reflect.abiStep.kind (field)

29 uses

	reflect (current package)
		abi.go#L41: 	kind abiStepKind
		abi.go#L94: 		println("part", i, p.kind, p.offset, p.size, p.stkOff, p.ireg, p.freg)
		abi.go#L277: 			kind:   kind,
		abi.go#L302: 			kind:   abiStepFloatReg,
		abi.go#L319: 		kind:   abiStepStack,
		abi.go#L427: 				if st.kind == abiStepPointer {
		abi.go#L458: 				if st.kind == abiStepPointer {
		value.go#L511: 		switch st := abid.call.steps[0]; st.kind {
		value.go#L537: 			switch st.kind {
		value.go#L552: 					if st.kind == abiStepPointer {
		value.go#L560: 					if st.kind == abiStepPointer {
		value.go#L628: 			if st := steps[0]; st.kind == abiStepStack {
		value.go#L645: 				if steps[0].kind != abiStepPointer {
		value.go#L646: 					print("kind=", steps[0].kind, ", type=", stringFor(tv), "\n")
		value.go#L664: 				switch st.kind {
		value.go#L731: 		if st := steps[0]; st.kind == abiStepStack {
		value.go#L752: 					switch st.kind {
		value.go#L771: 				if steps[0].kind != abiStepPointer {
		value.go#L772: 					print("kind=", steps[0].kind, ", type=", stringFor(typ), "\n")
		value.go#L821: 				switch st.kind {
		value.go#L986: 	switch st := methodABI.call.steps[0]; st.kind {
		value.go#L1026: 		if vStep := valueSteps[0]; vStep.kind == abiStepStack {
		value.go#L1029: 			if mStep.kind == abiStepStack {
		value.go#L1041: 				switch mStep.kind {
		value.go#L1057: 		if mStep := methodSteps[0]; mStep.kind == abiStepStack {
		value.go#L1060: 				switch vStep.kind {
		value.go#L1083: 			if mStep.kind != vStep.kind {
		value.go#L1086: 			switch vStep.kind {