<?xml version="1.0" encoding="UTF-8"?>
 
<!--
 
 Author: Hermann Friedhoff <foto-schubser@arcor.de>
 Copyright (C) Hermann Friedhoff <foto-schubser@arcor.de>
 Start: 23.11.2014 Stand: 11.12.2014
 
 This library is free software; you can redistribute it and/or modify
 it under the terms of the GNU General Public License as published by
 the Free Software Foundation; either version 2 of the License, or
 (at your option) any later version.
 
 This program is distributed in the hope that it will be useful,
 but WITHOUT ANY WARRANTY; without even the implied warranty of
 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 GNU General Public License for more details.
 
 You should have received a copy of the GNU General Public License
 along with this program; if not, write to the Free Software
 Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
 
-->
 
<language id="picaxe" _name="PICAXE" version="2.0" _section="Quelle">
 
  <metadata>
    <property name="mimetypes">text/x-picaxe</property>
    <property name="globs">*.axe;*.AXE;*.bas;*.BAS</property>
  </metadata>
 
  <styles>
 
    <style id="my-keywords"        _name="My Keywords"           map-to="picaxe:blue"/>
 
    <style id="comment"            _name="Comment"               map-to="picaxe:blue"/>
    <style id="string"             _name="String"                map-to="picaxe:pink"/>
    <style id="command"            _name="Command"               map-to="picaxe:brown"/>
    <style id="directive"          _name="Directive"             map-to="picaxe:orange"/>
 
    <style id="intnumber"          _name="Integer Number"        map-to="picaxe:pink"/>
    <style id="hexnumber"          _name="Hexadecimal Number"    map-to="picaxe:grey"/>
    <style id="binnumber"          _name="Binary Number"         map-to="picaxe:dark-grey"/>
 
    <style id="constant"           _name="Constant"              map-to="picaxe:red-b"/>
    <style id="variable"           _name="Variable"              map-to="picaxe:dark-green-b"/>
    <style id="pvariable"          _name="PICAXE Variable"       map-to="picaxe:dark-green"/>
 
    <style id="multitask"          _name="Multitask"             map-to="picaxe:orange-b"/>
 
    <style id="unbekannt"          _name="noch unbekannt"        map-to="def:error"/>          <!-- rot hinterlegt -->
 
  </styles>
 
  <default-regex-options case-sensitive="false"/>
 
  <definitions>
 
    <context id="My-Keywords" style-ref="my-keywords">
      <match>\b[A-Z][A-Za-z0-9_]*\b</match>
    </context>
 
    <context id="Line-Comments-1" style-ref="comment" end-at-line-end="true">
      <start>'</start>
      <include>
        <context ref="def:in-line-comment"/>
      </include>
    </context>
 
    <context id="Line-Comments-2" style-ref="comment" end-at-line-end="true">
      <start>;</start>
      <include>
        <context ref="def:in-line-comment"/>
      </include>
    </context>
 
    <context id="Line-Comments-3" style-ref="comment" end-at-line-end="true">
      <start>rem</start>
      <include>
        <context ref="def:in-line-comment"/>
      </include>
    </context>
 
    <context id="Block-Comments" style-ref="comment">
      <start>\#rem</start>
      <end>\#endrem</end>
      <include>
        <context ref="def:in-line-comment"/>
      </include>
    </context>
 
    <context id="Strings" style-ref="string">
      <start>[uUrR]?"</start>
      <end>"</end>
    </context>
 
    <context id="IntNumbers" style-ref="intnumber">
      <match extended="true">
        (?&lt;![^\s])
        ([0-9.]+ | [0-9]+[.]?[0-9]*[eE][0-9]*)
        (?![^\s])
      </match>
    </context>
 
    <context id="HexNumbers" style-ref="hexnumber">
      <match extended="true">
        (?&lt;![^\s])
        ([$][-+]?[A-F0-9.]+)
        (?![^\s])
      </match>
    </context>
 
    <context id="BinNumbers" style-ref="binnumber">
      <match extended="true">
        (?&lt;![^\s])
        ([%][-+]?[0-1.]+)
        (?![^\s])
      </match>
    </context>
 
