### Get Type ID

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Gets the `TypeId` of the `SecretBox` or its inner type `T`. This is part of the `Any` trait implementation.

```rust
fn type_id(&self) -> TypeId>
```

--------------------------------

### Initialize SecretBox with Constructor

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Creates a SecretBox using a constructor function. The implementation attempts to zeroize the locally constructed value before copying it to the heap to minimize exposure.

```rust
pub fn init_with(ctr: impl FnOnce() -> S) -> Self>
```

--------------------------------

### Try Initialize SecretBox with Fallible Constructor

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Similar to init_with, but the constructor can return a Result. It's recommended to use Self::new or Self::init_with_mut when possible.

```rust
pub fn try_init_with<E>(ctr: impl FnOnce() -> Result<S, E>) -> Result<Self, E>

```

--------------------------------

### SecretBox Creation Methods

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Provides methods for creating instances of SecretBox, including initialization with pre-boxed values, in-place initialization, and construction via a closure.

```APIDOC
### impl<S: Zeroize + ?Sized> SecretBox<S>

#### pub fn new(boxed_secret: Box<S>) -> Self
Create a secret value using a pre-boxed value.

### impl<S: Zeroize + Default> SecretBox<S>

#### pub fn init_with_mut(ctr: impl FnOnce(&mut S)) -> Self
Create a secret value using a function that can initialize the value in-place.

### impl<S: Zeroize + Clone> SecretBox<S>

#### pub fn init_with(ctr: impl FnOnce() -> S) -> Self
Create a secret value using the provided function as a constructor.

**Note:** using `Self::new` or `Self::init_with_mut` is preferable when possible, since this method’s safety relies on empiric evidence and may be violated on some targets.

#### pub fn try_init_with<E>(ctr: impl FnOnce() -> Result<S, E>) -> Result<Self, E>
Same as `Self::init_with`, but the constructor can be fallible.

**Note:** using `Self::new` or `Self::init_with_mut` is preferable when possible, since this method’s safety relies on empyric evidence and may be violated on some targets.
```

--------------------------------

### Initialize SecretBox with Constructor Function

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Creates a secret value using a provided constructor function. It's recommended to use Self::new or Self::init_with_mut when possible.

```rust
pub fn init_with(ctr: impl FnOnce() -> S) -> Self

```

--------------------------------

### Initialize SecretBox with In-place Function

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Creates a secret value using a function that can initialize the value in-place.

```rust
pub fn init_with_mut(ctr: impl FnOnce(&mut S)) -> Self

```

--------------------------------

### Initialize SecretBox In-Place

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Creates a SecretBox by initializing the secret value in-place using a provided closure. This method is suitable when the secret needs to be set up directly within the SecretBox.

```rust
pub fn init_with_mut(ctr: impl FnOnce(&mut S)) -> Self>
```

--------------------------------

### Create SecretBox from Pre-boxed Value

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Constructs a SecretBox using a value that has already been boxed.

```rust
pub fn new(boxed_secret: Box<S>) -> Self

```

--------------------------------

### SecretBox Trait Implementations

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Details the various trait implementations for SecretBox, including Clone, Debug, Default, Deserialize, Drop, ExposeSecret, ExposeSecretMut, From, Serialize, and Zeroize.

```APIDOC
## Trait Implementations

### impl<S> Clone for SecretBox<S>
#### fn clone(&self) -> Self
Returns a duplicate of the value.
#### fn clone_from(&mut self, source: &Self)
Performs copy-assignment from `source`.

### impl<S: Zeroize + ?Sized> Debug for SecretBox<S>
#### fn fmt(&self, f: &mut Formatter<'_>) -> Result
Formats the value using the given formatter.

### impl<S: Zeroize + Default> Default for SecretBox<S>
#### fn default() -> Self
Returns the “default value” for a type.

### impl<'de, T> Deserialize<'de> for SecretBox<T>
Available on **crate feature`serde`** only.
#### fn deserialize<D>(deserializer: D) -> Result<Self, D::Error>
Deserialize this value from the given Serde deserializer.

### impl<S: Zeroize + ?Sized> Drop for SecretBox<S>
#### fn drop(&mut self)
Executes the destructor for this type.

### impl<S: Zeroize + ?Sized> ExposeSecret<S> for SecretBox<S>
#### fn expose_secret(&self) -> &S
Expose secret: this is the only method providing access to a secret.

### impl<S: Zeroize + ?Sized> ExposeSecretMut<S> for SecretBox<S>
#### fn expose_secret_mut(&mut self) -> &mut S
Expose secret: this is the only method providing access to a secret.

### impl<S: Zeroize + ?Sized> From<Box<S>> for SecretBox<S>
#### fn from(source: Box<S>) -> Self
Converts to this type from the input type.

### impl<T> Serialize for SecretBox<T>
Available on **crate feature`serde`** only.
#### fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
Serialize this value into the given Serde serializer.

### impl<S: Zeroize + ?Sized> Zeroize for SecretBox<S>
#### fn zeroize(&mut self)
Zero out this object from memory using Rust intrinsics which ensure the zeroization operation is not “optimized away” by the compiler.

### impl<S: Zeroize + ?Sized> ZeroizeOnDrop for SecretBox<S>
```

