uint8r_t Help_ER_1[]= {"ER         :Error Recording"};
uint8r_t Help_ER_2[]= {"ERCn       :Clear error n."};
uint8r_t Help_ER_3[]= {"ERD        :Display errors."};
uint8r_t Help_ER_4[]= {"ERSn       :Set error n."};
uint8r_t Help_ER_5[]= {"For example: ers10;erd"};
uint8r_t Help_ER_6[]= {"            Set error 10, display errors."};

uint8r_t * code ERHelp[] = {
    Help_ER_1,  Help_ER_2,  Help_ER_3,  Help_ER_4,         
    Help_EE_5,  Help_EE_6,
    NULL
};
#endif

// Wait for software watchdog
uint8r_t Help_W_1[]= {"W  - Wait for software watchdog to reset"};
uint8r_t * code WHelp[] = {
    Help_W_1,   NULL
};

// Reset Part
uint8r_t Help_Z_1[]= {"Z  - Software simulates reset"};
uint8r_t * code ZHelp[] = {
    Help_Z_1,   NULL
};

// Meter Controls.
uint8r_t Help_M[]   = {"M           - Meter Totals Display"};
uint8r_t Help_M0[]  = {"M0          - No display update"};
#if TEMPERATURE
uint8r_t Help_M1[]  = {"M1          - Temperature (degrees delta)"};
#endif
#if FREQUENCY
uint8r_t Help_M2[]  = {"M2          - Frequency (Hz)"};
#endif
#if WATT_ELEMENT && IMPORT
uint8r_t Help_M3[]  = {"M3.element  - Wh Total Imported Energy; 0=Total"};
#endif
#if WATT_ELEMENT && EXPORT
uint8r_t Help_M4[]  = {"M4.element  - Wh Total Exported Energy; 0=Total"};
#endif
#if VAR_ELEMENT && IMPORT
uint8r_t Help_M5[]  = {"M5.element  - VARh Imported Energy; 0=Total"};
#endif
#if VAR_ELEMENT && EXPORT
uint8r_t Help_M6[]  = {"M6.element  - VARh Exported Energy; 0=Total"};
#endif
#if VA_ELEMENT
uint8r_t Help_M7[]  = {"M7.element  - VAh 0=Total"};
#endif
#if OPERATING_TIME
uint8r_t Help_M8[]  = {"M8          - Operating Hours (clock must be set)"};
#endif
#if REAL_TIME_DATE
uint8r_t Help_M9[]  = {"M9          - Real Time Clock"};
uint8r_t Help_M10[] = {"M10         - Calendar Date"};
#endif
#if POWER_FACTOR
uint8r_t Help_M11[] = {"M11.element - Power factor at element"};
#endif
#if PHASE_ANGLES
uint8r_t Help_M11[] = {"M11.element - V/I angle at element (degrees)"};
#endif
#if VOLTAGE_PHASES
uint8r_t Help_M12[] = {"M12.select  - V/V (degrees) 0=A/B, 1 = A/C"};
#endif
#if MAIN_EDGE_COUNT
uint8r_t Help_M13[] = {"M13.select  - Edge count:0=cumulative, 1=last second"};
#endif
#if PULSE_CNT
uint8r_t Help_M14[] = {"M14.select  - Pulse count:0=Wh LED, 1=VARh LED"};
#endif
#if RMS_VALUES
uint8r_t Help_M15[] = {"M15.select  - Irms"};
uint8r_t Help_M16[] = {"M16.select  - Vrms"};
#endif
#if BATTERY_TEST
uint8r_t Help_M17[] = {"M17         - Battery voltage"};
#endif
#if RMS_VALUES
uint8r_t Help_M18[] = {"MR.. RMS Values."};
#endif
uint8r_t Help_M19[] = {""};
#if SCROLL_METER
uint8r_t Help_M20[] = {"Press button to scroll LCD"};
#endif
#if PHASE_C_PRESENT
uint8r_t Help_M21[] = {"element: A = 1; B = 2; C = 3"};
#else
uint8r_t Help_M21[] = {"element: A = 1; B = 2"};
#endif

uint8r_t * code MHelp[] = {
    Help_M, Help_M0,
#if TEMPERATURE
    Help_M1,
#endif
#if FREQUENCY
    Help_M2,
#endif
#if WATT_ELEMENT && IMPORT
    Help_M3,
#endif
#if WATT_ELEMENT && EXPORT
    Help_M4,
#endif
#if VAR_ELEMENT && IMPORT
    Help_M5,
#endif
#if VAR_ELEMENT && EXPORT
    Help_M6,
#endif
#if VA_ELEMENT
    Help_M7,
#endif
#if OPERATING_TIME
    Help_M8,
#endif
#if REAL_TIME_DATE
    Help_M9,
    Help_M10,
#endif
#if PHASE_ANGLES
    Help_M11,
#endif
#if POWER_FACTOR
    Help_M11,
#endif
#if VOLTAGE_PHASES
    Help_M12,
#endif
#if MAIN_EDGE_COUNT
    Help_M13,
#endif
#if PULSE_CNT
    Help_M14,
#endif
#if RMS_VALUES
    Help_M15,
    Help_M16,
#endif
#if BATTERY_TEST
    Help_M17,
#endif
#if RMS_VALUES
    Help_M18, 
#endif
    Help_M19, 
#if SCROLL_METER
    Help_M20,
#endif
    Help_M21, NULL
};

