qcell
Activity
- Latest release
- 11mo ago
- Total releases
- 15
- Cadence
- ~4 months
- Last 12 months
- 0
Details
- License
- MIT/Apache-2.0
- First release
- Feb 28, 2019
| Version | Released | |
|---|---|---|
0.5.5
unknown
|
0.5.5
unknown
Dependencies (9)
+ 1 more |
|
0.5.4
unknown
|
0.5.4
unknown
Dependencies (9)
+ 1 more |
|
0.5.3
unknown
|
0.5.3
unknown
Dependencies (8)
|
|
0.5.2
unknown
|
0.5.2
unknown
Dependencies (8)
|
|
0.5.1
unknown
|
0.5.1
unknown
Dependencies (8)
|
|
0.5.0
unknown
|
0.5.0
unknown
Dependencies (9)
+ 1 more |
|
0.4.3
unknown
|
0.4.3
unknown
Dependencies (6)
|
|
0.4.2
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.4.2
unknown
yanked
Dependencies (5)
|
|
0.4.1
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.4.1
unknown
yanked
Dependencies (4)
|
|
0.4.0
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.4.0
unknown
yanked
Dependencies (4)
|
|
0.3.0
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.3.0
unknown
yanked
Dependencies (1)
|
|
0.2.0
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.2.0
unknown
yanked
Dependencies (1)
|
|
0.1.2
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.1.2
unknown
yanked
Dependencies (1)
|
|
0.1.1
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.1.1
unknown
yanked
Dependencies (1)
|
|
0.1.0
unknown
yanked
1 CVE
GHSA-9c9f-7x9p-4wqp
RUSTSEC-2022-0007
Jun 17, 2022
A malicious coder can get unsound access to TCell or TLCell memory
High
This is impossible to do by accident, but by carefully constructing
marker types to be covariant, a malicious coder can cheat the
singleton check in The fix is for the crate to internally force the marker type to be invariant. This blocks the conversion between covariant types which Rust normally allows. Fixed in
0.4.3
References Updated Nov 08, 2023 · Source: OSV.dev |
0.1.0
unknown
yanked
Dependencies (1)
|