -> AnyError { custom_error( "PermissionDenied", "Can't escalate parent thread permissions", )}
#[derive(Debug, PartialEq)]pub enum ChildUnitPermissionArg { Inherit, Granted, NotGranted,}
impl<'de> Deserialize<'de> for ChildUnitPermissionArg { fn deserialize<D>(deserializer: D) -> Result<Self, D::Error> where D: Deserializer<'de>, { struct ChildUnitPermissionArgVisitor; impl<'de> de::Visitor<'de> for ChildUnitPermissionArgVisitor { type Value = ChildUnitPermissionArg;
fn expecting(&self, formatter: &mut fmt::Formatter) -> fmt::Result { formatter.write_str("\"inherit\" or boolean") }
fn visit_unit<E>(self) -> Result<ChildUnitPermissionArg, E> where E: de::Error, { Ok(ChildUnitPermissionArg::NotGranted) }
fn visit_str<E>(self, v: &str) -> Result<ChildUnitPermissionArg, E> where E: de::Error, { if v == "inherit" { Ok(ChildUnitPermissionArg::Inherit) } else { Err(de::Error::invalid_value(de::Unexpected::Str(v), &self)) } }
fn visit_bool<E>(self, v: bool) -> Result<ChildUnitPermissionArg, E> where E: de::Error, { match v { true => Ok(ChildUnitPermissionArg::Granted), false => Ok(ChildUnitPermissionArg::NotGranted), } } } deserializer.deserialize_any(ChildUnitPermissionArgVisitor) }}
#[derive(Debug, PartialEq)]pub enum ChildUnaryPermissionArg { Inherit, Granted, NotGranted, GrantedList(Vec<String>),}
impl<'de> Deserialize<'de> for ChildUnaryPermissionArg { fn deserialize<D>(deserializer: D) -> Result<Self, D::Error> where D: Deserializer<'de>, { struct ChildUnaryPermissionArgVisitor; impl<'de> de::Visitor<'de> for ChildUnaryPermissionArgVisitor { type Value = ChildUnaryPermissionArg;
fn expecting(&self, formatter: &mut fmt::Formatter) -> fmt::Result { formatter.write_str("\"inherit\" or boolean or string[]") }
fn visit_unit<E>(self) -> Result<ChildUnaryPermissionArg, E> where E: de::Error, { Ok(ChildUnaryPermissionArg::NotGranted) }
fn visit_str<E>(self, v: &str) -> Result<ChildUnaryPermissionArg, E> where E: de::Error, { if v == "inherit" { Ok(ChildUnaryPermissionArg::Inherit) } else { Err(de::Error::invalid_value(de::Unexpected::Str(v), &self)) } }
fn visit_bool<E>(self, v: bool) -> Result<ChildUnaryPermissionArg, E> where E: de::Error, { match v { true => Ok(ChildUnaryPermissionArg::Granted), false => Ok(ChildUnaryPermissionArg::NotGranted), } }
fn visit_seq<V>( self, mut v: V, ) -> Result<ChildUnaryPermissionArg, V::Error> where V: de::SeqAccess<'de>, { let mut granted_list = vec![]; while let Some(value) = v.next_element::<String>()? { granted_list.push(value); } Ok(ChildUnaryPermissionArg::GrantedList(granted_list)) } } deserializer.deserialize_any(ChildUnaryPermissionArgVisitor) }}
#[derive(Debug, PartialEq)]pub struct ChildPermissionsArg { env: ChildUnaryPermissionArg, hrtime: ChildUnitPermissionArg, net: ChildUnaryPermissionArg, ffi: ChildUnaryPermissionArg, read: ChildUnaryPermissionArg, run: ChildUnaryPermissionArg, write: ChildUnaryPermissionArg,}
impl ChildPermissionsArg { pub fn inherit() -> Self { ChildPermissionsArg { env: ChildUnaryPermissionArg::Inherit, hrtime: ChildUnitPermissionArg::Inherit, net: ChildUnaryPermissionArg::Inherit, ffi: ChildUnaryPermissionArg::Inherit, read: ChildUnaryPermissionArg::Inherit, run: ChildUnaryPermissionArg::Inherit, write: ChildUnaryPermissionArg::Inherit, } }
pub fn none() -> Self { ChildPermissionsArg { env: ChildUnaryPermissionArg::NotGranted, hrtime: ChildUnitPermissionArg::NotGranted, net: ChildUnaryPermissionArg::NotGranted, ffi: ChildUnaryPermissionArg::NotGranted, read: ChildUnaryPermissionArg::NotGranted, run: ChildUnaryPermissionArg::NotGranted, write: ChildUnaryPermissionArg::NotGranted, } }}
impl<'de> Deserialize<'de> for ChildPermissionsArg { fn deserialize<D>(deserializer: D) -> Result<Self, D::Error> where D: Deserializer<'de>, { struct ChildPermissionsArgVisitor; impl<'de> de::Visitor<'de> for ChildPermissionsArgVisitor { type Value = ChildPermissionsArg;
fn expecting(&self, formatter: &mut fmt::Formatter) -> fmt::Result { formatter.write_str("\"inherit\" or \"none\" or object") }
fn visit_unit<E>(self) -> Result<ChildPermissionsArg, E> where E: de::Error, { Ok(ChildPermissionsArg::inherit()) }
fn visit_str<E>(self, v: &str) -> Result<ChildPermissionsArg, E> where E: de::Error, { if v == "inherit" { Ok(ChildPermissionsArg::inherit()) } else if v == "none" { Ok(ChildPermissionsArg::none()) } else { Err(de::Error::invalid_value(de::Unexpected::Str(v), &self)) } }
