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Version vom 25. Juli 2008, 13:51 Uhr von -tomas- (Diskussion | Beiträge)
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Bascom State Machine Menu
Beim der Umsetzung des Beispielcodes von Atmel für AVR Butterfly [[1]] (in IAR-C bzw. die GCC-Portierung) nach Bascom [[2]] entstand folgende hoch effiziente State Machine zur Umsetzung eines Menüs für einen Datalogger.
Der Code wurde hier stark reduziert, so dass vom gesamten Programm das Menü als Rahmen mit allen Unterprogrammen (leer) übrig geblieben ist.
Die Menü-Struktur
Als Beispiel wird hier die um die Umsetzung des Menüs aus dem AVR Butterfly Evaluation Kit in Bascom gezeigt:
Sample Code Variante 1: unübersichtlich und wenig Code
Der Code ist die 1:1 Umsetzung des C-Codes aus dem AVR Butterfly Evaluation Kit. Das Code-Beispiel wurde für den Bascom Simulator optimiert und kann dort direkt mit den Ziffern-Tasten bedient werden (NumLock!). Auf dem Simulator-LCD-Display werden die Ebenen mit angezeigt (3 -> 31 -> 32 -> 321 etc.)
Getestet im Bascom-Simulator der Versionen:
- BASCOM 1.11.9.1 [OK]
- BASCOM 1.11.8.7 [Probleme mir der LCD Darstellung]
- BASCOM 1.11.8.1 [OK]
Die Codelänge des Samples beträgt ca. 2300Byte. Der größte Teil geht für die LCD-Anzeige, Anzeigetexte etc. drauf. Der State Machine selber ist sehr schlank, da nur Pointer (Zeiger) gesetzt werden.
Weitere Erklärungen stehen im Quelltext.
'Beispiel für ein State Machine Menü
'Das Beispiel ist für den BASCOM-Simulator angepasst worden
' getestet mit BASCOM 1.11.8.1
' Codelänge 2362 Byte
'
'Hinweis: Im Simulator müssen die Eingaben in das "Terminal Emulator Window" erfolgen!
'Auf der Tastatur ergeben sich für die VIER Joystick-Positionen folgende Umsetzungen
'
' [Key_plus ]
' [Key_prev] [ ] [Key_next]
' [Key_minus]
'
'
' [ Taste_8 ]
' [Taste_4 ] [ ] [Taste_6 ]
' [ Taste_2 ]
'
'bzw. im ASCII-Code
Const Key_null = 0 'keine Taste gedrückt
Const Key_next = 54
Const Key_prev = 52
Const Key_plus = 56
Const Key_minus = 50
'los gehts:
$regfile = "m32def.dat"
$framesize = 32 'Stack
$swstack = 32
$hwstack = 64
'Pins des LCD-Modules setzen ggf. an eigene Anschlüsse anpassen
Config Lcdpin = Pin , Db4 = Portc.5 , Db5 = Portc.4 , Db6 = Portc.3 , Db7 = Portc.2 , E = Portc.6 , Rs = Portc.7
Config Lcdmode = Port
Config Lcdbus = 4 '4 bit mode
Config Lcd = 20 * 4
Initlcd
Cls
'******** state machine states ************************************************
' Menu state machine states
Const St_avrbf = 10
Const St_avrbf_rev = 11
Const St_time = 20
Const St_time_clock = 21
Const St_time_clock_func = 22
Const St_time_clock_adjust = 23
Const St_time_clock_adjust_func = 24
Const St_time_clockformat_adjust = 25
Const St_time_clockformat_adjust_func = 26
Const St_time_date = 27
Const St_time_date_func = 28
Const St_time_date_adjust = 29
Const St_time_date_adjust_func = 30
Const St_time_dateformat_adjust = 31
Const St_time_dateformat_adjust_func = 32
Const St_datalogger = 40
Const St_datalogger_logcycle = 41
Const St_datalogger_logcycle_func = 42
Const St_datalogger_erase = 43
Const St_datalogger_erase_select = 44
Const St_datalogger_erase_func = 45
Const St_datalogger_logcount = 46
Const St_datalogger_logcount_func = 47
Const St_datalogger_rs232 = 48
Const St_datalogger_rs232_select = 49
Const St_datalogger_rs232_func = 50
Const St_adc = 60
Const St_temperature = 65
Const St_temperature_func = 66
Const St_voltage = 70
Const St_voltage_func = 71
Const St_adc_raw = 75
Const St_adc_raw_func = 76
Const St_adc_batt = 80
Const St_adc_batt_func = 81
Const St_options = 90
Const St_options_display_contrast = 91
Const St_options_display_contrast_func = 92
Const St_options_power_off = 95
Const St_options_power_off_func = 97
Const St_options_auto_power_save = 100
Const St_options_auto_power_save_func = 101
Const St_options_keyclick = 105
Const St_options_keyclick_func = 106
