CLI commands for sending various messages.

License#

Copyright 2018 Silicon Laboratories Inc. www.silabs.com

The licensor of this software is Silicon Laboratories Inc. Your use of this software is governed by the terms of Silicon Labs Master Software License Agreement (MSLA) available at www.silabs.com/about-us/legal/master-software-license-agreement. This software is distributed to you in Source Code format and is governed by the sections of the MSLA applicable to Source Code.

/***************************************************************************/
// common include file
#include "app/framework/util/common.h"

#include "app/framework/util/af-main.h"
#include "app/framework/util/attribute-storage.h"
#include "app/framework/util/service-discovery.h"

#include "app/util/serial/command-interpreter2.h"
#include "app/framework/cli/security-cli.h"

#include "app/util/common/library.h"

#ifdef EZSP_HOST
// the EM260 host needs to include the config file
  #include "app/framework/util/config.h"
#endif

//------------------------------------------------------------------------------
// Globals

// EMBER_AF_MAXIMUM_SEND_PAYLOAD_LENGTH is set in config.h
#define APP_ZCL_BUFFER_SIZE EMBER_AF_MAXIMUM_SEND_PAYLOAD_LENGTH

// The command-interpreter doesn't handle individual arguments longer than
// 255 bytes (since it is uses a 1-byte max-length value
#define APP_ZCL_BUFFER_SIZE_CLI \
  (APP_ZCL_BUFFER_SIZE > 255    \
   ? 255                        \
   : APP_ZCL_BUFFER_SIZE)

uint8_t appZclBuffer[APP_ZCL_BUFFER_SIZE];
uint16_t appZclBufferLen;
bool zclCmdIsBuilt = false;

uint16_t mfgSpecificId = EMBER_AF_NULL_MANUFACTURER_CODE;
uint8_t disableDefaultResponse = 0;
EmberApsFrame globalApsFrame;

static bool useNextSequence = false;

// a variable containing the number of messages sent from the CLI since the
// last reset

#ifdef EMBER_AF_ENABLE_STATISTICS
uint32_t haZclCliNumPktsSent = 0;
#endif

// flag to keep track of the fact that we just sent a read attr for time and
// we should set our time to the result of the read attr response
extern bool emAfSyncingTime;

// The direction of global commands, changeable via the "zcl global direction"
// command.  By default, send from client to server, which is how the CLI always
// functioned in the past.
static uint8_t zclGlobalDirection = ZCL_FRAME_CONTROL_CLIENT_TO_SERVER;

static bool useMulticastBinding = false;

//------------------------------------------------------------------------------
// Forward declarations

static void bufferAddLengthAndStringFromArgument(uint8_t argIndex,
                                                 bool isLongStringType);

// ******************************************************
// zcl command functions
// ******************************************************

void emAfApsFrameEndpointSetup(uint8_t srcEndpoint,
                               uint8_t dstEndpoint)
{
  globalApsFrame.sourceEndpoint = (srcEndpoint == 0
                                   ? emberAfPrimaryEndpointForCurrentNetworkIndex()
                                   : srcEndpoint);
  globalApsFrame.destinationEndpoint = dstEndpoint;
}

// used by zclBufferSetup and emAfCliRawCommand
void emAfApsFrameClusterIdSetup(uint16_t clusterId)
{
  // setup the global options and cluster ID
  // send command will setup profile ID and endpoints.
  globalApsFrame.options = EMBER_AF_DEFAULT_APS_OPTIONS;
  globalApsFrame.clusterId = clusterId;
}

// used by zclCommand and emAfCliRawCommand
void cliBufferPrint(void)
{
  uint8_t cmdIndex = (appZclBuffer[0] & ZCL_MANUFACTURER_SPECIFIC_MASK) ? 4 : 2;
  zclCmdIsBuilt = true;
  emberAfGuaranteedPrintln("Msg: clus 0x%2x, cmd 0x%x, len %d",
                           globalApsFrame.clusterId,
                           appZclBuffer[cmdIndex],
                           appZclBufferLen);
  emberAfGuaranteedPrint("buffer: ", appZclBufferLen);
  emberAfGuaranteedPrintBuffer(appZclBuffer, appZclBufferLen, true);
  emberAfGuaranteedPrintln("");
}

// for sending raw (user defined) ZCL messages
// raw <cluster> <data bytes>
// note: limited to 0xff bytes in length

void emAfCliRawCommand(void)
{
  uint8_t seqNumIndex;
  uint8_t length;
  emAfApsFrameClusterIdSetup((uint16_t)emberUnsignedCommandArgument(0));
  emberCopyStringArgument(1, appZclBuffer, APP_ZCL_BUFFER_SIZE_CLI, false);
  seqNumIndex = (appZclBuffer[0] & ZCL_MANUFACTURER_SPECIFIC_MASK) ? 3 : 1;
  if (useNextSequence) {
    appZclBuffer[seqNumIndex] = emberAfNextSequence();
  }
  emberStringCommandArgument(1, &length);
  appZclBufferLen = length;
  cliBufferPrint();
}

void zclBufferSetup(uint8_t frameType, uint16_t clusterId, uint8_t commandId)
{
  uint8_t index = 0;
  emAfApsFrameClusterIdSetup(clusterId);
  appZclBuffer[index++] = (frameType
                           | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER
                           | (mfgSpecificId != EMBER_AF_NULL_MANUFACTURER_CODE
                              ? ZCL_MANUFACTURER_SPECIFIC_MASK
                              : 0)
                           | (disableDefaultResponse
                              ? ZCL_DISABLE_DEFAULT_RESPONSE_MASK
                              : 0));
  if (mfgSpecificId != EMBER_AF_NULL_MANUFACTURER_CODE) {
    appZclBuffer[index++] = (uint8_t)mfgSpecificId;
    appZclBuffer[index++] = (uint8_t)(mfgSpecificId >> 8);
  }
  appZclBuffer[index++] = emberAfNextSequence();
  appZclBuffer[index++] = commandId;
  appZclBufferLen = index;
}

void zclBufferAddByte(uint8_t byte)
{
  appZclBuffer[appZclBufferLen] = byte;
  appZclBufferLen += 1;
}

void zclBufferAddWord(uint16_t word)
{
  zclBufferAddByte(LOW_BYTE(word));
  zclBufferAddByte(HIGH_BYTE(word));
}

void zclBufferAddInt32(uint32_t value)
{
  uint8_t i;
  for (i = 0; i < 4; i++) {
    zclBufferAddByte(LOW_BYTE(value));
    value = value >> 8;
  }
}

void zclBufferAddBuffer(const uint8_t *buffer, uint8_t length)
{
  MEMMOVE(appZclBuffer + appZclBufferLen, buffer, length);
  appZclBufferLen += length;
}

// Made non-to remove warnings
void zclBufferAddString(const uint8_t *buffer)
{
  zclBufferAddBuffer(buffer, emberAfStringLength(buffer) + 1);
}

void zclBufferAddByteFromArgument(uint8_t index)
{
  zclBufferAddByte((uint8_t)emberUnsignedCommandArgument(index));
}

void zclBufferAddInt8sFromArgument(uint8_t index)
{
  zclBufferAddByte((uint8_t)((int8_t)emberSignedCommandArgument(index)));
}

void zclBufferAddInt16sFromArgument(uint8_t index)
{
  zclBufferAddWord((uint16_t)((int16_t)emberSignedCommandArgument(index)));
}

void zclBufferAddInt32sFromArgument(uint8_t index)
{
  zclBufferAddInt32((uint32_t)((int32_t)emberSignedCommandArgument(index)));
}

void zclBufferAddWordFromArgument(uint8_t index)
{
  zclBufferAddWord((uint16_t)emberUnsignedCommandArgument(index));
}

void zclBufferAddInt32FromArgument(uint8_t index)
{
  zclBufferAddInt32(emberUnsignedCommandArgument(index));
}

// Writes the length and contents of the string found at argIndex
// into the zcl buffer. Takes into account whether string is non-LONG
// (1-byte length prefix) or LONG (2-byte length prefix).
static void bufferAddLengthAndStringFromArgument(uint8_t argIndex,
                                                 bool isLongStringType)
{
  uint8_t prefixSize = (isLongStringType ? 2 : 1);
  // We protect against copying outside of the appZclBuffer
  // by passing the maximum length of the buffer, or a maximum
  // value of an uint8_t.
  uint16_t maxLength = APP_ZCL_BUFFER_SIZE - (appZclBufferLen + prefixSize);
  if (maxLength > MAX_INT8U_VALUE) {
    maxLength = MAX_INT8U_VALUE;
  }
  uint8_t length = emberCopyStringArgument(argIndex,
                                           appZclBuffer + appZclBufferLen + prefixSize,
                                           maxLength,
                                           false);
  appZclBuffer[appZclBufferLen] = length;
  if (prefixSize == 2) {
    // CLI max string length is 255, so LONG string upper length byte is zero.
    appZclBuffer[appZclBufferLen + 1] = 0;
  }
  appZclBufferLen += length + prefixSize;
}

// Non-LONG ZCL string type.
void zclBufferAddLengthAndStringFromArgument(uint8_t argIndex)
{
  bufferAddLengthAndStringFromArgument(argIndex, false); // !long
}

// LONG ZCL string type.
void zclBufferAddLongLengthAndStringFromArgument(uint8_t argIndex)
{
  bufferAddLengthAndStringFromArgument(argIndex, true); // long
}

// This function fully formats the zcl buffer given all the necessary data.
// The format string describes how the subsequent arguments are to be
// written into the zcl buffer.  The format characters are the same as
// those used by the command interpreter, namely:
// 'u'   A one-byte unsigned value.
// 'v'   A two-byte unsigned value encoded low byte first.
// 'w'   A four-byte unsigned value encoded from low to high byte.
// 'b'   A sequence of unsigned bytes.  The first supplied value is a
//       pointer to the data and the second value is the number of bytes.

void makeZclBuffer(uint8_t frameControl,
                   uint16_t clusterId,
                   uint8_t commandId,
                   char *format,
                   ...)
{
  uint8_t i = 0;
  va_list argPointer = { 0 };
  zclBufferSetup(frameControl, clusterId, commandId);
  va_start(argPointer, format);

  while (format[i] != 0) {
    char command = format[i];
    switch (command) {
      case 'u':
        zclBufferAddByte(va_arg(argPointer, int));
        break;
      case 'v':
        zclBufferAddWord(va_arg(argPointer, int));
        break;
      case 'w':
        zclBufferAddInt32(va_arg(argPointer, int));
        break;
      case 'b': {
        uint8_t *contents = va_arg(argPointer, uint8_t *);
        uint8_t count = va_arg(argPointer, int);
        zclBufferAddByte(count);
        zclBufferAddBuffer(contents, count);
        break;
      }
      default:
        assert(false);
    }
    i += 1;
  }

  va_end(argPointer);
  cliBufferPrint();
}

// Handles any zcl command where the argument list of the
// command is simply appended to the zcl buffer.  Handles argument types
// 'u', 'v', 'w', 's', 'r', 'q', and 'b'.  String arguments are written with
// a length byte first.
// Because this is constructing the zcl message, we ignore the
// special characters of ! and ? when processing the type string.
void zclSimpleCommand(uint8_t frameControl,
                      uint16_t clusterId,
                      uint8_t commandId)
{
  uint8_t argumentIndex;
  uint8_t typeIndex = 0;
  uint8_t count = emberCommandArgumentCount();
  uint8_t optionalDelimiters = 0;
  uint8_t type;

  zclBufferSetup(frameControl, clusterId, commandId);
  for (argumentIndex = 0; argumentIndex < count; argumentIndex++) {
    type = emberCurrentCommand->argumentTypes[typeIndex];
    // Upper bound to advance typeIndex is the argument count plus number of
    // optional argument delimiters observed thus far.
    if (typeIndex + 1 < (count + optionalDelimiters)
        && emberCurrentCommand->argumentTypes[typeIndex + 1] != '*') {
      typeIndex++;
    }

    switch (type) {
      case 'u':
        zclBufferAddByteFromArgument(argumentIndex);
        break;
      case 'v':
        zclBufferAddWordFromArgument(argumentIndex);
        break;
      case 'w':
        zclBufferAddInt32FromArgument(argumentIndex);
        break;
      case 's':
        zclBufferAddInt8sFromArgument(argumentIndex);
        break;
      case 'r':
        zclBufferAddInt16sFromArgument(argumentIndex);
        break;
      case 'q':
        zclBufferAddInt32sFromArgument(argumentIndex);
        break;
      case 'b':
        zclBufferAddLengthAndStringFromArgument(argumentIndex);
        break;
      case '*':
        break;
      case '!':
        // Delimiter for subsets of optional arguments, does not itself represent an argument.
        argumentIndex--;
        optionalDelimiters++;
        break;
      case '?':
      //lint -fallthrough
      case 0:
      //lint -fallthrough
      default:
        goto kickout;
    }
  }

  kickout:
  cliBufferPrint();
}

void zclGlobalSetup(uint8_t commandId)
{
  uint16_t clusterId = (uint16_t)emberUnsignedCommandArgument(0);
  zclBufferSetup(ZCL_GLOBAL_COMMAND | zclGlobalDirection,
                 clusterId,
                 commandId);
  zclBufferAddWordFromArgument(1);  // attr id
  if (commandId != ZCL_READ_ATTRIBUTES_COMMAND_ID) {
    zclBufferAddByteFromArgument(2);
  }
}