--------------------------------

### Create SecretBox with Pre-boxed Value

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Creates a new SecretBox using a pre-boxed secret value. This is a straightforward way to wrap an existing boxed secret.

```rust
pub fn new(boxed_secret: Box<S>) -> Self>
```

--------------------------------

### Serialize SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Serializes a SecretBox into a Serde serializer. Available only when the 'serde' feature is enabled. Requires T to be Zeroize, SerializableSecret, Serialize, and Sized.

```rust
fn serialize<S>(&self, serializer: S) -> Result<S::Ok, S::Error>
where S: Serializer,

```

--------------------------------

### Conversion Traits (From, Into, TryFrom, TryInto)

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Standard library traits for type conversions, including fallible and infallible conversion patterns.

```APIDOC
## fn from(t: T) -> T

### Description
Returns the argument unchanged.

## fn into(self) -> U

### Description
Calls `U::from(self)` to perform a conversion.

## fn try_from(value: U) -> Result<T, <T as TryFrom<U>>::Error>

### Description
Performs a fallible conversion from type U to type T.

## fn try_into(self) -> Result<U, <U as TryFrom<T>>::Error>

### Description
Performs a fallible conversion into type U.
```

--------------------------------

### Convert Box to SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Converts a `Box<S>` directly into a `SecretBox<S>`. This is equivalent to calling `SecretBox::new`.

```rust
fn from(source: Box<S>) -> Self>
```

--------------------------------

### SecretBox API

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretString.html

Methods for initializing and managing secret values within a SecretBox container.

```APIDOC
## SecretBox Methods

### init_with
Creates a secret value using a constructor function. It attempts to zeroize the locally constructed value before copying to the heap.

### try_init_with
Similar to `init_with`, but supports fallible constructors.

### new
Creates a secret value using a pre-boxed value.

### init_with_mut
Creates a secret value using a function that initializes the value in-place.

### expose_secret
Provides read-only access to the underlying secret.

### expose_secret_mut
Provides mutable access to the underlying secret.
```

--------------------------------

### CloneToUninit Trait

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Provides an experimental method for performing copy-assignment from a type to an uninitialized memory location.

```APIDOC
## unsafe fn clone_to_uninit(&self, dest: *mut u8)

### Description
Performs copy-assignment from `self` to `dest`. This is a nightly-only experimental API.

### Parameters
- **dest** (*mut u8) - Required - A pointer to the uninitialized memory location where the data will be copied.
```

--------------------------------

### Expose SecretBox Content

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Provides immutable access to the secret content within the SecretBox. Requires S to be Zeroize.

```rust
fn expose_secret(&self) -> &S

```

--------------------------------

### Convert Box to SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Converts a Box<S> into a SecretBox<S>. Requires S to be Zeroize.

```rust
fn from(source: Box<S>) -> Self

```

--------------------------------

### Serde Support for SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/index.html

When the `serde` feature is enabled, SecretBox can be deserialized. Serialization is opt-in via the `SerializableSecret` marker trait to prevent accidental exfiltration.

```APIDOC
## Serde Support

When the `serde` feature of this crate is enabled, the `SecretBox` type will receive a `Deserialize` impl for all `SecretBox<T>` types where `T: DeserializeOwned`. This allows _loading_ secret values from data deserialized from `serde` (be careful to clean up any intermediate secrets when doing this, e.g. the unparsed input!)

To prevent exfiltration of secret values via `serde`, by default `SecretBox<T>` does _not_ receive a corresponding `Serialize` impl. If you would like types of `SecretBox<T>` to be serializable with `serde`, you will need to impl the `SerializableSecret` marker trait on `T`.
```

--------------------------------

### Expose Mutable SecretBox Content

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Provides mutable access to the secret content within the SecretBox. Requires S to be Zeroize.

```rust
fn expose_secret_mut(&mut self) -> &mut S

```

--------------------------------

### Drop SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Executes the destructor for SecretBox, ensuring memory is zeroized. Requires S to be Zeroize.

```rust
fn drop(&mut self)