fn visit_map<V>(self, mut v: V) -> Result<ChildPermissionsArg, V::Error> where V: de::MapAccess<'de>, { let mut child_permissions_arg = ChildPermissionsArg::none(); while let Some((key, value)) = v.next_entry::<String, serde_json::Value>()? { if key == "env" { let arg = serde_json::from_value::<ChildUnaryPermissionArg>(value); child_permissions_arg.env = arg.map_err(|e| { de::Error::custom(format!("(deno.permissions.env) {}", e)) })?; } else if key == "hrtime" { let arg = serde_json::from_value::<ChildUnitPermissionArg>(value); child_permissions_arg.hrtime = arg.map_err(|e| { de::Error::custom(format!("(deno.permissions.hrtime) {}", e)) })?; } else if key == "net" { let arg = serde_json::from_value::<ChildUnaryPermissionArg>(value); child_permissions_arg.net = arg.map_err(|e| { de::Error::custom(format!("(deno.permissions.net) {}", e)) })?; } else if key == "ffi" { let arg = serde_json::from_value::<ChildUnaryPermissionArg>(value); child_permissions_arg.ffi = arg.map_err(|e| { de::Error::custom(format!("(deno.permissions.ffi) {}", e)) })?; } else if key == "read" { let arg = serde_json::from_value::<ChildUnaryPermissionArg>(value); child_permissions_arg.read = arg.map_err(|e| { de::Error::custom(format!("(deno.permissions.read) {}", e)) })?; } else if key == "run" { let arg = serde_json::from_value::<ChildUnaryPermissionArg>(value); child_permissions_arg.run = arg.map_err(|e| { de::Error::custom(format!("(deno.permissions.run) {}", e)) })?; } else if key == "write" { let arg = serde_json::from_value::<ChildUnaryPermissionArg>(value); child_permissions_arg.write = arg.map_err(|e| { de::Error::custom(format!("(deno.permissions.write) {}", e)) })?; } else { return Err(de::Error::custom("unknown permission name")); } } Ok(child_permissions_arg) } } deserializer.deserialize_any(ChildPermissionsArgVisitor) }}
pub fn create_child_permissions( main_perms: &mut Permissions, child_permissions_arg: ChildPermissionsArg,) -> Result<Permissions, AnyError> { let mut worker_perms = Permissions::default(); match child_permissions_arg.env { ChildUnaryPermissionArg::Inherit => { worker_perms.env = main_perms.env.clone(); } ChildUnaryPermissionArg::Granted => { if main_perms.env.check_all().is_err() { return Err(escalation_error()); } worker_perms.env.global_state = PermissionState::Granted; } ChildUnaryPermissionArg::NotGranted => {} ChildUnaryPermissionArg::GrantedList(granted_list) => { worker_perms.env.granted_list = Permissions::new_env(&Some(granted_list), false).granted_list; if !worker_perms .env .granted_list .iter() .all(|desc| main_perms.env.check(desc.as_ref()).is_ok()) { return Err(escalation_error()); } } } worker_perms.env.denied_list = main_perms.env.denied_list.clone(); if main_perms.env.global_state == PermissionState::Denied { worker_perms.env.global_state = PermissionState::Denied; } worker_perms.env.prompt = main_perms.env.prompt; match child_permissions_arg.hrtime { ChildUnitPermissionArg::Inherit => { worker_perms.hrtime = main_perms.hrtime.clone(); } ChildUnitPermissionArg::Granted => { if main_perms.hrtime.check().is_err() { return Err(escalation_error()); } worker_perms.hrtime.state = PermissionState::Granted; } ChildUnitPermissionArg::NotGranted => {} } if main_perms.hrtime.state == PermissionState::Denied { worker_perms.hrtime.state = PermissionState::Denied; } worker_perms.hrtime.prompt = main_perms.hrtime.prompt; match child_permissions_arg.net { ChildUnaryPermissionArg::Inherit => { worker_perms.net = main_perms.net.clone(); } ChildUnaryPermissionArg::Granted => { if main_perms.net.check_all().is_err() { return Err(escalation_error()); } worker_perms.net.global_state = PermissionState::Granted; } ChildUnaryPermissionArg::NotGranted => {} ChildUnaryPermissionArg::GrantedList(granted_list) => { worker_perms.net.granted_list = Permissions::new_net(&Some(granted_list), false).granted_list; if !worker_perms .net .granted_list .iter() .all(|desc| main_perms.net.check(&(&desc.0, desc.1)).is_ok()) { return Err(escalation_error()); } } } worker_perms.net.denied_list = main_perms.net.denied_list.clone(); if main_perms.net.global_state == PermissionState::Denied { worker_perms.net.global_state = PermissionState::Denied; } worker_perms.net.prompt = main_perms.net.prompt; match child_permissions_arg.ffi { ChildUnaryPermissionArg::Inherit => { worker_perms.ffi = main_perms.ffi.clone(); } ChildUnaryPermissionArg::Granted => { if main_perms.ffi.check_all().is_err() { return Err(escalation_error()); } worker_perms.ffi.global_state = PermissionState::Granted; } ChildUnaryPermissionArg::NotGranted => {} ChildUnaryPermissionArg::GrantedList(granted_list) => { worker_perms.ffi.granted_list = Permissions::new_ffi( &Some(granted_list.iter().map(PathBuf::from).collect()), false, ) .granted_list; if !worker_perms .ffi .granted_list .iter() .all(|desc| main_perms.ffi.check(Some(&desc.0)).is_ok()) { return Err(escalation_error()); } } } worker_perms.ffi.denied_list = main_perms.ffi.denied_list.clone(); if main_perms.ffi.global_state == PermissionState::Denied { worker_perms.ffi.global_state = PermissionState::Denied; } worker_perms.ffi.prompt = main_perms.ffi.prompt; match child_permissions_arg.read { ChildUnaryPermissionArg::Inherit => { worker_perms.read = main_perms.read.clone(); } ChildUnaryPermissionArg::Granted => { if main_perms.read.check_all().is_err() { return Err(escalation_error()); } worker_perms.read.global_state = PermissionState::Granted; } ChildUnaryPermissionArg::NotGranted => {} ChildUnaryPermissionArg::GrantedList(granted_list) => { worker_perms.read.granted_list = Permissions::new_read( &Some(granted_list.iter().map(PathBuf::from).collect()), false, ) .granted_list; if !worker_perms .read .granted_list .iter() .all(|desc| main_perms.read.check(&desc.0).is_ok()) { return Err(escalation_error()); } } } worker_perms.read.denied_list = main_perms.read.denied_list.clone(); if main_perms.read.global_state == PermissionState::Denied { worker_perms.read.global_state = PermissionState::Denied; } worker_perms.read.prompt = main_perms.read.prompt; match child_permissions_arg.run { ChildUnaryPermissionArg::Inherit => { worker_perms.run = main_perms.run.clone(); } ChildUnaryPermissionArg::Granted => { if main_perms.run.check_all().is_err() { return Err(escalation_error()); } worker_perms.run.global_state = PermissionState::Granted; } ChildUnaryPermissionArg::NotGranted => {} ChildUnaryPermissionArg::GrantedList(granted_list) => { worker_perms.run.granted_list = Permissions::new_run(&Some(granted_list), false).granted_list; if !worker_perms .run .granted_list .iter() .all(|desc| main_perms.run.check(&desc.to_string()).is_ok()) { return Err(escalation_error()); } } } worker_perms.run.denied_list = main_perms.run.denied_list.clone(); if main_perms.run.global_state == PermissionState::Denied { worker_perms.run.global_state = PermissionState::Denied; } worker_perms.run.prompt = main_perms.run.prompt; match child_permissions_arg.write { ChildUnaryPermissionArg::Inherit => { worker_perms.write = main_perms.write.clone(); } ChildUnaryPermissionArg::Granted => { if main_perms.write.check_all().is_err() { return Err(escalation_error()); } worker_perms.write.global_state = PermissionState::Granted; } ChildUnaryPermissionArg::NotGranted => {} ChildUnaryPermissionArg::GrantedList(granted_list) => { worker_perms.write.granted_list = Permissions::new_write( &Some(granted_list.iter().map(PathBuf::from).collect()), false, ) .granted_list; if !worker_perms .write .granted_list .iter() .all(|desc| main_perms.write.check(&desc.0).is_ok()) { return Err(escalation_error()); } } } worker_perms.write.denied_list = main_perms.write.denied_list.clone(); if main_perms.write.global_state == PermissionState::Denied { worker_perms.write.global_state = PermissionState::Denied; } worker_perms.write.prompt = main_perms.write.prompt; Ok(worker_perms)}
#[cfg(not(test))]fn permission_prompt(message: &str, name: &str) -> bool { if !atty::is(atty::Stream::Stdin) || !atty::is(atty::Stream::Stderr) { return false; };
#[cfg(unix)] fn clear_stdin() -> Result<(), AnyError> { let r = unsafe { libc::tcflush(0, libc::TCIFLUSH) }; assert_eq!(r, 0); Ok(()) }
#[cfg(not(unix))] fn clear_stdin() -> Result<(), AnyError> { use deno_core::anyhow::bail; use winapi::shared::minwindef::TRUE; use winapi::shared::minwindef::UINT; use winapi::shared::minwindef::WORD; use winapi::shared::ntdef::WCHAR; use winapi::um::processenv::GetStdHandle; use winapi::um::winbase::STD_INPUT_HANDLE; use winapi::um::wincon::FlushConsoleInputBuffer; use winapi::um::wincon::PeekConsoleInputW; use winapi::um::wincon::WriteConsoleInputW; use winapi::um::wincontypes::INPUT_RECORD; use winapi::um::wincontypes::KEY_EVENT; use winapi::um::winnt::HANDLE; use winapi::um::winuser::MapVirtualKeyW; use winapi::um::winuser::MAPVK_VK_TO_VSC; use winapi::um::winuser::VK_RETURN;
unsafe { let stdin = GetStdHandle(STD_INPUT_HANDLE); emulate_enter_key_press(stdin)?; read_stdin_line()?; if is_input_buffer_empty(stdin)? { move_cursor_up()?; } else { flush_input_buffer(stdin)?; } }
return Ok(());
unsafe fn flush_input_buffer(stdin: HANDLE) -> Result<(), AnyError> { let success = FlushConsoleInputBuffer(stdin); if success != TRUE { bail!( "Could not flush the console input buffer: {}", std::io::Error::last_os_error() ) } Ok(()) }
unsafe fn emulate_enter_key_press(stdin: HANDLE) -> Result<(), AnyError> { let mut input_record: INPUT_RECORD = std::mem::zeroed(); input_record.EventType = KEY_EVENT; input_record.Event.KeyEvent_mut().bKeyDown = TRUE; input_record.Event.KeyEvent_mut().wRepeatCount = 1; input_record.Event.KeyEvent_mut().wVirtualKeyCode = VK_RETURN as WORD; input_record.Event.KeyEvent_mut().wVirtualScanCode = MapVirtualKeyW(VK_RETURN as UINT, MAPVK_VK_TO_VSC) as WORD; *input_record.Event.KeyEvent_mut().uChar.UnicodeChar_mut() = '\r' as WCHAR;
let mut record_written = 0; let success = WriteConsoleInputW(stdin, &input_record, 1, &mut record_written); if success != TRUE { bail!( "Could not emulate enter key press: {}", std::io::Error::last_os_error() ); } Ok(()) }
unsafe fn is_input_buffer_empty(stdin: HANDLE) -> Result<bool, AnyError> { let mut buffer = Vec::with_capacity(1); let mut events_read = 0; let success = PeekConsoleInputW(stdin, buffer.as_mut_ptr(), 1, &mut events_read); if success != TRUE { bail!( "Could not peek the console input buffer: {}", std::io::Error::last_os_error() ) } Ok(events_read == 0) }
fn move_cursor_up() -> Result<(), AnyError> { use std::io::Write; write!(std::io::stderr(), "\x1B[1A")?; Ok(()) }