// zcl global direction <direction:1>
void zclGlobalDirectionCommand(void)
{
  zclGlobalDirection = ((((uint8_t)emberUnsignedCommandArgument(0))
                         == ZCL_DIRECTION_CLIENT_TO_SERVER)
                        ? ZCL_FRAME_CONTROL_CLIENT_TO_SERVER
                        : ZCL_FRAME_CONTROL_SERVER_TO_CLIENT);
}

// zcl global read <cluster:2> <attribute:2>
void zclGlobalReadCommand(void)
{
  zclGlobalSetup(ZCL_READ_ATTRIBUTES_COMMAND_ID);
  cliBufferPrint();
}

// zcl global write <cluster:2> <attrID:2> <type:1> <data>
// zcl global uwrite <cluster:2> <attrID:2> <type:1> <data>
// zcl global nwrite <cluster:2> <attrID:2> <type:1> <data>
void zclGlobalWriteCommand(void)
{
  uint8_t type = (uint8_t)emberUnsignedCommandArgument(2);
  uint8_t commandChar = emberCurrentCommand->name[0];
  uint8_t commandId = (commandChar == 'u'
                       ? ZCL_WRITE_ATTRIBUTES_UNDIVIDED_COMMAND_ID
                       : (commandChar == 'n'
                          ? ZCL_WRITE_ATTRIBUTES_NO_RESPONSE_COMMAND_ID
                          : ZCL_WRITE_ATTRIBUTES_COMMAND_ID));
  zclGlobalSetup(commandId);

  if (emberAfIsThisDataTypeAStringType(type)) {
    bufferAddLengthAndStringFromArgument(3, emberAfIsLongStringAttributeType(type));
  } else {
    uint8_t length = emberAfGetDataSize(type);
    emberCopyStringArgument(3,
                            appZclBuffer + appZclBufferLen,
                            length,
                            true);  // pad with zeroes
    appZclBufferLen += length;
  }

  cliBufferPrint();
}

// zcl global discover <cluster> <attrID:2> <max # to report:1>
void zclGlobalDiscoverCommand(void)
{
  zclGlobalSetup(ZCL_DISCOVER_ATTRIBUTES_COMMAND_ID);
  cliBufferPrint();
}

// zcl global report <src endpoint id:1> <cluster id:2> <attribute id:2> <mask:1>
void zclGlobalReportCommand(void)
{
  EmberAfStatus status;
  EmberAfClusterId clusterId = (EmberAfClusterId)emberUnsignedCommandArgument(1);
  EmberAfAttributeId attributeId = (EmberAfAttributeId)emberUnsignedCommandArgument(2);
  uint8_t mask = (uint8_t)emberUnsignedCommandArgument(3);
  EmberAfAttributeType type;
  uint16_t size;
  uint8_t data[ATTRIBUTE_LARGEST];

  status = emberAfReadAttribute((uint8_t)emberUnsignedCommandArgument(0), // endpoint
                                clusterId,
                                attributeId,
                                (mask == 0
                                 ? CLUSTER_MASK_CLIENT
                                 : CLUSTER_MASK_SERVER),
                                data,
                                sizeof(data),
                                &type);
  if (status != EMBER_ZCL_STATUS_SUCCESS) {
    emberAfReportingPrintln("ERR: reading attribute %x", status);
    return;
  }

  zclBufferSetup(ZCL_GLOBAL_COMMAND
                 | (mask == 0
                    ? ZCL_FRAME_CONTROL_CLIENT_TO_SERVER
                    : ZCL_FRAME_CONTROL_SERVER_TO_CLIENT),
                 clusterId,
                 ZCL_REPORT_ATTRIBUTES_COMMAND_ID);
  zclBufferAddWord(attributeId);
  zclBufferAddByte(type);

  size = emberAfAttributeValueSize(type, data, sizeof(data));
  if (size == 0 || size > (APP_ZCL_BUFFER_SIZE - appZclBufferLen)) {
    emberAfReportingPrintln("ERR: attribute size %d too large for buffer", size);
    return;
  }
#if (BIGENDIAN_CPU)
  if (isThisDataTypeSentLittleEndianOTA(type)) {
    emberReverseMemCopy(appZclBuffer + appZclBufferLen, data, size);
  } else {
    MEMMOVE(appZclBuffer + appZclBufferLen, data, size);
  }
#else
  MEMMOVE(appZclBuffer + appZclBufferLen, data, size);
#endif
  appZclBufferLen += size;

  cliBufferPrint();
}

// zcl global report-read <cluster> <attrID:2> <direction:1>
void zclGlobalReportReadCommand(void)
{
  zclBufferSetup(ZCL_GLOBAL_COMMAND | zclGlobalDirection,
                 (EmberAfClusterId)emberUnsignedCommandArgument(0), // cluster id
                 ZCL_READ_REPORTING_CONFIGURATION_COMMAND_ID);
  zclBufferAddByteFromArgument(2); // direction
  zclBufferAddWordFromArgument(1); // attribute id
  cliBufferPrint();
}

// zcl global send-me-a-report <cluster id:2> <attribute id:2> <type:1> ...
// ... <min interval:2> <max interval:2> <reportable change:1-4>
void zclGlobalSendMeAReportCommand(void)
{
  uint8_t type = (uint8_t)emberUnsignedCommandArgument(2);

  zclBufferSetup(ZCL_GLOBAL_COMMAND | zclGlobalDirection,
                 (EmberAfClusterId)emberUnsignedCommandArgument(0), // cluster id
                 ZCL_CONFIGURE_REPORTING_COMMAND_ID);
  zclBufferAddByte(EMBER_ZCL_REPORTING_DIRECTION_REPORTED);
  zclBufferAddWordFromArgument(1);  // attribute id
  zclBufferAddByte(type);           // type
  zclBufferAddWordFromArgument(3);  // minimum reporting interval
  zclBufferAddWordFromArgument(4);  // maximum reporting interval

  // If the data type is analog, then the reportable change field is the same
  // size as the data type.  Otherwise, it is omitted.
  if (emberAfGetAttributeAnalogOrDiscreteType(type)
      == EMBER_AF_DATA_TYPE_ANALOG) {
    uint8_t dataSize = emberAfGetDataSize(type);
    emberCopyStringArgument(5,
                            appZclBuffer + appZclBufferLen,
                            dataSize,
                            false);
    appZclBufferLen += dataSize;
  }
  cliBufferPrint();
}

// zcl global expect-report-from-me <cluster id:2> <attribute id:2> <timeout:2>
void zclGlobalExpectReportFromMeCommand(void)
{
  zclBufferSetup(ZCL_GLOBAL_COMMAND | zclGlobalDirection,
                 (EmberAfClusterId)emberUnsignedCommandArgument(0), // cluster id
                 ZCL_CONFIGURE_REPORTING_COMMAND_ID);
  zclBufferAddByte(EMBER_ZCL_REPORTING_DIRECTION_RECEIVED);
  zclBufferAddWordFromArgument(1); // attribute id
  zclBufferAddWordFromArgument(2); // timeout
  cliBufferPrint();
}

// zcl global disc-com-gen <cluster id:2> <start command id:1> <max command id:1>
// zcl global disc-com-rec <cluster id:2> <start command id:1> <max command id:1>
void zclGlobalCommandDiscoveryCommand(void)
{
  zclBufferSetup(ZCL_GLOBAL_COMMAND | zclGlobalDirection,
                 (EmberAfClusterId)emberUnsignedCommandArgument(0),   // cluster id
                 (emberCurrentCommand->name[9] == 'g'
                  ? ZCL_DISCOVER_COMMANDS_GENERATED_COMMAND_ID
                  : ZCL_DISCOVER_COMMANDS_RECEIVED_COMMAND_ID));
  zclBufferAddByteFromArgument(1);   // start command id
  zclBufferAddByteFromArgument(2); // max command ids
  cliBufferPrint();
}

// zcl test response on
void zclTestResponseOnCommand(void)
{
  emberAfSetNoReplyForNextMessage(false);
}

// zcl test response off
void zclTestResponseOffCommand(void)
{
  emberAfSetNoReplyForNextMessage(true);
}

#ifdef ZCL_USING_BASIC_CLUSTER_CLIENT
// zcl basic rtfd
void zclBasicRtfdCommand(void)
{
  zclSimpleClientCommand(ZCL_BASIC_CLUSTER_ID,
                         ZCL_RESET_TO_FACTORY_DEFAULTS_COMMAND_ID);
}
#endif

void zclMfgCodeCommand(void)
{
  if (zclCmdIsBuilt) {
    emberAfAppPrintln("Command already built.  Cannot set MFG specific code for command.");
    return;
  }
  mfgSpecificId = (uint16_t)emberUnsignedCommandArgument(0);
  emberAfAppPrintln("MFG Code Set for next command: 0x%2X", mfgSpecificId);
}

void zclXDefaultRespCommand(void)
{
  disableDefaultResponse = (uint8_t)emberUnsignedCommandArgument(0);
  emberAfAppPrintln("Disable Default Response Set for next command: 0x%X", disableDefaultResponse);
}

void zclUseNextSequenceCommand(void)
{
  useNextSequence = (uint8_t)emberUnsignedCommandArgument(0);
  emberAfAppPrintln("Use Next Sequence Set for next command: 0x%X", useNextSequence);
}

void zclTimeCommand(void)
{
  emberAfSetTime(emberUnsignedCommandArgument(0));
}

#ifdef ZCL_USING_IDENTIFY_CLUSTER_CLIENT
// zcl identify id <identify time:2>
void zclIdentifyIdCommand(void)
{
  zclSimpleClientCommand(ZCL_IDENTIFY_CLUSTER_ID, ZCL_IDENTIFY_COMMAND_ID);
}

// zcl identify query
void zclIdentifyQueryCommand(void)
{
  zclSimpleClientCommand(ZCL_IDENTIFY_CLUSTER_ID, ZCL_IDENTIFY_QUERY_COMMAND_ID);
}

// zcl identify trigger <effect id:1> <effect variant:1>
void zclIdentifyTriggerEffectCommand(void)
{
  zclSimpleClientCommand(ZCL_IDENTIFY_CLUSTER_ID, ZCL_TRIGGER_EFFECT_COMMAND_ID);
}
#endif // ZCL_USING_IDENTIFY_CLUSTER_CLIENT

#ifdef ZCL_USING_IDENTIFY_CLUSTER_SERVER
// zcl identify on <endpoint:1> <time:2>
// zcl identify off <endpoint:1>
void zclIdentifyOnOffCommand(void)
{
  EmberAfStatus afStatus;
  uint16_t timeS = 0;
  if (emberCurrentCommand->name[1] == 'n') {
    timeS = (uint16_t)emberUnsignedCommandArgument(1);
    if (timeS == 0) {
      timeS = 60;
    }
  }

  afStatus = emberAfWriteServerAttribute(
    (uint8_t)emberUnsignedCommandArgument(0),                       // endpoint
    ZCL_IDENTIFY_CLUSTER_ID,
    ZCL_IDENTIFY_TIME_ATTRIBUTE_ID,
    (uint8_t *)&timeS,
    ZCL_INT16U_ATTRIBUTE_TYPE);
  if (EMBER_ZCL_STATUS_SUCCESS != afStatus) {
    emberAfDebugPrintln("Identify On/Off: failed to write value 0x%x  to cluster "
                        "0x%x attribute ID 0x%x: error 0x%x",
                        timeS,
                        ZCL_IDENTIFY_CLUSTER_ID,
                        ZCL_IDENTIFY_TIME_ATTRIBUTE_ID,
                        afStatus);
  }
}
#else
// TODO: the generated CLI is sucking in these methods regardless of whether or not it should;
// I suspect it has to do with the segmentaton of CLI commands, and it should be fixed, but
// for now I'm stubbing them. - Jeremy
void zclIdentifyOnOffCommand(void)
{
}
#endif // ZCL_USING_IDENTIFY_CLUSTER_SERVER

#ifdef ZCL_USING_GROUPS_CLUSTER_CLIENT
// zcl groups add <group id:2> <name:16>
// zcl groups ad-if-id <group id:2> <name:16>
void zclGroupsAddCommand(void)
{
  uint8_t commandId = (emberCurrentCommand->name[2] == 'd'
                       ? ZCL_ADD_GROUP_COMMAND_ID
                       : ZCL_ADD_GROUP_IF_IDENTIFYING_COMMAND_ID);
  zclSimpleClientCommand(ZCL_GROUPS_CLUSTER_ID, commandId);
}