Const St_options_boot = 110
Const St_options_boot_select = 111
Const St_options_boot_func = 112
'********* State Variables ****************************************************
Dim Tab_state As Byte , Tab_input As Byte , Tab_nextstate As Byte
Dim Tab_text As String * 25
Dim State As Byte , State_renew As Byte
'Initial state variables
State = St_avrbf
State_renew = 1
'******** Joystick/Key Settings ***********************************************
Dim Key As Byte 'key in Mainloop
'******** LCD *****************************************************************
Dim Lcd_textbuffer As String * 25
'******** allg Variablen ******************************************************
Dim I As Byte , J As Byte
Dim I1 As Byte
Dim W As Word , W1 As Word
'********** MAIN-Loop *********************************************************
Do
'Tastaturabfrage
Key = Inkey()
'Menüeintrag und Tastencodes finden
If Key <> Key_null Then 'save power
State_renew = 0
Restore State_machine
Do
Read Tab_state
Read Tab_input
Read Tab_nextstate
If State = Tab_state Then
If Key = Tab_input Then
State = Tab_nextstate
State_renew = 1 'LCD refresh
Key = Key_null 'reset key status after get a new state of state machine (prevent influence on GOSUBs)
End If
End If
Loop Until State_renew = 1 Or Tab_state = 255
End If
'Endlosschleife mit Unterprogrammen
Select Case State '320 Byte für 20 Gosub
Case St_time_clock_func : Gosub Showclock
Case St_time_clock_adjust_func : Gosub Setclock
Case St_time_clockformat_adjust_func : Gosub Setclockformat
Case St_time_date_func : Gosub Showdate
Case St_time_date_adjust_func : Gosub Setdate
Case St_time_dateformat_adjust_func : Gosub Setdateformat
Case St_datalogger_logcycle_func : Gosub Datalogger_setloginterval
Case St_datalogger_erase_func : Gosub Datalogger_erase
Case St_datalogger_logcount_func : Gosub Datalogger_logcount
Case St_datalogger_rs232_func : Gosub Datalogger_rs232
Case St_temperature_func : Gosub Temperaturefunc
Case St_voltage_func : Gosub Voltagefunc
Case St_adc_raw_func : Gosub Adc_raw_func
Case St_adc_batt_func : Gosub Adc_batt_func
Case St_options_display_contrast_func : Gosub Setcontrast
Case St_options_boot_func : Gosub Bootfunc
Case St_options_power_off_func : Gosub Power_off_func
Case St_options_auto_power_save_func : Gosub Autopower
Case St_options_keyclick_func : Gosub Keyclick_set
End Select
'---------------------------------------------------------------
'place for your own code in main loop
'---------------------------------------------------------------
'LCD refresh wenn Menü verändert
If State_renew = 1 Then
State_renew = 0
Restore Menu_text_data
Do
Read Tab_state
Read Tab_text
If State = Tab_state Then Lcd_textbuffer = Tab_text
Loop Until Tab_state = 255
Gosub Lcd_print
End If
Loop
End
'********* LCD SUB routines ***************************************************
'---------------------------------------------------------------
'Subroutine: Lcd_print
'Call from: anywhere
'Purpose: gibt Lcd_textbuffer auf dem LCD-Display aus
'Result: LCD
'---------------------------------------------------------------
Lcd_print: 'Print lcd_textbuffer
Cls
Lcd Lcd_textbuffer
Return
'********* SUB Clock routines**************************************************
Showclock:
'Show the clock on the LCD
Lcd_textbuffer = "HH:MM:SS"
Gosub Lcd_print
Return
Setclock:
'Adjusts the Clock
Lcd_textbuffer = "HH=11"
Gosub Lcd_print
Return
Setclockformat:
'Adjusts the Clockformat (12H or 24H)
Lcd_textbuffer = "12H / 24H"
Gosub Lcd_print
Return
'********* SUB date routines **************************************************
Showdate:
'Show the date on the LCD
Lcd_textbuffer = "DD.MM.YY"
Gosub Lcd_print
Return
Setdate:
'Adjusts the Date
Lcd_textbuffer = "Month=12"
Gosub Lcd_print
Return
'---------------------------------------------------------------
Setdateformat:
'Adjusts the Dateformat "DDMMYY" , "MMDDYY" , "YYMMDD"
