/
PasswordTests.swift
128 lines (104 loc) · 4.25 KB
/
PasswordTests.swift
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import XCTVapor
final class PasswordTests: XCTestCase {
func testSyncBCryptService() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
let hash = try app.password.hash("vapor")
XCTAssertTrue(try BCryptDigest().verify("vapor", created: hash))
let result = try app.password.verify("vapor", created: hash)
XCTAssertTrue(result)
}
func testSyncPlaintextService() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
app.passwords.use(.plaintext)
let hash = try app.password.hash("vapor")
XCTAssertEqual(hash, "vapor")
let result = try app.password.verify("vapor", created: hash)
XCTAssertTrue(result)
}
func testAsyncBCryptRequestPassword() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
try assertAsyncRequestPasswordVerifies(.bcrypt, on: app)
}
func testAsyncPlaintextRequestPassword() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
try assertAsyncRequestPasswordVerifies(.plaintext, on: app)
}
func testAsyncBCryptApplicationPassword() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
try assertAsyncApplicationPasswordVerifies(.bcrypt, on: app)
}
func testAsyncPlaintextApplicationPassword() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
try assertAsyncApplicationPasswordVerifies(.plaintext, on: app)
}
func testAsyncUsesProvider() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
app.passwords.use(.plaintext)
let hash = try app.password.async(
on: app.threadPool,
hopTo: app.eventLoopGroup.next()
).hash("vapor").wait()
XCTAssertEqual(hash, "vapor")
}
func testAsyncApplicationDefault() throws {
let test = Environment(name: "testing", arguments: ["vapor"])
let app = Application(test)
defer { app.shutdown() }
app.passwords.use(.plaintext)
let hash = try app.password.async.hash("vapor").wait()
XCTAssertEqual(hash, "vapor")
}
private func assertAsyncApplicationPasswordVerifies(
_ provider: Application.Passwords.Provider,
on app: Application,
file: StaticString = (#file),
line: UInt = #line
) throws {
app.passwords.use(provider)
let asyncHash = try app.password
.async(on: app.threadPool, hopTo: app.eventLoopGroup.next())
.hash("vapor")
.wait()
let asyncVerifiy = try app.password
.async(on: app.threadPool, hopTo: app.eventLoopGroup.next())
.verify("vapor", created: asyncHash)
.wait()
XCTAssertTrue(asyncVerifiy, file: file, line: line)
}
private func assertAsyncRequestPasswordVerifies(
_ provider: Application.Passwords.Provider,
on app: Application,
file: StaticString = (#file),
line: UInt = #line
) throws {
app.passwords.use(provider)
app.get("test") { req -> EventLoopFuture<String> in
return req.password
.async
.hash("vapor")
.flatMap { digest -> EventLoopFuture<Bool> in
return req.password
.async
.verify("vapor", created: digest)
}
.map { $0 ? "true" : "false" }
}
try app.test(.GET, "test", afterResponse: { res in
XCTAssertEqual(res.body.string, "true", file: file, line: line)
})
}
}