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/*---------------------------------------------------------------------kewords.h
* Copyright 2012-2018 Donald Delmar Davis, Suspect Devices. All Rights Reserved
*
* !!!!!!!!!!!! ..... This may or may not be free software ..... !!!!!!!!!!!!!!!
*
* This file is autogenerated and while created by and needed for several open
* source modules the vocabulary is specific to the project and the routines
* referenced will be liscenced on a per project basis
*----------------------------------------------------------------------------*/
/*----------------------------- Monitor keywords--------------------------------
* The idea here is to create an automation freindly monitor protocol and debug
* interfacse. Because this needs to be efficient (and flexible) I have chosen a
* very simple interface which will access and may manipulate the devices public
* variables.
*
* Basic Syntax for the monitor is
* XXX[?!:] <variable stuff> <CR>
* where:
* XXX is a 3 letter command or variable.
* ! execute command or store value
* ? request a value
* : value sent as a response or an update.
* simple example
* (reboot device)
* RST!
* (set red led value)
* RED!255
* RED:255
* (request pressure sensor, recieve sensor value
* note: unsolicited temperature sensor update )
* PS1?
* PS1:1240.2
* TS1:150.5
*
*/
#ifndef keywords_h
#define keywords_h
#define HELPTEXT \
"SYN[! ]sync (hello) "\
"ACK[ : ]acknowlege(yes) "\
"NAK[ : ]negative (no) "\
"SWV[ :?]Software Vers. "\
"HWV[ :?]Hardware Vers. "\
"GIT[ :?]GIT Repo Vers. "\
"MEM[ :?]Avaliable Mem. "\
"SSN[ :?]Unit Serial No. "\
"HLP[ :?]help "\
"FTL[!: ]Fatal Error "\
"ALT[!: ]Alert "\
"WAR[!: ]Warning "\
"INF[!: ]Info "\
"DBG[!: ]Debugging Info "\
"LOG[!: ]Log "\
"STC[!:?]State Change "\
"DVL[!:?]Display Level "\
"LVL[!:?]Log Level "\
"RST[! ]Reboot "\
"BLD[! ]Reboot to loader"\
"STP[!:?]Sim/Chk E-Stop "\
"CMD[!:?]Command Mode "\
"NOW[!:?]Time as an int "\
"TIM[!:?]Time for humans "\
"MLD[!:?]Enable Multiline"\
"SOD[!: ]Start Multiline "\
"EOD[!: ]End Multiline "\
"RED[!: ]Led (0-255) "\
"AMT[ :?]Ambient Temp "\
"AMH[ :?]Ambient Humidity"\
"PX1[ :?]Proximity Sense "\
"AD1[ :?]Analog Input 1 "\
"AD2[ :?]Analog Input 2 "\
"AD3[ :?]Analog Input 3 "\
"AD4[ :?]Analog Input 4 "\
"AD5[ :?]Analog Input 5 "\
"AD6[ :?]Analog Input 6 "\
"AD7[ :?]Analog Input 7 "\
"AD8[ :?]Analog Input 8 "\
"DI1[ :?]Digital Input 1 "\
"DI2[ :?]Digital Input 2 "\
"DI3[ :?]Digital Input 3 "\
"DI4[ :?]Digital Input 4 "\
"DI5[ :?]Digital Input 5 "\
"DI6[ :?]Digital Input 6 "\
"DI7[ :?]Digital Input 7 "\
"DI8[ :?]Digital Input 8 "\
"DO1[!:?]Digital Output 1"\
"DO2[!:?]Digital Output 2"\
"DO3[!:?]Digital Output 3"\
"DO4[!:?]Digital Output 4"\
"DO5[!:?]Digital Output 5"\
"DO6[!:?]Digital Output 6"\
"DO7[!:?]Digital Output 7"\
"DO8[!:?]Digital Output 8"\
"TMS[!:?]Timer Set "\
"TMR[!:?]Timer Run(ing) "\
"TRM[!:?]Time Remaining "\
"NOP[!: ]Not implemented "
#define KEYWORDS \
"SYN" "ACK" "NAK" "SWV" "HWV" "GIT" "MEM" "SSN" "HLP" "FTL" "ALT" "WAR" "INF" \
"DBG" "LOG" "STC" "DVL" "LVL" "RST" "BLD" "STP" "CMD" "NOW" "TIM" "MLD" "SOD" \
"EOD" "RED" "AMT" "AMH" "PX1" "AD1" "AD2" "AD3" "AD4" "AD5" "AD6" "AD7" "AD8" \
"DI1" "DI2" "DI3" "DI4" "DI5" "DI6" "DI7" "DI8" "DO1" "DO2" "DO3" "DO4" "DO5" \
"DO6" "DO7" "DO8" "TMS" "TMR" "TRM" "NOP"
enum keywordIndex {
_SYN_,_ACK_,_NAK_,_SWV_,_HWV_,_GIT_,_MEM_,_SSN_,_HLP_,_FTL_,_ALT_,_WAR_,_INF_,
_DBG_,_LOG_,_STC_,_DVL_,_LVL_,_RST_,_BLD_,_STP_,_CMD_,_NOW_,_TIM_,_MLD_,_SOD_,
_EOD_,_RED_,_AMT_,_AMH_,_PX1_,_AD1_,_AD2_,_AD3_,_AD4_,_AD5_,_AD6_,_AD7_,_AD8_,
_DI1_,_DI2_,_DI3_,_DI4_,_DI5_,_DI6_,_DI7_,_DI8_,_DO1_,_DO2_,_DO3_,_DO4_,_DO5_,
_DO6_,_DO7_,_DO8_,_TMS_,_TMR_,_TRM_,_NOP_};
// use enum to determine the size of the keyword arrays.
#define NKEYWORDS _NOP_ + 1
#endif
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