## Examples
-Serve current working directory in readonly mode
+Serve current working directory in read-only mode
```
dufs
Dufs supports account based access control. You can control who can do what on which path with `--auth`/`-a`.
```
-dufs -a user:pass@path1:rw,path2|user2:pass2@path1
-dufs -a user:pass@path1:rw,path2 -a user2:pass2@path1
+dufs -a user:pass@/path1:rw,/path2 -a user2:pass2@/path3 -a @/path4
```
-1. Multiple rules are separated by "|"
-2. User and pass are the account name and password, if omitted, it is an anonymous user
-3. One rule can set multiple paths, separated by ","
-4. Add `:rw` after the path to indicate that the path has read and write permissions, otherwise the path has readonly permissions.
+1. Use `@` to separate the account and paths. No account means anonymous user.
+2. Use `:` to separate the username and password of the account.
+3. Use `,` to separate paths.
+4. Use `:rw` suffix to indicate that the account has read-write permission on the path.
-```
-dufs -A -a admin:admin@/:rw
-```
-`admin` has all permissions for all paths.
-
-```
-dufs -A -a admin:admin@/:rw -a guest:guest@/
-```
-`guest` has readonly permissions for all paths.
-
-```
-dufs -A -a admin:admin@/:rw -a @/
-```
-All paths is public, everyone can view/download it.
+- `-a admin:amdin@/:rw`: `admin` has complete permissions for all paths.
+- `-a guest:guest@/`: `guest` has read-only permissions for all paths.
+- `-a user:pass@/dir1:rw,/dir2`: `user` has complete permissions for `/dir1/*`, has read-only permissions for `/dir2/`.
+- `-a @/`: All paths is publicly accessible, everyone can view/download it.
-```
-dufs -A -a admin:admin@/:rw -a user1:pass1@/user1:rw -a user2:pass2@/user2
-dufs -A -a "admin:admin@/:rw|user1:pass1@/user1:rw|user2:pass2@/user2"
-```
-`user1` has all permissions for `/user1/*` path.
-`user2` has all permissions for `/user2/*` path.
-
-```
-dufs -A -a user:pass@/dir1:rw,/dir2:rw,dir3
-```
-`user` has all permissions for `/dir1/*` and `/dir2/*`, has readonly permissions for `/dir3/`.
-
-```
-dufs -A -a admin:admin@/
-```
-Since dufs only allows viewing/downloading, `admin` can only view/download files.
+> There are no restrictions on using ':' and '@' characters in a password, `user:pa:ss@1@/:rw` is valid, and the password is `pa:ss@1`.
#### Hashed Password
Use hashed password
```
-dufs -A -a 'admin:$6$qCAVUG7yn7t/hH4d$BWm8r5MoDywNmDP/J3V2S2a6flmKHC1IpblfoqZfuK.LtLBZ0KFXP9QIfJP8RqL8MCw4isdheoAMTuwOz.pAO/@/:rw'
+dufs \
+ -a 'admin:$6$qCAVUG7yn7t/hH4d$BWm8r5MoDywNmDP/J3V2S2a6flmKHC1IpblfoqZfuK.LtLBZ0KFXP9QIfJP8RqL8MCw4isdheoAMTuwOz.pAO/@/:rw'
```
Two important things for hashed passwords:
-1. Dufs only supports SHA-512 hashed passwords, so ensure that the password string always starts with `$6$`.
-2. Digest auth does not work with hashed passwords.
+1. Dufs only supports sha-512 hashed passwords, so ensure that the password string always starts with `$6$`.
+2. Digest authentication does not function properly with hashed passwords.