Lcd_textbuffer = "DDMMYY/YYMMDD"
Gosub Lcd_print
Return
'********* Datalogger routines ************************************************
Datalogger_setloginterval:
'set the datalog intervall HOUR:MINUTES
Lcd_textbuffer = "HH:MM"
Gosub Lcd_print
Return
Datalogger_erase:
'erase the dataflash
State = St_datalogger_erase
State_renew = 1
Return
Datalogger_logcount:
'Show DF_LogCount
Lcd_textbuffer = "1234"
Gosub Lcd_print
Return
Datalogger_rs232:
'Print all DataLogs to RS232
State = St_datalogger_rs232 'next status of state machine
State_renew = 1
Return
Temperaturefunc:
'temperature measurement in °C
Lcd_textbuffer = "+24C"
Gosub Lcd_print
Return
Voltagefunc:
'voltage measurement mV
Lcd_textbuffer = "0mV"
Gosub Lcd_print
Return
Adc_raw_func:
'ADC Temperature/Voltage/Light result as RAW
Lcd_textbuffer = "CH:RAW"
Gosub Lcd_print
Return
Adc_batt_func:
'battery voltage measurement
Lcd_textbuffer = "2900mV"
Gosub Lcd_print
Return
'********* Sub MENU / OPTIONS ********************************
Setcontrast:
'Adjust the LCD contrast
Lcd_textbuffer = "0...15"
Gosub Lcd_print
Return
Bootfunc:
State = St_avrbf 'next status of state machine
State_renew = 1
Return
Power_off_func:
'LCD OFF
State = St_options_power_off
Return
Autopower:
'Enable/Disable auto power save
Lcd_textbuffer = "ON/OFF"
Gosub Lcd_print
Return
Keyclick_set:
'Enable/Disable keyclick
Lcd_textbuffer = "ON/OFF"
Gosub Lcd_print
Return
'*********** State Machine ***************************************************
'112 Datensätze der State Machine ca. 350 Byte
'State with xxx_func forward to GOSUB xxx in main loop
'
' [Key_plus ]
'[Key_prev] [Key_enter] [Key_next]
' [Key_minus]
State_machine:
' CURRENT_STATE INPUT NEXT_STATE
Data St_avrbf , Key_plus , St_options
Data St_avrbf , Key_next , St_avrbf_rev
Data St_avrbf , Key_minus , St_time
Data St_avrbf_rev , Key_prev , St_avrbf
'Date+Time-----------------------------------------------------------------
Data St_time , Key_plus , St_avrbf
Data St_time , Key_next , St_time_clock
Data St_time , Key_prev , St_avrbf
Data St_time , Key_minus , St_datalogger
Data St_time_clock , Key_plus , St_time_date
Data St_time_clock , Key_next , St_time_clock_func
Data St_time_clock , Key_prev , St_time
Data St_time_clock , Key_minus , St_time_date
Data St_time_clock_func , Key_prev , St_time_clock
Data St_time_clock_func , Key_next , St_time_clock_adjust
Data St_time_clock_func , Key_minus , St_time_date_func
Data St_time_clock_adjust , Key_plus , St_time_clockformat_adjust
Data St_time_clock_adjust , Key_next , St_time_clock_adjust_func
Data St_time_clock_adjust , Key_prev , St_time_clock_func
Data St_time_clock_adjust , Key_minus , St_time_clockformat_adjust
Data St_time_clock_adjust_func , Key_prev , St_time_clock_func
Data St_time_clockformat_adjust , Key_plus , St_time_clock_adjust
Data St_time_clockformat_adjust , Key_next , St_time_clockformat_adjust_func
Data St_time_clockformat_adjust , Key_prev , St_time_clock_func
Data St_time_clockformat_adjust , Key_minus , St_time_clock_adjust
Data St_time_clockformat_adjust_func , Key_prev , St_time_clock_func
Data St_time_date , Key_plus , St_time_clock
Data St_time_date , Key_next , St_time_date_func
Data St_time_date , Key_prev , St_time
Data St_time_date , Key_minus , St_time_clock
Data St_time_date_func , Key_plus , St_time_clock_func
Data St_time_date_func , Key_prev , St_time_date
Data St_time_date_func , Key_next , St_time_date_adjust
Data St_time_date_adjust , Key_plus , St_time_dateformat_adjust
Data St_time_date_adjust , Key_next , St_time_date_adjust_func
Data St_time_date_adjust , Key_prev , St_time_date_func
Data St_time_date_adjust , Key_minus , St_time_dateformat_adjust
Data St_time_date_adjust_func , Key_prev , St_time_date_func
Data St_time_dateformat_adjust , Key_plus , St_time_date_adjust
Data St_time_dateformat_adjust , Key_next , St_time_dateformat_adjust_func
