stubs

package
v0.19.6 Latest Latest
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 Go to latest Published: Nov 22, 2025 License: MIT Imports: 9 Imported by: 2

Documentation

Overview

Package stubs is a set of test stubs for Dogma interfaces.

Index

Constants

This section is empty.

Variables

View Source 
var (
	// CommandA1 is command of type [CommandA] with content "A1".
	CommandA1 = &CommandStub[TypeA]{Content: "A1"}
	// CommandA2 is command of type [CommandA] with content "A2".
	CommandA2 = &CommandStub[TypeA]{Content: "A2"}
	// CommandA3 is command of type [CommandA] with content "A3".
	CommandA3 = &CommandStub[TypeA]{Content: "A3"}

	// CommandB1 is command of type [CommandB] with content "B1".
	CommandB1 = &CommandStub[TypeB]{Content: "B1"}
	// CommandB2 is command of type [CommandB] with content "B2".
	CommandB2 = &CommandStub[TypeB]{Content: "B2"}
	// CommandB3 is command of type [CommandB] with content "B3".
	CommandB3 = &CommandStub[TypeB]{Content: "B3"}

	// CommandC1 is command of type [CommandC] with content "C1".
	CommandC1 = &CommandStub[TypeC]{Content: "C1"}
	// CommandC2 is command of type [CommandC] with content "C2".
	CommandC2 = &CommandStub[TypeC]{Content: "C2"}
	// CommandC3 is command of type [CommandC] with content "C3".
	CommandC3 = &CommandStub[TypeC]{Content: "C3"}

	// CommandD1 is command of type [CommandD] with content "D1".
	CommandD1 = &CommandStub[TypeD]{Content: "D1"}
	// CommandD2 is command of type [CommandD] with content "D2".
	CommandD2 = &CommandStub[TypeD]{Content: "D2"}
	// CommandD3 is command of type [CommandD] with content "D3".
	CommandD3 = &CommandStub[TypeD]{Content: "D3"}

	// CommandE1 is command of type [CommandE] with content "E1".
	CommandE1 = &CommandStub[TypeE]{Content: "E1"}
	// CommandE2 is command of type [CommandE] with content "E2".
	CommandE2 = &CommandStub[TypeE]{Content: "E2"}
	// CommandE3 is command of type [CommandE] with content "E3".
	CommandE3 = &CommandStub[TypeE]{Content: "E3"}

	// CommandF1 is command of type [CommandF] with content "F1".
	CommandF1 = &CommandStub[TypeF]{Content: "F1"}
	// CommandF2 is command of type [CommandF] with content "F2".
	CommandF2 = &CommandStub[TypeF]{Content: "F2"}
	// CommandF3 is command of type [CommandF] with content "F3".
	CommandF3 = &CommandStub[TypeF]{Content: "F3"}

	// CommandG1 is command of type [CommandG] with content "G1".
	CommandG1 = &CommandStub[TypeG]{Content: "G1"}
	// CommandG2 is command of type [CommandG] with content "G2".
	CommandG2 = &CommandStub[TypeG]{Content: "G2"}
	// CommandG3 is command of type [CommandG] with content "G3".
	CommandG3 = &CommandStub[TypeG]{Content: "G3"}

	// CommandH1 is command of type [CommandH] with content "H1".
	CommandH1 = &CommandStub[TypeH]{Content: "H1"}
	// CommandH2 is command of type [CommandH] with content "H2".
	CommandH2 = &CommandStub[TypeH]{Content: "H2"}
	// CommandH3 is command of type [CommandH] with content "H3".
	CommandH3 = &CommandStub[TypeH]{Content: "H3"}

	// CommandI1 is command of type [CommandI] with content "I1".
	CommandI1 = &CommandStub[TypeI]{Content: "I1"}
	// CommandI2 is command of type [CommandI] with content "I2".
	CommandI2 = &CommandStub[TypeI]{Content: "I2"}
	// CommandI3 is command of type [CommandI] with content "I3".
	CommandI3 = &CommandStub[TypeI]{Content: "I3"}

	// CommandJ1 is command of type [CommandJ] with content "J1".
	CommandJ1 = &CommandStub[TypeJ]{Content: "J1"}
	// CommandJ2 is command of type [CommandJ] with content "J2".
	CommandJ2 = &CommandStub[TypeJ]{Content: "J2"}
	// CommandJ3 is command of type [CommandJ] with content "J3".
	CommandJ3 = &CommandStub[TypeJ]{Content: "J3"}

	// CommandK1 is command of type [CommandK] with content "K1".
	CommandK1 = &CommandStub[TypeK]{Content: "K1"}
	// CommandK2 is command of type [CommandK] with content "K2".
	CommandK2 = &CommandStub[TypeK]{Content: "K2"}
	// CommandK3 is command of type [CommandK] with content "K3".
	CommandK3 = &CommandStub[TypeK]{Content: "K3"}

	// CommandL1 is command of type [CommandL] with content "L1".
	CommandL1 = &CommandStub[TypeL]{Content: "L1"}
	// CommandL2 is command of type [CommandL] with content "L2".
	CommandL2 = &CommandStub[TypeL]{Content: "L2"}
	// CommandL3 is command of type [CommandL] with content "L3".
	CommandL3 = &CommandStub[TypeL]{Content: "L3"}

	// CommandM1 is command of type [CommandM] with content "M1".
	CommandM1 = &CommandStub[TypeM]{Content: "M1"}
	// CommandM2 is command of type [CommandM] with content "M2".
	CommandM2 = &CommandStub[TypeM]{Content: "M2"}
	// CommandM3 is command of type [CommandM] with content "M3".
	CommandM3 = &CommandStub[TypeM]{Content: "M3"}

	// CommandN1 is command of type [CommandN] with content "N1".
	CommandN1 = &CommandStub[TypeN]{Content: "N1"}
	// CommandN2 is command of type [CommandN] with content "N2".
	CommandN2 = &CommandStub[TypeN]{Content: "N2"}
	// CommandN3 is command of type [CommandN] with content "N3".
	CommandN3 = &CommandStub[TypeN]{Content: "N3"}