#if RMS_VALUES
// Meter RMS Controls.
uint8r_t Help_MR[] = {"MR          - Meter RMS Display"};
uint8r_t Help_MR1[]= {"MR1.element - RMS Current on element."};
uint8r_t Help_MR2[]= {"MR2.element - RMS Voltage on element."};
uint8r_t Help_MR3[]= {""};
uint8r_t Help_MR4[]= {"Element: A = 1; B = 2; C = 3"};

uint8r_t * code MRHelp[] = {
    Help_MR, Help_MR1, Help_MR2, Help_MR3, Help_MR4, NULL
};
#endif

// Power Save Mode.
uint8r_t Help_PS[]  = {"PS   - Power Save Mode"};
uint8r_t Help_PS0[] = {"      Disables: CE, ADC, CKOUT, ECK, RTM, SSI, TMUX and VREF"};
uint8r_t Help_PS1[] = {"      Sets MPU Speed to 38.4KHz and Serial Port is off"};

uint8r_t * code PSHelp[] = { Help_PS, Help_PS0, Help_PS1, NULL };

#if ENHANCED_TRIM
uint8r_t Help_T_1[]= {"T   - Trim Controls"};
uint8r_t Help_T_2[]= {"Tn  - Read selected trim."};

uint8r_t * code THelp[] = {
    Help_T_1,   Help_T_2,   NULL
};
#endif

// CE Data Memory Access.
uint8r_t Help_DA_1[] = {"]           : CE Data Access"};
uint8r_t Help_DA_2[] = {"]x..        : Starting CE data address"}; 
uint8r_t Help_DA_3[] = {" ..???..    : Read consecutive 32-bit words in Decimal"};
uint8r_t Help_DA_4[] = {" ..$$$..    : Read consecutive 32-bit words in Hex"};
uint8r_t Help_DA_5[] = {" ..=n=n..   : Write consecutive memory' values"};
uint8r_t Help_DA_6[] = {"]U          ; Update default version of CE Data (overwrites flash)"};
uint8r_t Help_DA_7[] = {""};
uint8r_t Help_DA_8[] = {"For example :]40$$$ - Read CE data words 0x40, 0x41 and 0x42."};
uint8r_t Help_DA_9[] = {"             ]7E=12345678=9876ABCD - Write two words starting @ 0x7E"};

uint8r_t * code DAHelp[] = {
    Help_DA_1,  Help_DA_2,  Help_DA_3,  Help_DA_4,  Help_DA_5,         
    Help_DA_6,  Help_DA_7,  Help_DA_8,  Help_DA_9,  NULL
};

// MPU Data Memory Access.
uint8r_t Help_MA_1[]  = {")           : MPU Data Access"};
uint8r_t Help_MA_2[]  = {")x..        : Starting MPU data address"}; 
uint8r_t Help_MA_3[]  = {" ..???..    : Read consecutive 32-bit words in Decimal"};
uint8r_t Help_MA_4[]  = {" ..$$$..    : Read consecutive 32-bit words in Hex"};
uint8r_t Help_MA_5[]  = {" ..=n=n..   : Write consecutive memory' values"};
uint8r_t Help_MA_6[]  = {""};
uint8r_t Help_MA_7[]  = {"For example :)08$$$ - Read MPU data words 0x08, 0x09 and 0x0A."};
uint8r_t Help_MA_8[]  = {"             )04=12345678=9876ABCD - Write two words starting @ 0x04"};
uint8r_t Help_MA_9[]  = {"0:Starting Currnt 1:Config          2:VPThresh        3:IPThresh"};
uint8r_t Help_MA_10[] = {"4:Y_Cal           5:Y_Cal_Deg1      6:Y_Cal_Deg2      7:Pulse W-Source"}; 
uint8r_t Help_MA_11[] = {"8:Pulse R-Source  9:Vmax            A:Imax            B:PPMC"};
uint8r_t Help_MA_12[] = {"C:PPMC^2          D:Pulse 3 source  E:Pulse 4 source  F:SCal"};
uint8r_t Help_MA_13[] = {"10:VCal          11:ICal           12:VThrshld       13:Pulsewidth"};
uint8r_t Help_MA_14[] = {"14:TEMP_NOM      15:Imax2          16:Starting Cur.2 17:VBatMin"};
uint8r_t Help_MA_15[] = {"18..1E:sec,min,hr,day,date,mon,yr"};
uint8r_t Help_MA_16[] = {""};
uint8r_t Help_MA_17[] = {")1=2 /Clears accumulators"};

uint8r_t * code MAHelp[] = {
    Help_MA_1,  Help_MA_2,  Help_MA_3,  Help_MA_4,  Help_MA_5,         
    Help_MA_6,  Help_MA_7,  Help_MA_8,  Help_MA_9,  Help_MA_10,
    Help_MA_11, Help_MA_12, Help_MA_13, Help_MA_14, Help_MA_15,
    Help_MA_16, Help_MA_17,
    NULL
};