// zcl groups view <group id:2>
void zclGroupsViewCommand(void)
{
  zclSimpleClientCommand(ZCL_GROUPS_CLUSTER_ID, ZCL_VIEW_GROUP_COMMAND_ID);
}

// zcl groups get <count:1> [<group id:2> * count]
void zclGroupsGetCommand(void)
{
  uint8_t i;
  uint8_t count = (uint8_t)emberUnsignedCommandArgument(0);
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_GROUPS_CLUSTER_ID,
                 ZCL_GET_GROUP_MEMBERSHIP_COMMAND_ID);
  zclBufferAddByte(count); // group count
  for (i = 0; i < count; i++) {
    zclBufferAddWordFromArgument(1 + i);
  }
  cliBufferPrint();
}

// zcl groups remove <group id:2>
void zclGroupsRemoveCommand(void)
{
  zclSimpleClientCommand(ZCL_GROUPS_CLUSTER_ID, ZCL_REMOVE_GROUP_COMMAND_ID);
}

// zcl groups rmall
void zclGroupsRemoveAllCommand(void)
{
  zclSimpleClientCommand(ZCL_GROUPS_CLUSTER_ID,
                         ZCL_REMOVE_ALL_GROUPS_COMMAND_ID);
}
#else
// TODO: the generated CLI is sucking in this method regardless of whether or not it should;
// I suspect it has to do with the segmentaton of CLI commands, and it should be fixed, but
// for now I'm stubbing it. - Jeremy
void zclGroupsGetCommand(void)
{
}
#endif //ZCL_USING_GROUPS_CLUSTER_CLIENT

#ifdef ZCL_USING_SCENES_CLUSTER_CLIENT
#ifdef ZCL_USING_ON_OFF_CLUSTER_CLIENT
bool addScenesOnOffValue;
#endif
#ifdef ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT
uint8_t addScenesLevelValue;
#endif

// zcl scenes add <groupId:2> <sceneId:1> <trans time:2> <name> <extensionFieldSets>
// zcl scenes eadd <groupId:2> <sceneId:1> <trans time:2> <name> <extensionFieldSets>
void zclScenesAddCommand(void)
{
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_SCENES_CLUSTER_ID,
                 (emberCurrentCommand->name[0] != 'e'
                  ? ZCL_ADD_SCENE_COMMAND_ID
                  : ZCL_ENHANCED_ADD_SCENE_COMMAND_ID));
  zclBufferAddWordFromArgument(0);
  zclBufferAddByteFromArgument(1);
  zclBufferAddWordFromArgument(2);
  zclBufferAddLengthAndStringFromArgument(3);

#ifdef ZCL_USING_ON_OFF_CLUSTER_CLIENT
  // cluster:2 len:1 value:1 (on/off extension)
  zclBufferAddWord(ZCL_ON_OFF_CLUSTER_ID);
  zclBufferAddByte(1);
  zclBufferAddByte(addScenesOnOffValue);
#endif //ZCL_USING_ON_OFF_CLUSTER_CLIENT

#ifdef ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT
  // cluster:2 len:1 value:1 (level control extension)
  zclBufferAddWord(ZCL_LEVEL_CONTROL_CLUSTER_ID);
  zclBufferAddByte(1);
  zclBufferAddByte(addScenesLevelValue);
#endif //ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT

  cliBufferPrint();
}

// zcl scenes view <groupId:2> <sceneId:1>
// zcl scenes eview <groupId:2> <sceneId:1>
void zclScenesViewCommand(void)
{
  zclSimpleClientCommand(ZCL_SCENES_CLUSTER_ID,
                         (emberCurrentCommand->name[0] != 'e'
                          ? ZCL_VIEW_SCENE_COMMAND_ID
                          : ZCL_ENHANCED_VIEW_SCENE_COMMAND_ID));
}

// zcl scenes remove <groupId:2> <sceneId:1>
void zclScenesRemoveCommand(void)
{
  zclSimpleClientCommand(ZCL_SCENES_CLUSTER_ID, ZCL_REMOVE_SCENE_COMMAND_ID);
}

// zcl scenes rmall <groupId:2>
void zclScenesRemoveAllCommand(void)
{
  zclSimpleClientCommand(ZCL_SCENES_CLUSTER_ID, ZCL_REMOVE_ALL_SCENES_COMMAND_ID);
}

// zcl scenes store <groupId:2> <sceneId:1>
void zclScenesStoreCommand(void)
{
  zclSimpleClientCommand(ZCL_SCENES_CLUSTER_ID, ZCL_STORE_SCENE_COMMAND_ID);
}

// zcl scenes recall <groupId:2> <sceneId:1>
void zclScenesRecallCommand(void)
{
  zclSimpleClientCommand(ZCL_SCENES_CLUSTER_ID, ZCL_RECALL_SCENE_COMMAND_ID);
}

// zcl scenes get <groupId:2>
void zclScenesGetMembershipCommand(void)
{
  zclSimpleClientCommand(ZCL_SCENES_CLUSTER_ID, ZCL_GET_SCENE_MEMBERSHIP_COMMAND_ID);
}

// zcl scenes copy <mode:1> <group id from:2> <scenes id from:1> <group id to:2> <scene id:1>
void zclScenesCopyCommand(void)
{
  zclSimpleClientCommand(ZCL_SCENES_CLUSTER_ID, ZCL_COPY_SCENE_COMMAND_ID);
}

// zcl scenes set [on|off] <level:1>
void zclScenesSetCommand(void)
{
#ifdef ZCL_USING_ON_OFF_CLUSTER_CLIENT
  addScenesOnOffValue = (emberCurrentCommand->name[1] == 'n');
#endif
#ifdef ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT
  addScenesLevelValue = (uint8_t)emberUnsignedCommandArgument(0);
#endif
}
#endif //ZCL_USING_SCENES_CLUSTER_CLIENT

#ifdef ZCL_USING_ON_OFF_CLUSTER_CLIENT
// zcl on-off [ off | on | toggle ]
void zclOnOffCommand(void)
{
  uint8_t secondChar = emberCurrentCommand->name[1];
  uint8_t commandId = (secondChar == 'n'
                       ? ZCL_ON_COMMAND_ID
                       : (secondChar == 'f'
                          ? ZCL_OFF_COMMAND_ID
                          : ZCL_TOGGLE_COMMAND_ID));
  zclSimpleClientCommand(ZCL_ON_OFF_CLUSTER_ID, commandId);
}

// zcl on-off offeffect <effect id:1> <effect variant:1>
void zclOnOffOffWithEffectCommand(void)
{
  zclSimpleClientCommand(ZCL_ON_OFF_CLUSTER_ID, ZCL_OFF_WITH_EFFECT_COMMAND_ID);
}

// zcl on-off onrecall
void zclOnOffOnWithRecallGlobalSceneCommand(void)
{
  zclSimpleClientCommand(ZCL_ON_OFF_CLUSTER_ID,
                         ZCL_ON_WITH_RECALL_GLOBAL_SCENE_COMMAND_ID);
}

// zcl on-off ontimedoff <on off control:1> <on time:2> <off wait time:2>
void zclOnOffOnWithTimedOffCommand(void)
{
  zclSimpleClientCommand(ZCL_ON_OFF_CLUSTER_ID,
                         ZCL_ON_WITH_TIMED_OFF_COMMAND_ID);
}

#endif //ZCL_USING_ON_OFF_CLUSTER_CLIENT

#ifdef ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT
// zcl level-control mv-to-level [level:1] [trans time:2]
// zcl level-control o-mv-to-level [level:1] [trans time:2]
void zclLevelControlMoveToLevelCommand(void)
{
  uint8_t commandId = (emberCurrentCommand->name[0] == 'o'
                       ? ZCL_MOVE_TO_LEVEL_WITH_ON_OFF_COMMAND_ID
                       : ZCL_MOVE_TO_LEVEL_COMMAND_ID);
  zclSimpleClientCommand(ZCL_LEVEL_CONTROL_CLUSTER_ID, commandId);
}

// zcl level-control move [mode:1] [rate:1]
// zcl level-control o-move [mode:1] [rate:1]
void zclLevelControlMoveCommand(void)
{
  uint8_t commandId = (emberCurrentCommand->name[0] == 'o'
                       ? ZCL_MOVE_WITH_ON_OFF_COMMAND_ID
                       : ZCL_MOVE_COMMAND_ID);
  zclSimpleClientCommand(ZCL_LEVEL_CONTROL_CLUSTER_ID, commandId);
}

// zcl level-control step [step:1] [step size:1] [trans time:2]
// zcl level-control o-step [step:1] [step size:1] [trans time:2]
void zclLevelControlStepCommand(void)
{
  uint8_t commandId = (emberCurrentCommand->name[0] == 'o'
                       ? ZCL_STEP_WITH_ON_OFF_COMMAND_ID
                       : ZCL_STEP_COMMAND_ID);
  zclSimpleClientCommand(ZCL_LEVEL_CONTROL_CLUSTER_ID, commandId);
}

// zcl level-control stop
// zcl level-control ostop
void zclLevelControlStopCommand(void)
{
  uint8_t commandId = (emberCurrentCommand->name[0] == 'o'
                       ? ZCL_STOP_WITH_ON_OFF_COMMAND_ID
                       : ZCL_STOP_COMMAND_ID);
  zclSimpleClientCommand(ZCL_LEVEL_CONTROL_CLUSTER_ID, commandId);
}
#endif //ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT

#ifdef ZCL_USING_THERMOSTAT_CLUSTER_CLIENT
// zcl tstat set <mode:1 int> <amount:1 int>
void zclThermostatSetCommand(void)
{
  zclSimpleClientCommand(ZCL_THERMOSTAT_CLUSTER_ID,
                         ZCL_SETPOINT_RAISE_LOWER_COMMAND_ID);
}
#endif // ZCL_USING_THERMOSTAT_CLUSTER_CLIENT

#ifdef ZCL_USING_IAS_ZONE_CLUSTER_SERVER
// zcl ias-zone enroll <zone type: 2 int> <manuf code: 2 int>
void zclIasZoneEnrollCommand(void)
{
  zclSimpleServerCommand(ZCL_IAS_ZONE_CLUSTER_ID,
                         ZCL_ZONE_ENROLL_REQUEST_COMMAND_ID);
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
}

// zcl ias-zone sc <zone status: 2 int> <ext status: 1 int> <zone id: 1 int> <delay: 2 int>
void zclIasZoneStatusChangeCommand(void)
{
  zclSimpleServerCommand(ZCL_IAS_ZONE_CLUSTER_ID,
                         ZCL_ZONE_STATUS_CHANGE_NOTIFICATION_COMMAND_ID);
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
}
#endif // ZCL_USING_IAS_ZONE_CLUSTER_SERVER

#ifdef ZCL_USING_IAS_ACE_CLUSTER_CLIENT
// zcl ias-ace a <int:1>
void zclIasAceArmCommand(void)
{
  zclSimpleClientCommand(ZCL_IAS_ACE_CLUSTER_ID, ZCL_ARM_COMMAND_ID);
}

// zcl ias-ace b <zones as hex string>
void zclIasAceBypassCommand(void)
{
  zclSimpleClientCommand(ZCL_IAS_ACE_CLUSTER_ID, ZCL_BYPASS_COMMAND_ID);
}

// zcl ias-ace e
void zclIasAceEmergencyCommand(void)
{
  zclSimpleClientCommand(ZCL_IAS_ACE_CLUSTER_ID, ZCL_EMERGENCY_COMMAND_ID);
}

// zcl ias-ace f
void zclIasAceFireCommand(void)
{
  zclSimpleClientCommand(ZCL_IAS_ACE_CLUSTER_ID, ZCL_FIRE_COMMAND_ID);
}

// zcl ias-ace p
void zclIasAcePanicCommand(void)
{
  zclSimpleClientCommand(ZCL_IAS_ACE_CLUSTER_ID, ZCL_PANIC_COMMAND_ID);
}

// zcl ias-ace getzm
void zclIasAceGetZoneMapCommand(void)
{
  zclSimpleClientCommand(ZCL_IAS_ACE_CLUSTER_ID,
                         ZCL_GET_ZONE_ID_MAP_COMMAND_ID);
}

// zcl ias-ace getzi <zone id:1>
void zclIasAceGetZoneInfoCommand(void)
{
  zclSimpleClientCommand(ZCL_IAS_ACE_CLUSTER_ID,
                         ZCL_GET_ZONE_INFORMATION_COMMAND_ID);
}
#endif // ZCL_USING_IAS_ACE_CLUSTER_CLIENT