	// CommandO1 is command of type [CommandO] with content "O1".
	CommandO1 = &CommandStub[TypeO]{Content: "O1"}
	// CommandO2 is command of type [CommandO] with content "O2".
	CommandO2 = &CommandStub[TypeO]{Content: "O2"}
	// CommandO3 is command of type [CommandO] with content "O3".
	CommandO3 = &CommandStub[TypeO]{Content: "O3"}

	// CommandP1 is command of type [CommandP] with content "P1".
	CommandP1 = &CommandStub[TypeP]{Content: "P1"}
	// CommandP2 is command of type [CommandP] with content "P2".
	CommandP2 = &CommandStub[TypeP]{Content: "P2"}
	// CommandP3 is command of type [CommandP] with content "P3".
	CommandP3 = &CommandStub[TypeP]{Content: "P3"}

	// CommandQ1 is command of type [CommandQ] with content "Q1".
	CommandQ1 = &CommandStub[TypeQ]{Content: "Q1"}
	// CommandQ2 is command of type [CommandQ] with content "Q2".
	CommandQ2 = &CommandStub[TypeQ]{Content: "Q2"}
	// CommandQ3 is command of type [CommandQ] with content "Q3".
	CommandQ3 = &CommandStub[TypeQ]{Content: "Q3"}

	// CommandR1 is command of type [CommandR] with content "R1".
	CommandR1 = &CommandStub[TypeR]{Content: "R1"}
	// CommandR2 is command of type [CommandR] with content "R2".
	CommandR2 = &CommandStub[TypeR]{Content: "R2"}
	// CommandR3 is command of type [CommandR] with content "R3".
	CommandR3 = &CommandStub[TypeR]{Content: "R3"}

	// CommandS1 is command of type [CommandS] with content "S1".
	CommandS1 = &CommandStub[TypeS]{Content: "S1"}
	// CommandS2 is command of type [CommandS] with content "S2".
	CommandS2 = &CommandStub[TypeS]{Content: "S2"}
	// CommandS3 is command of type [CommandS] with content "S3".
	CommandS3 = &CommandStub[TypeS]{Content: "S3"}

	// CommandT1 is command of type [CommandT] with content "T1".
	CommandT1 = &CommandStub[TypeT]{Content: "T1"}
	// CommandT2 is command of type [CommandT] with content "T2".
	CommandT2 = &CommandStub[TypeT]{Content: "T2"}
	// CommandT3 is command of type [CommandT] with content "T3".
	CommandT3 = &CommandStub[TypeT]{Content: "T3"}

	// CommandU1 is command of type [CommandU] with content "U1".
	CommandU1 = &CommandStub[TypeU]{Content: "U1"}
	// CommandU2 is command of type [CommandU] with content "U2".
	CommandU2 = &CommandStub[TypeU]{Content: "U2"}
	// CommandU3 is command of type [CommandU] with content "U3".
	CommandU3 = &CommandStub[TypeU]{Content: "U3"}

	// CommandV1 is command of type [CommandV] with content "V1".
	CommandV1 = &CommandStub[TypeV]{Content: "V1"}
	// CommandV2 is command of type [CommandV] with content "V2".
	CommandV2 = &CommandStub[TypeV]{Content: "V2"}
	// CommandV3 is command of type [CommandV] with content "V3".
	CommandV3 = &CommandStub[TypeV]{Content: "V3"}

	// CommandW1 is command of type [CommandW] with content "W1".
	CommandW1 = &CommandStub[TypeW]{Content: "W1"}
	// CommandW2 is command of type [CommandW] with content "W2".
	CommandW2 = &CommandStub[TypeW]{Content: "W2"}
	// CommandW3 is command of type [CommandW] with content "W3".
	CommandW3 = &CommandStub[TypeW]{Content: "W3"}

	// CommandX1 is command of type [CommandX] with content "X1".
	CommandX1 = &CommandStub[TypeX]{Content: "X1"}
	// CommandX2 is command of type [CommandX] with content "X2".
	CommandX2 = &CommandStub[TypeX]{Content: "X2"}
	// CommandX3 is command of type [CommandX] with content "X3".
	CommandX3 = &CommandStub[TypeX]{Content: "X3"}

	// CommandY1 is command of type [CommandY] with content "Y1".
	CommandY1 = &CommandStub[TypeY]{Content: "Y1"}
	// CommandY2 is command of type [CommandY] with content "Y2".
	CommandY2 = &CommandStub[TypeY]{Content: "Y2"}
	// CommandY3 is command of type [CommandY] with content "Y3".
	CommandY3 = &CommandStub[TypeY]{Content: "Y3"}

	// CommandZ1 is command of type [CommandZ] with content "Z1".
	CommandZ1 = &CommandStub[TypeZ]{Content: "Z1"}
	// CommandZ2 is command of type [CommandZ] with content "Z2".
	CommandZ2 = &CommandStub[TypeZ]{Content: "Z2"}
	// CommandZ3 is command of type [CommandZ] with content "Z3".
	CommandZ3 = &CommandStub[TypeZ]{Content: "Z3"}
)
View Source 
var (
	// EventA1 is event of type [EventA] with content "A1".
	EventA1 = &EventStub[TypeA]{Content: "A1"}
	// EventA2 is event of type [EventA] with content "A2".
	EventA2 = &EventStub[TypeA]{Content: "A2"}
	// EventA3 is event of type [EventA] with content "A3".
	EventA3 = &EventStub[TypeA]{Content: "A3"}

	// EventB1 is event of type [EventB] with content "B1".
	EventB1 = &EventStub[TypeB]{Content: "B1"}
	// EventB2 is event of type [EventB] with content "B2".
	EventB2 = &EventStub[TypeB]{Content: "B2"}
	// EventB3 is event of type [EventB] with content "B3".
	EventB3 = &EventStub[TypeB]{Content: "B3"}

	// EventC1 is event of type [EventC] with content "C1".
	EventC1 = &EventStub[TypeC]{Content: "C1"}
	// EventC2 is event of type [EventC] with content "C2".
	EventC2 = &EventStub[TypeC]{Content: "C2"}
	// EventC3 is event of type [EventC] with content "C3".
	EventC3 = &EventStub[TypeC]{Content: "C3"}

	// EventD1 is event of type [EventD] with content "D1".
	EventD1 = &EventStub[TypeD]{Content: "D1"}
	// EventD2 is event of type [EventD] with content "D2".
	EventD2 = &EventStub[TypeD]{Content: "D2"}
	// EventD3 is event of type [EventD] with content "D3".
	EventD3 = &EventStub[TypeD]{Content: "D3"}