Data St_time_dateformat_adjust , Key_prev , St_time_date_func
Data St_time_dateformat_adjust , Key_minus , St_time_date_adjust
Data St_time_dateformat_adjust_func , Key_prev , St_time_date_func
'Data Logger---------------------------------------------------------------
Data St_datalogger , Key_plus , St_time
Data St_datalogger , Key_next , St_datalogger_logcycle
Data St_datalogger , Key_prev , St_avrbf
Data St_datalogger , Key_minus , St_adc
Data St_datalogger_logcycle , Key_plus , St_datalogger_rs232
Data St_datalogger_logcycle , Key_next , St_datalogger_logcycle_func
Data St_datalogger_logcycle , Key_prev , St_datalogger
Data St_datalogger_logcycle , Key_minus , St_datalogger_erase
Data St_datalogger_logcycle_func , Key_prev , St_datalogger_logcycle
Data St_datalogger_erase , Key_plus , St_datalogger_logcycle
Data St_datalogger_erase , Key_next , St_datalogger_erase_select
Data St_datalogger_erase , Key_prev , St_datalogger
Data St_datalogger_erase , Key_minus , St_datalogger_logcount
Data St_datalogger_erase_select , Key_next , St_datalogger_erase_func
Data St_datalogger_erase_select , Key_prev , St_datalogger_erase
'SUB St_datalogger_erase_func -> new State = St_datalogger_erase
Data St_datalogger_logcount , Key_plus , St_datalogger_erase
Data St_datalogger_logcount , Key_next , St_datalogger_logcount_func
Data St_datalogger_logcount , Key_prev , St_datalogger
Data St_datalogger_logcount , Key_minus , St_datalogger_rs232
Data St_datalogger_logcount_func , Key_prev , St_datalogger_logcount
Data St_datalogger_rs232 , Key_plus , St_datalogger_logcount
Data St_datalogger_rs232 , Key_next , St_datalogger_rs232_select
Data St_datalogger_rs232 , Key_prev , St_datalogger
Data St_datalogger_rs232 , Key_minus , St_datalogger_logcycle
Data St_datalogger_rs232_select , Key_next , St_datalogger_rs232_func
Data St_datalogger_rs232_select , Key_prev , St_datalogger_rs232
'SUB St_datalogger_rs232_func -> new State = St_datalogger_rs232
'ADC-----------------------------------------------------------------------
Data St_adc , Key_plus , St_datalogger
Data St_adc , Key_next , St_temperature
Data St_adc , Key_prev , St_avrbf
Data St_adc , Key_minus , St_options
Data St_temperature , Key_plus , St_adc_raw
Data St_temperature , Key_next , St_temperature_func
Data St_temperature , Key_prev , St_avrbf
Data St_temperature , Key_minus , St_voltage
Data St_temperature_func , Key_prev , St_temperature
Data St_voltage , Key_plus , St_temperature
Data St_voltage , Key_next , St_voltage_func
Data St_voltage , Key_prev , St_avrbf
Data St_voltage , Key_minus , St_adc_raw
Data St_voltage_func , Key_prev , St_voltage
Data St_adc_raw , Key_plus , St_voltage
Data St_adc_raw , Key_next , St_adc_raw_func
Data St_adc_raw , Key_prev , St_avrbf
Data St_adc_raw , Key_minus , St_adc_batt
Data St_adc_raw_func , Key_prev , St_adc_raw
Data St_adc_batt , Key_plus , St_adc_raw
Data St_adc_batt , Key_next , St_adc_batt_func
Data St_adc_batt , Key_prev , St_avrbf
Data St_adc_batt , Key_minus , St_temperature
Data St_adc_batt_func , Key_prev , St_adc_batt
'Options-------------------------------------------------------------------
Data St_options , Key_plus , St_adc
Data St_options , Key_next , St_options_display_contrast
Data St_options , Key_prev , St_avrbf
Data St_options , Key_minus , St_avrbf
Data St_options_display_contrast , Key_plus , St_options_keyclick
Data St_options_display_contrast , Key_next , St_options_display_contrast_func
Data St_options_display_contrast , Key_prev , St_options
Data St_options_display_contrast , Key_minus , St_options_boot
Data St_options_display_contrast_func , Key_prev , St_options_display_contrast
Data St_options_boot , Key_plus , St_options_display_contrast
Data St_options_boot , Key_next , St_options_boot_select
Data St_options_boot , Key_prev , St_options