#ifdef ZCL_USING_COLOR_CONTROL_CLUSTER_CLIENT
// zcl color-control movetohue <hue:1> <direction:1> <transition time:2>
// zcl color-control emovetohue <enhanced hue:2> <direction:1> <transition time:2>
void zclColorControlMoveToHueCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         (emberCurrentCommand->name[0] != 'e'
                          ? ZCL_MOVE_TO_HUE_COMMAND_ID
                          : ZCL_ENHANCED_MOVE_TO_HUE_COMMAND_ID));
}

// zcl color-control movehue <move mode:1> <rate:1>
// zcl color-control emovehue <move mode:1> <rate:2>
void zclColorControlMoveHueCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         (emberCurrentCommand->name[0] != 'e'
                          ? ZCL_MOVE_HUE_COMMAND_ID
                          : ZCL_ENHANCED_MOVE_HUE_COMMAND_ID));
}

// zcl color-control stephue <step mode:1> <step size:1> <transition time:1>
// zcl color-control estephue <step mode:1> <step size:2> <transition time:2>
void zclColorControlStepHueCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         (emberCurrentCommand->name[0] != 'e'
                          ? ZCL_STEP_HUE_COMMAND_ID
                          : ZCL_ENHANCED_STEP_HUE_COMMAND_ID));
}

// zcl color-control movetosat <saturation:1> <transition time:2>
void zclColorControlMoveToSatCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         ZCL_MOVE_TO_SATURATION_COMMAND_ID);
}

// zcl color-control movesat <move mode:1> <rate:1>
void zclColorControlMoveSatCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         ZCL_MOVE_SATURATION_COMMAND_ID);
}

// zcl color-control stepsat <step mode:1> <step size:1> <transition time:1>
void zclColorControlStepSatCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         ZCL_STEP_SATURATION_COMMAND_ID);
}

// zcl color-control movetohueandsat <hue:1> <saturation:1> <transition time:2>
// zcl color-control emovetohueandsat <enhanced hue:2> <saturation:1> <transition time:2>
void zclColorControlMoveToHueAndSatCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         (emberCurrentCommand->name[0] != 'e'
                          ? ZCL_MOVE_TO_HUE_AND_SATURATION_COMMAND_ID
                          : ZCL_ENHANCED_MOVE_TO_HUE_AND_SATURATION_COMMAND_ID));
}

// zcl color-control movetocolor <color x:2> <color y:2> <transition time:2>
void zclColorControlMoveToColorCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         ZCL_MOVE_TO_COLOR_COMMAND_ID);
}

// zcl color-control movecolor <rate x:2> <rate y:2>
// zcl color-control movecolortemp <move mode:1> <rate:2> <color temperature min:2> <color temperature max:2>
void zclColorControlMoveColorCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         (emberCurrentCommand->argumentTypes[0] == 'r'
                          ? ZCL_MOVE_COLOR_COMMAND_ID
                          : ZCL_MOVE_COLOR_TEMPERATURE_COMMAND_ID));
}

// zcl color-control stepcolor <step x:2> <step y:2> <transition time:2>
// zcl color-control stepcolortemp <step mode:1> <step size:2> <transition time:2> <color temperature min:2> <color temperature max:2>
void zclColorControlStepColorCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         (emberCurrentCommand->argumentTypes[0] == 'r'
                          ? ZCL_STEP_COLOR_COMMAND_ID
                          : ZCL_STEP_COLOR_TEMPERATURE_COMMAND_ID));
}

// zcl color-control movetocolortemp <color temperature:2> <transition time:2>
void zclColorControlMoveToColorTemperatureCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         ZCL_MOVE_TO_COLOR_TEMPERATURE_COMMAND_ID);
}

// zcl color-control loop <update flags:1> <action:1> <direction:1> <time:2> <start hue:2>
void zclColorControlColorLoopSetCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         ZCL_COLOR_LOOP_SET_COMMAND_ID);
}

// zcl color-control stopmovestep
void zclColorControlStopMoveStepCommand(void)
{
  zclSimpleClientCommand(ZCL_COLOR_CONTROL_CLUSTER_ID,
                         ZCL_STOP_MOVE_STEP_COMMAND_ID);
}
#endif // ZCL_USING_COLOR_CONTROL_CLUSTER_CLIENT

#ifdef ZCL_USING_POLL_CONTROL_CLUSTER_CLIENT
void zclPollControlFastPollStopCommand(void)
{
  zclSimpleClientCommand(ZCL_POLL_CONTROL_CLUSTER_ID,
                         ZCL_FAST_POLL_STOP_COMMAND_ID);
}

// zcl poll-control long <long poll interval:4>
// zcl poll-control short <short poll interval:2>
void zclPollControlSetPollIntervalCommand(void)
{
  zclSimpleClientCommand(ZCL_POLL_CONTROL_CLUSTER_ID,
                         (emberCurrentCommand->name[0] == 'l'
                          ? ZCL_SET_LONG_POLL_INTERVAL_COMMAND_ID
                          : ZCL_SET_SHORT_POLL_INTERVAL_COMMAND_ID));
}
#endif

#ifdef ZCL_USING_POWER_PROFILE_CLUSTER_CLIENT
//zcl power-profile profile <profile id:1>
void zclPowerProfileRequestCommand(void)
{
  zclSimpleClientCommand(ZCL_POWER_PROFILE_CLUSTER_ID,
                         ZCL_POWER_PROFILE_REQUEST_COMMAND_ID);
}

//zcl power-profile state
void zclPowerProfileStateRequestCommand(void)
{
  zclSimpleClientCommand(ZCL_POWER_PROFILE_CLUSTER_ID,
                         ZCL_POWER_PROFILE_STATE_REQUEST_COMMAND_ID);
}

//zcl power-profile energy-phases-schedule <profile id:1> <num scheduled phases:1> [<energy phase ID:1> <scheduled time:2> * num scheduled phases]
void zclPowerProfileEnergyPhasesScheduleNotificationCommand(void)
{
  uint8_t i;
  uint8_t numScheduledPhases = (uint8_t)emberUnsignedCommandArgument(1);

  //Check if an even number of args and minimum number of args were supplied
  if (emberCommandArgumentCount() & 1 || emberCommandArgumentCount() < 2) {
    emberAfGuaranteedPrintln("Wrong number of args");
    emberAfGuaranteedPrintln("Usage:");
    emberAfGuaranteedPrint("<profile id:1> <num scheduled phases:1> ");
    emberAfGuaranteedPrint("[<energy phase ID:1> <scheduled time:2> * ");
    emberAfGuaranteedPrintln("num scheduled phases]");
  } else {
    zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                   | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                   ZCL_POWER_PROFILE_CLUSTER_ID,
                   ZCL_ENERGY_PHASES_SCHEDULE_NOTIFICATION_COMMAND_ID);

    zclBufferAddByteFromArgument(0);   // profile id
    zclBufferAddByte(numScheduledPhases); // number scheduled phase count

    //Add energy phase ID and scheduled time pairs
    for (i = 2; (i + 1) < emberCommandArgumentCount(); i += 2) {
      zclBufferAddByteFromArgument(i);
      zclBufferAddWordFromArgument(i + 1);
    }
    cliBufferPrint();
  }
}

//zcl power-profile schedule-constraints <profile id:1>
void zclPowerProfileScheduleConstraintsRequestCommand(void)
{
  zclSimpleClientCommand(ZCL_POWER_PROFILE_CLUSTER_ID,
                         ZCL_POWER_PROFILE_SCHEDULE_CONSTRAINTS_REQUEST_COMMAND_ID);
}

//zcl power-profile energy-phases-schedule-states <profile id:1>
void zclPowerProfileEnergyPhasesScheduleStateRequestCommand(void)
{
  zclSimpleClientCommand(ZCL_POWER_PROFILE_CLUSTER_ID,
                         ZCL_ENERGY_PHASES_SCHEDULE_STATE_REQUEST_COMMAND_ID);
}
#endif //ZCL_USING_POWER_PROFILE_CLUSTER_CLIENT

#ifndef EMBER_AF_GENERATE_CLI
#ifdef ZCL_USING_WINDOW_COVERING_CLUSTER_CLIENT
static void zclWindowCoveringUpCommand(void)
{
  zclSimpleClientCommand(ZCL_WINDOW_COVERING_CLUSTER_ID,
                         ZCL_WINDOW_COVERING_UP_OPEN_COMMAND_ID);
}

static void zclWindowCoveringDownCommand(void)
{
  zclSimpleClientCommand(ZCL_WINDOW_COVERING_CLUSTER_ID,
                         ZCL_WINDOW_COVERING_DOWN_CLOSE_COMMAND_ID);
}

static void zclWindowCoveringStopCommand(void)
{
  zclSimpleClientCommand(ZCL_WINDOW_COVERING_CLUSTER_ID,
                         ZCL_WINDOW_COVERING_STOP_COMMAND_ID);
}

static void zclWindowCoveringGoToLiftValueCommand(void)
{
  zclSimpleClientCommand(ZCL_WINDOW_COVERING_CLUSTER_ID,
                         ZCL_WINDOW_COVERING_GO_TO_LIFT_VALUE_COMMAND_ID);
}

static void zclWindowCoveringGoToLiftPercentageCommand(void)
{
  zclSimpleClientCommand(ZCL_WINDOW_COVERING_CLUSTER_ID,
                         ZCL_WINDOW_COVERING_GO_TO_LIFT_PERCENTAGE_COMMAND_ID);
}

static void zclWindowCoveringGoToTiltValueCommand(void)
{
  zclSimpleClientCommand(ZCL_WINDOW_COVERING_CLUSTER_ID,
                         ZCL_WINDOW_COVERING_GO_TO_TILT_VALUE_COMMAND_ID);
}

static void zclWindowCoveringGoToTiltPercentageCommand(void)
{
  zclSimpleClientCommand(ZCL_WINDOW_COVERING_CLUSTER_ID,
                         ZCL_WINDOW_COVERING_GO_TO_TILT_PERCENTAGE_COMMAND_ID);
}
#endif //ZCL_USING_WINDOW_COVERING_CLUSTER_CLIENT
#endif //EMBER_AF_GENERATE_CLI

#ifdef ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_SERVER
// zcl drlc lce <eventId:4> <start:4> <duration:2> <event control:1>
void zclDrlcLoadControlEventCommand(void)
{
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_SERVER_TO_CLIENT,
                 ZCL_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_ID,
                 ZCL_LOAD_CONTROL_EVENT_COMMAND_ID);
  zclBufferAddInt32FromArgument(0);  // event id
  zclBufferAddWord(0x0fff);          // all device classes
  zclBufferAddByteFromArgument(1);   // UEG
  zclBufferAddInt32FromArgument(2);  // start
  zclBufferAddWordFromArgument(3);   // duration
  zclBufferAddByte(1);               // criticality level, normal
  zclBufferAddByte(0);               // 1.1c cooling temp offset
  zclBufferAddByte(0);               // 1.1c heating temp offset
  zclBufferAddWord(0x1a09);          // cool temp set point 23.3c
  zclBufferAddWord(0x1a09);          // heat temp set point
  zclBufferAddByte(0x0a);            // -10% avg load percent
  zclBufferAddByte(0);               // duty cycle
  zclBufferAddByteFromArgument(4);   // event control
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
  cliBufferPrint();
}

// zcl drlc cl <eventId:4> <device class:2> <ueg: 1> <cancel control: 1> <start time:4>
void zclDrlcCancelCommand(void)
{
  zclSimpleServerCommand(ZCL_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_ID,
                         ZCL_CANCEL_LOAD_CONTROL_EVENT_COMMAND_ID);
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
}

// zcl drlc ca
void zclDrlcCancelAllCommand(void)
{
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_SERVER_TO_CLIENT,
                 ZCL_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_ID,
                 ZCL_CANCEL_ALL_LOAD_CONTROL_EVENTS_COMMAND_ID);
  zclBufferAddByte(0);  // bogus time
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
  cliBufferPrint();
}

#else
// TODO: the generated CLI is sucking in this method regardless of whether or not it should;
// I suspect it has to do with the segmentaton of CLI commands, and it should be fixed, but
// for now I'm stubbing it. - Jeremy
void zclDrlcLoadControlEventCommand(void)
{
}

#endif //ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_SERVER

#ifdef ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_CLIENT
// zcl drlc gse <start time:4> <number of events:1>
void zclDrlcGetScheduledEventsCommand(void)
{
  zclSimpleClientCommand(ZCL_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_ID,
                         ZCL_GET_SCHEDULED_EVENTS_COMMAND_ID);
}

#endif //ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_CLIENT

#ifdef ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT
// zcl sm  gp <type:1> <time:4> <intervals:1>
void zclSimpleMeteringGetProfileCommand(void)
{
  zclSimpleClientCommand(ZCL_SIMPLE_METERING_CLUSTER_ID,
                         ZCL_GET_PROFILE_COMMAND_ID);
}

// zcl sm fp <update period:1> <duration:1>
void zclSimpleMeteringFastPollCommand(void)
{
  zclSimpleClientCommand(ZCL_SIMPLE_METERING_CLUSTER_ID,
                         ZCL_REQUEST_FAST_POLL_MODE_COMMAND_ID);
}
#endif //ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT

#ifdef ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER
// zcl sm rm
void zclSimpleMeteringRequestMirrorCommand(void)
{
  zclSimpleServerCommand(ZCL_SIMPLE_METERING_CLUSTER_ID,
                         ZCL_REQUEST_MIRROR_COMMAND_ID);
}

// zcl sm dm
void zclSimpleMeteringDeleteMirrorCommand(void)
{
  zclSimpleServerCommand(ZCL_SIMPLE_METERING_CLUSTER_ID,
                         ZCL_MIRROR_REMOVED_COMMAND_ID);
}
#endif //ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER

#ifdef ZCL_USING_PRICE_CLUSTER_CLIENT
// zcl price current
void zclPriceGetCurrentCommand(void)
{
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_PRICE_CLUSTER_ID,
                 ZCL_GET_CURRENT_PRICE_COMMAND_ID);
  zclBufferAddByte(0);  // command options
  cliBufferPrint();
}

// zcl price scheduled <startTime:4> <num-events:1>
void zclPriceGetScheduleCommand(void)
{
  zclSimpleClientCommand(ZCL_PRICE_CLUSTER_ID,
                         ZCL_GET_SCHEDULED_PRICES_COMMAND_ID);
}
#endif //ZCL_USING_PRICE_CLUSTER_CLIENT

#ifdef ZCL_USING_MESSAGING_CLUSTER_CLIENT
// zcl message get
void zclMessageGetCommand(void)
{
  zclSimpleClientCommand(ZCL_MESSAGING_CLUSTER_ID,
                         ZCL_GET_LAST_MESSAGE_COMMAND_ID);
}
#endif //ZCL_USING_MESSAGING_CLUSTER_CLIENT

#ifdef ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT
// zcl tunnel match <address bytes>
void zclTunnelMatchCommand(void)
{
  zclSimpleClientCommand(ZCL_GENERIC_TUNNEL_CLUSTER_ID,
                         ZCL_MATCH_PROTOCOL_ADDRESS_COMMAND_ID);
}
#endif //ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT

#ifdef ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER
// zcl tunnel advertise <address bytes>
void zclTunnelAdvertiseCommand(void)
{
  zclSimpleServerCommand(ZCL_GENERIC_TUNNEL_CLUSTER_ID,
                         ZCL_ADVERTISE_PROTOCOL_ADDRESS_COMMAND_ID);
}

// zcl tunnel response
void zclTunnelResponseCommand(void)
{
  zclSimpleServerCommand(ZCL_GENERIC_TUNNEL_CLUSTER_ID,
                         ZCL_MATCH_PROTOCOL_ADDRESS_RESPONSE_COMMAND_ID);
}
#endif //ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER

#ifdef ZCL_USING_BACNET_PROTOCOL_TUNNEL_CLUSTER_CLIENT
// zcl bacnet transfer-npdu fixed <length:1> <bytes>
void zclBacnetTransferFixedCommand(void)
{
  // not done yet
}

// zcl bacnet transfer-npdu random <length:1>
void zclBacnetTransferRandomCommand(void)
{
  uint8_t i;
  uint8_t length = (uint8_t)emberUnsignedCommandArgument(0);
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_BACNET_PROTOCOL_TUNNEL_CLUSTER_ID,
                 ZCL_TRANSFER_NPDU_COMMAND_ID);
  zclBufferAddByte(length);
  for (i = 0; i < length; i++) {
    zclBufferAddByte(LOW_BYTE(emberGetPseudoRandomNumber()));
  }
  cliBufferPrint();
}

// zcl bacnet transfer-npdu whois
void zclBacnetTransferWhoisCommand(void)
{
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_BACNET_PROTOCOL_TUNNEL_CLUSTER_ID,
                 ZCL_TRANSFER_NPDU_COMMAND_ID);
  //zclBufferAddByte(0);            // what is this?
  zclBufferAddInt32(0xFFFF2001);
  zclBufferAddInt32(0x0810FF00);
  cliBufferPrint();
}
#endif //ZCL_USING_BACNET_PROTOCOL_TUNNEL_CLUSTER_CLIENT

#ifdef ZCL_USING_DOOR_LOCK_CLUSTER_CLIENT
// zcl lock [ lock | unlock ]
void zclDoorLockCommand(void)
{
  zclSimpleClientCommand(ZCL_DOOR_LOCK_CLUSTER_ID,
                         (emberCurrentCommand->name[0] == 'l'
                          ? ZCL_LOCK_DOOR_COMMAND_ID
                          : ZCL_UNLOCK_DOOR_COMMAND_ID));
}
#endif //ZCL_USING_DOOR_LOCK_CLUSTER_CLIENT

#ifdef ZCL_USING_TUNNELING_CLUSTER_CLIENT
// zcl tunneling request <protocol id:1> <manufacturer code:2> <flow control:1> <maxIncomingTxSize:2>
void zclTunnelingRequestCommand(void)
{
  zclSimpleClientCommand(ZCL_TUNNELING_CLUSTER_ID,
                         ZCL_REQUEST_TUNNEL_COMMAND_ID);
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
}

// zcl tunneling close <tunnel id:2>
void zclTunnelingCloseCommand(void)
{
  zclSimpleClientCommand(ZCL_TUNNELING_CLUSTER_ID,
                         ZCL_CLOSE_TUNNEL_COMMAND_ID);
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
}

// zcl tunneling transfer-to-server <tunnel id:2> <data>
void zclTunnelingTransferToServerCommand(void)
{
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_TUNNELING_CLUSTER_ID,
                 ZCL_TRANSFER_DATA_CLIENT_TO_SERVER_COMMAND_ID);
  zclBufferAddWordFromArgument(0);              // tunnel id
  appZclBufferLen += emberCopyStringArgument(1, // data
                                             appZclBuffer + appZclBufferLen,
                                             0xFF,   // copy as much data as possible
                                             false); // no padding
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
  cliBufferPrint();
}

// zcl tunneling random-to-server <tunnel id:2> <length:2>
void zclTunnelingRandomToServerCommand(void)
{
  uint16_t length = (uint16_t)emberUnsignedCommandArgument(1); // length of random data
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_TUNNELING_CLUSTER_ID,
                 ZCL_TRANSFER_DATA_CLIENT_TO_SERVER_COMMAND_ID);
  zclBufferAddWordFromArgument(0); // tunnel id
  appZclBufferLen = (appZclBufferLen + length < APP_ZCL_BUFFER_SIZE
                     ? appZclBufferLen + length
                     : APP_ZCL_BUFFER_SIZE);
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
  cliBufferPrint();
}
#endif //ZCL_USING_TUNNELING_CLUSTER_CLIENT

#ifdef ZCL_USING_TUNNELING_CLUSTER_SERVER
// zcl tunneling transfer-to-client <tunnel id:2> <data>
void zclTunnelingTransferToClientCommand(void)
{
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_SERVER_TO_CLIENT,
                 ZCL_TUNNELING_CLUSTER_ID,
                 ZCL_TRANSFER_DATA_SERVER_TO_CLIENT_COMMAND_ID);
  zclBufferAddWordFromArgument(0);              // tunnel id
  appZclBufferLen += emberCopyStringArgument(1, // data
                                             appZclBuffer + appZclBufferLen,
                                             0xFF,   // copy as much data as possible
                                             false); // no padding
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
  cliBufferPrint();
}

// zcl tunneling random-to-client <tunnel id:2> <length:2>
void zclTunnelingRandomToClientCommand(void)
{
  uint16_t length = (uint16_t)emberUnsignedCommandArgument(1); // length of random data
  zclBufferSetup(ZCL_CLUSTER_SPECIFIC_COMMAND
                 | ZCL_FRAME_CONTROL_SERVER_TO_CLIENT,
                 ZCL_TUNNELING_CLUSTER_ID,
                 ZCL_TRANSFER_DATA_SERVER_TO_CLIENT_COMMAND_ID);
  zclBufferAddWordFromArgument(0); // tunnel id
  appZclBufferLen = (appZclBufferLen + length < APP_ZCL_BUFFER_SIZE
                     ? appZclBufferLen + length
                     : APP_ZCL_BUFFER_SIZE);
  globalApsFrame.options |= EMBER_APS_OPTION_SOURCE_EUI64;
  cliBufferPrint();
}
#endif //ZCL_USING_TUNNELING_CLUSTER_SERVER

// ******************************************************
// send <id> <src endpoint> <dst endpoint>
// send_multicast <group id> <src endpoint>
//
// FFFC = all routers
// FFFD = all non-sleepy
// FFFF = all devices, include sleepy
// ******************************************************
void emAfCliSendCommand(void)
{
  uint16_t destination = (uint16_t)emberUnsignedCommandArgument(0);
  uint8_t srcEndpoint = (uint8_t)emberUnsignedCommandArgument(1);
  uint8_t dstEndpoint = (uint8_t)emberUnsignedCommandArgument(2);
  uint8_t *commandName = (uint8_t *)emberCurrentCommand->name;
  EmberStatus status;
  uint8_t label;

  // check that cmd is built
  if (zclCmdIsBuilt == false) {
    emberAfCorePrintln("no cmd");
    return;
  }

  emAfApsFrameEndpointSetup(srcEndpoint, dstEndpoint);

  if (emberAfPreCliSendCallback(&globalApsFrame,
                                emberAfGetNodeId(),
                                destination,
                                appZclBuffer,
                                appZclBufferLen)) {
    return;
  }

  if (commandName[4] == '_') {
    label = 'M';
    status = emberAfSendMulticast(destination,
                                  &globalApsFrame,
                                  appZclBufferLen,
                                  appZclBuffer);
  } else if (destination >= EMBER_BROADCAST_ADDRESS) {
    label = 'B';
    status = emberAfSendBroadcast(destination,
                                  &globalApsFrame,
                                  appZclBufferLen,
                                  appZclBuffer);
  } else {
    label = 'U';
    status = emberAfSendUnicast(EMBER_OUTGOING_DIRECT,
                                destination,
                                &globalApsFrame,
                                appZclBufferLen,
                                appZclBuffer);
  }

  if (status != EMBER_SUCCESS) {
    emberAfCorePrintln("Error: CLI Send failed, status: 0x%X", status);
  }
  UNUSED_VAR(label);
  emberAfDebugPrintln("T%4x:TX (%p) %ccast 0x%x%p",
                      emberAfGetCurrentTime(),
                      "CLI",
                      label,
                      status,
                      ((globalApsFrame.options & EMBER_APS_OPTION_ENCRYPTION)
                       ? " w/ link key" : ""));
  emberAfDebugPrint("TX buffer: [");
  emberAfDebugFlush();
  emberAfDebugPrintBuffer(appZclBuffer, appZclBufferLen, true);
  emberAfDebugPrintln("]");
  emberAfDebugFlush();

  zclCmdIsBuilt = false;
  mfgSpecificId = EMBER_AF_NULL_MANUFACTURER_CODE;
  disableDefaultResponse = 0;
  useNextSequence = false;
}

// **********************************************************************
// send-using-multicast-binding <useMulticastBinding> - when sending
//            using a binding, specify whether to use a multicast binding
//
// **********************************************************************
void emAfCliSendUsingMulticastBindingCommand(void)
{
  useMulticastBinding = (bool)emberUnsignedCommandArgument(0);
}

// **********************************************************************
// bsend <src endpoint> - send using a binding based on the clusterId in
//            the globalApsFrame and the srcEndpoint specified (if the
//            src endpoint is zero it only sends based on the clusterId)
//
// **********************************************************************
void emAfCliBsendCommand(void)
{
  uint8_t srcEndpointToUse, i;
  EmberStatus status;
  EmberBindingTableEntry candidate;

  // check that cmd is built
  if (zclCmdIsBuilt == false) {
    emberAfCorePrintln("cmd not built");
    return;
  }

  srcEndpointToUse = (uint8_t)emberUnsignedCommandArgument(0);

  emberAfCorePrintln("src ep %x, clus %2x",
                     srcEndpointToUse,
                     globalApsFrame.clusterId);

  if (useMulticastBinding) {
    emberAfCorePrintln("sending to multicast bind");

    globalApsFrame.sourceEndpoint = srcEndpointToUse;

    status = emberAfSendMulticastToBindings(&globalApsFrame,
                                            appZclBufferLen,
                                            appZclBuffer);

    emberAfDebugPrintln("T%4x:TX (%p) %ccast 0x%x%p",
                        emberAfGetCurrentTime(),
                        "CLI",
                        'U',
                        status,
                        ((globalApsFrame.options & EMBER_APS_OPTION_ENCRYPTION)
                         ? " w/ link key" : ""));
    emberAfDebugPrint("TX buffer: [");
    emberAfDebugFlush();
    emberAfDebugPrintBuffer(appZclBuffer, appZclBufferLen, true);
    emberAfDebugPrintln("]");
    emberAfDebugFlush();
  } else {
    // find a binding to send on
    for (i = 0; i < EMBER_BINDING_TABLE_SIZE; i++) {
      status = emberGetBinding(i, &candidate);