	// EventE1 is event of type [EventE] with content "E1".
	EventE1 = &EventStub[TypeE]{Content: "E1"}
	// EventE2 is event of type [EventE] with content "E2".
	EventE2 = &EventStub[TypeE]{Content: "E2"}
	// EventE3 is event of type [EventE] with content "E3".
	EventE3 = &EventStub[TypeE]{Content: "E3"}

	// EventF1 is event of type [EventF] with content "F1".
	EventF1 = &EventStub[TypeF]{Content: "F1"}
	// EventF2 is event of type [EventF] with content "F2".
	EventF2 = &EventStub[TypeF]{Content: "F2"}
	// EventF3 is event of type [EventF] with content "F3".
	EventF3 = &EventStub[TypeF]{Content: "F3"}

	// EventG1 is event of type [EventG] with content "G1".
	EventG1 = &EventStub[TypeG]{Content: "G1"}
	// EventG2 is event of type [EventG] with content "G2".
	EventG2 = &EventStub[TypeG]{Content: "G2"}
	// EventG3 is event of type [EventG] with content "G3".
	EventG3 = &EventStub[TypeG]{Content: "G3"}

	// EventH1 is event of type [EventH] with content "H1".
	EventH1 = &EventStub[TypeH]{Content: "H1"}
	// EventH2 is event of type [EventH] with content "H2".
	EventH2 = &EventStub[TypeH]{Content: "H2"}
	// EventH3 is event of type [EventH] with content "H3".
	EventH3 = &EventStub[TypeH]{Content: "H3"}

	// EventI1 is event of type [EventI] with content "I1".
	EventI1 = &EventStub[TypeI]{Content: "I1"}
	// EventI2 is event of type [EventI] with content "I2".
	EventI2 = &EventStub[TypeI]{Content: "I2"}
	// EventI3 is event of type [EventI] with content "I3".
	EventI3 = &EventStub[TypeI]{Content: "I3"}

	// EventJ1 is event of type [EventJ] with content "J1".
	EventJ1 = &EventStub[TypeJ]{Content: "J1"}
	// EventJ2 is event of type [EventJ] with content "J2".
	EventJ2 = &EventStub[TypeJ]{Content: "J2"}
	// EventJ3 is event of type [EventJ] with content "J3".
	EventJ3 = &EventStub[TypeJ]{Content: "J3"}

	// EventK1 is event of type [EventK] with content "K1".
	EventK1 = &EventStub[TypeK]{Content: "K1"}
	// EventK2 is event of type [EventK] with content "K2".
	EventK2 = &EventStub[TypeK]{Content: "K2"}
	// EventK3 is event of type [EventK] with content "K3".
	EventK3 = &EventStub[TypeK]{Content: "K3"}

	// EventL1 is event of type [EventL] with content "L1".
	EventL1 = &EventStub[TypeL]{Content: "L1"}
	// EventL2 is event of type [EventL] with content "L2".
	EventL2 = &EventStub[TypeL]{Content: "L2"}
	// EventL3 is event of type [EventL] with content "L3".
	EventL3 = &EventStub[TypeL]{Content: "L3"}

	// EventM1 is event of type [EventM] with content "M1".
	EventM1 = &EventStub[TypeM]{Content: "M1"}
	// EventM2 is event of type [EventM] with content "M2".
	EventM2 = &EventStub[TypeM]{Content: "M2"}
	// EventM3 is event of type [EventM] with content "M3".
	EventM3 = &EventStub[TypeM]{Content: "M3"}

	// EventN1 is event of type [EventN] with content "N1".
	EventN1 = &EventStub[TypeN]{Content: "N1"}
	// EventN2 is event of type [EventN] with content "N2".
	EventN2 = &EventStub[TypeN]{Content: "N2"}
	// EventN3 is event of type [EventN] with content "N3".
	EventN3 = &EventStub[TypeN]{Content: "N3"}

	// EventO1 is event of type [EventO] with content "O1".
	EventO1 = &EventStub[TypeO]{Content: "O1"}
	// EventO2 is event of type [EventO] with content "O2".
	EventO2 = &EventStub[TypeO]{Content: "O2"}
	// EventO3 is event of type [EventO] with content "O3".
	EventO3 = &EventStub[TypeO]{Content: "O3"}

	// EventP1 is event of type [EventP] with content "P1".
	EventP1 = &EventStub[TypeP]{Content: "P1"}
	// EventP2 is event of type [EventP] with content "P2".
	EventP2 = &EventStub[TypeP]{Content: "P2"}
	// EventP3 is event of type [EventP] with content "P3".
	EventP3 = &EventStub[TypeP]{Content: "P3"}

	// EventQ1 is event of type [EventQ] with content "Q1".
	EventQ1 = &EventStub[TypeQ]{Content: "Q1"}
	// EventQ2 is event of type [EventQ] with content "Q2".
	EventQ2 = &EventStub[TypeQ]{Content: "Q2"}
	// EventQ3 is event of type [EventQ] with content "Q3".
	EventQ3 = &EventStub[TypeQ]{Content: "Q3"}

	// EventR1 is event of type [EventR] with content "R1".
	EventR1 = &EventStub[TypeR]{Content: "R1"}
	// EventR2 is event of type [EventR] with content "R2".
	EventR2 = &EventStub[TypeR]{Content: "R2"}
	// EventR3 is event of type [EventR] with content "R3".
	EventR3 = &EventStub[TypeR]{Content: "R3"}

	// EventS1 is event of type [EventS] with content "S1".
	EventS1 = &EventStub[TypeS]{Content: "S1"}
	// EventS2 is event of type [EventS] with content "S2".
	EventS2 = &EventStub[TypeS]{Content: "S2"}
	// EventS3 is event of type [EventS] with content "S3".
	EventS3 = &EventStub[TypeS]{Content: "S3"}

	// EventT1 is event of type [EventT] with content "T1".
	EventT1 = &EventStub[TypeT]{Content: "T1"}
	// EventT2 is event of type [EventT] with content "T2".
	EventT2 = &EventStub[TypeT]{Content: "T2"}
	// EventT3 is event of type [EventT] with content "T3".
	EventT3 = &EventStub[TypeT]{Content: "T3"}

