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package cnl
import "strings"
import "fmt"
// Local packages
import "../common"
import "../../config"
import "../../fields"
import "../snr"
const (
PAD_CFG_DW0_RO_FIELDS = (0x1 << 27) | (0x1 << 24) | (0x3 << 21) | (0xf << 16) | 0xfc
PAD_CFG_DW1_RO_FIELDS = 0xfdffc3ff
)
const (
PAD_CFG_DW0 = common.PAD_CFG_DW0
PAD_CFG_DW1 = common.PAD_CFG_DW1
MAX_DW_NUM = common.MAX_DW_NUM
)
type InheritanceMacro interface {
GpoMacroAdd()
NativeFunctionMacroAdd()
NoConnMacroAdd()
}
type PlatformSpecific struct {
InheritanceMacro
InheritanceTemplate
}
// RemmapRstSrc - remmap Pad Reset Source Config
func (PlatformSpecific) RemmapRstSrc() {
macro := common.GetMacro()
if config.TemplateGet() != config.TempInteltool {
// Use reset source remapping only if the input file is inteltool.log dump
return
}
if strings.Contains(macro.PadIdGet(), "GPP_A") ||
strings.Contains(macro.PadIdGet(), "GPP_B") ||
strings.Contains(macro.PadIdGet(), "GPP_G") {
// See reset map for the Cannonlake Groups the Community 0:
// https://github.com/coreboot/coreboot/blob/master/src/soc/intel/cannonlake/gpio.c#L14
// remmap is not required because it is the same as common.
return
}
dw0 := macro.Register(PAD_CFG_DW0)
var remapping = map[uint8]uint32{
0: common.RST_RSMRST << common.PadRstCfgShift,
1: common.RST_DEEP << common.PadRstCfgShift,
2: common.RST_PLTRST << common.PadRstCfgShift,
}
resetsrc, valid := remapping[dw0.GetResetConfig()]
if valid {
// dw0.SetResetConfig(resetsrc)
ResetConfigFieldVal := (dw0.ValueGet() & 0x3fffffff) | remapping[dw0.GetResetConfig()]
dw0.ValueSet(ResetConfigFieldVal)
} else {
fmt.Println("Invalid Pad Reset Config [ 0x", resetsrc ," ] for ", macro.PadIdGet())
}
dw0.CntrMaskFieldsClear(common.PadRstCfgMask)
}
// Adds The Pad Termination (TERM) parameter from PAD_CFG_DW1 to the macro
// as a new argument
func (PlatformSpecific) Pull() {
macro := common.GetMacro()
dw1 := macro.Register(PAD_CFG_DW1)
var pull = map[uint8]string{
0x0: "NONE",
0x2: "DN_5K",
0x4: "DN_20K",
0x9: "UP_1K",
0xa: "UP_5K",
0xb: "UP_2K",
0xc: "UP_20K",
0xd: "UP_667",
0xf: "NATIVE",
}
str, valid := pull[dw1.GetTermination()]
if !valid {
str = "INVALID"
fmt.Println("Error",
macro.PadIdGet(),
" invalid TERM value = ",
int(dw1.GetTermination()))
}
macro.Separator().Add(str)
}
// Generate macro to cause peripheral IRQ when configured in GPIO input mode
func ioApicRoute() bool {
macro := common.GetMacro()
dw0 := macro.Register(PAD_CFG_DW0)
if dw0.GetGPIOInputRouteIOxAPIC() == 0 {
return false
}
macro.Add("_APIC")
// PAD_CFG_GPI_APIC(pad, pull, rst, trig, inv)
macro.Add("(").Id().Pull().Rstsrc().Trig().Invert().Add("),")
return true
}
// Generate macro to cause NMI when configured in GPIO input mode
func nmiRoute() bool {
macro := common.GetMacro()
if macro.Register(PAD_CFG_DW0).GetGPIOInputRouteNMI() == 0 {
return false
}
// PAD_CFG_GPI_NMI(GPIO_24, UP_20K, DEEP, LEVEL, INVERT),
macro.Add("_NMI").Add("(").Id().Pull().Rstsrc().Trig().Invert().Add("),")
return true