fn read_stdin_line() -> Result<(), AnyError> { let mut input = String::new(); let stdin = std::io::stdin(); stdin.read_line(&mut input)?; Ok(()) } }
if let Err(err) = clear_stdin() { eprintln!("Error clearing stdin for permission prompt. {:#}", err); return false; }
let opts = "[y/n (y = yes allow, n = no deny)] "; let msg = format!( "{} ️Deno requests {}. Run again with --allow-{} to bypass this prompt.\n Allow? {} ", PERMISSION_EMOJI, message, name, opts ); eprint!("{}", colors::bold(&msg)); loop { let mut input = String::new(); let stdin = std::io::stdin(); let result = stdin.read_line(&mut input); if result.is_err() { return false; }; let ch = match input.chars().next() { None => return false, Some(v) => v, }; match ch.to_ascii_lowercase() { 'y' => return true, 'n' => return false, _ => { let msg_again = format!("Unrecognized option '{}' {}", ch, opts); eprint!("{}", colors::bold(&msg_again)); } }; }}
#[cfg(test)]fn permission_prompt(_message: &str, _flag: &str) -> bool { STUB_PROMPT_VALUE.load(Ordering::SeqCst)}
#[cfg(test)]static STUB_PROMPT_VALUE: AtomicBool = AtomicBool::new(true);
#[cfg(test)]static PERMISSION_PROMPT_STUB_VALUE_SETTER: Lazy< Mutex<PermissionPromptStubValueSetter>,> = Lazy::new(|| Mutex::new(PermissionPromptStubValueSetter));
#[cfg(test)]struct PermissionPromptStubValueSetter;
#[cfg(test)]impl PermissionPromptStubValueSetter { pub fn set(&self, value: bool) { STUB_PROMPT_VALUE.store(value, Ordering::SeqCst); }}
#[cfg(test)]mod tests { use super::*; use deno_core::resolve_url_or_path; use deno_core::serde_json::json;
macro_rules! svec { ($($x:expr),*) => (vec![$($x.to_string()),*]); }
#[test] fn check_paths() { let allowlist = vec![ PathBuf::from("/a/specific/dir/name"), PathBuf::from("/a/specific"), PathBuf::from("/b/c"), ];
let mut perms = Permissions::from_options(&PermissionsOptions { allow_read: Some(allowlist.clone()), allow_write: Some(allowlist), ..Default::default() });
assert!(perms.read.check(Path::new("/a/specific/dir/name")).is_ok()); assert!(perms.write.check(Path::new("/a/specific/dir/name")).is_ok());
assert!(perms.read.check(Path::new("/a/specific/dir")).is_ok()); assert!(perms.write.check(Path::new("/a/specific/dir")).is_ok());
assert!(perms .read .check(Path::new("/a/specific/dir/name/inner")) .is_ok()); assert!(perms .write .check(Path::new("/a/specific/dir/name/inner")) .is_ok());
assert!(perms.read.check(Path::new("/a/specific/other/dir")).is_ok()); assert!(perms .write .check(Path::new("/a/specific/other/dir")) .is_ok());
assert!(perms.read.check(Path::new("/b/c")).is_ok()); assert!(perms.write.check(Path::new("/b/c")).is_ok());
assert!(perms.read.check(Path::new("/b/c/sub/path")).is_ok()); assert!(perms.write.check(Path::new("/b/c/sub/path")).is_ok());
assert!(perms .read .check(Path::new("/b/c/sub/path/../path/.")) .is_ok()); assert!(perms .write .check(Path::new("/b/c/sub/path/../path/.")) .is_ok());
assert!(perms.read.check(Path::new("/b/e")).is_err()); assert!(perms.write.check(Path::new("/b/e")).is_err());
assert!(perms.read.check(Path::new("/a/b")).is_err()); assert!(perms.write.check(Path::new("/a/b")).is_err()); }
#[test] fn test_check_net_with_values() { let mut perms = Permissions::from_options(&PermissionsOptions { allow_net: Some(svec![ "localhost", "deno.land", "github.com:3000", "127.0.0.1", "172.16.0.2:8000", "www.github.com:443" ]), ..Default::default() });
let domain_tests = vec![ ("localhost", 1234, true), ("deno.land", 0, true), ("deno.land", 3000, true), ("deno.lands", 0, false), ("deno.lands", 3000, false), ("github.com", 3000, true), ("github.com", 0, false), ("github.com", 2000, false), ("github.net", 3000, false), ("127.0.0.1", 0, true), ("127.0.0.1", 3000, true), ("127.0.0.2", 0, false), ("127.0.0.2", 3000, false), ("172.16.0.2", 8000, true), ("172.16.0.2", 0, false), ("172.16.0.2", 6000, false), ("172.16.0.1", 8000, false), ("somedomain", 0, false), ("192.168.0.1", 0, false), ];
for (host, port, is_ok) in domain_tests { assert_eq!(is_ok, perms.net.check(&(host, Some(port))).is_ok()); } }
#[test] fn test_check_net_only_flag() { let mut perms = Permissions::from_options(&PermissionsOptions { allow_net: Some(svec![]), ..Default::default() });
let domain_tests = vec![ ("localhost", 1234), ("deno.land", 0), ("deno.land", 3000), ("deno.lands", 0), ("deno.lands", 3000), ("github.com", 3000), ("github.com", 0), ("github.com", 2000), ("github.net", 3000), ("127.0.0.1", 0), ("127.0.0.1", 3000), ("127.0.0.2", 0), ("127.0.0.2", 3000), ("172.16.0.2", 8000), ("172.16.0.2", 0), ("172.16.0.2", 6000), ("172.16.0.1", 8000), ("somedomain", 0), ("192.168.0.1", 0), ];
for (host, port) in domain_tests { assert!(perms.net.check(&(host, Some(port))).is_ok()); } }
#[test] fn test_check_net_no_flag() { let mut perms = Permissions::from_options(&PermissionsOptions { allow_net: None, ..Default::default() });