	// EventU1 is event of type [EventU] with content "U1".
	EventU1 = &EventStub[TypeU]{Content: "U1"}
	// EventU2 is event of type [EventU] with content "U2".
	EventU2 = &EventStub[TypeU]{Content: "U2"}
	// EventU3 is event of type [EventU] with content "U3".
	EventU3 = &EventStub[TypeU]{Content: "U3"}

	// EventV1 is event of type [EventV] with content "V1".
	EventV1 = &EventStub[TypeV]{Content: "V1"}
	// EventV2 is event of type [EventV] with content "V2".
	EventV2 = &EventStub[TypeV]{Content: "V2"}
	// EventV3 is event of type [EventV] with content "V3".
	EventV3 = &EventStub[TypeV]{Content: "V3"}

	// EventW1 is event of type [EventW] with content "W1".
	EventW1 = &EventStub[TypeW]{Content: "W1"}
	// EventW2 is event of type [EventW] with content "W2".
	EventW2 = &EventStub[TypeW]{Content: "W2"}
	// EventW3 is event of type [EventW] with content "W3".
	EventW3 = &EventStub[TypeW]{Content: "W3"}

	// EventX1 is event of type [EventX] with content "X1".
	EventX1 = &EventStub[TypeX]{Content: "X1"}
	// EventX2 is event of type [EventX] with content "X2".
	EventX2 = &EventStub[TypeX]{Content: "X2"}
	// EventX3 is event of type [EventX] with content "X3".
	EventX3 = &EventStub[TypeX]{Content: "X3"}

	// EventY1 is event of type [EventY] with content "Y1".
	EventY1 = &EventStub[TypeY]{Content: "Y1"}
	// EventY2 is event of type [EventY] with content "Y2".
	EventY2 = &EventStub[TypeY]{Content: "Y2"}
	// EventY3 is event of type [EventY] with content "Y3".
	EventY3 = &EventStub[TypeY]{Content: "Y3"}

	// EventZ1 is event of type [EventZ] with content "Z1".
	EventZ1 = &EventStub[TypeZ]{Content: "Z1"}
	// EventZ2 is event of type [EventZ] with content "Z2".
	EventZ2 = &EventStub[TypeZ]{Content: "Z2"}
	// EventZ3 is event of type [EventZ] with content "Z3".
	EventZ3 = &EventStub[TypeZ]{Content: "Z3"}
)
View Source 
var (
	// TimeoutA1 is a timeout message of type [TimeoutA] with content "A1".
	TimeoutA1 = &TimeoutStub[TypeA]{Content: "A1"}
	// TimeoutA2 is a timeout message of type [TimeoutA] with content "A2".
	TimeoutA2 = &TimeoutStub[TypeA]{Content: "A2"}
	// TimeoutA3 is a timeout message of type [TimeoutA] with content "A3".
	TimeoutA3 = &TimeoutStub[TypeA]{Content: "A3"}

	// TimeoutB1 is a timeout message of type [TimeoutB] with content "B1".
	TimeoutB1 = &TimeoutStub[TypeB]{Content: "B1"}
	// TimeoutB2 is a timeout message of type [TimeoutB] with content "B2".
	TimeoutB2 = &TimeoutStub[TypeB]{Content: "B2"}
	// TimeoutB3 is a timeout message of type [TimeoutB] with content "B3".
	TimeoutB3 = &TimeoutStub[TypeB]{Content: "B3"}

	// TimeoutC1 is a timeout message of type [TimeoutC] with content "C1".
	TimeoutC1 = &TimeoutStub[TypeC]{Content: "C1"}
	// TimeoutC2 is a timeout message of type [TimeoutC] with content "C2".
	TimeoutC2 = &TimeoutStub[TypeC]{Content: "C2"}
	// TimeoutC3 is a timeout message of type [TimeoutC] with content "C3".
	TimeoutC3 = &TimeoutStub[TypeC]{Content: "C3"}

	// TimeoutD1 is a timeout message of type [TimeoutD] with content "D1".
	TimeoutD1 = &TimeoutStub[TypeD]{Content: "D1"}
	// TimeoutD2 is a timeout message of type [TimeoutD] with content "D2".
	TimeoutD2 = &TimeoutStub[TypeD]{Content: "D2"}
	// TimeoutD3 is a timeout message of type [TimeoutD] with content "D3".
	TimeoutD3 = &TimeoutStub[TypeD]{Content: "D3"}

	// TimeoutE1 is a timeout message of type [TimeoutE] with content "E1".
	TimeoutE1 = &TimeoutStub[TypeE]{Content: "E1"}
	// TimeoutE2 is a timeout message of type [TimeoutE] with content "E2".
	TimeoutE2 = &TimeoutStub[TypeE]{Content: "E2"}
	// TimeoutE3 is a timeout message of type [TimeoutE] with content "E3".
	TimeoutE3 = &TimeoutStub[TypeE]{Content: "E3"}

	// TimeoutF1 is a timeout message of type [TimeoutF] with content "F1".
	TimeoutF1 = &TimeoutStub[TypeF]{Content: "F1"}
	// TimeoutF2 is a timeout message of type [TimeoutF] with content "F2".
	TimeoutF2 = &TimeoutStub[TypeF]{Content: "F2"}
	// TimeoutF3 is a timeout message of type [TimeoutF] with content "F3".
	TimeoutF3 = &TimeoutStub[TypeF]{Content: "F3"}

	// TimeoutG1 is a timeout message of type [TimeoutG] with content "G1".
	TimeoutG1 = &TimeoutStub[TypeG]{Content: "G1"}
	// TimeoutG2 is a timeout message of type [TimeoutG] with content "G2".
	TimeoutG2 = &TimeoutStub[TypeG]{Content: "G2"}
	// TimeoutG3 is a timeout message of type [TimeoutG] with content "G3".
	TimeoutG3 = &TimeoutStub[TypeG]{Content: "G3"}

	// TimeoutH1 is a timeout message of type [TimeoutH] with content "H1".
	TimeoutH1 = &TimeoutStub[TypeH]{Content: "H1"}
	// TimeoutH2 is a timeout message of type [TimeoutH] with content "H2".
	TimeoutH2 = &TimeoutStub[TypeH]{Content: "H2"}
	// TimeoutH3 is a timeout message of type [TimeoutH] with content "H3".
	TimeoutH3 = &TimeoutStub[TypeH]{Content: "H3"}