    <context id="Digital-Input-Output" style-ref="command">
      <keyword>high</keyword>                  <!-- Switch an output pin on -->
      <keyword>low</keyword>                   <!-- Switch an output pin off -->
      <keyword>toggle</keyword>                <!-- Change an output pin between on and off -->
      <keyword>backward</keyword>              <!-- Drive a motor backwards -->
      <keyword>forward</keyword>               <!-- Drive a motor forwards -->
      <keyword>halt</keyword>                  <!-- Halt a motor -->
      <keyword>sound</keyword>                 <!-- Generate simple sounds -->
      <keyword>play</keyword>                  <!-- Play a pre-defined musical tune -->
      <keyword>tune</keyword>                  <!-- Play a sequence of musical notes -->
      <keyword>servo</keyword>                 <!-- Control a servo -->
      <keyword>servopos</keyword>              <!-- Set the position of a servo -->
      <keyword>irin</keyword>                  <!-- Receive an infra-red command -->
      <keyword>irout</keyword>                 <!-- Generate an infra-red command -->
      <keyword>rfin</keyword>                  <!-- Receive data from an RF receiver module -->
      <keyword>rfout</keyword>                 <!-- Send data to an RF transmitter module -->
      <keyword>pwmout</keyword>                <!-- Generate a continuous PWM signal -->
      <keyword>pwmduty</keyword>               <!-- Set the duty ratio of a PWM signal -->
      <keyword>pwmdiv4</keyword>               <!-- Set the frequency to 4 at pwmout -->
      <keyword>pwmdiv16</keyword>              <!-- Set the frequency to 16 at pwmout -->
      <keyword>pwmdiv64</keyword>              <!-- Set the frequency to 64 at pwmout -->
      <keyword>hpwmout</keyword>               <!--  -->
      <keyword>pin</keyword>                   <!-- with if Respond to the state of an input signal -->
      <keyword>count</keyword>                 <!-- Count pulses detected on an input pin -->
      <keyword>pulsin</keyword>                <!-- Measure the length of a pulse on an input pin -->
      <keyword>pulsout</keyword>               <!-- Generate a pulse on an output pin -->
      <keyword>input</keyword>                 <!-- Set a pin for receiving input -->
      <keyword>output</keyword>                <!-- Set a pin to produce an output signal -->
      <keyword>reverse</keyword>               <!-- Toggle a pin between input and output use -->
      <keyword>pullup</keyword>                <!-- Set internal pull-ups for input pins -->
      <keyword>inputtype</keyword>             <!-- Select the electrical characteristics of an input pin -->
      <keyword>infrain</keyword>               <!-- Receive an infra-red command -->
      <keyword>infrain2</keyword>              <!-- Receive an infra-red command -->
      <keyword>infraout</keyword>              <!-- Generate an infra-red command -->
      <keyword>pwm</keyword>                   <!-- Generate a PWM output signal -->
      <keyword>switch</keyword>                <!-- Switch an output on or off -->
      <keyword>on</keyword>                    <!-- Switch on in connection with any other command -->
      <keyword>off</keyword>                   <!-- Switch off in connection with any other command -->
      <keyword>button</keyword>                <!-- Detect and debounce a button push -->
      <keyword>porta</keyword>                 <!-- with high/low output Port A switch on/off -->
      <keyword>portb</keyword>                 <!-- with high/low output Port B switch on/off -->
      <keyword>portc</keyword>                 <!-- with high/low output Port C switch on/off -->
      <keyword>portd</keyword>                 <!-- with high/low output Port D switch on/off -->
      <keyword>readoutputs</keyword>           <!-- Determine previously set output levels -->
      <keyword>readportc</keyword>             <!-- Read Port C inputs -->
      <keyword>switchoff</keyword>             <!-- Make pin output low -->
      <keyword>switchon</keyword>              <!-- Make pin output high -->
    </context>
 
    <context id="Analogue-Input-Output" style-ref="command">
      <keyword>touch</keyword>                 <!-- Read a touch sensor status -->
      <keyword>touch16</keyword>               <!-- Read a touch sensor signal level -->
      <keyword>readadc</keyword>               <!-- Read an analogue input -->
      <keyword>readadc10</keyword>             <!-- Read a high-resolution analogue input -->
      <keyword>readtemp</keyword>              <!-- Read a DS18B20 temperature sensor -->
      <keyword>readtemp12</keyword>            <!-- Read a DS18B20 temperature sensor to 0.625C accuracy -->
      <keyword>daclevel</keyword>              <!-- Set an analogue output level -->
      <keyword>dacsetup</keyword>              <!-- Configure analogue output -->
      <keyword>readdac</keyword>               <!-- Read the analogue output -->
      <keyword>readdac10</keyword>             <!-- Read the analogue output using highest resolution -->
    </context>
 
    <context id="Time-Delays" style-ref="command">
      <keyword>pause</keyword>                 <!-- Delay for a number of milliseconds -->
      <keyword>pauseus</keyword>               <!-- Delay for a number of microseconds -->
      <keyword>nap</keyword>                   <!-- Sleep for a short period of time -->
      <keyword>sleep</keyword>                 <!-- Sleep for a period of time -->
      <keyword>doze</keyword>                  <!-- Reduce power consumption for a short period of time -->
      <keyword>hibernate</keyword>             <!-- Reduce power consumption for a period of time -->
      <keyword>wait</keyword>                  <!-- Delay for a number of seconds -->
      <keyword>time</keyword>                  <!-- Use the elapsed time counter -->
    </context>
 
    <context id="Program-Flow-Control" style-ref="command">
      <keyword>goto</keyword>                  <!-- Continue program execution from a named label -->
      <keyword>gosub</keyword>                 <!-- Call a subroutine -->
      <keyword>branch</keyword>                <!-- Branch to one of a number of named labels -->
      <keyword>for</keyword>                   <!-- Repeat a loop a certain number of times -->
      <keyword>to</keyword>                    <!-- Let the for next loop run forward -->
      <keyword>downto</keyword>                <!-- Let the for next loop run backwards -->
      <keyword>step</keyword>                  <!-- Wide leaps for the for next loop -->
      <keyword>next</keyword>                  <!-- Indicate the end of a 'for' command loop -->
      <keyword>do</keyword>                    <!-- Repeat a loop until a certain condition is met -->
      <keyword>loop</keyword>                  <!-- Indicate the end of a 'do' command loop -->
      <keyword>if</keyword>                    <!-- Conditionally execute program code -->
      <keyword>elseif</keyword>                <!-- Alternative code execution for an 'if' command -->
      <keyword>else</keyword>                  <!-- Alternative code execution for an 'if' command -->
      <keyword>endif</keyword>                 <!-- Indicate the end of an 'if' command -->
      <keyword>select</keyword>                <!-- Select which section of program code to execute -->
      <keyword>case</keyword>                  <!-- Define a section of program code for a 'select' command -->
      <keyword>endselect</keyword>             <!-- Indicate the end of a 'select' command -->
      <keyword>return</keyword>                <!-- Return from a subroutine -->
      <keyword>end</keyword>                   <!-- Terminate program execution -->
      <keyword>reset</keyword>                 <!-- Reset the PICAXE and restart program execution -->
      <keyword>stop</keyword>                  <!-- Stop the program code from continuing -->
      <keyword>on</keyword>                    <!-- With goto/gosub Continue/Select -->
      <keyword>then</keyword>                  <!-- Command to be executed or not -->
      <keyword>bit</keyword>                   <!-- With if Conditionally execute code depending on a variable bit setting -->
      <keyword>exit</keyword>                  <!-- Exit from a 'do' or 'for' command loop -->
      <keyword>while</keyword>                 <!-- Exit from a 'do' command loop -->
      <keyword>until</keyword>                 <!-- Exit from a 'do' command loop -->
    </context>
 