let domain_tests = vec![ ("localhost", 1234), ("deno.land", 0), ("deno.land", 3000), ("deno.lands", 0), ("deno.lands", 3000), ("github.com", 3000), ("github.com", 0), ("github.com", 2000), ("github.net", 3000), ("127.0.0.1", 0), ("127.0.0.1", 3000), ("127.0.0.2", 0), ("127.0.0.2", 3000), ("172.16.0.2", 8000), ("172.16.0.2", 0), ("172.16.0.2", 6000), ("172.16.0.1", 8000), ("somedomain", 0), ("192.168.0.1", 0), ];
for (host, port) in domain_tests { assert!(perms.net.check(&(host, Some(port))).is_err()); } }
#[test] fn test_check_net_url() { let mut perms = Permissions::from_options(&PermissionsOptions { allow_net: Some(svec![ "localhost", "deno.land", "github.com:3000", "127.0.0.1", "172.16.0.2:8000", "www.github.com:443" ]), ..Default::default() });
let url_tests = vec![ ("http://localhost", true), ("https://localhost", true), ("https://localhost:4443", true), ("tcp://localhost:5000", true), ("udp://localhost:6000", true), ("https://deno.land/std/example/welcome.ts", true), ("https://deno.land:3000/std/example/welcome.ts", true), ("https://deno.lands/std/example/welcome.ts", false), ("https://deno.lands:3000/std/example/welcome.ts", false), ("https://github.com:3000/denoland/deno", true), ("https://github.com/denoland/deno", false), ("https://github.com:2000/denoland/deno", false), ("https://github.net:3000/denoland/deno", false), ("tcp://127.0.0.1", true), ("https://127.0.0.1", true), ("tcp://127.0.0.1:3000", true), ("https://127.0.0.1:3000", true), ("tcp://127.0.0.2", false), ("https://127.0.0.2", false), ("tcp://127.0.0.2:3000", false), ("https://127.0.0.2:3000", false), ("tcp://172.16.0.2:8000", true), ("https://172.16.0.2:8000", true), ("tcp://172.16.0.2", false), ("https://172.16.0.2", false), ("tcp://172.16.0.2:6000", false), ("https://172.16.0.2:6000", false), ("tcp://172.16.0.1:8000", false), ("https://172.16.0.1:8000", false), ("https://www.github.com:443/robots.txt", true), ];
for (url_str, is_ok) in url_tests { let u = url::Url::parse(url_str).unwrap(); assert_eq!(is_ok, perms.net.check_url(&u).is_ok()); } }
#[test] fn check_specifiers() { let read_allowlist = if cfg!(target_os = "windows") { vec![PathBuf::from("C:\\a")] } else { vec![PathBuf::from("/a")] }; let mut perms = Permissions::from_options(&PermissionsOptions { allow_read: Some(read_allowlist), allow_net: Some(svec!["localhost"]), ..Default::default() });
let mut fixtures = vec![ ( resolve_url_or_path("http://localhost:4545/mod.ts").unwrap(), true, ), ( resolve_url_or_path("http://deno.land/x/mod.ts").unwrap(), false, ), ( resolve_url_or_path("data:text/plain,Hello%2C%20Deno!").unwrap(), true, ), ];
if cfg!(target_os = "windows") { fixtures .push((resolve_url_or_path("file:///C:/a/mod.ts").unwrap(), true)); fixtures .push((resolve_url_or_path("file:///C:/b/mod.ts").unwrap(), false)); } else { fixtures.push((resolve_url_or_path("file:///a/mod.ts").unwrap(), true)); fixtures.push((resolve_url_or_path("file:///b/mod.ts").unwrap(), false)); }
for (specifier, expected) in fixtures { assert_eq!(perms.check_specifier(&specifier).is_ok(), expected); } }
#[test] fn check_invalid_specifiers() { let mut perms = Permissions::allow_all();
let mut test_cases = vec![];
if cfg!(target_os = "windows") { test_cases.push("file://"); test_cases.push("file:///"); } else { test_cases.push("file://remotehost/"); }
for url in test_cases { assert!(perms .check_specifier(&resolve_url_or_path(url).unwrap()) .is_err()); } }
#[test] fn test_query() { let perms1 = Permissions::allow_all(); let perms2 = Permissions { read: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_read(&Some(vec![PathBuf::from("/foo")]), false) }, write: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_write(&Some(vec![PathBuf::from("/foo")]), false) }, net: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_net(&Some(svec!["127.0.0.1:8000"]), false) }, env: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_env(&Some(svec!["HOME"]), false) }, run: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_run(&Some(svec!["deno"]), false) }, ffi: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_ffi(&Some(vec![PathBuf::from("deno")]), false) }, hrtime: UnitPermission { state: PermissionState::Prompt, ..Permissions::new_hrtime(false) }, }; #[rustfmt::skip] { assert_eq!(perms1.read.query(None), PermissionState::Granted); assert_eq!(perms1.read.query(Some(Path::new("/foo"))), PermissionState::Granted); assert_eq!(perms2.read.query(None), PermissionState::Prompt); assert_eq!(perms2.read.query(Some(Path::new("/foo"))), PermissionState::Granted); assert_eq!(perms2.read.query(Some(Path::new("/foo/bar"))), PermissionState::Granted); assert_eq!(perms1.write.query(None), PermissionState::Granted); assert_eq!(perms1.write.query(Some(Path::new("/foo"))), PermissionState::Granted); assert_eq!(perms2.write.query(None), PermissionState::Prompt); assert_eq!(perms2.write.query(Some(Path::new("/foo"))), PermissionState::Granted); assert_eq!(perms2.write.query(Some(Path::new("/foo/bar"))), PermissionState::Granted); assert_eq!(perms1.net.query::<&str>(None), PermissionState::Granted); assert_eq!