	// TimeoutI1 is a timeout message of type [TimeoutI] with content "I1".
	TimeoutI1 = &TimeoutStub[TypeI]{Content: "I1"}
	// TimeoutI2 is a timeout message of type [TimeoutI] with content "I2".
	TimeoutI2 = &TimeoutStub[TypeI]{Content: "I2"}
	// TimeoutI3 is a timeout message of type [TimeoutI] with content "I3".
	TimeoutI3 = &TimeoutStub[TypeI]{Content: "I3"}

	// TimeoutJ1 is a timeout message of type [TimeoutJ] with content "J1".
	TimeoutJ1 = &TimeoutStub[TypeJ]{Content: "J1"}
	// TimeoutJ2 is a timeout message of type [TimeoutJ] with content "J2".
	TimeoutJ2 = &TimeoutStub[TypeJ]{Content: "J2"}
	// TimeoutJ3 is a timeout message of type [TimeoutJ] with content "J3".
	TimeoutJ3 = &TimeoutStub[TypeJ]{Content: "J3"}

	// TimeoutK1 is a timeout message of type [TimeoutK] with content "K1".
	TimeoutK1 = &TimeoutStub[TypeK]{Content: "K1"}
	// TimeoutK2 is a timeout message of type [TimeoutK] with content "K2".
	TimeoutK2 = &TimeoutStub[TypeK]{Content: "K2"}
	// TimeoutK3 is a timeout message of type [TimeoutK] with content "K3".
	TimeoutK3 = &TimeoutStub[TypeK]{Content: "K3"}

	// TimeoutL1 is a timeout message of type [TimeoutL] with content "L1".
	TimeoutL1 = &TimeoutStub[TypeL]{Content: "L1"}
	// TimeoutL2 is a timeout message of type [TimeoutL] with content "L2".
	TimeoutL2 = &TimeoutStub[TypeL]{Content: "L2"}
	// TimeoutL3 is a timeout message of type [TimeoutL] with content "L3".
	TimeoutL3 = &TimeoutStub[TypeL]{Content: "L3"}

	// TimeoutM1 is a timeout message of type [TimeoutM] with content "M1".
	TimeoutM1 = &TimeoutStub[TypeM]{Content: "M1"}
	// TimeoutM2 is a timeout message of type [TimeoutM] with content "M2".
	TimeoutM2 = &TimeoutStub[TypeM]{Content: "M2"}
	// TimeoutM3 is a timeout message of type [TimeoutM] with content "M3".
	TimeoutM3 = &TimeoutStub[TypeM]{Content: "M3"}

	// TimeoutN1 is a timeout message of type [TimeoutN] with content "N1".
	TimeoutN1 = &TimeoutStub[TypeN]{Content: "N1"}
	// TimeoutN2 is a timeout message of type [TimeoutN] with content "N2".
	TimeoutN2 = &TimeoutStub[TypeN]{Content: "N2"}
	// TimeoutN3 is a timeout message of type [TimeoutN] with content "N3".
	TimeoutN3 = &TimeoutStub[TypeN]{Content: "N3"}

	// TimeoutO1 is a timeout message of type [TimeoutO] with content "O1".
	TimeoutO1 = &TimeoutStub[TypeO]{Content: "O1"}
	// TimeoutO2 is a timeout message of type [TimeoutO] with content "O2".
	TimeoutO2 = &TimeoutStub[TypeO]{Content: "O2"}
	// TimeoutO3 is a timeout message of type [TimeoutO] with content "O3".
	TimeoutO3 = &TimeoutStub[TypeO]{Content: "O3"}

	// TimeoutP1 is a timeout message of type [TimeoutP] with content "P1".
	TimeoutP1 = &TimeoutStub[TypeP]{Content: "P1"}
	// TimeoutP2 is a timeout message of type [TimeoutP] with content "P2".
	TimeoutP2 = &TimeoutStub[TypeP]{Content: "P2"}
	// TimeoutP3 is a timeout message of type [TimeoutP] with content "P3".
	TimeoutP3 = &TimeoutStub[TypeP]{Content: "P3"}

	// TimeoutQ1 is a timeout message of type [TimeoutQ] with content "Q1".
	TimeoutQ1 = &TimeoutStub[TypeQ]{Content: "Q1"}
	// TimeoutQ2 is a timeout message of type [TimeoutQ] with content "Q2".
	TimeoutQ2 = &TimeoutStub[TypeQ]{Content: "Q2"}
	// TimeoutQ3 is a timeout message of type [TimeoutQ] with content "Q3".
	TimeoutQ3 = &TimeoutStub[TypeQ]{Content: "Q3"}

	// TimeoutR1 is a timeout message of type [TimeoutR] with content "R1".
	TimeoutR1 = &TimeoutStub[TypeR]{Content: "R1"}
	// TimeoutR2 is a timeout message of type [TimeoutR] with content "R2".
	TimeoutR2 = &TimeoutStub[TypeR]{Content: "R2"}
	// TimeoutR3 is a timeout message of type [TimeoutR] with content "R3".
	TimeoutR3 = &TimeoutStub[TypeR]{Content: "R3"}

	// TimeoutS1 is a timeout message of type [TimeoutS] with content "S1".
	TimeoutS1 = &TimeoutStub[TypeS]{Content: "S1"}
	// TimeoutS2 is a timeout message of type [TimeoutS] with content "S2".
	TimeoutS2 = &TimeoutStub[TypeS]{Content: "S2"}
	// TimeoutS3 is a timeout message of type [TimeoutS] with content "S3".
	TimeoutS3 = &TimeoutStub[TypeS]{Content: "S3"}

	// TimeoutT1 is a timeout message of type [TimeoutT] with content "T1".
	TimeoutT1 = &TimeoutStub[TypeT]{Content: "T1"}
	// TimeoutT2 is a timeout message of type [TimeoutT] with content "T2".
	TimeoutT2 = &TimeoutStub[TypeT]{Content: "T2"}
	// TimeoutT3 is a timeout message of type [TimeoutT] with content "T3".
	TimeoutT3 = &TimeoutStub[TypeT]{Content: "T3"}