    <context id="Interrupts-and-Multi-Tasking" style-ref="multitask">
      <keyword>setint</keyword>                <!-- Set the input conditions which cause an interrupt -->
      <keyword>setintflags</keyword>           <!-- Specify the events which cause an interrupt -->
      <keyword>restart</keyword>               <!-- Restart a program task -->
      <keyword>resume</keyword>                <!-- Resume executing a suspended program task -->
      <keyword>suspend</keyword>               <!-- Suspend a program task -->
      <keyword>start[0-7]</keyword>            <!-- A procedure which runs in parallel mode -->
    </context>
 
    <context id="PICAXE-Variables" style-ref="pvariable">
      <keyword>symbol</keyword>                <!-- Give a name to a variable or number value -->
      <keyword>let</keyword>                   <!-- Perform a mathematical operation -->
      <keyword>inc</keyword>                   <!-- Increment a variable's value by one -->
      <keyword>dec</keyword>                   <!-- Decrement a variable's value by one -->
      <keyword>swap</keyword>                  <!-- Swap the values of two variables between each other -->
      <keyword>bcdtoascii</keyword>            <!-- Convert a BCD value to its ASCII (text) representation -->
      <keyword>bintoascii</keyword>            <!-- Convert a numeric value to its ASCII (text) representation -->
      <keyword>lookdown</keyword>              <!-- Find an item in a list of values -->
      <keyword>lookup</keyword>                <!-- Select an item value from a list -->
      <keyword>random</keyword>                <!-- Set a variable to a random value -->
      <keyword>clearbit</keyword>              <!-- Clear a bit within a variable -->
      <keyword>setbit</keyword>                <!-- Set a bit within a variable -->
      <keyword>togglebit</keyword>             <!-- Invert a bit within a variable -->
      <keyword>peek</keyword>                  <!-- Get a value from PICAXE memory -->
      <keyword>poke</keyword>                  <!-- Set a value in PICAXE memory -->
      <keyword>get</keyword>                   <!-- Get a value from scratchpad memory -->
      <keyword>put</keyword>                   <!-- Set a value in scratchpad memory -->
      <keyword>read</keyword>                  <!-- Read a value from internal data EEPROM -->
      <keyword>write</keyword>                 <!-- Set a value in internal data EEPROM -->
      <keyword>eeprom</keyword>                <!-- Specify values to be loaded to internal data EEPROM -->
      <keyword>readtable</keyword>             <!-- Get a value from the data table -->
      <keyword>table</keyword>                 <!-- Specify values for the data table -->
      <keyword>tablecopy</keyword>             <!-- Copy data table values into variables -->
    </context>
 
    <context id="Serial-RS232-Interfacing" style-ref="command">
      <keyword>debug</keyword>                 <!-- Update the debug display screen -->
      <keyword>sertxd</keyword>                <!-- Send serial data out through the Serial Out pin -->
      <keyword>serrxd</keyword>                <!-- Receive serial data through the Serial In pin -->
      <keyword>serin</keyword>                 <!-- Receive serial data through an input pin -->
      <keyword>serout</keyword>                <!-- Send serial data out through an output pin -->
      <keyword>hserin</keyword>                <!-- Receive serial data through the High-Speed Serial In pin -->
      <keyword>hserout</keyword>               <!-- Send serial data out through the High-Speed Serial Out pin -->
      <keyword>hsersetup</keyword>             <!-- Configure the High-Speed Serial interface -->
    </context>
 