      // if we can read the binding, it is unicast, the endpoint is the
      // one we want (or we have no preference) and the cluster matches
      // then use that binding to send the message
      if (status == EMBER_SUCCESS
          && candidate.type == EMBER_UNICAST_BINDING
          && (srcEndpointToUse == 0
              || candidate.local == srcEndpointToUse)
          && candidate.clusterId == globalApsFrame.clusterId) {
        emberAfCorePrintln("sending to bind %x", i);

        status = emberAfSendUnicast(EMBER_OUTGOING_VIA_BINDING,
                                    i,
                                    &globalApsFrame,
                                    appZclBufferLen,
                                    appZclBuffer);

        emberAfDebugPrintln("T%4x:TX (%p) %ccast 0x%x%p",
                            emberAfGetCurrentTime(),
                            "CLI",
                            'U',
                            status,
                            ((globalApsFrame.options & EMBER_APS_OPTION_ENCRYPTION)
                             ? " w/ link key" : ""));
        emberAfDebugPrint("TX buffer: [");
        emberAfDebugFlush();
        emberAfDebugPrintBuffer(appZclBuffer, appZclBufferLen, true);
        emberAfDebugPrintln("]");
        emberAfDebugFlush();
      }
    }
  }
}

// timesync <id> <src endpoint> <dest endpoint>
//
// This sends a read attr for the time of the device specified. It sets a flag
// so when it gets the response it writes the time to its own time attr
void emAfCliTimesyncCommand(void)
{
  // send a read attr for time
  zclBufferSetup(ZCL_GLOBAL_COMMAND | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 ZCL_TIME_CLUSTER_ID,
                 ZCL_READ_ATTRIBUTES_COMMAND_ID);
  zclBufferAddWord(ZCL_TIME_ATTRIBUTE_ID);
  emAfSyncingTime = true;
  cliBufferPrint();
  emAfCliSendCommand();
}

// interpan group <groupId:2> <destPAN:2> <destProfileID:2>
// interpan short <shortId:2> <destPAN:2> <destProfileID:2>
void interpanCommand(void)
{
  EmberStatus status;
  EmberAfInterpanHeader header;
  uint16_t shortOrGroupId;

  if (zclCmdIsBuilt == false) {
    emberAfCorePrintln("no cmd");
    return;
  }

  MEMSET(&header, 0, sizeof(EmberAfInterpanHeader));
  shortOrGroupId = (uint16_t)emberUnsignedCommandArgument(0);
  header.panId = (uint16_t)emberUnsignedCommandArgument(1);
  header.profileId = (uint16_t)emberUnsignedCommandArgument(2);
  header.clusterId = globalApsFrame.clusterId;

  if (emberCurrentCommand->name[0] == 'g') {
    header.groupId = shortOrGroupId;
    emberAfDebugPrintln("interpan %p %2x", "group", header.groupId);
  } else {
    header.shortAddress = shortOrGroupId;
    emberAfDebugPrintln("interpan %p %2x", "short", shortOrGroupId);
  }

  status = emberAfInterpanSendMessageCallback(&header,
                                              appZclBufferLen,
                                              appZclBuffer);
  if (status != EMBER_SUCCESS) {
    emberAfDebugPrintln("%psend failed: 0x%X",
                        "ERR: Inter-PAN ",
                        status);
  }
}

// interpan long  <longId:8>  <destPAN:2> <destProfileID:2> <options:2>
//    Options: Bit(0) = encrypt.  Can only encrypt with this CLI command
//    since long address must be present.
void interpanLongCommand(void)
{
  EmberStatus status;
  EmberAfInterpanHeader header;

  if (zclCmdIsBuilt == false) {
    emberAfCorePrintln("no cmd");
    return;
  }

  MEMSET(&header, 0, sizeof(EmberAfInterpanHeader));
  header.panId = (uint16_t)emberUnsignedCommandArgument(1);
  header.profileId = (uint16_t)emberUnsignedCommandArgument(2);
  header.options = ((uint16_t)emberUnsignedCommandArgument(3)
                    | EMBER_AF_INTERPAN_OPTION_MAC_HAS_LONG_ADDRESS);
  header.clusterId = globalApsFrame.clusterId;

  emberCopyBigEndianEui64Argument(0, header.longAddress);

  status = emberAfInterpanSendMessageCallback(&header,
                                              appZclBufferLen,
                                              appZclBuffer);
  if (status != EMBER_SUCCESS) {
    emberAfDebugPrintln("%psend failed: 0x%X",
                        "ERR: Inter-PAN ",
                        status);
  }
}

void printTimeCommand(void)
{
  emberAfPrintTime(emberAfGetCurrentTime());
}

// read <endpoint:1> <cluster:2> <attribute:2> <mask:1>
void emAfCliReadCommand(void)
{
  EmberAfStatus status;
  uint8_t endpoint = (uint8_t)emberUnsignedCommandArgument(0);
  EmberAfClusterId cluster = (EmberAfClusterId)emberUnsignedCommandArgument(1);
  EmberAfAttributeId attribute = (EmberAfAttributeId)emberUnsignedCommandArgument(2);
  bool serverAttribute = (bool)emberUnsignedCommandArgument(3);
  uint8_t data[ATTRIBUTE_LARGEST];
  uint8_t dataType;

  emberAfCorePrint("%p: ep: %d, cl: 0x%2X, attr: 0x%2X",
                   "read",
                   endpoint,
                   cluster,
                   attribute);
  emberAfCorePrintln(", svr: %c", (serverAttribute ? 'y' : 'n'));

  status = emberAfReadAttribute(endpoint,
                                cluster,
                                attribute,
                                (serverAttribute
                                 ? CLUSTER_MASK_SERVER
                                 : CLUSTER_MASK_CLIENT),
                                data,
                                sizeof(data),
                                &dataType);
  if (status == EMBER_ZCL_STATUS_SUCCESS) {
    if (emberAfIsStringAttributeType(dataType)) {
      emberAfCorePrintString(data);
    } else if (emberAfIsLongStringAttributeType(dataType)) {
      emberAfCoreDebugExec(emberAfPrintLongString(EMBER_AF_PRINT_CORE, data));
    } else {
      emberAfCorePrintBuffer(data, emberAfGetDataSize(dataType), true);
    }
    emberAfCorePrintln("");
  } else {
    emberAfCorePrintln("%p: read: 0x%x", "Error", status);
  }
}

// ******************************************************
// write <ep> <cluster> <attrID> <mask> <dataType> <data bytes>
// ******************************************************
void emAfCliWriteCommand(void)
{
  //uint8_t i;
  EmberAfStatus status;
  // Ensure data[] is at least two bytes to accommodate possibility
  // of zero-length LONG string having two-byte length prefix.
  uint8_t data[ATTRIBUTE_LARGEST + 1];

  uint8_t  endpoint  = (uint8_t)emberUnsignedCommandArgument(0);
  uint16_t cluster   = (uint16_t)emberUnsignedCommandArgument(1);
  uint16_t attribute = (uint16_t)emberUnsignedCommandArgument(2);
  bool serverAttribute = (bool)emberUnsignedCommandArgument(3);
  uint8_t  dataType  = (uint8_t)emberUnsignedCommandArgument(4);

  emberAfCorePrint("%p: ep: %d, cl: 0x%2X, attr: 0x%2X",
                   "write",
                   endpoint,
                   cluster,
                   attribute);
  emberAfCorePrintln(", svr: %c, dtype: 0x%X",
                     (serverAttribute ? 'y' : 'n'),
                     dataType);

  // If the data type is a string, automatically prepend a length to the data;
  // otherwise, just copy the raw bytes.
  MEMSET(data, 0, ATTRIBUTE_LARGEST);
  if (emberAfIsStringAttributeType(dataType)) {
    // string, 1-byte length prefix.
    data[0] = emberCopyStringArgument(5,
                                      data + 1,
                                      ATTRIBUTE_LARGEST - 1,
                                      false);
  } else if (emberAfIsLongStringAttributeType(dataType)) {
    // LONG string with 2-byte length prefix.
    // CLI restricts string length to <= 255, so returned length will go
    // into lower prefix byte and upper prefix byte will be zero.
    data[0] = emberCopyStringArgument(5,
                                      data + 2,
                                      ATTRIBUTE_LARGEST - 2,
                                      false);
    data[1] = 0;
  } else {
    emberCopyStringArgument(5,
                            data,
                            emberAfGetDataSize(dataType),
                            false);
  }

  status = emberAfWriteAttribute(endpoint,
                                 cluster,
                                 attribute,
                                 (serverAttribute
                                  ? CLUSTER_MASK_SERVER
                                  : CLUSTER_MASK_CLIENT),
                                 data,
                                 dataType);
  emAfPrintStatus("write", status);
  emberAfCorePrintln("");
}

void eraseKeyTableEntry(uint8_t index)
{
  EmberStatus status = emberEraseKeyTableEntry(index);

  if (status != EMBER_SUCCESS) {
    emberAfCorePrintln("%perase key %d: 0x%x",
                       "ERROR: ",
                       index,
                       status);
  }
}

// keys clear
void keysClearCommand(void)
{
#if EMBER_KEY_TABLE_SIZE
  uint8_t i;
  for (i = 0; i < EMBER_KEY_TABLE_SIZE; i++) {
    eraseKeyTableEntry(i);
  }
#endif
}

// keys print
void keysPrintCommand(void)
{
  emberAfCorePrintln("%pSECURITY_LEVEL: %x",
                     "EMBER_",
                     EMBER_SECURITY_LEVEL);
  printKeyInfo();
}

// keys delete <index:1>
void keysDeleteCommand(void)
{
  uint8_t index = (uint8_t)emberUnsignedCommandArgument(0);
  eraseKeyTableEntry(index);
}

#ifdef CERTIFICATION_TESTING
void attributeReadCausingFragmentedResponseCommand(void)
{
  zclBufferSetup(ZCL_GLOBAL_COMMAND | ZCL_FRAME_CONTROL_CLIENT_TO_SERVER,
                 0x0000,
                 ZCL_READ_ATTRIBUTES_COMMAND_ID);
  zclBufferAddWord(0x0000);
  zclBufferAddWord(0x1000);
  zclBufferAddWord(0x1001);
  zclBufferAddWord(0x1002);
  zclBufferAddWord(0x1003);
  zclBufferAddWord(0x1004);
  zclBufferAddWord(0x1005);
  zclBufferAddWord(0x1006);
  zclBufferAddWord(0x1007);
  zclBufferAddWord(0x1008);
  zclBufferAddWord(0x1009);
  zclBufferAddWord(0x100A);
  zclBufferAddWord(0x100B);
  zclBufferAddWord(0x100C);
  zclBufferAddWord(0x100D);
  zclBufferAddWord(0x100E);
  zclBufferAddWord(0x100F);
  zclBufferAddWord(0x1010);
  zclBufferAddWord(0x1011);
  zclBufferAddWord(0x1012);
  zclBufferAddWord(0x1013);
  zclBufferAddWord(0x1014);
  zclBufferAddWord(0x1015);
  zclBufferAddWord(0x1016);
  zclBufferAddWord(0x1017);
  zclBufferAddWord(0x1018);
  zclBufferAddWord(0x1019);
  zclBufferAddWord(0x101A);
  zclBufferAddWord(0x2001);
  zclBufferAddWord(0x2002);
  zclBufferAddWord(0x2003);
  zclBufferAddWord(0x2004);
  zclBufferAddWord(0x2005);
  zclBufferAddWord(0x2006);
  zclBufferAddWord(0x2007);
  zclBufferAddWord(0x2008);
  zclBufferAddWord(0x2009);
  cliBufferPrint();
}
#endif //CERTIFICATION_TESTING

//******************************************************************
// zcl command table entries
//******************************************************************

#ifndef EMBER_AF_GENERATE_CLI

#define EMBER_AF_DOXYGEN_CLI__ZCL_GLOBAL_COMMANDS

EmberCommandEntry zclGlobalCommands[] = {
  { "read", zclGlobalReadCommand, "vv" },
  { "write", zclGlobalWriteCommand, "vvub" },
  { "uwrite", zclGlobalWriteCommand, "vvub" },
  { "nwrite", zclGlobalWriteCommand, "vvub" },
  { "discover", zclGlobalDiscoverCommand, "vvu" },
  { "report-read", zclGlobalReportReadCommand, "vvu" },
  { "send-me-a-report", zclGlobalSendMeAReportCommand, "vvuvvb" },
  { "expect-report-from-me", zclGlobalExpectReportFromMeCommand, "vvv" },
  { "report", zclGlobalReportCommand, "uvvu" },
  { "direction", zclGlobalDirectionCommand, "u" },
  { "disc-com-gen", zclGlobalCommandDiscoveryCommand, "vuu" },
  { "disc-com-rec", zclGlobalCommandDiscoveryCommand, "vuu" },
  { NULL }
};