Data St_options_boot , Key_minus , St_options_power_off
Data St_options_boot_select , Key_next , St_options_boot_func
Data St_options_boot_select , Key_prev , St_options_boot
Data St_options_power_off , Key_plus , St_options_boot
Data St_options_power_off , Key_next , St_options_power_off_func
Data St_options_power_off , Key_prev , St_options
Data St_options_power_off , Key_minus , St_options_auto_power_save
'SUB St_options_power_off_func -> new State = St_options_power_off
Data St_options_auto_power_save , Key_plus , St_options_power_off
Data St_options_auto_power_save , Key_next , St_options_auto_power_save_func
Data St_options_auto_power_save , Key_prev , St_options
Data St_options_auto_power_save , Key_minus , St_options_keyclick
Data St_options_auto_power_save_func , Key_prev , St_options_auto_power_save
Data St_options_keyclick , Key_plus , St_options_auto_power_save
Data St_options_keyclick , Key_next , St_options_keyclick_func
Data St_options_keyclick , Key_prev , St_options
Data St_options_keyclick , Key_minus , St_options_display_contrast
Data St_options_keyclick_func , Key_prev , St_options_keyclick
'Stop Condition
Data 255 , 255 , 255
'************ menu text strings: max. length 24 Byte!! ***********************
Menu_text_data:
Data St_avrbf , "1 Butterfly Bascom"
Data St_avrbf_rev , "11 Rev 1"
Data St_time , "2 Time"
Data St_time_clock , "21 Clock"
Data St_time_clock_adjust , "211 Adjust Clock"
Data St_time_clockformat_adjust , "212 Clock Format"
Data St_time_date , "22 Date"
Data St_time_date_adjust , "221 Adjust Date"
Data St_time_dateformat_adjust , "222 Date Format"
Data St_datalogger , "3 DataLogger"
Data St_datalogger_logcycle , "31 Log Cycle"
Data St_datalogger_erase , "32 Delete Flash"
Data St_datalogger_erase_select , "321 RIGHT Delete DF"
Data St_datalogger_logcount , "33 Show LogCount"
Data St_datalogger_rs232 , "34 Print to RS232"
Data St_datalogger_rs232_select , "341 RIGHT Print9600B"
Data St_adc , "4 ADC"
Data St_temperature , "41 Temperature"
Data St_voltage , "42 Voltage"
Data St_adc_raw , "43 ADC Port RAW"
Data St_adc_batt , "44 Battery"
Data St_options , "5 Options"
Data St_options_display_contrast , "51 LCD contrast"
Data St_options_boot , "52 Bootloader"
Data St_options_boot_select , "521 RIGHT bootloader"
Data St_options_power_off , "53 LCD OFF"
Data St_options_auto_power_save , "54 LCD Auto Power"
Data St_options_keyclick , "55 Key Click"
Data 255 , "" 'Stop Condition
Sample Code Variante 2: übersichtlich und viel Code
Die Variante 1 ist leider unübersichtlich, da 3 Tabellen getrennt geführt werden (die State Machine, die Menütexte und die zugehörigen Unterprogrammeinsprünge). Nachfolgend eine Variante, in der nur eine Tabelle (Select Case State...) geführt wird. In jedem Statement Blocks steht ein Menütext (falls erforderlich), der Pointer für den Unterprogrammeinsprung (falls erforderlich) und ein Datensatz für die Verzweigung der State Machine (zwingend erforderlich).
Die Codelänge des Samples beträgt jetzt immerhin 3300Byte anstatt der 2300Byte von Variante 1. Dafür ist das Menü deutlich einfacher zu editieren.
Weitere Erklärungen stehen im Quelltext. Die Bedienung erfolgt wie bei Variante 1.
Da jetzt zur Vereinfachung nur noch Nummern für die States geführt werden, empfiehlt es sich ein Plan (siehe Grafik oben) anzulegen und jeden Kasten mit einer Nummer zu versehen. Die Zuordnung der Status-Nummern entsprechend der Tasten-Verzweigung (UP/DOWN etc.) ist dann schnell abgelesen.
Getestet im Bascom-Simulator der Versionen:
- BASCOM 1.11.9.1 [OK]
'Beispiel für ein State Machine Menü
'Das Beispiel ist für den BASCOM-Simulator angepasst worden
' getestet mit BASCOM 1.11.9.1
' Codelänge 3288 Byte
$regfile = "m32def.dat"
$framesize = 32 'Stack
$swstack = 32
$hwstack = 64
'
'Hinweis: Im Simulator müssen die Eingaben in dem blauen "Terminal Emulator Window" erfolgen!
