Small CLI monitoring tool to decode proprietary [...] protocol and display info in human readable representation
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ycli-mon/yabl/protocol.go

464 lines
15 KiB

package yabl
import (
"cli-mon/can"
"encoding/binary"
)
const (
CONTACTOR_MAX = 18 + 1
CONNECTOR_MAX = 6 + 1
ALL_BITS = 0xFFFFFFFFFFFFFFFF
UNIT_ID_OFFSET = 12
UNIT_ID_MASK = 0b111111111111 << UNIT_ID_OFFSET
ACTION_ID_MASK = 0b111111111111
BOARD_READY_OK BoardReadyType = 0
BOARD_READY_INFO BoardReadyType = 1
BOARD_READY_WARNING BoardReadyType = 2
BOARD_READY_DEBUG BoardReadyType = 3
BOARD_READY_DEP_ERROR BoardReadyType = 4
BOARD_READY_ERROR BoardReadyType = 5
BOARD_READY_CRITICAL BoardReadyType = 6
OFF BooleanType = 0
ON BooleanType = 1
NO_ERROR ErrorType = 0
ERROR ErrorType = 1
OTHER_NO_ERROR ContactorInternalOtherErrorType = 0
NO_PENDING_CHANGES ContactorGroupChangedType = 0
INITIALIZED_CHANGE ContactorGroupChangedType = 1
CHANGE_IN_PROGRESS ContactorGroupChangedType = 2
V2G_MODE_G2V V2GModeType = 0
V2G_MODE_V2G V2GModeType = 1
V2G_MODE_INV V2GModeType = 2
NOT_ENABLE CpLineLevelType = 0
TWELVE CpLineLevelType = 1
NINE CpLineLevelType = 2
SIX CpLineLevelType = 3
THREE CpLineLevelType = 4
MINUS_TWELVE CpLineLevelType = 5
ISOLATION_STATE_UNKNOWN IsolationStateType = 0
ONGOING IsolationStateType = 1
PASSED IsolationStateType = 2
WARNING IsolationStateType = 3
FAILED IsolationStateType = 4
AUTH AuthModeType = 0
PNC AuthModeType = 1
AUTH_STATE_UNKNOWN AuthStateType = 0
AUTH_STATE_ALLOW AuthStateType = 1
AUTH_STATE_DENY AuthStateType = 2
CONTACTOR_NO_MODE ContactorModeType = 0
CONTACTOR_TRANSACTION_PROCESS ContactorModeType = 1
CONTACTOR_CUSTOM_MODE ContactorModeType = 2
CONTACTOR_ONLY_ONE_OUT_MODE ContactorModeType = 3
CONTACTOR_ONE_TO_ONE_OUT_MODE ContactorModeType = 4
CONTACTOR_SIMPLE_DYNAMIC_MODE ContactorModeType = 5
DEBUG_SWITCH_MODE_AUTO DebugSwitchModeType = 0
DEBUG_SWITCH_MODE_OFF DebugSwitchModeType = 1
DEBUG_SWITCH_MODE_ON DebugSwitchModeType = 2
DEBUG_SWITCH_MODE_PERMANENT_OFF DebugSwitchModeType = 4
DEBUG_SWITCH_MODE_PERMANENT_ON DebugSwitchModeType = 5
)
type Packet interface {
GetUnitId() uint
}
type ContactorInternalState struct {
UnitId uint
ContactorReady BoardReadyType
ContactorOn BooleanType
UnexpectedState ErrorType
Isolated ErrorType
DebugEnabled BooleanType
}
type ContactorInternalErrors struct {
UnitId uint
BoardReady BoardReadyType
OtherError ContactorInternalOtherErrorType
ContactorGroupChanged ContactorGroupChangedType
UnexpectedFormation ContactorInternalOtherErrorType
CpuNotReady ErrorType
PuNotReady ErrorType
Debug BooleanType
}
type PuPresentEnergy struct {
UnitId uint
V2GMode V2GModeType
VoltageBefore Voltage11BitType
VoltageAfter Voltage11BitType
PresentCurrent Current10BitType
}
type PuPeriphery struct {
UnitId uint
ConnectorInsert BooleanType
ContactorOn BooleanType
ConnectorLocked BooleanType
CpLineLevel CpLineLevelType
IsolationState IsolationStateType
ChargingAllowed BooleanType
PwmEnabled BooleanType
CpLineVoltage Voltage9BitType