    <context id="Advanced-Input-Output-Interfacing" style-ref="command">
      <keyword>hi2cin</keyword>                <!-- Read data from an I2C device -->
      <keyword>hi2cout</keyword>               <!-- Write data to an I2C device -->
      <keyword>hi2csetup</keyword>             <!-- Configure the I2C mode and the I2C bus -->
      <keyword>kbin</keyword>                  <!-- Read key press data from a PS/2 keyboard -->
      <keyword>kbled</keyword>                 <!-- Control the LEDs on a PS/2 keyboard -->
      <keyword>owin</keyword>                  <!-- Read data from a 1-wire device -->
      <keyword>owout</keyword>                 <!-- Write data to a 1-wire device -->
      <keyword>readowsn</keyword>              <!-- Read the serial number of a 1-wire device -->
      <keyword>hspiin</keyword>                <!-- Read data using the High-Speed SPI interface -->
      <keyword>hshin</keyword>                 <!-- Read data using the High-Speed SPI interface -->
      <keyword>shin</keyword>                  <!--  -->
      <keyword>hspiout</keyword>               <!-- Write data using the High-Speed SPI interface -->
      <keyword>hshout</keyword>                <!-- Write data using the High-Speed SPI interface -->
      <keyword>shout</keyword>                 <!--  -->
      <keyword>hspisetup</keyword>             <!-- Configure the High-Speed SPI interface -->
      <keyword>shiftin</keyword>               <!-- Read data from an SPI device -->
      <keyword>spiin</keyword>                 <!-- Read data from an SPI device -->
      <keyword>shiftout</keyword>              <!-- Write data to an SPI device -->
      <keyword>spiout</keyword>                <!-- Write data to an SPI device -->
      <keyword>srlatch</keyword>               <!-- Configure the hardware SR Latch -->
      <keyword>srreset</keyword>               <!-- Reset the hardware SR Latch -->
      <keyword>srset</keyword>                 <!-- Set the hardware SR Latch -->
      <keyword>uniin</keyword>                 <!-- Read data from a UNI/O device -->
      <keyword>uniout</keyword>                <!-- Write data to a UNI/O device -->
      <keyword>hpwm</keyword>                  <!-- Generate PWM output signals -->
      <keyword>hpwmduty</keyword>              <!-- Set the duty ratio of HPWM generated signals -->
      <keyword>keyin</keyword>                 <!-- Read key press data from a PS/2 keyboard -->
      <keyword>keyled</keyword>                <!-- Control the LEDs on a PS/2 keyboard -->
      <keyword>i2cslave</keyword>              <!-- Configure the I2C bus -->
      <keyword>i2cmaster</keyword>             <!--  -->
      <keyword>booti2c</keyword>               <!-- update the internal program by copying a new program from an external i2c EEPROM -->
      <keyword>readi2c</keyword>               <!-- Read data from an I2C device -->
      <keyword>i2cread</keyword>               <!-- Read data from an I2C device -->
      <keyword>writei2c</keyword>              <!-- Write data to an I2C device -->
      <keyword>i2cwrite</keyword>              <!-- Write data to an I2C device -->
      <keyword>ultra</keyword>                 <!-- Measure distance with SRF005 ultrasonic sensor -->
      <keyword>readowclk</keyword>             <!-- Read seconds from a DS2415 clock chip -->
      <keyword>resetowclk</keyword>            <!-- Reset seconds count to 0 on a DS2415 clock chip -->
      <keyword>readmem</keyword>               <!-- Read FLASH program memory byte data into variable -->
      <keyword>writemem</keyword>              <!-- Write FLASH program memory byte data into location -->
    </context>
 
    <context id="Advanced-Configuration" style-ref="command">
      <keyword>peeksfr</keyword>               <!-- Read data from an internal control register -->
      <keyword>pokesfr</keyword>               <!-- Write data to an internal control register -->
      <keyword>calibfreq</keyword>             <!-- Adjust the operating speed of the PICAXE -->
      <keyword>setfreq</keyword>               <!-- Set the operating speed of the PICAXE -->
      <keyword>disablebod</keyword>            <!-- Enable low-voltage operation -->
      <keyword>enablebod</keyword>             <!-- Disable low-voltage operation -->
      <keyword>readinternaltemp</keyword>      <!-- Read the internal temperature sensor -->
      <keyword>readfirmware</keyword>          <!-- Obtain PICAXE firmware information -->
      <keyword>readrevision</keyword>          <!-- Obtain the #revision details for a program slot -->
      <keyword>readsilicon</keyword>           <!-- Obtain information on the PICAXE chip type -->
      <keyword>adcconfig</keyword>             <!-- Configure analogue input operation -->
      <keyword>adcsetup</keyword>              <!-- Configure analogue input channels -->
      <keyword>calibadc</keyword>              <!-- Read the internal voltage reference value -->
      <keyword>calibadc10</keyword>            <!-- Read the internal voltage reference value with highest resolution -->
      <keyword>compsetup</keyword>             <!-- Configure analogue comparators -->
      <keyword>fvrsetup</keyword>              <!-- Configure the on-chip voltage reference -->
      <keyword>disconnect</keyword>            <!-- Prevent the PICAXE accepting program downloads -->
      <keyword>reconnect</keyword>             <!-- Enable the PICAXE to accept program downloads -->
      <keyword>hintsetup</keyword>             <!-- Configure hardware interrupt input pins -->
      <keyword>disabletime</keyword>           <!-- Prevent the elapsed time variable incrementing -->
      <keyword>enabletime</keyword>            <!-- Enable the elapsed time variable to increment -->
      <keyword>settimer</keyword>              <!-- Configure the internal timer -->
      <keyword>tmr3setup</keyword>             <!-- Configure internal Timer 3 -->
      <keyword>booti2c</keyword>               <!-- Copy external program slot to internal program memory -->
      <keyword>run</keyword>                   <!-- Run the program in another program slot -->
      <keyword>pop</keyword>                   <!-- Pop a byte from the stack -->
      <keyword>popram</keyword>                <!-- Pop variables from the RAM stack -->
      <keyword>push</keyword>                  <!-- Push a byte to the stack -->
      <keyword>pushram</keyword>               <!-- Push variables to the RAM stack -->
    </context>
 