'Auf der Tastatur ergeben sich für die VIER Joystick-Positionen folgende Umsetzungen
'
' [Key_plus ]
' [Key_prev] [ ] [Key_next]
' [Key_minus]
'
'
' [ Taste_8 ]
' [Taste_4 ] [ ] [Taste_6 ]
' [ Taste_2 ]
'
'bzw. im ASCII-Code:
Dim Keycode_string As String * 4
'Key_plus|Key_minus|Key_prev|Key_next
Keycode_string = "{056}{050}{052}{054}"
Dim Keycode(4) As Byte At Keycode_string Overlay
Const Key_null = 0 'keine Taste gedrückt
'Pins des LCD-Modules setzen ggf. an eigene Anschlüsse anpassen
Config Lcd = 16 * 1
Initlcd
Cls
'******** Joystick/Key Settings ***********************************************
Dim Key As Byte 'key in Mainloop
'******** LCD *****************************************************************
Dim Lcd_textbuffer As String * 25
'******** allg Variablen ******************************************************
Dim I As Byte , J As Byte
'********* State Variables ****************************************************
Dim State As Byte , State_renew As Byte
Dim Gosub_adr As Word
'Initial state variables
State_renew = 1
State = 10 'Startbildschirm
Key = Key_null
'********** MAIN-Loop *********************************************************
Do
'Menüeintrag und Tastencodes finden und ggf. State wechseln
If Key <> Key_null Then 'save power
State_renew = 0
Gosub State_detect 'hier nur Tastendruck auswerten
For I = 1 To 4
'Read J
LPM R24,Z+
sts {J},R24
If Key = Keycode(i) Then
If J > 0 Then
State_renew = 1
Key = Key_null 'reset key status after get a new state of state machine (prevent influence on GOSUBs)
State = J
End If
End If
Next I
End If
'Unterprogramm des aktuellen State auslesen und ggf. anspringen
Gosub State_detect
If Gosub_adr > 0 Then
Gosub_adr = Gosub_adr / 2 'see Bascom-Doc Mixing ASM and BASIC
LDS R31, {Gosub_Adr+1} 'High
LDS R30, {Gosub_Adr} 'Low
'Call zum Sub
ICALL
End If
'---------------------------------------------------------------
'place for your own code in main loop
'---------------------------------------------------------------
'LCD refresh wenn Menü verändert
If State_renew = 1 Then
State_renew = 0
Gosub Lcd_print
End If
'Tastaturabfrage mit Halt nur für Simulator, ansonsten Sleep+Timer_ISR verwenden!!
Key = Waitkey()
Loop
End
'********* State routines ***************************************************
'---------------------------------------------------------------
'Subroutine: State_detect
'Call from: main loop
'Purpose: Status der State Machine feststellen
'Result: Pointer auf "DATA KeyCodes" und zugehörige Gosub
'---------------------------------------------------------------
State_detect:
Gosub_adr = 0
Select Case State
Case 10:
Lcd_textbuffer = "1 Butterfly Bascom"
!Call Restore_label
Data 0 , 20 , 0 , 11 'Key_plus|Key_minus|Key_prev|Key_next
Case 11:
Lcd_textbuffer = "11 Rev 2"
!Call Restore_label
Data 0 , 0 , 10 , 0 'Key_plus|Key_minus|Key_prev|Key_next
Case 20:
Lcd_textbuffer = "2 Time"
!Call Restore_label
Data 10 , 30 , 0 , 21
Case 21:
Lcd_textbuffer = "21 Clock"
!Call Restore_label
Data 0 , 22 , 20 , 23
Case 22:
Lcd_textbuffer = "22 Date"
!Call Restore_label
Data 21 , 0 , 20 , 24
Case 23: 'Show HH:MM:SS
Gosub_adr = Loadlabel(showclock)
!Call Restore_label
Data 0 , 24 , 21 , 25
Case 24: 'Show DD:MM:YY
Gosub_adr = Loadlabel(showdate)
!Call Restore_label
Data 23 , 0 , 22 , 26
Case 25:
Lcd_textbuffer = "211 Adjust Clock"
!Call Restore_label
Data 27 , 0 , 23 , 65
Case 26:
Lcd_textbuffer = "221 Adjust Date"
!Call Restore_label
Data 0 , 28 , 24 , 66
Case 27:
Lcd_textbuffer = "212 Clock Format"
!Call Restore_label
Data 0 , 25 , 23 , 67
Case 28:
Lcd_textbuffer = "222 Date Format"
!Call Restore_label
Data 26 , 0 , 23 , 68
Case 30:
Lcd_textbuffer = "3 DataLogger"
!Call Restore_label
Data 20 , 40 , 0 , 31
Case 31:
Lcd_textbuffer = "31 Log Cycle"
!Call Restore_label
Data 0 , 32 , 30 , 35
Case 32:
Lcd_textbuffer = "32 Delete Flash"
!Call Restore_label
Data 31 , 33 , 30 , 36
Case 33:
Lcd_textbuffer = "33 Show LogCount"
!Call Restore_label
Data 32 , 34 , 30 , 37
Case 34:
Lcd_textbuffer = "34 Print to RS232"
!Call Restore_label
Data 33 , 0 , 30 , 38
Case 35: 'HH:MM
Gosub_adr = Loadlabel(datalogger_setloginterval)
!Call Restore_label
Data 0 , 0 , 31 , 0
Case 36:
Lcd_textbuffer = "321 RIGHT Delete DF"
!Call Restore_label
Data 0 , 0 , 32 , 76
Case 37: '1234
Gosub_adr = Loadlabel(datalogger_logcount)
!Call Restore_label
Data 0 , 0 , 33 , 0
Case 38:
Lcd_textbuffer = "341 RIGHT Print9600B"
!Call Restore_label
Data 0 , 0 , 34 , 78
Case 40:
Lcd_textbuffer = "4 ADC"
!Call Restore_label
Data 30 , 50 , 0 , 41
Case 41:
Lcd_textbuffer = "41 Temperature"
!Call Restore_label
Data 0 , 42 , 40 , 45
Case 42:
Lcd_textbuffer = "42 Voltage"
!Call Restore_label
Data 41 , 43 , 40 , 46
Case 43:
Lcd_textbuffer = "43 ADC Port RAW"
!Call Restore_label
Data 42 , 44 , 40 , 47
Case 44:
Lcd_textbuffer = "44 Battery"
!Call Restore_label
Data 43 , 0 , 40 , 48
Case 45: '+24°C
Gosub_adr = Loadlabel(temperaturefunc)
!Call Restore_label
Data 0 , 0 , 41 , 0
Case 46: '0 mV
Gosub_adr = Loadlabel(voltagefunc)
!Call Restore_label
Data 0 , 0 , 42 , 0
Case 47: 'CH:RAW
Gosub_adr = Loadlabel(adc_raw_func)
!Call Restore_label
Data 0 , 0 , 43 , 0
Case 48: '2900mV
Gosub_adr = Loadlabel(adc_batt_func)
!Call Restore_label
Data 0 , 0 , 44 , 0
Case 50:
Lcd_textbuffer = "5 Options"
!Call Restore_label
Data 40 , 0 , 0 , 51
Case 51:
Lcd_textbuffer = "51 LCD contrast"
!Call Restore_label
Data 0 , 52 , 50 , 56
Case 52:
Lcd_textbuffer = "52 Bootloader"
!Call Restore_label
Data 51 , 53 , 50 , 57
Case 53:
Lcd_textbuffer = "53 LCD OFF"
!Call Restore_label
Data 52 , 54 , 50 , 83
Case 54:
Lcd_textbuffer = "54 LCD Auto Power"
!Call Restore_label
Data 53 , 55 , 50 , 58
Case 55:
Lcd_textbuffer = "55 Key Click"
!Call Restore_label
Data 54 , 0 , 50 , 59
Case 56: '0...15
Gosub_adr = Loadlabel(setcontrast)
!Call Restore_label
Data 0 , 0 , 51 , 0
Case 57:
Lcd_textbuffer = "521 RIGHT bootloader"
!Call Restore_label
Data 0 , 0 , 52 , 87
Case 58: 'OFF/5..90min
Gosub_adr = Loadlabel(autopower)
!Call Restore_label
Data 0 , 0 , 54 , 0
Case 59: 'ON/OFF
Gosub_adr = Loadlabel(keyclick_set)
!Call Restore_label
Data 0 , 0 , 55 , 0
'Untermenüs zu State 25 bis 28
Case 65: 'sub for "211 Adjust Clock"
Gosub_adr = Loadlabel(setclock)
!Call Restore_label
Data 67 , 0 , 23 , 0
Case 66: 'sub for "221 Adjust Date"
Gosub_adr = Loadlabel(setdate)
!Call Restore_label
Data 0 , 68 , 24 , 0
Case 67: 'sub for "212 Clock Format"
Gosub_adr = Loadlabel(setclockformat)
!Call Restore_label
Data 0 , 65 , 23 , 0
Case 68: 'sub for "222 Date Format"
Gosub_adr = Loadlabel(setdateformat)
!Call Restore_label
Data 66 , 0 , 24 , 0
'Untermenüs zu State 36 und 38
Case 76: 'sub for "321 RIGHT Delete DF"
Gosub_adr = Loadlabel(datalogger_erase)
!Call Restore_label
Data 0 , 0 , 36 , 0
Case 78: 'sub for "341 RIGHT Print9600B"
Gosub_adr = Loadlabel(datalogger_rs232)
!Call Restore_label
Data 0 , 0 , 38 , 0
'Untermenü zu State 53 und 57
Case 83: 'sub for "53 LCD OFF"