EmberCommandEntry zclTestResponseCommands[] = {
  { "on", zclTestResponseOnCommand, "" },
  { "off", zclTestResponseOffCommand, "" },
  { NULL }
};

EmberCommandEntry zclTestCommands[] = {
  { "response", NULL, (const char *)zclTestResponseCommands },
  { NULL }
};

#ifdef ZCL_USING_BASIC_CLUSTER_CLIENT
EmberCommandEntry zclBasicCommands[] = {
  { "rtfd", zclBasicRtfdCommand, "" },
  { NULL }
};
#endif

#if defined(ZCL_USING_IDENTIFY_CLUSTER_CLIENT) || defined(ZCL_USING_IDENTIFY_CLUSTER_SERVER)
EmberCommandEntry zclIdentifyCommands[] = {
  #ifdef ZCL_USING_IDENTIFY_CLUSTER_CLIENT
  { "id", zclIdentifyIdCommand, "v" },
  { "query", zclIdentifyQueryCommand, "" },
  { "trigger", zclIdentifyTriggerEffectCommand, "uu" },
  #endif
  #ifdef ZCL_USING_IDENTIFY_CLUSTER_SERVER
  { "on", zclIdentifyOnOffCommand, "uv" },
  { "off", zclIdentifyOnOffCommand, "u" },
  #endif
  { NULL }
};
#endif

#ifdef ZCL_USING_GROUPS_CLUSTER_CLIENT
EmberCommandEntry zclGroupsCommands[] = {
  { "add", zclGroupsAddCommand, "vb" },
  { "ad-if-id", zclGroupsAddCommand, "vb" },
  { "view", zclGroupsViewCommand, "v" },
  { "get", zclGroupsGetCommand, "uv*" },
  { "remove", zclGroupsRemoveCommand, "v" },
  { "rmall", zclGroupsRemoveAllCommand, "" },
  { NULL }
};
#endif

#ifdef ZCL_USING_SCENES_CLUSTER_CLIENT
EmberCommandEntry zclScenesSetCommands[] = {
  { "on", zclScenesSetCommand, "u" },
  { "off", zclScenesSetCommand, "u" },
  { NULL }
};

EmberCommandEntry zclScenesCommands[] = {
  { "add", zclScenesAddCommand, "vuvb" },
  { "view", zclScenesViewCommand, "vu" },
  { "remove", zclScenesRemoveCommand, "vu" },
  { "rmall", zclScenesRemoveAllCommand, "v" },
  { "store", zclScenesStoreCommand, "vu" },
  { "recall", zclScenesRecallCommand, "vu" },
  { "get", zclScenesGetMembershipCommand, "v" },
  { "eadd", zclScenesAddCommand, "vuvb" },
  { "eview", zclScenesViewCommand, "vu" },
  { "copy", zclScenesCopyCommand, "uvuvu" },
  { "set", NULL, (const char *)zclScenesSetCommands },
  { NULL }
};
#endif

#ifdef ZCL_USING_ON_OFF_CLUSTER_CLIENT
EmberCommandEntry zclOnOffCommands[] = {
  { "on", zclOnOffCommand, "" },
  { "off", zclOnOffCommand, "" },
  { "toggle", zclOnOffCommand, "" },
  { "offeffect", zclOnOffOffWithEffectCommand, "uu" },
  { "onrecall", zclOnOffOnWithRecallGlobalSceneCommand, "" },
  { "ontimedoff", zclOnOffOnWithTimedOffCommand, "uvv" },
  { NULL }
};
#endif

#ifdef ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT
EmberCommandEntry zclLevelControlCommands[] = {
  { "mv-to-level", zclLevelControlMoveToLevelCommand, "uv" },
  { "move", zclLevelControlMoveCommand, "uu" },
  { "step", zclLevelControlStepCommand, "uuv" },
  { "stop", zclLevelControlStopCommand, "" },
  { "o-mv-to-level", zclLevelControlMoveToLevelCommand, "uv" },
  { "o-move", zclLevelControlMoveCommand, "uu" },
  { "o-step", zclLevelControlStepCommand, "uuv" },
  { "o-stop", zclLevelControlStopCommand, "" },
  { NULL }
};
#endif

#ifdef ZCL_USING_THERMOSTAT_CLUSTER_CLIENT
EmberCommandEntry zclThermostatCommands[] = {
  { "set", zclThermostatSetCommand, "uu" },
  { NULL }
};
#endif

#ifdef ZCL_USING_IAS_ZONE_CLUSTER_SERVER
EmberCommandEntry zclIasZoneCommands[] = {
  { "enroll", zclIasZoneEnrollCommand, "vv" },
  { "sc", zclIasZoneStatusChangeCommand, "vuuv" },
  { NULL }
};
#endif

#ifdef ZCL_USING_IAS_ACE_CLUSTER_CLIENT
EmberCommandEntry zclIasAceCommands[] = {
  { "a", zclIasAceArmCommand, "ubu" },
  { "b", zclIasAceBypassCommand, "b" },
  { "e", zclIasAceEmergencyCommand, "" },
  { "f", zclIasAceFireCommand, "" },
  { "p", zclIasAcePanicCommand, "" },
  { "getzm", zclIasAceGetZoneMapCommand, "" },
  { "getzi", zclIasAceGetZoneInfoCommand, "u" },
  { NULL }
};
#endif

#ifdef ZCL_USING_COLOR_CONTROL_CLUSTER_CLIENT
EmberCommandEntry zclColorControlCommands[] = {
  { "movetohue", zclColorControlMoveToHueCommand, "uuv" },
  { "movehue", zclColorControlMoveHueCommand, "uu" },
  { "stephue", zclColorControlStepHueCommand, "uuu" },
  { "movetosat", zclColorControlMoveToSatCommand, "uv" },
  { "movesat", zclColorControlMoveSatCommand, "uu" },
  { "stepsat", zclColorControlStepSatCommand, "uuu" },
  { "movetohueandsat", zclColorControlMoveToHueAndSatCommand, "uuv" },
  { "movetocolor", zclColorControlMoveToColorCommand, "vvv" },
  { "movecolor", zclColorControlMoveColorCommand, "vv" },
  { "stepcolor", zclColorControlStepColorCommand, "vvv" },
  { "movetocolortemp", zclColorControlMoveToColorTemperatureCommand, "vv" },
  { "emovetohue", zclColorControlMoveToHueCommand, "vuv" },
  { "emovehue", zclColorControlMoveHueCommand, "uv" },
  { "estephue", zclColorControlStepHueCommand, "uvv" },
  { "emovetohueandsat", zclColorControlMoveToHueAndSatCommand, "vuv" },
  { "loop", zclColorControlColorLoopSetCommand, "uuuvv" },
  { "stopmovestep", zclColorControlStopMoveStepCommand, "" },
  { "movecolortemp", zclColorControlMoveColorCommand, "uvvv" },
  { "stepcolortemp", zclColorControlStepColorCommand, "uvvvv" },
  { NULL }
};
#endif

#ifdef ZCL_USING_POLL_CONTROL_CLUSTER_CLIENT
EmberCommandEntry zclPollControlCommands[] = {
  emberCommandEntryAction("stop", zclPollControlFastPollStopCommand, "", "Fast Poll Stop"),
  emberCommandEntryAction("long", zclPollControlSetPollIntervalCommand, "w", "Set Long Poll Interval"),
  emberCommandEntryAction("short", zclPollControlSetPollIntervalCommand, "v", "Set Short Poll Interval"),
  emberCommandEntryTerminator(),
};
#endif

#ifdef ZCL_USING_POWER_PROFILE_CLUSTER_CLIENT
EmberCommandEntry zclPowerProfileCommands[] = {
  emberCommandEntryAction("profile", zclPowerProfileRequestCommand,
                          "u", "Request Profile"),
  emberCommandEntryAction("state", zclPowerProfileStateRequestCommand,
                          "", "Request State"),
  emberCommandEntryAction("energy-phases-schedule",
                          zclPowerProfileEnergyPhasesScheduleNotificationCommand,
                          "?", "Notify Energy Phase Schedule"),
  emberCommandEntryAction("schedule-constraints",
                          zclPowerProfileScheduleConstraintsRequestCommand,
                          "u", "Request Schedule Constraints"),
  emberCommandEntryAction("energy-phases-schedule-states",
                          zclPowerProfileEnergyPhasesScheduleStateRequestCommand,
                          "u", "Request Energy Phases Schedule States"),
  emberCommandEntryTerminator(),
};
#endif //ZCL_USING_POWER_PROFILE_CLUSTER_CLIENT

#ifdef ZCL_USING_WINDOW_COVERING_CLUSTER_CLIENT
EmberCommandEntry zclWindowCoveringCommands[] = {
  emberCommandEntryAction("up", zclWindowCoveringUpCommand,
                          "", "Up"),
  emberCommandEntryAction("down", zclWindowCoveringDownCommand,
                          "", "Down"),
  emberCommandEntryAction("stop",
                          zclWindowCoveringStopCommand,
                          "", "Stop"),
  emberCommandEntryAction("go-to-lift-value",
                          zclWindowCoveringGoToLiftValueCommand,
                          "v", "Go To Lift Value"),
  emberCommandEntryAction("go-to-lift-percent",
                          zclWindowCoveringGoToLiftPercentageCommand,
                          "u", "Go To Lift Percentage"),
  emberCommandEntryAction("go-to-tilt-value",
                          zclWindowCoveringGoToTiltValueCommand,
                          "v", "Go To Tilt Value"),
  emberCommandEntryAction("go-to-tilt-percentage",
                          zclWindowCoveringGoToTiltPercentageCommand,
                          "u", "Go To Tilt Percentage"),
  emberCommandEntryTerminator(),
};
#endif //ZCL_USING_WINDOW_COVERING_CLUSTER_CLIENT

#if defined(ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_CLIENT) || defined(ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_SERVER)

EmberCommandEntry zclDrlcCommands[] = {
  #ifdef ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_SERVER

  { "lce", zclDrlcLoadControlEventCommand, "wwvu" },
  { "cl", zclDrlcCancelCommand, "wvuuw" },
  { "ca", zclDrlcCancelAllCommand, "" },
  #endif
  #ifdef ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_CLIENT
  { "gse", zclDrlcGetScheduledEventsCommand, "wu" },
  #endif
  { NULL }
};
#endif //ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_CLIENT || SERVER

#if defined(ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT) || defined(ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER)
EmberCommandEntry zclSimpleMeteringCommands[] = {
#ifdef ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT
  { "gp", zclSimpleMeteringGetProfileCommand, "uwu" },
  { "fp", zclSimpleMeteringFastPollCommand, "uu" },
#endif //ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT
#ifdef ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER
  { "rm", zclSimpleMeteringRequestMirrorCommand, "" },
  { "dm", zclSimpleMeteringDeleteMirrorCommand, "" },
#endif //ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER
  { NULL }
};
#endif //ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT || ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER

#ifdef ZCL_USING_PRICE_CLUSTER_CLIENT
EmberCommandEntry zclPriceClientCommands[] = {
  { "cu", zclPriceGetCurrentCommand, "" },
  { "sc", zclPriceGetScheduleCommand, "wu" },
  { NULL }
};
#endif //ZCL_USING_PRICE_CLUSTER_CLIENT

EmberCommandEntry zclMessageCommands[] = {
#ifdef ZCL_USING_MESSAGING_CLUSTER_CLIENT
  { "get", zclMessageGetCommand, "" },
#endif //ZCL_USING_MESSAGING_CLUSTER_CLIENT
  { NULL }
};

#if defined(ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT) || defined(ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER)
EmberCommandEntry zclTunnelCommands[] = {
#ifdef ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT
  { "match", zclTunnelMatchCommand, "b" },
#endif //ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT
#ifdef ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER
  { "advertise", zclTunnelAdvertiseCommand, "b" },
  { "response", zclTunnelResponseCommand, "" },
#endif //ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER
  { NULL }
};
#endif //ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT || ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER

#ifdef ZCL_USING_BACNET_PROTOCOL_TUNNEL_CLUSTER_CLIENT
EmberCommandEntry zclBacnetTransferCommands[] = {
  { "fixed", zclBacnetTransferFixedCommand, "ub" },
  { "random", zclBacnetTransferRandomCommand, "u" },
  { "whois", zclBacnetTransferWhoisCommand, "" }, //removed length byte from whois
  { NULL },
};

EmberCommandEntry zclBacnetCommands[] = {
  { "transfer-npdu", NULL, (const char *)zclBacnetTransferCommands },
  { NULL }
};
#endif

#ifdef ZCL_USING_DOOR_LOCK_CLUSTER_CLIENT
EmberCommandEntry zclDoorLockCommands[] = {
  { "lock", zclDoorLockCommand, "" },
  { "unlock", zclDoorLockCommand, "" },
  { NULL }
};
#endif //ZCL_USING_DOOR_LOCK_CLUSTER_CLIENT