}
// Generate macro to cause SCI when configured in GPIO input mode
func sciRoute() bool {
macro := common.GetMacro()
dw0 := macro.Register(PAD_CFG_DW0)
if dw0.GetGPIOInputRouteSCI() == 0 {
return false
}
// PAD_CFG_GPI_SCI(pad, pull, rst, trig, inv)
macro.Add("_SCI").Add("(").Id().Pull().Rstsrc().Trig().Invert().Add("),")
return true
}
// Generate macro to cause SMI when configured in GPIO input mode
func smiRoute() bool {
macro := common.GetMacro()
dw0 := macro.Register(PAD_CFG_DW0)
if dw0.GetGPIOInputRouteSMI() == 0 {
return false
}
// PAD_CFG_GPI_SMI(pad, pull, rst, trig, inv)
macro.Add("_SMI").Add("(").Id().Pull().Rstsrc().Trig().Invert().Add("),")
return true
}
// Adds PAD_CFG_GPI macro with arguments
func (PlatformSpecific) GpiMacroAdd() {
macro := common.GetMacro()
var ids []string
macro.Set("PAD_CFG_GPI")
for routeid, isRoute := range map[string]func() (bool) {
"IOAPIC": ioApicRoute,
"SCI": sciRoute,
"SMI": smiRoute,
"NMI": nmiRoute,
} {
if isRoute() {
ids = append(ids, routeid)
}
}
switch argc := len(ids); argc {
case 0:
// e.g. PAD_CFG_GPI_TRIG_OWN(pad, pull, rst, trig, own)
macro.Add("_TRIG_OWN").Add("(").Id().Pull().Rstsrc().Trig().Own().Add("),")
case 1:
// GPI with IRQ route
if config.AreFieldsIgnored() {
// Set Host Software Ownership to ACPI mode
macro.SetPadOwnership(common.PAD_OWN_ACPI)
}
case 2:
// PAD_CFG_GPI_DUAL_ROUTE(pad, pull, rst, trig, inv, route1, route2)
macro.Set("PAD_CFG_GPI_DUAL_ROUTE(").Id().Pull().Rstsrc().Trig().Invert()
macro.Add(", " + ids[0] + ", " + ids[1] + "),")
if config.AreFieldsIgnored() {
// Set Host Software Ownership to ACPI mode
macro.SetPadOwnership(common.PAD_OWN_ACPI)
}
default:
// Clear the control mask so that the check fails and "Advanced" macro is
// generated
macro.Register(PAD_CFG_DW0).CntrMaskFieldsClear(common.AllFields)
}
}
// Adds PAD_CFG_GPO macro with arguments
func (platform PlatformSpecific) GpoMacroAdd() {
platform.InheritanceMacro.GpoMacroAdd()
}
// Adds PAD_CFG_NF macro with arguments
func (platform PlatformSpecific) NativeFunctionMacroAdd() {
platform.InheritanceMacro.NativeFunctionMacroAdd()
}
// Adds PAD_NC macro
func (platform PlatformSpecific) NoConnMacroAdd() {
platform.InheritanceMacro.NoConnMacroAdd()
}
// GenMacro - generate pad macro
// dw0 : DW0 config register value
// dw1 : DW1 config register value
// return: string of macro
// error
func (PlatformSpecific) GenMacro(id string, dw0 uint32, dw1 uint32, ownership uint8) string {
macro := common.GetInstanceMacro(PlatformSpecific{InheritanceMacro : snr.PlatformSpecific{}},
fields.InterfaceGet())
macro.Clear()
macro.Register(PAD_CFG_DW0).CntrMaskFieldsClear(common.AllFields)
macro.Register(PAD_CFG_DW0).CntrMaskFieldsClear(common.AllFields)
macro.PadIdSet(id).SetPadOwnership(ownership)
macro.Register(PAD_CFG_DW0).ValueSet(dw0).ReadOnlyFieldsSet(PAD_CFG_DW0_RO_FIELDS)
macro.Register(PAD_CFG_DW1).ValueSet(dw1).ReadOnlyFieldsSet(PAD_CFG_DW1_RO_FIELDS)
return macro.Generate()
}
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