    <context id="Directives" style-ref="directive">
      <start>
        |\#picaxe|                             <!-- Specify the PICAXE the program code is for -->
        |\#revision|                           <!-- Specify the revision number in a program slot -->
        |\#region|                             <!-- Define a code region -->
        |\#endregion|                          <!-- End a region -->
        |\#include|                            <!-- Include program code from another source file -->
        |\#terminal|                           <!-- Set Terminal display baud rate -->
        |\#preprocessor|                       <!-- [Pre-processor substitution constants] -->
        |\#com|                                <!-- Set the serial/USB COM port for downloading. -->
        |\#slot|                               <!-- Specify the program slot the program code will be downloaded into -->
        |\#error|                              <!-- Force a compilation error to be produced -->
        |\#freq|                               <!-- Specify the current operating speed of the PICAXE being downloaded into -->
        |\#undefine|                           <!-- Remove a name previously created with #define -->
        |\#define|                             <!-- Define a name to control conditional compilation -->
        |\#endmacro|                           <!-- End a macro -->
        |\#gosubs|                             <!-- Specify the number of GOSUBs allowed -->
        |\#endif|                              <!-- Terminate #ifdef and #ifndef commands -->
        |\#else|                               <!-- Alternative program code include for #ifdef and #ifndef directives -->
        |\#ifndef|                             <!-- Only include program code if a #define name is not defined -->
        |\#ifdef|                              <!-- Only include program code if a #define name is defined -->
        |\#if|                                 <!-- Only include program code if a #define value is defined -->
        |\#macro|                              <!-- Define a macro -->
        |\#no_data|                            <!-- Do not download data EEPROM values -->
        |\#no_debug|                           <!-- Disable debug commands in a program -->
        |\#no_end|                             <!-- Do not include a terminating 'end' command -->
        |\#no_table|                           <!-- Do not download data table values -->
        |\#rem|                                <!-- Treat subsequent program lines as comments -->
        |\#endrem|                             <!-- Terminate a previous #rem directive -->
        |\#simspeed|                           <!-- Set speed of simulation -->
        |\#simtask|                            <!-- Specify program task to simulate -->
        |\#sim|                                <!-- Specify simulation model to use -->
      </start>
      <end></end>
    </context>
 
    <context id="Mathematical-Functions" style-ref="variable">
      <keyword>max</keyword>                   <!-- limit value to a maximum value -->
      <keyword>min</keyword>                   <!-- limit value to a minimum value -->
      <keyword>and</keyword>                   <!-- (or &) bitwise AND -->
      <keyword>or</keyword>                    <!-- (or |) bitwise OR (typed as SHIFT + \ on UK keyboard) -->
      <keyword>xor</keyword>                   <!-- bitwise XOR (typed as SHIFT + 6 on UK keyboard) -->
      <keyword>nand</keyword>                  <!-- bitwise NAND -->
      <keyword>nor</keyword>                   <!-- bitwise NOR -->
      <keyword>andnot</keyword>                <!-- (or &/) bitwise AND NOT (NB this is not the same as NAND) -->
      <keyword>ornot</keyword>                 <!-- (or |/) bitwise OR NOT (NB this is not the same as NOR) -->
      <keyword>xnor</keyword>                  <!-- (or ^/) bitwise XOR NOT (same as XNOR) -->
      <keyword>xornot</keyword>                <!-- bitwise XOR NOT (same as XNOR) -->
      <keyword>not</keyword>                   <!-- inverts a value -->
      <keyword>sin</keyword>                   <!-- sine of angle (0 to 65535) in degrees (value * 100 is returned) -->
      <keyword>cos</keyword>                   <!-- cosine of angle in degrees (value * 100 is returned) -->
      <keyword>sqr</keyword>                   <!-- square root -->
      <keyword>inv</keyword>                   <!-- invert -->
      <keyword>ncd</keyword>                   <!-- encoder (2n power encoder) -->
      <keyword>dcd</keyword>                   <!-- decoder (2n power decoder) -->
      <keyword>bintobcd</keyword>              <!-- convert binary value to BCD -->
      <keyword>bcdtobin</keyword>              <!-- convert BCD value to binary -->
      <keyword>rev</keyword>                   <!-- reverse a number of bits -->
      <keyword>dig</keyword>                   <!-- return a BCD digit -->
      <keyword>nob</keyword>                   <!-- count number of set bits (X2 only) -->
      <keyword>atan</keyword>                  <!-- calculate the arctan of a value (result 0-45 degrees) (X2 only) -->
                                               <!-- (+) add -->
                                               <!-- (-) subtract -->
                                               <!-- (*) multiply (returns low word of result) -->
                                               <!-- (**) multiply (returns high word of result) -->
                                               <!-- (*/) multiply (returns middle word of result) -->
                                               <!-- (/) divide (returns quotient) -->
                                               <!-- (//) (or %) modulus divide (returns remainder) -->
                                               <!-- (<<) shift left -->
                                               <!-- (>>) shift right -->
    </context>
 