(perms1.net.query(Some(&("127.0.0.1", None))), PermissionState::Granted); assert_eq!(perms2.net.query::<&str>(None), PermissionState::Prompt); assert_eq!(perms2.net.query(Some(&("127.0.0.1", Some(8000)))), PermissionState::Granted); assert_eq!(perms1.env.query(None), PermissionState::Granted); assert_eq!(perms1.env.query(Some("HOME")), PermissionState::Granted); assert_eq!(perms2.env.query(None), PermissionState::Prompt); assert_eq!(perms2.env.query(Some("HOME")), PermissionState::Granted); assert_eq!(perms1.run.query(None), PermissionState::Granted); assert_eq!(perms1.run.query(Some("deno")), PermissionState::Granted); assert_eq!(perms2.run.query(None), PermissionState::Prompt); assert_eq!(perms2.run.query(Some("deno")), PermissionState::Granted); assert_eq!(perms1.ffi.query(None), PermissionState::Granted); assert_eq!(perms1.ffi.query(Some(Path::new("deno"))), PermissionState::Granted); assert_eq!(perms2.ffi.query(None), PermissionState::Prompt); assert_eq!(perms2.ffi.query(Some(Path::new("deno"))), PermissionState::Granted); assert_eq!(perms1.hrtime.query(), PermissionState::Granted); assert_eq!(perms2.hrtime.query(), PermissionState::Prompt); }; }
#[test] fn test_request() { let mut perms: Permissions = Default::default(); #[rustfmt::skip] { let prompt_value = PERMISSION_PROMPT_STUB_VALUE_SETTER.lock(); prompt_value.set(true); assert_eq!(perms.read.request(Some(Path::new("/foo"))), PermissionState::Granted); assert_eq!(perms.read.query(None), PermissionState::Prompt); prompt_value.set(false); assert_eq!(perms.read.request(Some(Path::new("/foo/bar"))), PermissionState::Granted); prompt_value.set(false); assert_eq!(perms.write.request(Some(Path::new("/foo"))), PermissionState::Denied); assert_eq!(perms.write.query(Some(Path::new("/foo/bar"))), PermissionState::Prompt); prompt_value.set(true); assert_eq!(perms.write.request(None), PermissionState::Denied); prompt_value.set(true); assert_eq!(perms.net.request(Some(&("127.0.0.1", None))), PermissionState::Granted); prompt_value.set(false); assert_eq!(perms.net.request(Some(&("127.0.0.1", Some(8000)))), PermissionState::Granted); prompt_value.set(true); assert_eq!(perms.env.request(Some("HOME")), PermissionState::Granted); assert_eq!(perms.env.query(None), PermissionState::Prompt); prompt_value.set(false); assert_eq!(perms.env.request(Some("HOME")), PermissionState::Granted); prompt_value.set(true); assert_eq!(perms.run.request(Some("deno")), PermissionState::Granted); assert_eq!(perms.run.query(None), PermissionState::Prompt); prompt_value.set(false); assert_eq!(perms.run.request(Some("deno")), PermissionState::Granted); prompt_value.set(true); assert_eq!(perms.ffi.request(Some(Path::new("deno"))), PermissionState::Granted); assert_eq!(perms.ffi.query(None), PermissionState::Prompt); prompt_value.set(false); assert_eq!(perms.ffi.request(Some(Path::new("deno"))), PermissionState::Granted); prompt_value.set(false); assert_eq!(perms.hrtime.request(), PermissionState::Denied); prompt_value.set(true); assert_eq!(perms.hrtime.request(), PermissionState::Denied); }; }
#[test] fn test_revoke() { let mut perms = Permissions { read: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_read( &Some(vec![PathBuf::from("/foo"), PathBuf::from("/foo/baz")]), false, ) }, write: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_write( &Some(vec![PathBuf::from("/foo"), PathBuf::from("/foo/baz")]), false, ) }, net: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_net( &Some(svec!["127.0.0.1", "127.0.0.1:8000"]), false, ) }, env: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_env(&Some(svec!["HOME"]), false) }, run: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_run(&Some(svec!["deno"]), false) }, ffi: UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_ffi(&Some(vec![PathBuf::from("deno")]), false) }, hrtime: UnitPermission { state: PermissionState::Denied, ..Permissions::new_hrtime(false) }, }; #[rustfmt::skip] { assert_eq!(perms.read.revoke(Some(Path::new("/foo/bar"))), PermissionState::Prompt); assert_eq!(perms.read.query(Some(Path::new("/foo"))), PermissionState::Prompt); assert_eq!(perms.read.query(Some(Path::new("/foo/baz"))), PermissionState::Granted); assert_eq!(perms.write.revoke(Some(Path::new("/foo/bar"))), PermissionState::Prompt); assert_eq!(perms.write.query(Some(Path::new("/foo"))), PermissionState::Prompt); assert_eq!(perms.write.query(Some(Path::new("/foo/baz"))), PermissionState::Granted); assert_eq!(perms.net.revoke(Some(&("127.0.0.1", Some(9000)))), PermissionState::Prompt); assert_eq!(perms.net.query(Some(&("127.0.0.1", None))), PermissionState::Prompt); assert_eq!(perms.net.query(Some(&("127.0.0.1", Some(8000)))), PermissionState::Granted); assert_eq!(perms.env.revoke(Some("HOME")), PermissionState::Prompt); assert_eq!(perms.run.revoke(Some("deno")), PermissionState::Prompt); assert_eq!(perms.ffi.revoke(Some(Path::new("deno"))), PermissionState::Prompt); assert_eq!(perms.hrtime.revoke(), PermissionState::Denied); }; }