}
type LogicAuth struct {
UnitId uint
AuthMode AuthModeType
AuthState AuthStateType
}
type LogicEnergyMode struct {
UnitId uint
V2gMode V2GModeType
CurrentMax Current10BitType
VoltageMax Voltage11BitType
PowerMax Power14BitType
}
type LogicWorkingMode struct {
UnitId uint
TargetContactorMode ContactorModeType
Availability BooleanType
}
type CpuPresentEnergy struct {
UnitId uint
PowerDirectionMode V2GModeType
PresentCurrent Current10BitType
PresentVoltage Voltage11BitType
}
type CpuPeriphery struct {
UnitId uint
ContactorInput BooleanType
CircuitBreakerInput BooleanType
CircuitBreakerPowerCBInput BooleanType
}
type CpuEnergySettings struct {
UnitId uint
CurrentMax Current10BitType
VoltageMax Voltage11BitType
PowerMax Power14BitType
TargetBatteryVoltage Voltage11BitType
TargetGoalVoltage Voltage11BitType
}
type CpuErrors struct {
UnitId uint
BoardReady BoardReadyType
OtherError OtherError4BitType
RedButtonHard ErrorType
RedButtonSoft ErrorType
ModulesGone ErrorType
GridVoltageHighErr ErrorType
GridVoltageHighWarn ErrorType
GridVoltageLowWarn ErrorType
GridVoltageLowErr ErrorType
GridVoltageLow Voltage11BitType
GridVoltageHigh Voltage11BitType
GridVoltageEmpty ErrorType
NotReadySecc ErrorType
NotReadyPu ErrorType
NotReadyContactors ErrorType
DebugConvertersEnabled ErrorType
ContactorInputError ErrorType
NotReadyPeriphery ErrorType
}
type CpuDebug struct {
UnitId uint
DebugModeOn BooleanType
DebugContactorInputOn DebugSwitchModeType
DebugCircuitBreakerOn DebugSwitchModeType
DebugRedButtonSoftware DebugSwitchModeType
}
type PuErrors struct {
UnitId uint
BoardReady BoardReadyType
OtherError OtherError4BitType
IncorrectVoltage ErrorType
IncorrectVoltageValue Voltage11BitType
IncorrectCurrent ErrorType
IncorrectCurrentValue Current10BitType
IsolationBroken ErrorType
CpLineBroken ErrorType
CpLineGap69 ErrorType
CableReady BoardReadyType
NotReadyCpu ErrorType
NotReadySecc ErrorType
ContactorOutputError ErrorType
DebugContactorOutputEnabled BooleanType
OutputCircuitBreakerEnabled ErrorType
OutputCircuitBreakerEnabledValue SignedVoltage12bitType
}
type PuDebug struct {
UnitId uint
DebugModeOn BooleanType
DebugContactorOutputOn DebugSwitchModeType
}
type SeccTargetEnergy struct {
UnitId uint
TargetChargingAllow BooleanType
TargetBatteryVoltage Voltage11BitType
TargetGoalVoltage Voltage11BitType
TargetCurrent Current10BitType
}
type SeccErrors struct {
UnitId uint
BoardReady BoardReadyType
NotReadyLogic ErrorType
}
type SignedVoltage12bitType int
type DebugSwitchModeType uint
type OtherError4BitType uint
type ContactorModeType uint
type Power14BitType uint
type AuthStateType uint
type AuthModeType uint
type BoardReadyType uint
type BooleanType uint
type ErrorType uint
type ContactorInternalOtherErrorType uint
type ContactorGroupChangedType uint
type V2GModeType uint
type Voltage11BitType uint
type Current10BitType uint
type CpLineLevelType uint
type IsolationStateType uint
type Voltage9BitType float32
func StartProtocolParsing(frames <-chan *can.CanFrame) <-chan Packet {
