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####################
# Main structs #
####################
# loop()
snippet loop
loop()
{
${1}
}
# setup()
snippet setup
setup()
{
${1}
}
#####################
# Digital I/O #
#####################
# pinMode()
snippet pinM
pinMode(${1:/* pin */}, ${2:OUTPUT});${3}
# digitalWrite()
snippet diW
digitalWrite(${1:/* pin */}, ${2:HIGH});${3}
# digitalRead()
snippet diR
digitalRead(${1:/* pin */});${3}
#####################
# Analog I/O #
#####################
# analogReference()
snippet anRef
analogReference(${1:/* ref */});${2}
# analogRead()
snippet anR
analogRead(${1:/* pin */});${2}
# analogWrite()
snippet anW
analogWrite(${1:/* pin */}, ${2:/* value */});${3}
#####################
# Advanced I/O #
#####################
# tone()
snippet tone
tone(${1:/* pin */}, ${2:/* Frequency */});${3}
# noTone()
snippet noTone
noTone(${1:/* pin */});${2}
# shiftOut()
snippet shiftO
shiftOut(${1:/* data pin */}, ${2:/* clockPin */}, ${3:/* bit order */}, ${4:/* value */});${5}
# shiftIn()
snippet shiftI
shiftIn(${1:/* data pin */}, ${2:/* clockPin */}, ${3:/* bit order */});${4}
# pulseIn()
snippet pulI
pulseIn(${1:/* pin */}, ${2:/* value */});${3}
#######################
# Timing #
#######################
# delay()
snippet delay
delay(${1});${2}
# delayMicroseconds()
snippet delayMS
delayMicroseconds(${1});${2}
######################
# Bits and Bytes #
######################
# lowByte()
snippet lowB
lowByte(${1});${2}
# highByte()
snippet highB
highByte(${1});${2}
# bitRead()
snippet bR
bitRead(${1:/* number */}, ${2:/* bit to read */});${3}
# bitWrite()
snippet bW
bitWrite(${1:/* number */}, ${2:/* bit to write */}, ${3:/* value */});${4}
# bitSet()
snippet bS
bitSet(${1:/* number */}, ${2:/* bit to set */});${3}
# bitClear()
snippet bC
bitClear(${1:/* number */}, ${2:/* bit to clear */});${3}
#######################
# External Interrupts #
#######################
# attachInterrupt()
snippet aInter
attachInterrupt(${1:/* interrupt */}, ${2:/* function */}, ${3:/* mode */});${4}
# detachInterrupt()
snippet dInter
detachInterrupt(${1:/* interrupt */});${2}
#######################
# C snippets #
#######################
# Note : This part comes from the classic snipMate installation
# (c.snippets). I've just deleted the printf and fprintf snippets
# which are not useful with arduino.
# #include <...>
snippet inc
#include <${1:stdio}.h>${2}
# #include "..."
snippet Inc
#include "${1:`Filename("$1.h")`}"${2}
# #ifndef ... #define ... #endif
snippet Def
#ifndef $1
#define ${1:SYMBOL} ${2:value}
#endif${3}
snippet def
#define
snippet ifdef
#ifdef ${1:FOO}
${2:#define }
#endif
snippet #if
#if ${1:FOO}
${2}
#endif
# Header Include-Guard
# (the randomizer code is taken directly from TextMate; it could probably be
# cleaner, I don't know how to do it in vim script)
snippet once
#ifndef ${1:`toupper(Filename('', 'UNTITLED').'_'.system("/usr/bin/ruby -e 'print (rand * 2821109907455).round.to_s(36)'"))`}
#define $1
${2}
#endif /* end of include guard: $1 */
# If Condition
snippet if
if (${1:/* condition */}) {
${2:/* code */}
}
snippet el
else {
${1}
}
# Tertiary conditional
snippet t
${1:/* condition */} ? ${2:a} : ${3:b}
# Do While Loop
snippet do
do {
${2:/* code */}
} while (${1:/* condition */});
# While Loop
snippet wh
while (${1:/* condition */}) {
${2:/* code */}
}
# For Loop
snippet for
for (${2:i} = 0; $2 < ${1:count}; $2${3:++}) {
${4:/* code */}
}
# Custom For Loop
snippet forr
for (${1:i} = ${2:0}; ${3:$1 < 10}; $1${4:++}) {
${5:/* code */}
}
# Function
snippet fun
${1:void} ${2:function_name}(${3})
{
${4:/* code */}
}
# Function Declaration
snippet fund
${1:void} ${2:function_name}(${3});${4}
# Typedef
snippet td
typedef ${1:int} ${2:MyCustomType};${3}
# Struct
snippet st
struct ${1:`Filename('$1_t', 'name')`} {
${2:/* data */}
}${3: /* optional variable list */};${4}
# Typedef struct
snippet tds
typedef struct ${2:_$1 }{
${3:/* data */}
} ${1:`Filename('$1_t', 'name')`};
# Typdef enum
snippet tde
typedef enum {
${1:/* data */}
} ${2:foo};
snippet .
[${1}]${2}
snippet un
unsigned
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