#[test] fn test_check() { let mut perms = Permissions { read: Permissions::new_read(&None, true), write: Permissions::new_write(&None, true), net: Permissions::new_net(&None, true), env: Permissions::new_env(&None, true), run: Permissions::new_run(&None, true), ffi: Permissions::new_ffi(&None, true), hrtime: Permissions::new_hrtime(false), };
let prompt_value = PERMISSION_PROMPT_STUB_VALUE_SETTER.lock();
prompt_value.set(true); assert!(perms.read.check(Path::new("/foo")).is_ok()); prompt_value.set(false); assert!(perms.read.check(Path::new("/foo")).is_ok()); assert!(perms.read.check(Path::new("/bar")).is_err());
prompt_value.set(true); assert!(perms.write.check(Path::new("/foo")).is_ok()); prompt_value.set(false); assert!(perms.write.check(Path::new("/foo")).is_ok()); assert!(perms.write.check(Path::new("/bar")).is_err());
prompt_value.set(true); assert!(perms.net.check(&("127.0.0.1", Some(8000))).is_ok()); prompt_value.set(false); assert!(perms.net.check(&("127.0.0.1", Some(8000))).is_ok()); assert!(perms.net.check(&("127.0.0.1", Some(8001))).is_err()); assert!(perms.net.check(&("127.0.0.1", None)).is_err()); assert!(perms.net.check(&("deno.land", Some(8000))).is_err()); assert!(perms.net.check(&("deno.land", None)).is_err());
prompt_value.set(true); assert!(perms.run.check("cat").is_ok()); prompt_value.set(false); assert!(perms.run.check("cat").is_ok()); assert!(perms.run.check("ls").is_err());
prompt_value.set(true); assert!(perms.env.check("HOME").is_ok()); prompt_value.set(false); assert!(perms.env.check("HOME").is_ok()); assert!(perms.env.check("PATH").is_err());
assert!(perms.hrtime.check().is_err()); }
#[test] fn test_check_fail() { let mut perms = Permissions { read: Permissions::new_read(&None, true), write: Permissions::new_write(&None, true), net: Permissions::new_net(&None, true), env: Permissions::new_env(&None, true), run: Permissions::new_run(&None, true), ffi: Permissions::new_ffi(&None, true), hrtime: Permissions::new_hrtime(false), };
let prompt_value = PERMISSION_PROMPT_STUB_VALUE_SETTER.lock();
prompt_value.set(false); assert!(perms.read.check(Path::new("/foo")).is_err()); prompt_value.set(true); assert!(perms.read.check(Path::new("/foo")).is_err()); assert!(perms.read.check(Path::new("/bar")).is_ok()); prompt_value.set(false); assert!(perms.read.check(Path::new("/bar")).is_ok());
prompt_value.set(false); assert!(perms.write.check(Path::new("/foo")).is_err()); prompt_value.set(true); assert!(perms.write.check(Path::new("/foo")).is_err()); assert!(perms.write.check(Path::new("/bar")).is_ok()); prompt_value.set(false); assert!(perms.write.check(Path::new("/bar")).is_ok());
prompt_value.set(false); assert!(perms.net.check(&("127.0.0.1", Some(8000))).is_err()); prompt_value.set(true); assert!(perms.net.check(&("127.0.0.1", Some(8000))).is_err()); assert!(perms.net.check(&("127.0.0.1", Some(8001))).is_ok()); assert!(perms.net.check(&("deno.land", Some(8000))).is_ok()); prompt_value.set(false); assert!(perms.net.check(&("127.0.0.1", Some(8001))).is_ok()); assert!(perms.net.check(&("deno.land", Some(8000))).is_ok());
prompt_value.set(false); assert!(perms.run.check("cat").is_err()); prompt_value.set(true); assert!(perms.run.check("cat").is_err()); assert!(perms.run.check("ls").is_ok()); prompt_value.set(false); assert!(perms.run.check("ls").is_ok());
prompt_value.set(false); assert!(perms.env.check("HOME").is_err()); prompt_value.set(true); assert!(perms.env.check("HOME").is_err()); assert!(perms.env.check("PATH").is_ok()); prompt_value.set(false); assert!(perms.env.check("PATH").is_ok());
prompt_value.set(false); assert!(perms.hrtime.check().is_err()); prompt_value.set(true); assert!(perms.hrtime.check().is_err()); }
#[test] #[cfg(windows)] fn test_env_windows() { let prompt_value = PERMISSION_PROMPT_STUB_VALUE_SETTER.lock(); let mut perms = Permissions::allow_all(); perms.env = UnaryPermission { global_state: PermissionState::Prompt, ..Permissions::new_env(&Some(svec!["HOME"]), false) };
prompt_value.set(true); assert!(perms.env.check("HOME").is_ok()); prompt_value.set(false); assert!(perms.env.check("HOME").is_ok()); assert!(perms.env.check("hOmE").is_ok());
assert_eq!(perms.env.revoke(Some("HomE")), PermissionState::Prompt); }