### Hide Paths
.long("auth")
.help("Add auth roles, e.g. user:pass@/dir1:rw,/dir2")
.action(ArgAction::Append)
- .value_delimiter('|')
.value_name("rules"),
)
.arg(
let mut anony_paths = vec![];
let mut users = IndexMap::new();
for rule in raw_rules {
- let (user, list) = rule.split_once('@').ok_or_else(|| create_err(rule))?;
+ let (user, list) = split_rule(rule).ok_or_else(|| create_err(rule))?;
if user.is_empty() && anony.is_some() {
bail!("Invalid auth, duplicate anonymous rules");
}
Ok(n[..34].to_string())
}
+fn split_rule(s: &str) -> Option<(&str, &str)> {
+ let i = s.find("@/")?;
+ Some((&s[0..i], &s[i + 1..]))
+}
+
#[cfg(test)]
mod tests {
use super::*;
+ #[test]
+ fn test_split_rule() {
+ assert_eq!(split_rule("user:pass@/:rw"), Some(("user:pass", "/:rw")));
+ assert_eq!(split_rule("user:pass@@/:rw"), Some(("user:pass@", "/:rw")));
+ assert_eq!(
+ split_rule("user:pass@1@/:rw"),
+ Some(("user:pass@1", "/:rw"))
+ );
+ }
+
#[test]
fn test_access_paths() {
let mut paths = AccessPaths::default();
}
#[rstest]
-fn auth(#[with(&["--auth", "user:pass@/:rw", "-A"])] server: TestServer) -> Result<(), Error> {
+#[case(server(&["--auth", "user:pass@/:rw", "-A"]), "user", "pass")]
+#[case(server(&["--auth", "user:pa:ss@1@/:rw", "-A"]), "user", "pa:ss@1")]
+fn auth(#[case] server: TestServer, #[case] user: &str, #[case] pass: &str) -> Result<(), Error> {
let url = format!("{}file1", server.url());
let resp = fetch!(b"PUT", &url).body(b"abc".to_vec()).send()?;
assert_eq!(resp.status(), 401);
let resp = fetch!(b"PUT", &url)
.body(b"abc".to_vec())
- .send_with_digest_auth("user", "pass")?;
+ .send_with_digest_auth(user, pass)?;
assert_eq!(resp.status(), 201);
Ok(())
}
#[rstest]
fn auth_and_public(
- #[with(&["--auth", "user:pass@/:rw|@/", "-A"])] server: TestServer,
+ #[with(&["-a", "user:pass@/:rw", "-a", "@/", "-A"])] server: TestServer,
) -> Result<(), Error> {
let url = format!("{}file1", server.url());
let resp = fetch!(b"PUT", &url).body(b"abc".to_vec()).send()?;
#[rstest]
fn auth_check(
- #[with(&["--auth", "user:pass@/:rw|user2:pass2@/", "-A"])] server: TestServer,
+ #[with(&["--auth", "user:pass@/:rw", "--auth", "user2:pass2@/", "-A"])] server: TestServer,
) -> Result<(), Error> {
let url = format!("{}index.html", server.url());
let resp = fetch!(b"WRITEABLE", &url).send()?;
#[rstest]
fn auth_readonly(
- #[with(&["--auth", "user:pass@/:rw|user2:pass2@/", "-A"])] server: TestServer,
+ #[with(&["--auth", "user:pass@/:rw", "--auth", "user2:pass2@/", "-A"])] server: TestServer,
) -> Result<(), Error> {
let url = format!("{}index.html", server.url());
let resp = fetch!(b"GET", &url).send()?;
#[rstest]
fn auth_nest(
- #[with(&["--auth", "user:pass@/:rw|user2:pass2@/", "--auth", "user3:pass3@/dir1:rw", "-A"])]
+ #[with(&["--auth", "user:pass@/:rw", "--auth", "user2:pass2@/", "--auth", "user3:pass3@/dir1:rw", "-A"])]
server: TestServer,
) -> Result<(), Error> {
let url = format!("{}dir1/file1", server.url());
#[rstest]
fn auth_data(
- #[with(&["--auth", "user:pass@/:rw|@/", "-A"])] server: TestServer,
+ #[with(&["-a", "user:pass@/:rw", "-a", "@/", "-A"])] server: TestServer,
) -> Result<(), Error> {
let resp = reqwest::blocking::get(server.url())?;
let content = resp.text()?;