    <context id="Variables" style-ref="variable">
      <keyword>b[0-9]|b1[0-9]|b2[0-9]|b3[0-9]|b4[0-9]|b5[0-5]</keyword>
      <keyword>bit[0-9]|bit1[0-9]|bit2[0-9]|bit3[0-1]</keyword>
      <keyword>bptr|bptr[0-7]|bptrdec|bptrinc</keyword>
      <keyword>compflag|compvalue</keyword>
      <keyword>dir[0-7]|dira.[0-7]|dirb.[0-7]|dirc.[0-7]|dird.[0-7]|dirs|dirs[a-d]</keyword>
      <keyword>flag[0-9]|flag1[0-5]|flags|flagsh|flagsl</keyword>
      <keyword>hi2cflag|hi2clast</keyword>
      <keyword>hintflag|hint0flag|hint1flag|hint2flag</keyword>
      <keyword>hserflag|hserinflag|hserinptr|hserptr</keyword>
      <keyword>infra</keyword>
      <keyword>input[0-7]</keyword>
      <keyword>keyvalue</keyword>
      <keyword>outpin[0-7]|outpina.[07]|outpinb.[07]|outpinc.[07]|outpind.[07]|outpins|outpins[a-d]</keyword>
      <keyword>pin[0-7]|pina.[0-7]|pinb.[0-7]|pinc.[0-7]|pind.[0-7]|pins|pins[a-d]</keyword>
      <keyword>port</keyword>
      <keyword>ptr|ptr[0-9]|ptr1[0-5]|ptrh|ptrl|ptrdec|ptrinc</keyword>
      <keyword>s_w[0-7]</keyword>
      <keyword>task</keyword>
      <keyword>timer|timer3</keyword>
      <keyword>toflag</keyword>
      <keyword>trisc</keyword>
      <keyword>w[0-9]|w1[0-9]|w2[0-7]</keyword>
    </context>
 
    <context id="Constants" style-ref="constant">
      <keyword>cls|cr|lf</keyword>
      <keyword>a.[0-7]|b.[0-7]|c.[0-7]|d.[0-7]</keyword>
      <keyword>b300_4|b300_8|b300_16|b300_20|b300_32|b300_40|b300_64</keyword>
      <keyword>b600_4|b600_8|b600_16|b600_20|b600_32|b600_40|b600_64</keyword>
      <keyword>b1200_4|b1200_8|b1200_16|b1200_20|b1200_32|b1200_40|b1200_64</keyword>
      <keyword>b2400_4|b2400_8|b2400_16|b2400_20|b2400_32|b2400_40|b2400_64</keyword>
      <keyword>b4800_4|b4800_8|b4800_16|b4800_20|b4800_32|b4800_40|b4800_64</keyword>
      <keyword>b9600_4|b9600_8|b9600_16|b9600_20|b9600_32|b9600_40|b9600_64</keyword>
      <keyword>b14400_4|b14400_8|b14400_16|b14400_20|b14400_32|b14400_40|b14400_64</keyword>
      <keyword>b19200_4|b19200_8|b19200_16|b19200_20|b19200_32|b19200_40|b19200_64</keyword>
      <keyword>b28800_4|b28800_8|b28800_16|b28800_20|b28800_32|b28800_40|b28800_64</keyword>
      <keyword>b31250_4|b31250_8|b31250_16|b31250_20|b31250_32|b31250_40|b31250_64</keyword>
      <keyword>b38400_4|b38400_8|b38400_16|b38400_20|b38400_32|b38400_40|b38400_64</keyword>
      <keyword>b57600_4|b57600_8|b57600_16|b57600_20|b57600_32|b57600_40|b57600_64</keyword>
      <keyword>b76800_4|b76800_8|b76800_16|b76800_20|b76800_32|b76800_40|b76800_64</keyword>
      <keyword>b115200_4|b115200_8|b115200_16|b115200_20|b115200_32|b115200_40|b115200_64</keyword>
      <keyword>em4|em8|em16|em20|em32|em40|em64</keyword>
      <keyword>fvr1024|fvr2048|fvr4096</keyword>
      <keyword>i2cbyte|i2cword</keyword>
      <keyword>i2cfast|i2cfast4|i2cfast8|i2cfast16|i2cfast20|i2cfast32|>i2cfast40|i2cfast64</keyword>
      <keyword>i2cfast_4|i2cfast_8|i2cfast_16|i2cfast_20|i2cfast_32|i2cfast_40|i2cfast_64</keyword>
      <keyword>i2cslow|i2cslow4|i2cslow8|i2cslow16|i2cslow20|i2cslow32|i2cslow40|i2cslow64</keyword>
      <keyword>i2cslow_4|i2cslow_8|i2cslow_16|i2cslow_20|i2cslow_32|i2cslow_40|i2cslow_64</keyword>
      <keyword>it_raw_h|it_raw_l|it_5v0|it_4v5|it_3v5|it_4v0|it_3v3|it_3v0</keyword>
      <keyword>k31|k62|k125|k250|k500</keyword>
      <keyword>lsbfirst|lsbfirst_h|lsbfirst_l</keyword>
      <keyword>lsbpost|lsbpost_h|lsbpost_l</keyword>
      <keyword>lsbpre|lsbpre_h|lsbpre_l</keyword>
      <keyword>msbfirst|msbfirst_h|msbfirst_l</keyword>
      <keyword>msbpost|msbpost_h|msbpost_l</keyword>
      <keyword>msbpre|msbpre_h|msbpre_l</keyword>
      <keyword>m1|m2|m4|m8|m16|m32|m64</keyword>
      <keyword>n300|n300_4</keyword>
      <keyword>n600|n600_4|n600_8</keyword>
      <keyword>n1200|n1200_4|n1200_8</keyword>
      <keyword>n2400|n2400_4|n2400_8|n2400_16</keyword>
      <keyword>n4800|n4800_4|n4800_8|n4800_16|n4800_32</keyword>
      <keyword>n9600|n9600_8|n9600_16|n9600_32|n9600_64</keyword>
      <keyword>n19200|n19200_16|n19200_32|n19200_64</keyword>
      <keyword>n38400|n38400_32|n38400_64</keyword>
      <keyword>n76800|n76800_64</keyword>
      <keyword>output[0-7]</keyword>
      <keyword>ownoreset|owresetafter|owresetbefore|owresetboth|owresetfirst</keyword>
      <keyword>ownoreset_bit|owresetafter_bit|owresetbefore_bit|owresetboth_bit|owresetfirst_bit</keyword>
      <keyword>pwmfull_f|pwmfull_r|pwmhalf|pwmsingle|pwmhhhh|pwmhlhl|pwmlhlh|pwmllll</keyword>
      <keyword>s.[0-9]|s.1[0-3]|s.a[0-5]</keyword>
      <keyword>spifast|spimedium|spislow</keyword>
      <keyword>spimode00|spimode00e|spimode01|spimode01e|spimode10|spimode10e|spimode11|spimode11e</keyword>
      <keyword>t1s_4|t1s_8|t1s_16|t1s_20|t1s_32|t1s_40|t1s_64</keyword>
      <keyword>t300|t300_4</keyword>
      <keyword>t600|t600_4|t600_8</keyword>
      <keyword>t1200|t1200_4|t1200_8</keyword>
      <keyword>t2400|t2400_4|t2400_8|t2400_16</keyword>
      <keyword>t4800|t4800_4|t4800_8|t4800_16|t4800_32</keyword>
      <keyword>t9600|t9600_8|t9600_16|t9600_32|t9600_64</keyword>
      <keyword>t19200|t19200_16|t19200_32|t19200_64</keyword>
      <keyword>t38400|t38400_32|t38400_64</keyword>
      <keyword>t76800|t76800_64</keyword>
      <keyword>uni_crrd|uni_eral|uni_rdsr|uni_read|uni_setal|uni_wren|uni_wrdi|uni_write|uni_wrsr</keyword>
    </context>
 