result := make(chan Packet)
go func() {
defer close(result)
var contactorsFirstState [CONTACTOR_MAX]bool
var contactorsFirstErr [CONTACTOR_MAX]bool
var puFirst [CONNECTOR_MAX]bool
var puPeripheryFirst [CONNECTOR_MAX]bool
for frame := range frames {
if frames == nil {
continue
}
var unitId = uint((frame.CanId & UNIT_ID_MASK) >> UNIT_ID_OFFSET)
switch {
case frame.CanId&ACTION_ID_MASK == can.CAN_ID_071:
changed := false
var model = ContactorInternalState{UnitId: unitId}
if val, ok := get(0, 3, frame.Payload); ok && model.ContactorReady != BoardReadyType(val) {
model.ContactorReady = BoardReadyType(val)
changed = true
}
if val, ok := get(3, 2, frame.Payload); ok && model.ContactorOn != BooleanType(val) {
model.ContactorOn = BooleanType(val)
changed = true
}
if val, ok := get(5, 2, frame.Payload); ok && model.UnexpectedState != ErrorType(val) {
model.UnexpectedState = ErrorType(val)
changed = true
}
if val, ok := get(7, 2, frame.Payload); ok && model.Isolated != ErrorType(val) {
model.Isolated = ErrorType(val)
changed = true
}
if val, ok := get(9, 2, frame.Payload); ok && model.DebugEnabled != BooleanType(val) {
model.DebugEnabled = BooleanType(val)
changed = true
}
if changed || !contactorsFirstState[unitId] {
contactorsFirstState[unitId] = true
result <- &model
}
case frame.CanId&ACTION_ID_MASK == can.CAN_ID_073:
changed := false
model := ContactorInternalErrors{UnitId: unitId}
if val, ok := get(0, 3, frame.Payload); ok && model.BoardReady != BoardReadyType(val) {
model.BoardReady = BoardReadyType(val)
changed = true
}
if val, ok := get(3, 4, frame.Payload); ok && model.OtherError != ContactorInternalOtherErrorType(val) {
model.OtherError = ContactorInternalOtherErrorType(val)
changed = true
}
if val, ok := get(7, 3, frame.Payload); ok && model.ContactorGroupChanged != ContactorGroupChangedType(val) {
model.ContactorGroupChanged = ContactorGroupChangedType(val)
changed = true
}
if val, ok := get(10, 4, frame.Payload); ok && model.UnexpectedFormation != ContactorInternalOtherErrorType(val) {
model.UnexpectedFormation = ContactorInternalOtherErrorType(val)
changed = true
}
if val, ok := get(14, 2, frame.Payload); ok && model.CpuNotReady != ErrorType(val) {
model.CpuNotReady = ErrorType(val)
changed = true
}
if val, ok := get(16, 2, frame.Payload); ok && model.PuNotReady != ErrorType(val) {
model.PuNotReady = ErrorType(val)
changed = true
}
if val, ok := get(18, 2, frame.Payload); ok && model.Debug != BooleanType(val) {
model.Debug = BooleanType(val)
changed = true
}
if changed || !contactorsFirstErr[unitId] {
contactorsFirstErr[unitId] = true
result <- &model
}
case frame.CanId&ACTION_ID_MASK == can.CAN_ID_021:
changed := false
model := PuPresentEnergy{UnitId: unitId}
if val, ok := get(0, 2, frame.Payload); ok && model.V2GMode != V2GModeType(val) {
model.V2GMode = V2GModeType(val)
changed = true
}
if val, ok := get(2, 11, frame.Payload); ok && model.VoltageBefore != Voltage11BitType(val) {
model.VoltageBefore = Voltage11BitType(val)
changed = true
}