	// TimeoutU1 is a timeout message of type [TimeoutU] with content "U1".
	TimeoutU1 = &TimeoutStub[TypeU]{Content: "U1"}
	// TimeoutU2 is a timeout message of type [TimeoutU] with content "U2".
	TimeoutU2 = &TimeoutStub[TypeU]{Content: "U2"}
	// TimeoutU3 is a timeout message of type [TimeoutU] with content "U3".
	TimeoutU3 = &TimeoutStub[TypeU]{Content: "U3"}

	// TimeoutV1 is a timeout message of type [TimeoutV] with content "V1".
	TimeoutV1 = &TimeoutStub[TypeV]{Content: "V1"}
	// TimeoutV2 is a timeout message of type [TimeoutV] with content "V2".
	TimeoutV2 = &TimeoutStub[TypeV]{Content: "V2"}
	// TimeoutV3 is a timeout message of type [TimeoutV] with content "V3".
	TimeoutV3 = &TimeoutStub[TypeV]{Content: "V3"}

	// TimeoutW1 is a timeout message of type [TimeoutW] with content "W1".
	TimeoutW1 = &TimeoutStub[TypeW]{Content: "W1"}
	// TimeoutW2 is a timeout message of type [TimeoutW] with content "W2".
	TimeoutW2 = &TimeoutStub[TypeW]{Content: "W2"}
	// TimeoutW3 is a timeout message of type [TimeoutW] with content "W3".
	TimeoutW3 = &TimeoutStub[TypeW]{Content: "W3"}

	// TimeoutX1 is a timeout message of type [TimeoutX] with content "X1".
	TimeoutX1 = &TimeoutStub[TypeX]{Content: "X1"}
	// TimeoutX2 is a timeout message of type [TimeoutX] with content "X2".
	TimeoutX2 = &TimeoutStub[TypeX]{Content: "X2"}
	// TimeoutX3 is a timeout message of type [TimeoutX] with content "X3".
	TimeoutX3 = &TimeoutStub[TypeX]{Content: "X3"}

	// TimeoutY1 is a timeout message of type [TimeoutY] with content "Y1".
	TimeoutY1 = &TimeoutStub[TypeY]{Content: "Y1"}
	// TimeoutY2 is a timeout message of type [TimeoutY] with content "Y2".
	TimeoutY2 = &TimeoutStub[TypeY]{Content: "Y2"}
	// TimeoutY3 is a timeout message of type [TimeoutY] with content "Y3".
	TimeoutY3 = &TimeoutStub[TypeY]{Content: "Y3"}

	// TimeoutZ1 is a timeout message of type [TimeoutZ] with content "Z1".
	TimeoutZ1 = &TimeoutStub[TypeZ]{Content: "Z1"}
	// TimeoutZ2 is a timeout message of type [TimeoutZ] with content "Z2".
	TimeoutZ2 = &TimeoutStub[TypeZ]{Content: "Z2"}
	// TimeoutZ3 is a timeout message of type [TimeoutZ] with content "Z3".
	TimeoutZ3 = &TimeoutStub[TypeZ]{Content: "Z3"}
)

Functions

func MessageTypeID added in v0.17.0 

func MessageTypeID[T dogma.Message]() string

MessageTypeID returns the RFC 4122 UUID for a message stub of type T.

T must be one of CommandStub, EventStub, or TimeoutStub, with a type parameter of TypeA to TypeZ, otherwise the function panics.

func MessageTypeUUID added in v0.19.3 

func MessageTypeUUID[T dogma.Message]() *uuidpb.UUID

MessageTypeUUID returns the RFC 4122 UUID for a message stub of type T as a uuidpb.UUID.

T must be one of CommandStub, EventStub, or TimeoutStub, with a type parameter of TypeA to TypeZ, otherwise the function panics.

Types

type AggregateMessageHandlerStub 

type AggregateMessageHandlerStub struct {
	NewFunc                    func() dogma.AggregateRoot
	ConfigureFunc              func(dogma.AggregateConfigurer)
	RouteCommandToInstanceFunc func(dogma.Command) string
	HandleCommandFunc          func(dogma.AggregateRoot, dogma.AggregateCommandScope, dogma.Command)
}

AggregateMessageHandlerStub is a test implementation of dogma.AggregateMessageHandler.

func (*AggregateMessageHandlerStub) Configure 

func (h *AggregateMessageHandlerStub) Configure(c dogma.AggregateConfigurer)

Configure describes the handler's configuration to the engine.

func (*AggregateMessageHandlerStub) HandleCommand 

func (h *AggregateMessageHandlerStub) HandleCommand(
	r dogma.AggregateRoot,
	s dogma.AggregateCommandScope,
	c dogma.Command,
)

HandleCommand executes business logic in response to a command.

func (*AggregateMessageHandlerStub) New 

func (h *AggregateMessageHandlerStub) New() dogma.AggregateRoot

New returns an aggregate root instance in its initial state.

func (*AggregateMessageHandlerStub) RouteCommandToInstance 

func (h *AggregateMessageHandlerStub) RouteCommandToInstance(c dogma.Command) string

RouteCommandToInstance returns the ID of the instance that handles a specific command.

type AggregateRootStub 

type AggregateRootStub struct {
	AppliedEvents  []dogma.Event     `json:"applied_events,omitempty"`
	ApplyEventFunc func(dogma.Event) `json:"-"`
}

AggregateRootStub is a test implementation of dogma.AggregateRoot.

func (*AggregateRootStub) ApplyEvent 

func (r *AggregateRootStub) ApplyEvent(e dogma.Event)

ApplyEvent updates aggregate instance to reflect the occurrence of an event.

func (*AggregateRootStub) MarshalBinary added in v0.18.0 

func (r *AggregateRootStub) MarshalBinary() ([]byte, error)

MarshalBinary implements encoding.BinaryMarshaler.

func (*AggregateRootStub) UnmarshalBinary added in v0.18.0 

func (r *AggregateRootStub) UnmarshalBinary(data []byte) error

UnmarshalBinary implements encoding.BinaryUnmarshaler.

type ApplicationStub 

type ApplicationStub struct {
	ConfigureFunc func(dogma.ApplicationConfigurer)
}

ApplicationStub is a test implementation of dogma.Application.

func (*ApplicationStub) Configure 

func (a *ApplicationStub) Configure(c dogma.ApplicationConfigurer)

Configure describes the application's configuration to the engine.