    <context id="noch-unbekannt" style-ref="unbekannt">
      <keyword>vartoascii</keyword>            <!--  -->
      <keyword>call</keyword>                  <!--  -->
      <keyword>data</keyword>                  <!--  -->
      <keyword>pause_int</keyword>             <!--  -->
      <keyword>pot</keyword>                   <!--  -->
      <keyword>readpinsc</keyword>             <!--  -->
      <keyword>sensor</keyword>                <!--  -->
      <keyword>word</keyword>                  <!--  -->
      <keyword>clear</keyword>                 <!--  -->
      <keyword>is</keyword>                    <!--  -->
      <keyword>mod</keyword>                   <!--  -->
      <keyword>set</keyword>                   <!--  -->
    </context>
 
    <context id="picaxe">
      <include>
        <context ref="Line-Comments-1"/>
        <context ref="Line-Comments-2"/>
        <context ref="Line-Comments-3"/>
        <context ref="Block-Comments"/>
        <context ref="Strings"/>
        <context ref="IntNumbers"/>
        <context ref="HexNumbers"/>
        <context ref="BinNumbers"/>
        <context ref="Digital-Input-Output"/>
        <context ref="Analogue-Input-Output"/>
        <context ref="Time-Delays"/>
        <context ref="Program-Flow-Control"/>
        <context ref="Interrupts-and-Multi-Tasking"/>
        <context ref="PICAXE-Variables"/>
        <context ref="Serial-RS232-Interfacing"/>
        <context ref="Advanced-Input-Output-Interfacing"/>
        <context ref="Advanced-Configuration"/>
        <context ref="Directives"/>
        <context ref="Mathematical-Functions"/>
        <context ref="Variables"/>
        <context ref="Constants"/>
        <context ref="noch-unbekannt"/>
        <context ref="My-Keywords"/>
      </include>
    </context>
 
  </definitions>
 
</language>
 

<style-scheme name="PICAXE" id="picaxe" version="1.0">
 
  <author>Hermann Friedhoff</author>
  <description>PICAXE Farbschema</description>
 
<!--
 
 Author: Hermann Friedhoff <foto-schubser@arcor.de>
 Copyright (C) Hermann Friedhoff <foto-schubser@arcor.de>
 Start: 23.11.2014 Stand: 11.12.2014
 
 This library is free software; you can redistribute it and/or modify
 it under the terms of the GNU General Public License as published by
 the Free Software Foundation; either version 2 of the License, or
 (at your option) any later version.
 
 This program is distributed in the hope that it will be useful,
 but WITHOUT ANY WARRANTY; without even the implied warranty of
 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 GNU General Public License for more details.
 