#[test] fn test_deserialize_child_permissions_arg() { assert_eq!( ChildPermissionsArg::inherit(), ChildPermissionsArg { env: ChildUnaryPermissionArg::Inherit, hrtime: ChildUnitPermissionArg::Inherit, net: ChildUnaryPermissionArg::Inherit, ffi: ChildUnaryPermissionArg::Inherit, read: ChildUnaryPermissionArg::Inherit, run: ChildUnaryPermissionArg::Inherit, write: ChildUnaryPermissionArg::Inherit, } ); assert_eq!( ChildPermissionsArg::none(), ChildPermissionsArg { env: ChildUnaryPermissionArg::NotGranted, hrtime: ChildUnitPermissionArg::NotGranted, net: ChildUnaryPermissionArg::NotGranted, ffi: ChildUnaryPermissionArg::NotGranted, read: ChildUnaryPermissionArg::NotGranted, run: ChildUnaryPermissionArg::NotGranted, write: ChildUnaryPermissionArg::NotGranted, } ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!("inherit")).unwrap(), ChildPermissionsArg::inherit() ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!("none")).unwrap(), ChildPermissionsArg::none() ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!({})).unwrap(), ChildPermissionsArg::none() ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!({ "env": ["foo", "bar"], })) .unwrap(), ChildPermissionsArg { env: ChildUnaryPermissionArg::GrantedList(svec!["foo", "bar"]), ..ChildPermissionsArg::none() } ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!({ "hrtime": true, })) .unwrap(), ChildPermissionsArg { hrtime: ChildUnitPermissionArg::Granted, ..ChildPermissionsArg::none() } ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!({ "hrtime": false, })) .unwrap(), ChildPermissionsArg { hrtime: ChildUnitPermissionArg::NotGranted, ..ChildPermissionsArg::none() } ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!({ "env": true, "net": true, "ffi": true, "read": true, "run": true, "write": true, })) .unwrap(), ChildPermissionsArg { env: ChildUnaryPermissionArg::Granted, net: ChildUnaryPermissionArg::Granted, ffi: ChildUnaryPermissionArg::Granted, read: ChildUnaryPermissionArg::Granted, run: ChildUnaryPermissionArg::Granted, write: ChildUnaryPermissionArg::Granted, ..ChildPermissionsArg::none() } ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!({ "env": false, "net": false, "ffi": false, "read": false, "run": false, "write": false, })) .unwrap(), ChildPermissionsArg { env: ChildUnaryPermissionArg::NotGranted, net: ChildUnaryPermissionArg::NotGranted, ffi: ChildUnaryPermissionArg::NotGranted, read: ChildUnaryPermissionArg::NotGranted, run: ChildUnaryPermissionArg::NotGranted, write: ChildUnaryPermissionArg::NotGranted, ..ChildPermissionsArg::none() } ); assert_eq!( serde_json::from_value::<ChildPermissionsArg>(json!({ "env": ["foo", "bar"], "net": ["foo", "bar:8000"], "ffi": ["foo", "file:///bar/baz"], "read": ["foo", "file:///bar/baz"], "run": ["foo", "file:///bar/baz", "./qux"], "write": ["foo", "file:///bar/baz"], })) .unwrap(), ChildPermissionsArg { env: ChildUnaryPermissionArg::GrantedList(svec!["foo", "bar"]), net: ChildUnaryPermissionArg::GrantedList(svec!["foo", "bar:8000"]), ffi: ChildUnaryPermissionArg::GrantedList(svec![ "foo", "file:///bar/baz" ]), read: ChildUnaryPermissionArg::GrantedList(svec![ "foo", "file:///bar/baz" ]), run: ChildUnaryPermissionArg::GrantedList(svec![ "foo", "file:///bar/baz", "./qux" ]), write: ChildUnaryPermissionArg::GrantedList(svec![ "foo", "file:///bar/baz" ]), ..ChildPermissionsArg::none() } ); }
#[test] fn test_create_child_permissions() { let mut main_perms = Permissions { env: Permissions::new_env(&Some(vec![]), false), hrtime: Permissions::new_hrtime(true), net: Permissions::new_net(&Some(svec!["foo", "bar"]), false), ..Default::default() }; assert_eq!( create_child_permissions( &mut main_perms.clone(), ChildPermissionsArg { env: ChildUnaryPermissionArg::Inherit, hrtime: ChildUnitPermissionArg::NotGranted, net: ChildUnaryPermissionArg::GrantedList(svec!["foo"]), ffi: ChildUnaryPermissionArg::NotGranted, ..ChildPermissionsArg::none() } ) .unwrap(), Permissions { env: Permissions::new_env(&Some(vec![]), false), net: Permissions::new_net(&Some(svec!["foo"]), false), ..Default::default() } ); assert!(create_child_permissions( &mut main_perms.clone(), ChildPermissionsArg { net: ChildUnaryPermissionArg::Granted, ..ChildPermissionsArg::none() } ) .is_err()); assert!(create_child_permissions( &mut main_perms.clone(), ChildPermissionsArg { net: ChildUnaryPermissionArg::GrantedList(svec!["foo", "bar", "baz"]), ..ChildPermissionsArg::none() } ) .is_err()); assert!(create_child_permissions( &mut main_perms, ChildPermissionsArg { ffi: ChildUnaryPermissionArg::GrantedList(svec!["foo"]), ..ChildPermissionsArg::none() } ) .is_err()); }
#[test] fn test_create_child_permissions_with_prompt() { let prompt_value = PERMISSION_PROMPT_STUB_VALUE_SETTER.lock(); let mut main_perms = Permissions::from_options(&PermissionsOptions { prompt: true, ..Default::default() }); prompt_value.set(true); let worker_perms = create_child_permissions( &mut main_perms, ChildPermissionsArg { read: ChildUnaryPermissionArg::Granted, run: ChildUnaryPermissionArg::GrantedList(svec!["foo", "bar"]), ..ChildPermissionsArg::none() }, ) .unwrap(); assert_eq!(main_perms, worker_perms); }
#[test] fn test_create_child_permissions_with_inherited_denied_list() { let prompt_value = PERMISSION_PROMPT_STUB_VALUE_SETTER.lock(); let mut main_perms = Permissions::from_options(&PermissionsOptions { prompt: true, ..Default::default() }); prompt_value.set(false); assert!(main_perms.write.check(&PathBuf::from("foo")).is_err()); let worker_perms = create_child_permissions( &mut main_perms.clone(), ChildPermissionsArg::none(), ) .unwrap(); assert_eq!(worker_perms.write.denied_list, main_perms.write.denied_list); }}