type CommandStub 

type CommandStub[T any] struct {
	Content         T      `json:"content,omitempty"`
	ValidationError string `json:"validation_error,omitempty"`
}

CommandStub is a test implementation of dogma.Command.

func (*CommandStub[T]) MarshalBinary added in v0.18.0 

func (s *CommandStub[T]) MarshalBinary() ([]byte, error)

MarshalBinary implements encoding.BinaryMarshaler.

func (*CommandStub[T]) MessageDescription 

func (s *CommandStub[T]) MessageDescription() string

MessageDescription returns a description of the command.

func (*CommandStub[T]) UnmarshalBinary added in v0.18.0 

func (s *CommandStub[T]) UnmarshalBinary(data []byte) error

UnmarshalBinary implements encoding.BinaryUnmarshaler.

func (*CommandStub[T]) Validate 

func (s *CommandStub[T]) Validate(dogma.CommandValidationScope) error

Validate returns a non-nil error if c.Invalid is not empty.

type EventStub 

type EventStub[T any] struct {
	Content         T      `json:"content,omitempty"`
	ValidationError string `json:"validation_error,omitempty"`
}

EventStub is a test implementation of dogma.Event.

func (*EventStub[T]) MarshalBinary added in v0.18.0 

func (s *EventStub[T]) MarshalBinary() ([]byte, error)

MarshalBinary implements encoding.BinaryMarshaler.

func (*EventStub[T]) MessageDescription 

func (s *EventStub[T]) MessageDescription() string

MessageDescription returns a description of the command.

func (*EventStub[T]) UnmarshalBinary added in v0.18.0 

func (s *EventStub[T]) UnmarshalBinary(data []byte) error

UnmarshalBinary implements encoding.BinaryUnmarshaler.

func (*EventStub[T]) Validate 

func (s *EventStub[T]) Validate(dogma.EventValidationScope) error

Validate returns a non-nil error if c.Invalid is not empty.

type IntegrationMessageHandlerStub 

type IntegrationMessageHandlerStub struct {
	ConfigureFunc     func(dogma.IntegrationConfigurer)
	HandleCommandFunc func(context.Context, dogma.IntegrationCommandScope, dogma.Command) error
}

IntegrationMessageHandlerStub is a test implementation of dogma.IntegrationMessageHandler.

func (*IntegrationMessageHandlerStub) Configure 

func (h *IntegrationMessageHandlerStub) Configure(c dogma.IntegrationConfigurer)

Configure describes the handler's configuration to the engine.

func (*IntegrationMessageHandlerStub) HandleCommand 

func (h *IntegrationMessageHandlerStub) HandleCommand(
	ctx context.Context,
	s dogma.IntegrationCommandScope,
	c dogma.Command,
) error

HandleCommand handles a command, typically by invoking some external API.

type ProcessMessageHandlerStub 

type ProcessMessageHandlerStub struct {
	NewFunc                  func() dogma.ProcessRoot
	ConfigureFunc            func(dogma.ProcessConfigurer)
	RouteEventToInstanceFunc func(context.Context, dogma.Event) (string, bool, error)
	HandleEventFunc          func(context.Context, dogma.ProcessRoot, dogma.ProcessEventScope, dogma.Event) error
	HandleTimeoutFunc        func(context.Context, dogma.ProcessRoot, dogma.ProcessTimeoutScope, dogma.Timeout) error
}

ProcessMessageHandlerStub is a test implementation of dogma.ProcessMessageHandler.

func (*ProcessMessageHandlerStub) Configure 

func (h *ProcessMessageHandlerStub) Configure(c dogma.ProcessConfigurer)

Configure describes the handler's configuration to the engine.

func (*ProcessMessageHandlerStub) HandleEvent 

func (h *ProcessMessageHandlerStub) HandleEvent(
	ctx context.Context,
	r dogma.ProcessRoot,
	s dogma.ProcessEventScope,
	e dogma.Event,
) error

HandleEvent begins or continues the process in response to an event.

func (*ProcessMessageHandlerStub) HandleTimeout 

func (h *ProcessMessageHandlerStub) HandleTimeout(
	ctx context.Context,
	r dogma.ProcessRoot,
	s dogma.ProcessTimeoutScope,
	t dogma.Timeout,
) error

HandleTimeout continues the process in response to a timeout.

func (*ProcessMessageHandlerStub) New 

func (h *ProcessMessageHandlerStub) New() dogma.ProcessRoot

New returns a process root instance in its initial state.

func (*ProcessMessageHandlerStub) RouteEventToInstance 

func (h *ProcessMessageHandlerStub) RouteEventToInstance(
	ctx context.Context,
	e dogma.Event,
) (string, bool, error)

RouteEventToInstance returns the ID of the instance that handles a specific event.

type ProcessRootStub 

type ProcessRootStub struct {
	Value any `json:"value,omitempty"`
}

ProcessRootStub is a test implementation of dogma.ProcessRoot.

func (*ProcessRootStub) MarshalBinary added in v0.18.0 

func (r *ProcessRootStub) MarshalBinary() ([]byte, error)

MarshalBinary implements encoding.BinaryMarshaler.

func (*ProcessRootStub) UnmarshalBinary added in v0.18.0 

func (r *ProcessRootStub) UnmarshalBinary(data []byte) error

UnmarshalBinary implements encoding.BinaryUnmarshaler.

type ProjectionCompactScopeStub added in v0.19.6 

type ProjectionCompactScopeStub struct {
	NowFunc func() time.Time
	LogFunc func(format string, args ...any)
}

ProjectionCompactScopeStub is a test implementation of dogma.ProjectionCompactScope.

func (*ProjectionCompactScopeStub) Log added in v0.19.6 

func (s *ProjectionCompactScopeStub) Log(format string, args ...any)

Log records an informational message using fmt.Printf-style formatting.

func (*ProjectionCompactScopeStub) Now added in v0.19.6 

func (s *ProjectionCompactScopeStub) Now() time.Time

Now returns the current local time according to the engine.

type ProjectionEventScopeStub added in v0.17.0 

type ProjectionEventScopeStub struct {
	NowFunc              func() time.Time
	LogFunc              func(format string, args ...any)
	RecordedAtFunc       func() time.Time
	StreamIDFunc         func() string
	OffsetFunc           func() uint64
	CheckpointOffsetFunc func() uint64
}

ProjectionEventScopeStub is a test implementation of dogma.ProjectionEventScope.

func (*ProjectionEventScopeStub) CheckpointOffset added in v0.17.0 

func (s *ProjectionEventScopeStub) CheckpointOffset() uint64

CheckpointOffset returns the offset from which the handler should resume handling events from this stream, according to the engine.

