controller

Documentation

Index

• type EMController
  • func NewEMController(host string, port int, controller SutControllerInterface) *EMController
  • func (e *EMController) StartTheControllerServer() error
  • func (e *EMController) StopTheControllerServer() error
• type SutController
  • func NewSutController(sutControllerInterface SutControllerInterface) *SutController
  • func (s *SutController) GetAdditionalInfoList() []*staticstate.AdditionalInfo
  • func (s *SutController) GetAllCoveredTargetInfos() ([]staticstate.TargetInfo, error)
  • func (s *SutController) GetAllTargets() dto.AllTargetsDto
  • func (s *SutController) GetFullObjectiveCoverage() dto.FullObjectiveCoverageDto
  • func (s *SutController) GetTargetInfos(ids map[int]bool) ([]staticstate.TargetInfo, error)
  • func (s *SutController) GetUnitsInfoDto() dto.UnitsInfoDto
  • func (s *SutController) IsInstrumentationActivated() bool
  • func (s *SutController) NewAction(dto dto.ActionDto)
  • func (s *SutController) NewSearch()
  • func (s *SutController) NewTest()
• type SutControllerInterface
• type SutHandler

Types

type EMController

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

func NewEMController

func NewEMController(host string, port int, controller SutControllerInterface) *EMController

func (*EMController) StartTheControllerServer

func (e *EMController) StartTheControllerServer() error

StartTheControllerServer starts controller. StartTheControllerServer always returns a non-nil error. After Close, the returned error is ErrServerClosed.

func (*EMController) StopTheControllerServer

func (e *EMController) StopTheControllerServer() error

StopTheControllerServer stops SUT and EM controllers. StopTheControllerServer returns any error returned from closing the Server's underlying Listener(s).

type SutController

type SutController struct {
	SutControllerInterface
}

func NewSutController

func NewSutController(sutControllerInterface SutControllerInterface) *SutController

func (*SutController) GetAdditionalInfoList

func (s *SutController) GetAdditionalInfoList() []*staticstate.AdditionalInfo

GetAdditionalInfoList returns additional info for each action in the test. The list is ordered based on the action index.

func (*SutController) GetAllCoveredTargetInfos

func (s *SutController) GetAllCoveredTargetInfos() ([]staticstate.TargetInfo, error)

func (*SutController) GetAllTargets

func (s *SutController) GetAllTargets() dto.AllTargetsDto

func (*SutController) GetFullObjectiveCoverage

func (s *SutController) GetFullObjectiveCoverage() dto.FullObjectiveCoverageDto

func (*SutController) GetTargetInfos

func (s *SutController) GetTargetInfos(ids map[int]bool) ([]staticstate.TargetInfo, error)

func (*SutController) GetUnitsInfoDto

func (s *SutController) GetUnitsInfoDto() dto.UnitsInfoDto

func (*SutController) IsInstrumentationActivated

func (s *SutController) IsInstrumentationActivated() bool

IsInstrumentationActivated Check if instrumentation is on. returns true if the instrumentation is on

func (*SutController) NewAction

func (s *SutController) NewAction(dto dto.ActionDto)

NewAction As some heuristics are based on which action (eg HTTP call, or click of button) in the test sequence is executed, and their order, we need to keep track of which action does cover what. @param dto is the DTO with the information about the action (eg its index in the test)

func (*SutController) NewSearch

func (s *SutController) NewSearch()

NewSearch Re-initialize all internal data to enable a completely new search phase which should be independent of previous ones

func (*SutController) NewTest

func (s *SutController) NewTest()

NewTest Re-initialize some internal data needed before running a new test

type SutControllerInterface

type SutControllerInterface interface {
	SutHandler

	// GetInfoForAuthentication returns a list of valid authentication credentials, or nil if none is necessary
	GetInfoForAuthentication() []dto.AuthenticationDto

	// GetPreferredOutputFormat the format in which the test cases should be generated
	GetPreferredOutputFormat() dto.OutputFormat

	// IsSutRunning Check if the system under test (SUT) is running and fully initialized
	// returns true if the SUT is running
	IsSutRunning() bool

	// GetProblemInfo Depending on which kind of SUT we are dealing with (eg, REST, GraphQL or SPA frontend),
	// there is different info that must be provided
	// returns an instance of object with all the needed data for the specific addressed problem
	GetProblemInfo() problem.ProblemInfo
}

type SutHandler

type SutHandler interface {
	// StartSut Start a new instance of the SUT.
	// This method must be blocking until the SUT is initialized.
	// returns the base URL of the running SUT. (for example: "http://localhost:8080")
	StartSut() string

	// StopSut Stop the SUT
	StopSut()

	// ResetStateOfSUT Make sure the SUT is in a clean state (eg, reset data in database).
	// A possible (likely very inefficient) way to implement this would be to
	// call #StopSUT followed by #StartSUT
	ResetStateOfSUT()

	// SetHost Sets the Host to be used by the SUT. (for example: "localhost")
	SetHost(string)

	// SetPort Sets the Port to be used by the SUT. (for example: 8080)
	SetPort(int)
}