#if LOAD
// DownLoad/UpLoad Controls.
uint8r_t Help_L_1[]  = {"L    : Select DownLoad Destination / UpLoad Source."};
uint8r_t Help_L_2[]  = {"LC=  : Download Verilog HEX records into CE code space"};
uint8r_t Help_L_3[]  = {"LCD= : Download Verilog HEX records into CE code default space"};
uint8r_t Help_L_4[]  = {"LD=  : Download Verilog HEX records into CE data space"};
uint8r_t Help_L_5[]  = {"LDD= : Download Verilog HEX records into CE data default space"};
uint8r_t Help_L_6[]  = {"LE=  : Download Verilog HEX records into EEProm space"};
uint8r_t Help_L_7[]  = {"LF=  : Download Verilog HEX records into FLASH space"};
uint8r_t Help_L_8[]  = {"LX=  : Download Verilog HEX records into MPU data space"};
uint8r_t Help_L_9[]  = {""};
uint8r_t Help_L_10[] = {"LC?  : Upload CE code space as Verilog HEX records"};
uint8r_t Help_L_11[] = {"LCD? : Upload CE code default space as Verilog HEX records"};
uint8r_t Help_L_12[] = {"LD?  : Upload CE data space as Verilog HEX records"};
uint8r_t Help_L_13[] = {"LDD? : Upload CE data default space as Verilog HEX records"};
uint8r_t Help_L_14[] = {"LE?  : Upload EEProm space as Verilog HEX records"};
uint8r_t Help_L_15[] = {"LF?  : Upload FLASH space as Verilog HEX records"};
uint8r_t Help_L_16[] = {"LX?  : Upload MPU data space as Verilog HEX records"};
uint8r_t Help_L_17[] = {"LDM  : Monitor group of CE data space variables"};
uint8r_t Help_L_18[] = {"LXM  : Monitor group of MPU data space variables"};
uint8r_t Help_L_19[] = {""};
uint8r_t Help_L_20[] = {"e.g. LD=<CR>@0000 12345678 9ABCDEF0 ... <CR><LF>"};

uint8r_t * code LHelp[] = {
    Help_L_1,   Help_L_2,   Help_L_3,   Help_L_4,   Help_L_5,
    Help_L_6,   Help_L_7,   Help_L_8,   Help_L_9,   Help_L_10,
    Help_L_11,  Help_L_12,  Help_L_13,  Help_L_14,  Help_L_15,
    Help_L_16,  Help_L_17,  Help_L_18,  Help_L_19,  Help_L_20, NULL
};
#endif

#endif
/***************************************************************************
 * History:
 * $Log: help.c,v $
 * Revision 1.14  2006/10/13 00:46:19  tvander
 * Removed compile options for 6530, 6515; renamed 6511 and 6513 to trace11 and trace13; Binary verified unchanged from previous version.
 *
 * Revision 1.13  2006/09/09 01:08:17  gmikef
 * *** empty log message ***
 *
 * Revision 1.12  2006/06/06 05:17:50  tvander
 * clean build
 *
 * Revision 1.11  2006/06/06 03:53:51  tvander
 * Added calibration count to access.c
 * Added to help files, at least, they compile for a 6513.
 * io.c support the calibration loader.
 * ser0cli.c and ser1cli.c were allocating too many timers.  Fixed.
 *
 * Revision 1.10  2006/05/30 17:15:18  tvander
 * Integrated calibration loader
 *
 * Revision 1.9  2006/05/18 23:18:42  tvander
 * 16K and 32K
 * First cut at new requirements.
 * 32K 6521 is grossly tested.
 * All others have a clean compile with C51 8.02
 *
 * Revision 1.8  2006/03/07 23:57:07  tvander
 * Revised help system for accuracy.
 * Revised help system for compile flags.
 * Clean build
 *
 * Revision 1.7  2006/03/06 03:28:23  Michael T. Fischer
 * More 6530 prep.
 *
 * Revision 1.6  2006/01/16 20:11:19  tvander
 * Clean Keil build, all versions
 *
 * Revision 1.4  2005/12/07 02:30:42  tvander
 * Added SO command.
 * Fixed uninitialized variable in tempoerature compensation of calibration.
 * Added xtal_freq to 6521 options, and alternative brownout baud rate
 * to reg652x.h
 * Rolled date.
 *
 * Revision 1.3  2005/11/05 01:55:38  tvander
 * Added EEPROM erase command
 *
 * Revision 1.2  2005/08/31 05:52:13  gmikef
 * First version w/ LAPIE interface.
 *
 * Revision 1.1  2005/08/28 02:23:07  gmikef
 * *** empty log message ***
 *
 * Revision 1.1  2005/08/18 02:56:07  gmikef
 * *** empty log message ***
 *
 *

 * 2005 AUGUST 17; First Version.
 * Copyright (C) 2005 Teridian Semiconductor Corp. All Rights Reserved.    *
 * this program is fully protected by the United States copyright          *
 * laws and is the property of Teridian Semiconductor Corporation.         *
 ***************************************************************************/