szenario

type Base struct {
	CheckRepeat  time.Duration
	CheckTimeout time.Duration
	LoginRetry   int
	// contains filtered or unexported fields
}

type CheckFunc func(*string) error

type Config struct {
	// contains filtered or unexported fields
}

type EitherOption struct {
	ID     any
	Action chromedp.Action
}

type Engine interface {
	// StepTimeout executes a Step with an timeout
	StepTimeout(name string, timeout time.Duration, actions ...chromedp.Action) error
	// Step executes the actions given and records how long it takes
	Step(name string, actions ...chromedp.Action)

	// SetInputField sets a HTML input field and validates that it has been set
	SetInputField(stepName string, sel interface{}, value string, opts ...func(*chromedp.Selector)) error
	// IsPresent checks if something is present
	IsPresent(sel interface{}, opts ...chromedp.QueryOption) bool
	// Either wait for a list of options and sends the name of the first met option to the channel
	Either(name string, option ...EitherOption) <-chan any
	// Body is used to check the content of the page
	Body(checks ...CheckFunc) chromedp.Action
	// IsHeadless indicates if the browser is headless (i.e. does not show on screen)
	IsHeadless() bool
	// Dump prints the body and its size to log
	Dump() CheckFunc
	// Contains looks for a string in the body
	Contains(s string) CheckFunc
	// NotContains looks for a string in the body and errs if found
	NotContains(s string) CheckFunc
	// Bigger checks if the size of the body (in bytes) in bigger than i
	Bigger(i int) CheckFunc
	// Strings gets the body as plaintext
	Strings(html *string) CheckFunc
	// SetStatus sets a status of the event
	SetStatus(key, val string)
	// AddErr adds a error to the event
	AddErr(err error)
	// Log returns the logger
	Log() *slog.Logger

	// WaitForEver blocks until the timeout is reached
	WaitForEver()
	// BreakWaitForUserInput waits until any key is clicked on the cmdlint
	BreakWaitForUserInput()
}

type JobFunc func(Engine) error

type Szenario interface {
	Name() string               // Name returns the name
	User() User                 // User returns the user the szenario runs with
	SetUser(u User)             // SetUser set the user the szenario runs with
	Execute(Engine) error       // Execute the szenario
	RepeatDelay() time.Duration // RepeatDelay between executions
	Timeout() time.Duration     // Timeout for an execution
	GetMaxLoginTry() int        // GetMaxLoginTry returns how many times a login with a new password should be attemped
}

type TimeoutError struct {
	Timeout time.Duration
}

type User interface {
	// Name returns the name
	Name() string
	// Email returns the email address
	Email() string

	// DisplayName returns the display name
	DisplayName() string

	// Type returns what kind of user it is
	Type() string

	// Password decrypts the password
	Password() string

	// NextPassword increases the password index and returns the decrypted PW
	// retruns empty string "" if no more passwords are present
	NextPassword() string

	// LoginSuccessfull sets the last use of the password
	LoginSuccessfull()

	// NewPassword generates a new password
	// it does not store the password
	NewPassword() (string, error)

	// PasswordHistoryCount returns the number of PW in the history
	PasswordHistoryCount() int

	// PasswordCreated returns the time when the password was created
	PasswordCreated() time.Time

	// PasswordLastUse returns the time when the password was last accessed
	PasswordLastUse() time.Time

	// NumPasswdChg number of times the password was changed
	NumPasswdChg(time.Duration) int

	// ResetPasswordIndex start with the first password
	// and reset the number of failed logins to 0
	ResetPasswordIndex()

	// FailedLogins the number of failed logins
	FailedLogins() int

	// SetPassword encrypts the password
	SetPassword(pw string)

	// String implements stringer
	String() string

	// IsValid checks if all needed fields are set
	IsValid() error

	// Save the user to the store
	Save() error
}

type UserType struct {
	Name      string
	Desc      string
	Szenarios []Szenario
}