pascalabcnet/VisualPlugins/LanguageConverter/Rules_CS.txt

@namespace :: 
$namespace name *BlockBegin *BlockBody 
${ *BlockBegin *BlockBody *BlockBody
 $public $class name *BlockBegin *BlockBody
 ${ *BlockBegin
 body
 *BlockEnd *BlockBody $}
 *BlockEnd *BlockBody $}

@class :: 
access_modifier_type $class name *BlockBegin *BlockBody 
${
 *BlockBegin
 body 
 *BlockEnd
 *BlockBody $} 

@struct :: 
access_modifier_type $struct name *BlockBegin *BlockBody 
${
  *BlockBegin
 body 
 *BlockEnd
 *BlockBody $}

@function :: 
$public $static type name $( parameters $) *BlockBegin *BlockBody 
${
 *BlockBegin 
 body 
 *BlockEnd
 *BlockBody $}

@return :: 
$return expr

@array_indexing :: 
expr $[ expr $]

@function_call :: 
name $( parameters $)

@comp_method_call ::  
obj_name $. name $( parameters $)

@comp_stat_method_call ::  
name $( parameters $)

@comm_stat_method_call ::  
type $. name $( parameters $)

@type_of :: 
$typeof $( type $)

@if :: 
$if $( parameters $)
 *BlockBegin *BlockBody 
${
 ${
  *BlockBegin
 body 
 *BlockEnd
 *BlockBody $}

@for :: 
$for $( body $)
 *BlockBegin *BlockBody 
${
 ${
  *BlockBegin
 body 
 *BlockEnd
 *BlockBody $}

@while :: 
$while $( body $)
 *BlockBegin *BlockBody 
${
 ${
  *BlockBegin
 body 
 *BlockEnd
 *BlockBody $}

@repeat :: 
$do
 *BlockBegin *BlockBody 
${
${
  *BlockBegin
 body 
 *BlockEnd
 *BlockBody $}
 $while $( parameters $)

@namespace_var :: 
$public $static type name

@var :: 
type name

@var_init :: 
type name $= body

@const :: 
$public $const type name

@statements :: 
body

@statements_nested :: *BlockBegin *BlockBody 
${
 *BlockBegin
 body 
 *BlockEnd 
 *BlockBody $}

@binop_assign :: 
expr $= expr

@binop_add :: 
expr $+ expr

@binop_subtract :: 
expr $- expr

@binop_mult :: 
expr $* expr

@binop_div :: 
expr $/ expr

@unop_plus :: 
$+ expr

@unop_minus :: 
$- expr

@binop_mod :: 
expr $% expr

@binop_eq :: 
expr $== expr

@binop_gr :: 
expr $> expr

@binop_sm :: 
expr $< expr

@binop_greq :: 
expr $>= expr

@binop_smeq :: 
expr $<= expr

@binop_and :: 
expr $&& expr

@binop_or :: 
expr $|| expr

@binop_xor :: 
expr $^ expr

@unop_inc :: 
$++ expr

@unop_dec :: 
$-- expr

@unop_unmin :: 
$- $( expr $)

@unop_not :: 
$not expr

@binop_shl :: 
expr $<< expr

@binop_shr :: 
expr $>> expr