```

--------------------------------

### Clone From SecretSlice

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Performs copy-assignment from a source SecretSlice.

```rust
fn clone_from(&mut self, source: &Self)

```

--------------------------------

### Format SecretBox for Debugging

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Formats the SecretBox value for debugging purposes. Requires S to be Zeroize.

```rust
fn fmt(&self, f: &mut Formatter<'_>) -> Result

```

--------------------------------

### SecretBox Implementation

Source: https://docs.rs/secrecy/latest/secrecy/trait.ExposeSecret.html

Implementation of the ExposeSecret trait for SecretBox, requiring the inner type to implement Zeroize.

```rust
impl<S: Zeroize + ?Sized> ExposeSecret<S> for SecretBox<S>
```

--------------------------------

### Format SecretBox for Debug

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Formats the SecretBox for debugging purposes. This implementation requires the inner secret type `S` to implement `Zeroize`.

```rust
fn fmt(&self, f: &mut Formatter<'_>) -> Result>
```

--------------------------------

### Deserialize SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Deserializes a SecretBox from a Serde deserializer. Available only when the 'serde' feature is enabled. Requires T to be Zeroize, Clone, DeserializeOwned, and Sized.

```rust
fn deserialize<D>(deserializer: D) -> Result<Self, D::Error>
where D: Deserializer<'de>,

```

--------------------------------

### Clone From SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Performs copy-assignment from a source SecretBox to the current one. This is part of the `Clone` trait implementation.

```rust
fn clone_from(&mut self, source: &Self)>
```

--------------------------------

### Zeroize SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Zeroes out the SecretBox's memory using compiler-intrinsics to prevent optimization. Requires S to be Zeroize.

```rust
fn zeroize(&mut self)

```

--------------------------------

### Default SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Provides a default value for SecretBox. This requires the inner secret type `S` to implement `Zeroize` and `Default`.

```rust
fn default() -> Self>
```

--------------------------------

### ExposeSecret Required Method

Source: https://docs.rs/secrecy/latest/secrecy/trait.ExposeSecret.html

The primary method for accessing the underlying secret. This is the only intended way to retrieve the secret value from the wrapper.

```rust
fn expose_secret(&self) -> &S
```

--------------------------------

### Convert Vec to SecretSlice

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Converts a Vec<S> into a SecretSlice<S>. Requires S to be Zeroize.

```rust
fn from(vec: Vec<S>) -> Self

```

--------------------------------

### Trait ExposeSecretMut

Source: https://docs.rs/secrecy/latest/secrecy/trait.ExposeSecretMut.html

Documentation for the ExposeSecretMut trait, which allows mutable access to an inner secret.

```APIDOC
## Trait ExposeSecretMut<S: ?Sized>

### Description
Expose a mutable reference to an inner secret.

### Required Methods
#### fn expose_secret_mut(&mut self) -> &mut S
Expose secret: this is the only method providing access to a secret.

### Implementors
#### impl<S: Zeroize + ?Sized> ExposeSecretMut<S> for SecretBox<S>
```

--------------------------------

### Clone SecretSlice

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Returns a duplicate of the SecretSlice. Requires S to be CloneableSecret and Zeroize.

```rust
fn clone(&self) -> Self

```

--------------------------------

### Type Aliases for Secrets

Source: https://docs.rs/secrecy/latest/secrecy/index.html

Provides convenient type aliases for common secret types like slices and strings.

```APIDOC
## Type Aliases

### `SecretSlice`
Secret slice type.

### `SecretString`
Secret string type.
```

--------------------------------

### Default SecretSlice

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Returns the default value for SecretSlice. Requires S to be Zeroize.

```rust
fn default() -> Self

```

--------------------------------

### SecretBox Wrapper Type

Source: https://docs.rs/secrecy/latest/secrecy/index.html

The SecretBox type is a wrapper designed to limit accidental exposure of secret values and ensure they are securely wiped from memory upon dropping. It is intended for sensitive data such as passwords, cryptographic keys, access tokens, or other credentials.

```APIDOC
## Struct: SecretBox

### Description
Wrapper type for values that contains secrets, which attempts to limit accidental exposure and ensure secrets are wiped from memory when dropped. (e.g. passwords, cryptographic keys, access tokens or other credentials)

### Fields
This struct does not expose its fields directly. Access to the inner secret is managed through traits like `ExposeSecret` and `ExposeSecretMut`.
```

