use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Parse from &str
let quantity = "1Ki";
let quantity: Result<ParsedQuantity, ParseQuantityError> = quantity.try_into();
assert_eq!(quantity.unwrap().to_string(), "1Ki");

// Parse from a String
let quantity = String::from("2Mi");
let quantity: Result<ParsedQuantity, ParseQuantityError> = quantity.try_into();
assert_eq!(quantity.unwrap().to_string(), "2Mi");

// Parse from a `k8s_openapi` Quantity
let quantity = Quantity("2.5Gi".to_string());
let quantity: Result<ParsedQuantity, ParseQuantityError> = quantity.try_into();
assert_eq!(quantity.unwrap().to_string(), "2.5Gi");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("1Ki".to_string()).try_into();
let q2: Result<ParsedQuantity, ParseQuantityError> = Quantity("2Ki".to_string()).try_into();

// Add parsed quantities
let q3: ParsedQuantity = q1.unwrap() + q2.unwrap();
// Convert parsed quantity back into a k8s quantity
let q3: Quantity = q3.into();

assert_eq!(q3.0, "3Ki");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("4.2Ki".to_string()).try_into();
let q2: Result<ParsedQuantity, ParseQuantityError> = Quantity("2.1Ki".to_string()).try_into();

// Add parsed quantities
let q3: ParsedQuantity = q1.unwrap() + q2.unwrap();
// Convert parsed quantity back into a k8s quantity
let q3: Quantity = q3.into();

assert_eq!(q3.0, "6.3Ki");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("5M".to_string()).try_into();
let q2: Result<ParsedQuantity, ParseQuantityError> = Quantity("7M".to_string()).try_into();

let mut q1 = q1.unwrap();
q1 += q2.unwrap();

let q1: Quantity = q1.into();

assert_eq!(q1.0, "12M");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("3k".to_string()).try_into();

// Multiply parsed quantities
let q1: ParsedQuantity = q1.unwrap() * 2;
// Convert parsed quantity back into a k8s quantity
let q2: Quantity = q1.into();

assert_eq!(q2.0, "6k");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("3k".to_string()).try_into();
let mut q1: ParsedQuantity = q1.unwrap();

// Multiply parsed quantities
q1 *= 2;
// Convert parsed quantity back into a k8s quantity
let q2: Quantity = q1.into();

assert_eq!(q2.0, "6k");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("4k".to_string()).try_into();

// Multiply parsed quantities
let q1: ParsedQuantity = q1.unwrap() / 2;
// Convert parsed quantity back into a k8s quantity
let q2: Quantity = q1.into();

assert_eq!(q2.0, "2k");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("3k".to_string()).try_into();
let mut q1: ParsedQuantity = q1.unwrap();

// Multiply parsed quantities
q1 /= 3;
// Convert parsed quantity back into a k8s quantity
let q2: Quantity = q1.into();

assert_eq!(q2.0, "1k");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("1M".to_string()).try_into();
let q2: Result<ParsedQuantity, ParseQuantityError> = Quantity("500k".to_string()).try_into();

// Subtract parsed quantities
let q3: ParsedQuantity = q1.unwrap() - q2.unwrap();
// Convert parsed quantity back into a k8s quantity
let q3: Quantity = q3.into();

assert_eq!(q3.0, "500k");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Try parsing k8s quantities
let q1: Result<ParsedQuantity, ParseQuantityError> = Quantity("10G".to_string()).try_into();
let q2: Result<ParsedQuantity, ParseQuantityError> = Quantity("500M".to_string()).try_into();

let mut q1 = q1.unwrap();
q1 -= q2.unwrap();

let q1: Quantity = q1.into();

assert_eq!(q1.0, "9500M");

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Parse directly from &str
let q1 = "5Ki";
let q1: Result<ParsedQuantity, ParseQuantityError> = q1.try_into();
let q1 = q1.unwrap();
assert_eq!(q1.to_string(), "5Ki");

// Parse from a `k8s_openapi` Quantity
let q2 = Quantity("2.5Gi".to_string());
let q2: Result<ParsedQuantity, ParseQuantityError> = q2.try_into();
let q2 = q2.unwrap();
assert_eq!(q2.to_string(), "2.5Gi");

// Compare byte amount equality
assert!(q1 < q2);

use k8s_openapi::apimachinery::pkg::api::resource::Quantity;
use kube_quantity::{ParseQuantityError, ParsedQuantity};

// Parse directly from &str
let q1 = "1Ki";
let q1: Result<ParsedQuantity, ParseQuantityError> = q1.try_into();
let q1 = q1.unwrap();
assert_eq!(q1.to_string(), "1Ki");

// Parse from a `k8s_openapi` Quantity
let q2 = Quantity("1024".to_string());
let q2: Result<ParsedQuantity, ParseQuantityError> = q2.try_into();
let q2 = q2.unwrap();
assert_eq!(q2.to_string(), "1024");

// Compare byte amount equality
assert_eq!(q1, q2);