 You should have received a copy of the GNU General Public License
 along with this program; if not, write to the Free Software
 Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
 
-->
 
<!-- Farben für einen PICAXE-Quelltext -->
 
  <color name="red"			value="#FF0000"/>
  <color name="green"			value="#00DD00"/>
  <color name="blue"			value="#0000FF"/>
  <color name="yellow"			value="#FFFF00"/>
  <color name="brown"			value="#AA0000"/>
  <color name="orange"			value="#FF8822"/>
  <color name="grey"			value="#808080"/>
  <color name="purple"			value="#A020F0"/>
  <color name="violet"			value="#6A5ACD"/>
  <color name="pink"			value="#FF00FF"/>
  <color name="cyan"			value="#008A8C"/>
  <color name="black"			value="#000000"/>
  <color name="white"			value="#FFFFFF"/>
  <color name="dark-green"		value="#00BB00"/>
  <color name="dark-yellow"		value="#FFF000"/>
  <color name="dark-grey"		value="#606060"/>
  <color name="test"			value="#AA0000"/>
 
<!-- Farben für einen PICAXE-Quelltext zuweisen -->
 
  <style name="picaxe:red"		foreground="red" />
  <style name="picaxe:green"		foreground="green" />
  <style name="picaxe:blue"		foreground="blue" />
  <style name="picaxe:yellow"		foreground="yellow" />
  <style name="picaxe:brown"		foreground="brown" />
  <style name="picaxe:orange"		foreground="orange" />
  <style name="picaxe:grey"		foreground="grey" />
  <style name="picaxe:purple"		foreground="purple" />
  <style name="picaxe:violet"		foreground="violet" />
  <style name="picaxe:pink"		foreground="pink" />
  <style name="picaxe:cyan"		foreground="cyan" />
  <style name="picaxe:black"		foreground="black" />
  <style name="picaxe:white"		foreground="white" />
  <style name="picaxe:dark-green"	foreground="dark-green" />
  <style name="picaxe:dark-yellow"	foreground="dark-yellow" />
  <style name="picaxe:dark-grey"	foreground="dark-grey" />
 
  <style name="picaxe:red-b"		foreground="red"		bold="true" />
  <style name="picaxe:green-b"		foreground="green"		bold="true" />
  <style name="picaxe:blue-b"		foreground="blue"		bold="true" />
  <style name="picaxe:yellow-b"		foreground="yellow"		bold="true" />
  <style name="picaxe:brown-b"		foreground="brown"		bold="true" />
  <style name="picaxe:orange-b"		foreground="orange"		bold="true" />
  <style name="picaxe:grey-b"		foreground="grey"		bold="true" />
  <style name="picaxe:purple-b"		foreground="purple"		bold="true" />
  <style name="picaxe:violet-b"		foreground="violet"		bold="true" />
  <style name="picaxe:pink-b"		foreground="pink"		bold="true" />
  <style name="picaxe:cyan-b"		foreground="cyan"		bold="true" />
  <style name="picaxe:black-b"		foreground="black"		bold="true" />
  <style name="picaxe:white-b"		foreground="white"		bold="true" />
  <style name="picaxe:dark-green-b"	foreground="dark-green" 	bold="true" />
  <style name="picaxe:dark-yellow-b"	foreground="dark-yellow"	bold="true" />
  <style name="picaxe:dark-grey-b"	foreground="dark-grey"		bold="true" />
 
<!-- Farben die schon für andere Texte vorhanden sind -->
 
  <style name="current-line"		background="#eeeeec" />
  <style name="draw-spaces"		foreground="#babdb6" />
  <style name="bracket-match"		foreground="#FFFFFF" background="#BEBEBE" bold="true" />
  <style name="bracket-mismatch"	foreground="#FFFFFF" background="#FF0000" bold="true" />
  <style name="right-margin"		foreground="#000000" background="#000000" />
  <style name="search-match"		background="#FFFF00" />
  <style name="def:comment"		foreground="#0000FF" />
  <style name="def:shebang"		foreground="#0000FF" bold="true" />
  <style name="def:doc-comment-element"	italic="true" />
  <style name="def:constant"		foreground="#FF00FF" />
  <style name="def:special-char"	foreground="#6A5ACD" />
  <style name="def:identifier"		foreground="#008A8C" />
  <style name="def:statement"		foreground="#A52A2A" bold="true" />
  <style name="def:type"		foreground="#2E8B57" bold="true" />
  <style name="def:preprocessor"	foreground="#A020F0" />
  <style name="def:error"		background="#FF0000" bold="true" />
  <style name="def:warning"		background="#FFFF00" />
  <style name="def:note"		foreground="#0000FF" background="#FFFF00" bold="true" />
  <style name="def:underlined"		italic="true" underline="true" />
  <style name="diff:added-line"		foreground="#008B8B" />
  <style name="diff:removed-line"	foreground="#6A5ACD" />
  <style name="diff:changed-line"	foreground="#A020F0" />
  <style name="diff:special-case"	foreground="#FF00FF" />
  <style name="diff:location"		foreground="#A52A2A" bold="true" />
  <style name="diff:diff-file"		foreground="#2E8B57" bold="true" />
  <style name="xml:tags"		foreground="#008A8C" />
  <style name="xml:attribute-name"	foreground="#6A5ACD" />
  <style name="xml:namespace"		foreground="#2E8B57" bold="true" />
  <style name="js:object"		foreground="#2E8B57" bold="true" />
  <style name="js:constructors"		foreground="#008B8B" />
  <style name="latex:display-math"	foreground="#6A5ACD" />
  <style name="latex:command"		foreground="#2E8B57" bold="true" />
  <style name="latex:include"		foreground="#A020F0" />
  <style name="sh:variable"		foreground="#6A5ACD" />
  <style name="Others"			foreground="#2E8B57" bold="true" />
  <style name="Others 2"		foreground="#008B8B" />
  <style name="Others 3"		foreground="#6A5ACD" />
 
</style-scheme>