--------------------------------

### Traits for Secret Handling

Source: https://docs.rs/secrecy/latest/secrecy/index.html

Defines traits for managing secret data, including marking secrets that can be cloned, exposing secrets by reference or mutable reference, and enabling serde serialization.

```APIDOC
## Traits

### `CloneableSecret`
Marker trait for secrets which are allowed to be cloned.

### `ExposeSecret`
Expose a reference to an inner secret.

### `ExposeSecretMut`
Expose a mutable reference to an inner secret.

### `SerializableSecret`
`serde` marker trait for secret types which can be `Serialize`-d by `serde`.
```

--------------------------------

### Clone SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Returns a duplicate of the SecretBox. This implementation requires the inner secret type `S` to implement `CloneableSecret`.

```rust
fn clone(&self) -> Self>
```

--------------------------------

### Trait ExposeSecret

Source: https://docs.rs/secrecy/latest/secrecy/trait.ExposeSecret.html

Documentation for the ExposeSecret trait used to expose references to inner secrets.

```APIDOC
## Trait ExposeSecret

### Description
A trait for exposing a reference to an inner secret. This is the primary method for accessing protected data within the secrecy crate.

### Methods
#### fn expose_secret(&self) -> &S
Expose secret: this is the only method providing access to a secret.

### Implementors
- impl<S: Zeroize + ?Sized> ExposeSecret<S> for SecretBox<S>
```

--------------------------------

### SecretSlice API

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Type alias and implementation details for SecretSlice, used for handling secret slices.

```APIDOC
## SecretSlice<S>

### Description
A type alias for `SecretBox<[S]>` which supports helpful trait implementations for secret slices.

### Definition
`pub type SecretSlice<S> = SecretBox<[S]>;`

### Key Implementations
- **From<Vec<S>>**: The preferred method for construction from a vector.
- **Clone**: Implemented where S: CloneableSecret + Zeroize.
- **Default**: Implemented where S: Zeroize.
```

--------------------------------

### Define SecretBox Struct

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Defines the SecretBox struct which wraps a secret value. It has private fields to prevent direct access.

```rust
pub struct SecretBox<S: Zeroize + ?Sized> { /* private fields */ }
```

--------------------------------

### Zeroize SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Zeroes out the SecretBox from memory using Rust intrinsics to prevent compiler optimizations from removing the zeroization. This ensures the secret is securely wiped.

```rust
fn zeroize(&mut self)>
```

--------------------------------

### SecretSlice Struct Definition

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

The underlying struct definition for SecretSlice, which is a wrapper for secret data.

```rust
pub struct SecretSlice<S> { /* private fields */ }

```

--------------------------------

### Define SecretString struct

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretString.html

The internal structure definition for SecretString.

```rust
pub struct SecretString { /* private fields */ }
```

--------------------------------

### Expose Mutable Secret Value

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Provides mutable access to the inner secret value. Use with caution to avoid accidental exposure.

```rust
fn expose_secret_mut(&mut self) -> &mut S>
```

--------------------------------

### SerializableSecret Trait

Source: https://docs.rs/secrecy/latest/secrecy/trait.SerializableSecret.html

Details about the SerializableSecret trait, which allows secret types to be serialized using serde when the 'serde' feature is enabled.

```APIDOC
## Trait SerializableSecret

### Description
Marker trait for secret types which can be `Serialize`-d by `serde`.
When the `serde` feature of this crate is enabled and types are marked with this trait, they receive a `Serialize` impl for `SecretBox<T>`.
(NOTE: all types which impl `DeserializeOwned` receive a `Deserialize` impl)
This is done deliberately to prevent accidental exfiltration of secrets via `serde` serialization.
If you really want to have `serde` serialize those types, use the `serialize_with` attribute to specify a serializer that exposes the secret.

### Available on
`crate feature`serde` only.

### Dyn Compatibility
This trait is **not** dyn compatible.
_In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe._

### Implementors
(No specific implementors listed in the provided text)
```

--------------------------------

### Borrow SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Immutably borrows the inner secret value from the `SecretBox`. This is part of the `Borrow` trait implementation.

```rust
fn borrow(&self) -> &T>
```

--------------------------------

### SecretBox Struct

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

The SecretBox struct is a wrapper type for values containing secrets, designed to minimize accidental exposure and ensure secrets are securely wiped from memory.

```APIDOC
## Struct SecretBox<S: Zeroize + ?Sized>

### Description
Wrapper type for values that contains secrets, which attempts to limit accidental exposure and ensure secrets are wiped from memory when dropped. (e.g. passwords, cryptographic keys, access tokens or other credentials)

Access to the secret inner value occurs through the `ExposeSecret` or `ExposeSecretMut` traits, which provide methods for accessing the inner secret value.
```

--------------------------------

### Expose Secret Value

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Provides immutable access to the inner secret value. This is the primary method for reading the secret.

```rust
fn expose_secret(&self) -> &S>
```