It may be lower than the incoming event's offset when the stream contains event types that the handler doesn't consume.

func (*ProjectionEventScopeStub) Log added in v0.17.0 

func (s *ProjectionEventScopeStub) Log(format string, args ...any)

Log records an informational message using fmt.Printf-style formatting.

func (*ProjectionEventScopeStub) Now added in v0.17.0 

func (s *ProjectionEventScopeStub) Now() time.Time

Now returns the current local time according to the engine.

func (*ProjectionEventScopeStub) Offset added in v0.17.0 

func (s *ProjectionEventScopeStub) Offset() uint64

Offset returns the event's zero-based offset within the stream.

func (*ProjectionEventScopeStub) RecordedAt added in v0.17.0 

func (s *ProjectionEventScopeStub) RecordedAt() time.Time

RecordedAt returns the time at which the [Event] occurred.

func (*ProjectionEventScopeStub) StreamID added in v0.17.0 

func (s *ProjectionEventScopeStub) StreamID() string

StreamID returns the RFC 9562 UUID that identifies the event stream to which the [Event] belongs.

type ProjectionMessageHandlerStub 

type ProjectionMessageHandlerStub struct {
	ConfigureFunc        func(dogma.ProjectionConfigurer)
	HandleEventFunc      func(context.Context, dogma.ProjectionEventScope, dogma.Event) (uint64, error)
	CheckpointOffsetFunc func(context.Context, string) (uint64, error)
	CompactFunc          func(context.Context, dogma.ProjectionCompactScope) error
	ResetFunc            func(context.Context, dogma.ProjectionResetScope) error
}

ProjectionMessageHandlerStub is a test implementation of dogma.ProjectionMessageHandler.

func (*ProjectionMessageHandlerStub) CheckpointOffset added in v0.17.0 

func (h *ProjectionMessageHandlerStub) CheckpointOffset(
	ctx context.Context,
	id string,
) (uint64, error)

CheckpointOffset returns the offset at which the handler expects to resume handling events from a specific stream.

func (*ProjectionMessageHandlerStub) Compact 

func (h *ProjectionMessageHandlerStub) Compact(
	ctx context.Context,
	s dogma.ProjectionCompactScope,
) error

Compact attempts to reduce the size of the projection.

func (*ProjectionMessageHandlerStub) Configure 

func (h *ProjectionMessageHandlerStub) Configure(c dogma.ProjectionConfigurer)

Configure describes the handler's configuration to the engine.

func (*ProjectionMessageHandlerStub) HandleEvent 

func (h *ProjectionMessageHandlerStub) HandleEvent(
	ctx context.Context,
	s dogma.ProjectionEventScope,
	e dogma.Event,
) (uint64, error)

HandleEvent updates the projection to reflect the occurrence of an event.

func (*ProjectionMessageHandlerStub) Reset added in v0.19.5 

func (h *ProjectionMessageHandlerStub) Reset(
	ctx context.Context,
	s dogma.ProjectionResetScope,
) error

Reset clears all projection data and checkpoint offsets such that the projection data is rebuilt by handling all historical events.

type ProjectionResetScopeStub added in v0.19.6 

type ProjectionResetScopeStub struct {
	NowFunc func() time.Time
	LogFunc func(format string, args ...any)
}

ProjectionResetScopeStub is a test implementation of dogma.ProjectionResetScope.

func (*ProjectionResetScopeStub) Log added in v0.19.6 

func (s *ProjectionResetScopeStub) Log(format string, args ...any)

Log records an informational message using fmt.Printf-style formatting.

func (*ProjectionResetScopeStub) Now added in v0.19.6 

func (s *ProjectionResetScopeStub) Now() time.Time

Now returns the current local time according to the engine.

type TimeoutStub 

type TimeoutStub[T any] struct {
	Content         T      `json:"content,omitempty"`
	ValidationError string `json:"validation_error,omitempty"`
}

TimeoutStub is a test implementation of dogma.Test.

func (*TimeoutStub[T]) MarshalBinary added in v0.18.0 

func (s *TimeoutStub[T]) MarshalBinary() ([]byte, error)

MarshalBinary implements encoding.BinaryMarshaler.

func (*TimeoutStub[T]) MessageDescription 

func (s *TimeoutStub[T]) MessageDescription() string

MessageDescription returns a description of the command.

func (*TimeoutStub[T]) UnmarshalBinary added in v0.18.0 

func (s *TimeoutStub[T]) UnmarshalBinary(data []byte) error

UnmarshalBinary implements encoding.BinaryUnmarshaler.

func (*TimeoutStub[T]) Validate 

func (s *TimeoutStub[T]) Validate(dogma.TimeoutValidationScope) error

Validate returns a non-nil error if c.Invalid is not empty.

type TypeA 

type TypeA string

TypeA is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeB 

type TypeB string

TypeB is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeC 

type TypeC string

TypeC is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeD 

type TypeD string

TypeD is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeE 

type TypeE string

TypeE is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeF 

type TypeF string

TypeF is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeG 

type TypeG string

TypeG is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeH 

type TypeH string

TypeH is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeI 

type TypeI string

TypeI is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeJ 

type TypeJ string

TypeJ is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeK 

type TypeK string

TypeK is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeL 

type TypeL string

TypeL is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeM 

type TypeM string

TypeM is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeN 

type TypeN string

TypeN is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeO 

type TypeO string

TypeO is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeP 

type TypeP string

TypeP is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeQ 

type TypeQ string

TypeQ is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeR 

type TypeR string

TypeR is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeS 

type TypeS string

TypeS is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeT 

type TypeT string

TypeT is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeU 

type TypeU string

TypeU is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeV 

type TypeV string

TypeV is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeW 

type TypeW string

TypeW is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeX 

type TypeX string

TypeX is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeY 

type TypeY string

TypeY is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

type TypeZ 

type TypeZ string

TypeZ is a named type used as a type parameter for CommandStub, EventStub and TimeoutStub to provide a unique type.

Source Files

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