if val, ok := get(13, 11, frame.Payload); ok && model.VoltageAfter != Voltage11BitType(val) {
model.VoltageAfter = Voltage11BitType(val)
changed = true
}
if val, ok := get(24, 10, frame.Payload); ok && model.PresentCurrent != Current10BitType(val) {
model.PresentCurrent = Current10BitType(val)
changed = true
}
if changed || !puFirst[unitId] {
puFirst[unitId] = true
result <- &model
}
case frame.CanId&ACTION_ID_MASK == can.CAN_ID_022:
changed := false
model := PuPeriphery{UnitId: unitId}
if val, ok := get(0, 2, frame.Payload); ok && model.ConnectorInsert != BooleanType(val) {
model.ConnectorInsert = BooleanType(val)
changed = true
}
if val, ok := get(2, 2, frame.Payload); ok && model.ContactorOn != BooleanType(val) {
model.ContactorOn = BooleanType(val)
changed = true
}
if val, ok := get(4, 2, frame.Payload); ok && model.ConnectorLocked != BooleanType(val) {
model.ConnectorLocked = BooleanType(val)
changed = true
}
if val, ok := get(6, 3, frame.Payload); ok && model.CpLineLevel != CpLineLevelType(val) {
model.CpLineLevel = CpLineLevelType(val)
changed = true
}
if val, ok := get(9, 3, frame.Payload); ok && model.IsolationState != IsolationStateType(val) {
model.IsolationState = IsolationStateType(val)
changed = true
}
if val, ok := get(12, 2, frame.Payload); ok && model.ChargingAllowed != BooleanType(val) {
model.ChargingAllowed = BooleanType(val)
changed = true
}
if val, ok := get(14, 2, frame.Payload); ok && model.PwmEnabled != BooleanType(val) {
model.PwmEnabled = BooleanType(val)
changed = true
}
if val, ok := get(16, 9, frame.Payload); ok && model.CpLineVoltage != (Voltage9BitType(val)*0.1-15) {
model.CpLineVoltage = Voltage9BitType(val)*0.1 - 15
changed = true
}
if changed || !puPeripheryFirst[unitId] {
puPeripheryFirst[unitId] = true
result <- &model
}
}
}
}()
return result
}
func get(from uint, size uint, buffer []byte) (uint64, bool) {
value := binary.LittleEndian.Uint64(buffer)
var mask uint64 = ^(ALL_BITS << size)
mask = mask << from
selected := mask & value
if selected == mask {
return 0, false
} else {
return selected >> from, true
}
}
func (t *ContactorInternalState) GetUnitId() uint {
return t.UnitId
}
func (t *ContactorInternalErrors) GetUnitId() uint {
return t.UnitId
}
func (t *PuPresentEnergy) GetUnitId() uint {
return t.UnitId
}
func (t *PuPeriphery) GetUnitId() uint {
return t.UnitId
}
func (a *LogicAuth) GetUnitId() uint {
return a.UnitId
}
func (l *LogicEnergyMode) GetUnitId() uint {
return l.UnitId
}
func (l *LogicWorkingMode) GetUnitId() uint {
return l.UnitId
}
func (c *CpuPresentEnergy) GetUnitId() uint {
return c.UnitId
}
func (c *CpuPeriphery) GetUnitId() uint {
return c.UnitId
}
func (c *CpuEnergySettings) GetUnitId() uint {
return c.UnitId
}
func (c *CpuErrors) GetUnitId() uint {
return c.UnitId
}
func (d *CpuDebug) GetUnitId() uint {
return d.UnitId
}
func (p *PuErrors) GetUnitId() uint {
return p.UnitId
}
func (d *PuDebug) GetUnitId() uint {
return d.UnitId
}
func (s *SeccTargetEnergy) GetUnitId() uint {
return s.UnitId
}
func (e *SeccErrors) GetUnitId() uint {
return e.UnitId
}