--------------------------------

### SecretString Type

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretString.html

The SecretString type is an alias for SecretBox<str>, designed to store sensitive string data securely.

```APIDOC
## SecretString

### Description
A type alias for `SecretBox<str>` that provides secure storage for sensitive strings. It supports conversion from `String` and `&str`.

### Type Definition
`pub type SecretString = SecretBox<str>;`
```

--------------------------------

### ToOwned Trait

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Provides methods for creating owned data from borrowed data.

```APIDOC
## fn to_owned(&self) -> T

### Description
Creates owned data from borrowed data, usually by cloning.

## fn clone_into(&self, target: &mut T)

### Description
Uses borrowed data to replace owned data, usually by cloning.
```

--------------------------------

### Borrow Mutably SecretBox

Source: https://docs.rs/secrecy/latest/secrecy/struct.SecretBox.html

Mutably borrows the inner secret value from the `SecretBox`. This is part of the `BorrowMut` trait implementation.

```rust
fn borrow_mut(&mut self) -> &mut T>
```

--------------------------------

### Core Goals of the Secrecy Crate

Source: https://docs.rs/secrecy/latest/secrecy/index.html

The primary goals of the secrecy crate are to make secret access explicit and auditable, prevent accidental leakage through channels like debug logging, and ensure secrets are securely wiped from memory upon drop.

```APIDOC
## Goals

- Make secret access explicit and easy-to-audit via the `ExposeSecret` and `ExposeSecretMut` traits.
- Prevent accidental leakage of secrets via channels like debug logging.
- Ensure secrets are wiped from memory on drop securely (using the `zeroize` crate).

Presently this crate favors a simple, `no_std`-friendly, safe i.e. `forbid(unsafe_code)`-based implementation and does not provide more advanced memory protection mechanisms e.g. ones based on `mlock(2)`/`mprotect(2)`. Those who don’t mind `std` and `libc` dependencies should consider using the `secrets` crate.
```

--------------------------------

### Define SerializableSecret Trait

Source: https://docs.rs/secrecy/latest/secrecy/trait.SerializableSecret.html

This trait marks secret types that can be serialized by serde. It requires the 'serde' feature flag to be enabled. Use 'serialize_with' to explicitly serialize secrets if needed.

```rust
pub trait SerializableSecret: Serialize { }
```

--------------------------------

### Define SecretString type alias

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretString.html

Defines the SecretString type as a SecretBox containing a string slice.

```rust
pub type SecretString = SecretBox<str>;
```

--------------------------------

### Trait: CloneableSecret

Source: https://docs.rs/secrecy/latest/secrecy/trait.CloneableSecret.html

A marker trait for secrets which are allowed to be cloned. It requires the type to implement Clone and Zeroize.

```APIDOC
## Trait CloneableSecret

### Description
Marker trait for secrets which are allowed to be cloned. This trait is not dyn compatible.

### Definition
```rust
pub trait CloneableSecret: Clone + Zeroize { }
```

### Implementations
This trait is implemented for the following primitive types:
- i8, i16, i32, i64, i128, isize
- u8, u16, u32, u64, u128, usize
```

--------------------------------

### Define SecretSlice Type Alias

Source: https://docs.rs/secrecy/latest/secrecy/type.SecretSlice.html

Defines SecretSlice as a type alias for SecretBox<[S]>, providing helpful trait implementations for secret slices.

```rust
pub type SecretSlice<S> = SecretBox<[S]>;

```

--------------------------------

### Define ExposeSecretMut Trait in Rust

Source: https://docs.rs/secrecy/latest/secrecy/trait.ExposeSecretMut.html

Defines the ExposeSecretMut trait, which provides mutable access to an inner secret. This is the primary method for accessing secrets.

```rust
pub trait ExposeSecretMut<S: ?Sized> {
    // Required method
    fn expose_secret_mut(&mut self) -> &mut S;
}
```

--------------------------------

### Define CloneableSecret trait

Source: https://docs.rs/secrecy/latest/secrecy/trait.CloneableSecret.html

Marker trait for secrets which are allowed to be cloned.

```rust
pub trait CloneableSecret: Clone + Zeroize { }
```

--------------------------------

### ExposeSecret Trait Definition

Source: https://docs.rs/secrecy/latest/secrecy/trait.ExposeSecret.html

Defines the interface for accessing an inner secret value. Implementations must provide the expose_secret method to return a reference to the secret.

```rust
pub trait ExposeSecret<S: ?Sized> {
    // Required method
    fn expose_secret(&self) -> &S;
}
```

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