Gosub_adr = Loadlabel(power_off_func)
!Call Restore_label
Data 0 , 0 , 53 , 0
Case 87: 'sub for "521 RIGHT bootloader"
Gosub_adr = Loadlabel(bootfunc)
!Call Restore_label
Data 0 , 0 , 57 , 0
'Error Handling
Case Else
State = 10
!Call Restore_label
Data 0 , 0 , 0 , 0
End Select
Return
'---------------------------------------------------------------
'Subroutine: Restore_label
'Call from: State_detect
'Purpose: Ersatz für RESTORE Label, erspart das Setzen der Labels für DATA
'Result: Pointer ZH:ZL steht auf der Rücksprungadresse => DATA aa,bb,cc,dd
'---------------------------------------------------------------
Restore_label:
Pop ZH 'R31
POP ZL 'R30
LSL ZL 'Multipliziere Adr mit 2
ROL ZH
'this is a return from Sub State_detect to main loop
Return
'********* LCD SUB routines ***************************************************
'---------------------------------------------------------------
'Subroutine: Lcd_print
'Call from: anywhere
'Purpose: gibt Lcd_textbuffer auf dem LCD-Display aus
'Result: LCD
'---------------------------------------------------------------
Lcd_print: 'Print lcd_textbuffer
Cls
Lcd Lcd_textbuffer
State_renew = 0
Return
'********* SUB Clock routines**************************************************
Showclock:
'Show the clock on the LCD
Lcd_textbuffer = "HH:MM:SS"
Gosub Lcd_print
Return
Setclock:
'Adjusts the Clock
Lcd_textbuffer = "HH=11"
Gosub Lcd_print
Return
Setclockformat:
'Adjusts the Clockformat (12H or 24H)
Lcd_textbuffer = "12H / 24H"
Gosub Lcd_print
Return
'********* SUB date routines **************************************************
Showdate:
'Show the date on the LCD
Lcd_textbuffer = "DD.MM.YY"
Gosub Lcd_print
Return
Setdate:
'Adjusts the Date
Lcd_textbuffer = "Month=12"
Gosub Lcd_print
Return
'---------------------------------------------------------------
Setdateformat:
'Adjusts the Dateformat "DDMMYY" , "MMDDYY" , "YYMMDD"
Lcd_textbuffer = "DDMMYY/YYMMDD"
Gosub Lcd_print
Return
'********* Datalogger routines ************************************************
Datalogger_setloginterval:
'set the datalog intervall HOUR:MINUTES
Lcd_textbuffer = "HH:MM"
Gosub Lcd_print
Return
Datalogger_erase:
'erase the dataflash
State = 32 'St_datalogger_erase
State_renew = 1
Return
Datalogger_logcount:
'Show DF_LogCount
Lcd_textbuffer = "1234"
Gosub Lcd_print
Return
Datalogger_rs232:
'Print all DataLogs to RS232
State = 34 'St_datalogger_rs232 as next status of state machine
State_renew = 1
Return
Temperaturefunc:
'temperature measurement in °C
Lcd_textbuffer = "+24C"
Gosub Lcd_print
Return
Voltagefunc:
'voltage measurement mV
Lcd_textbuffer = "0mV"
Gosub Lcd_print
Return
Adc_raw_func:
'ADC Temperature/Voltage/Light result as RAW
Lcd_textbuffer = "CH:RAW"
Gosub Lcd_print
Return
Adc_batt_func:
'battery voltage measurement
Lcd_textbuffer = "2900mV"
Gosub Lcd_print
Return
'********* Sub MENU / OPTIONS ********************************
Setcontrast:
'Adjust the LCD contrast
Lcd_textbuffer = "0...15"
Gosub Lcd_print
Return
Bootfunc:
State = 10 'St_avrbf as next status of state machine
State_renew = 1
Return
Power_off_func:
'LCD OFF
State = 53 'Return State is St_options_power_off
Return
Autopower:
'Enable/Disable auto power save
Lcd_textbuffer = "ON/OFF"
Gosub Lcd_print
Return
Keyclick_set:
'Enable/Disable keyclick
Lcd_textbuffer = "ON/OFF"
Gosub Lcd_print
Return
Siehe auch
- Sourcevergleich mit Hinweisen zu einer State Machine in BASCOM
- Bascom
- AVR Butterfly Application code port to avr-gcc [[3]]