#if defined(ZCL_USING_TUNNELING_CLUSTER_CLIENT) || defined(ZCL_USING_TUNNELING_CLUSTER_SERVER)
EmberCommandEntry zclTunnelingCommands[] = {
#ifdef ZCL_USING_TUNNELING_CLUSTER_CLIENT
  { "request", zclTunnelingRequestCommand, "uvuv" },
  { "close", zclTunnelingCloseCommand, "v" },
  { "transfer-to-server", zclTunnelingTransferToServerCommand, "vb" },
  { "random-to-server", zclTunnelingRandomToServerCommand, "vv" },
#endif //ZCL_USING_TUNNELING_CLUSTER_CLIENT
#ifdef ZCL_USING_TUNNELING_CLUSTER_SERVER
  { "transfer-to-client", zclTunnelingTransferToClientCommand, "vb" },
  { "random-to-client", zclTunnelingRandomToClientCommand, "vv" },
#endif //ZCL_USING_TUNNELING_CLUSTER_SERVER
  { NULL }
};
#endif //defined(ZCL_USING_TUNNELING_CLUSTER_CLIENT) || defined(ZCL_USING_TUNNELING_CLUSTER_SERVER)

EmberCommandEntry zclCommands[] = {
//#define CERTIFICATION_TESTING
#ifdef CERTIFICATION_TESTING
  { "attr-read-frag-resp", attributeReadCausingFragmentedResponseCommand, "" },
#endif //CERTIFICATION_TESTING

  { "mfg-code", zclMfgCodeCommand, "v" },
  { "x-default-resp", zclXDefaultRespCommand, "u" },

  { "global", NULL, (const char *)zclGlobalCommands },
  { "test", NULL, (const char *)zclTestCommands },
  { "time", zclTimeCommand, "w" },
  #ifdef ZCL_USING_BASIC_CLUSTER_CLIENT
  { "basic", NULL, (const char *)zclBasicCommands },
  #endif

  #if defined(ZCL_USING_IDENTIFY_CLUSTER_CLIENT) || defined(ZCL_USING_IDENTIFY_CLUSTER_SERVER)
  { "identify", NULL, (const char *)zclIdentifyCommands },
  #endif //ZCL_USING_IDENTIFY_CLUSTER_CLIENT || SERVER
  #ifdef ZCL_USING_GROUPS_CLUSTER_CLIENT
  { "groups", NULL, (const char *)zclGroupsCommands },
  #endif
  #ifdef ZCL_USING_SCENES_CLUSTER_CLIENT
  { "scenes", NULL, (const char *)zclScenesCommands },
  #endif
  #ifdef ZCL_USING_ON_OFF_CLUSTER_CLIENT
  { "on-off", NULL, (const char *)zclOnOffCommands },
  #endif
  #ifdef ZCL_USING_LEVEL_CONTROL_CLUSTER_CLIENT
  { "level-control", NULL, (const char *)zclLevelControlCommands },
  #endif
  #ifdef ZCL_USING_THERMOSTAT_CLUSTER_CLIENT
  { "tstat", NULL, (const char *)zclThermostatCommands },
  #endif
  #ifdef ZCL_USING_IAS_ZONE_CLUSTER_SERVER
  { "ias-zone", NULL, (const char *)zclIasZoneCommands },
  #endif
  #ifdef ZCL_USING_IAS_ACE_CLUSTER_CLIENT
  { "ias-ace", NULL, (const char *)zclIasAceCommands },
  #endif
  #ifdef ZCL_USING_POLL_CONTROL_CLUSTER_CLIENT
  emberCommandEntrySubMenu("poll-control", zclPollControlCommands, "Poll Control commands"),
  #endif
  #ifdef ZCL_USING_POWER_PROFILE_CLUSTER_CLIENT
  emberCommandEntrySubMenu("power-profile", zclPowerProfileCommands, "Power Profile commands"),
  #endif
  #ifdef ZCL_USING_WINDOW_COVERING_CLUSTER_CLIENT
  emberCommandEntrySubMenu("window-covering", zclWindowCoveringCommands, "Window Covering commands"),
  #endif
  #ifdef ZCL_USING_COLOR_CONTROL_CLUSTER_CLIENT
  { "color-control", NULL, (const char *)zclColorControlCommands },
  #endif
#if defined(ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_CLIENT) || defined(ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_SERVER)
  { "drlc", NULL, (const char *)zclDrlcCommands },
#endif //ZCL_USING_DEMAND_RESPONSE_LOAD_CONTROL_CLUSTER_CLIENT || SERVER
#if defined(ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT) || defined(ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER)
  { "sm", NULL, (const char *)zclSimpleMeteringCommands },
#endif //ZCL_USING_SIMPLE_METERING_CLUSTER_CLIENT || ZCL_USING_SIMPLE_METERING_CLUSTER_SERVER
  #ifdef ZCL_USING_PRICE_CLUSTER_CLIENT
  { "pr", NULL, (const char *)zclPriceClientCommands },
  #endif
  #if defined(ZCL_USING_MESSAGING_CLUSTER_CLIENT)
  { "message", NULL, (const char *)zclMessageCommands },
  #endif
#if defined(ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT) || defined(ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER)
  { "tunnel", NULL, (const char *)zclTunnelCommands },
#endif //ZCL_USING_GENERIC_TUNNEL_CLUSTER_CLIENT || ZCL_USING_GENERIC_TUNNEL_CLUSTER_SERVER
  #ifdef ZCL_USING_BACNET_PROTOCOL_TUNNEL_CLUSTER_CLIENT
  { "bacnet", NULL, (const char *)zclBacnetCommands },
  #endif

  #ifdef ZCL_USING_DOOR_LOCK_CLUSTER_CLIENT
  { "lock", NULL, (const char *)zclDoorLockCommands },
  #endif //ZCL_USING_DOOR_LOCK_CLUSTER_CLIENT

#if defined(ZCL_USING_TUNNELING_CLUSTER_CLIENT) || defined(ZCL_USING_TUNNELING_CLUSTER_SERVER)
  { "tunneling", NULL, (const char *)zclTunnelingCommands },
#endif //defined(ZCL_USING_TUNNELING_CLUSTER_CLIENT) || defined(ZCL_USING_TUNNELING_CLUSTER_SERVER)

  { NULL }
};

// ******************************************************
// keys command functions
// ******************************************************

EmberCommandEntry keysCommands[] = {
  emberCommandEntryAction("clear", keysClearCommand, "", "Clear all link keys"),
  emberCommandEntryAction("print", keysPrintCommand, "", "Print the NWK and link key table"),
  emberCommandEntryAction("delete", keysDeleteCommand, "u", "Delete the specified link key index"),
  emberCommandEntryTerminator(),
};

// ******************************************************
// Print commands.
//
// print attr
// print time
// ******************************************************

EmberCommandEntry printCommands[] = {
  emberCommandEntryAction("time", printTimeCommand, "", "Print current time attribute"),
  emberCommandEntryAction("attr", emberAfPrintAttributeTable, "", "Print the attribute table"),
  emberCommandEntryTerminator(),
};

// ******************************************************
// interpan commands
//
// mac is     : [FC 2; seq 1; dest PAN 2; dest addr 2|8; src pan 2; src addr 8]
// stub nwk is: [Frame Control 2]
// stub APS is: [FC 1; groupId 0|2; clusterId 2; appProfileId 2]
//
// MAC FC = bits 0,1,2: frame type (Data) 1
//          bit 3: security enabled = false (0)
//          bit 4: frame pending  = false (0)
//          bit 5: ack required = true (1)
//          bit 6: intra PAN = false (0)
//          bit 7,8,9: reserved (0)
//          bit 10,11: dest addr mode = group (1), short (2), long(3)
//          bit 12,13: reserved (0)
//          bit 14,15: src addr mode = long(3)
//   for GROUP_DEST FC is: 0xC421
//   for SHORT_DEST FC is: 0xC821
//   for LONG_DEST FC is : 0xCC21
//
// Stub NWK FC: bits 0,1: frame type 3 (0b11)
//              bits 2-5: protocol version 2 (0b0010)
//              bits 6-15: reserved (0)
//   this is always 0x000B
//
// stub APS FC: bits 0,1: 3 (0b11)
//              bits 2,3: delivery mode unicast(0), bcast(2), group(3)
//              bit 4: reserved (0)
//              bit 5: security: none (0)
//              bit 6: ack request: NO ack (0)
//              bit 7: ext header present: No (0)
//   this is 03 for unicast, 0B for bcast, 0F for group
//
// ******************************************************

EmberCommandEntry interpanCommands[] = {
  { "group", interpanCommand, "vvv" },
  { "short", interpanCommand, "vvv" },
  { "long", interpanLongCommand, "bvvv" },
  { NULL }
};

#endif // EMBER_AF_GENERATE_CLI

EMBER_AF_MAXIMUM_SEND_PAYLOAD_LENGTH

   <b>zcl global read &lt;cluster&gt; &lt;attribute id&gt; </b>
   - Creates a global read command message to read from
         the cluster and attribute specified.
     - cluster - uint16_t. The cluster id to read from.
     - attribute id - uint16_t. The attribute id to read from

   <b>zcl global write &lt;cluster&gt; &lt;attribute id&gt; &lt;data type&gt; &lt;data&gt;</b>
   - Creates a global write  command message to write to
         the cluster and attribute specified.
     - cluster - uint16_t. The cluster id to read from.
     - attribute id - uint16_t. The attribute id to read from
     - data type - uint8_t. The two byte zigbee type value
     - data - byte array. The data to write

   <b>zcl global uwrite &lt;cluster&gt; &lt;attribute id&gt; &lt;data type&gt; &lt;data&gt;</b>
   - Creates a global write command message to write to the
         cluster and attribute specified.
     - cluster - uint16_t. The cluster id to read from.
     - attribute id - uint16_t. The attribute id to read from
     - data type - uint8_t. The two byte zigbee type value
     - data - byte array. The data to write

   <b>zcl global nwrite &lt;cluster&gt; &lt;attribute id&gt; &lt;data type&gt; &lt;data&gt;</b>
   - Creates a global write command message to write to the
         cluster and attribute specified.
     - cluster - uint16_t. The cluster id to read from.
     - attribute id - uint16_t. The attribute id to read from
     - data type - uint8_t. The two byte zigbee type value
     - data - byte array. The data to write

   <b>zcl global discover &lt;cluster&gt; &lt;attribute id&gt; &lt;max&gt;</b>
   - Creates discovery message for devices with the associated
         cluster and attribute
     - cluster - uint16_t. The cluster id to read from.
     - attribute id - uint16_t. The attribute id to read from
     - max - uint8_t. Max number of discovery responses.

   <b>zcl global report-read &lt;cluster&gt; &lt;attribute id&gt; &lt;direction&gt;</b>
   - Creates a global read reporting command for the associated
         cluster, attribute and server/client direction.
     - cluster - uint16_t. The cluster id to read from.
     - attribute id - uint16_t. The attribute id to read from
     - direction - uint8_t. 0 for client-to-server, 1 for server-to-client.

   <b>zcl global send-me-a-report &lt;cluster&gt; &lt;attribute id&gt; &lt;data type&gt;
      &lt;min report time&gt; &lt;max report time&gt; &lt;reportable change&gt;</b>
   - Creates a global send me a report command for the associated values.
     - cluster - uint16_t. The cluster id for requested report.
     - attribute id - uint16_t. The attribute for requested report.
     - data type - uint8_t. The two byte zigbee type value for the requested report
     - min report time - uint16_t. Minimum number of seconds between reports.
     - max report time - uint16_t. Maximum number of seconds between reports.
     - reportable change - byte array. Amount of change to trigger a report.

   <b>zcl global expect-report-from-me &lt;cluster&gt &lt;attribute id&gt; &lt;timeout&gt;</b>
   - Create a expect-report-from-me message with associated values.
     - cluster - uint16_t. The cluster id for requested report.
     - attribute id - uint16_t. The attribute for requested report.
     - timeout - uint16_t. The maximum amount of time between reports.

   <b>zcl global direction &lt;direction&gt;</b>
   - Sets the direction for global commands, either client to server
         or server to client.
     - direction - uint8_t. The direction for global commands.
       client-to-server == 0, server-to-client == 1.

   <b>zcl global disc-com-gen &lt;start command id&gt; &lt;max command ids&gt;</b>
   - Sends a global Discover Commands Generated command.
     - start command id - uint8_t. The command id to start discovery at.
     - max command ids - uint8_t. The maximum number of command ids to return.

   <b>zcl global disc-com-rec &lt;start command id&gt; &lt;max command ids&gt;</b>
   - Sends a global Discover Commands Received command.
     - start command id - uint8_t. The command id to start discovery at.
     - max command ids - uint8_t. The maximum number of command ids to return.