BNF for X3DFieldParser.jj

TOKENS

//---------------------------------------------------------------------------
//  TOKENS declaration
//---------------------------------------------------------------------------

<DEFAULT> TOKEN : {
<NUMBER_LITERAL: ("-")? (".")? ["0"-"9"] (["0"-"9","a"-"f","A"-"F","x",".","+","-"])*>
| <STRING_LITERAL: "\"" (~["\"","\\"] | "\\" (["n","t","b","r","f","\\","\'","\""] | ["0"-"7"] (["0"-"7"])? | ["0"-"3"] ["0"-"7"] ["0"-"7"]))* "\"">
}

   
<DEFAULT> TOKEN : {
<LBRACKET: "[">
| <RBRACKET: "]">
}

   
<DEFAULT> TOKEN : {
<TRUE: "TRUE">
| <FALSE: "FALSE">
| <TRUE_L: "true">
| <FALSE_L: "false">
}

   
<*> SKIP : {
" "
| "\t"
| "\n"
| "\r"
| "\f"
| ","
}

   
<*> SPECIAL : {
<COMMENT: "#" (~["\n","\r"])* ("\n" | "\r" | "\r\n")>
}

NON-TERMINALS

/**
 * This does not use the other methods to do the field parsing. Instead, it
 * goes on the raw values that are presented and returns objects to represent
 * that. We look for either single values or multiple values. For any of these
 * we return a representative object. The return value could be one of these:
 * 
    
 * 
  • Boolean
 * 
  • Integer
 * 
  • Long
 * 
  • Float
 * 
  • String
 * 
  • boolean[]
 * 
  • int[]
 * 
  • long[]
 * 
  • float[]
 * 
  • String[]
 * 

 *
 * @param useInt A hint to use if this is a number field we are parsing to
 *    decide whether to parse number strings as an int or float for type
 *    checking. If expecting any other sort of field, has no effect.
 */
parseUnknownField ::= ( <TRUE> | <TRUE_L> | <FALSE> | <FALSE_L> | <NUMBER_LITERAL> | <STRING_LITERAL> | ( <LBRACKET> )? ( ( <TRUE> | <FALSE> )+ | ( <NUMBER_LITERAL> )+ | ( <STRING_LITERAL> )+ ) ( <RBRACKET> )? ( <EOF> )? ) 
/**
 * Parse an SFInt value. If there is more than one int value in the string it
 * will be ignored.
 */
SFInt32 ::= <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFInt32 value.
 * 
 * MFInt32 ::=
 *   "[" NUMBER_LITERAL* "]" |
 *   NUMBER_LITERAL*
 * 

 */
MFInt32 ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFLong value. If there is more than one long value in the string it
 * will be ignored.
 */
SFLong ::= <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFLong value.
 * 
 * MFLong ::=
 *   "[" NUMBER_LITERAL* "]" |
 *   NUMBER_LITERAL*
 * 

 */
MFLong ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFFloat value. If there is more than one float value in the string
 * it will be ignored.
 */
SFFloat ::= <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFFloat value.
 * 
 * MFFloat ::=
 *   "[" NUMBER_LITERAL* "]" |
 *   NUMBER_LITERAL*
 * 

 */
MFFloat ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFDouble value. If there is more than one double value in the string
 * it will be ignored.
 */
SFDouble ::= <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFDouble value.
 * 
 * MFDouble ::=
 *   "[" NUMBER_LITERAL* "]" |
 *   NUMBER_LITERAL*
 * 

 */
MFDouble ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFBool value. If there is more than one boolean value in the string
 * it will be ignored.
 */
SFBool ::= ( <TRUE> | <FALSE> ) ( <EOF> )? 
/**
 * Parse an SFBool value using lower case lettering, for XML field values. If
 * there is more than one boolean value in the string
 * it will be ignored.
 */
SFBoolLower ::= ( <TRUE_L> | <FALSE_L> | <TRUE> | <FALSE> ) ( <EOF> )? 
/**
 * Parse an MFBool value.
 * 
 * MFBool ::=
 *   "[" ("TRUE" | "FALSE")* "]" |
 *   ("TRUE" | "FALSE")*
 * 

 */
MFBool ::= ( <LBRACKET> )? ( <TRUE> | <FALSE> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an MFBool that is in lower case for XML parsing.
 * 
 * MFBool ::=
 *   "[" ("true" | "false")* "]" |
 *   ("true" | "false")*
 * 

 */
MFBoolLower ::= ( <LBRACKET> )? ( <TRUE_L> | <FALSE_L> | <TRUE> | <FALSE> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFString value. We really shouldn't need this, but it is here for
 * completeness.
 */
SFString ::= <STRING_LITERAL> ( <EOF> )? 
/**
 * Parse an MFString value.
 * 
 * MFString ::=
 *   "[" ( STRING_LITERAL)* "]" |
 *   (STRING_LITERAL)*
 * 

 */
MFString ::= ( <LBRACKET> )? ( <STRING_LITERAL> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFVec2f value. If there is more than one float value in the string
 * it will be ignored.
 */
SFVec2f ::= <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFVec2f value.
 * 
 * MFVec2f ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFVec2f ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFVec3f value. If there is more than one float value in the string
 * it will be ignored.
 */
SFVec3f ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFVec3f value.
 * 
 * MFVec3f ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFVec3f ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFVec2d value. If there is more than one double value in the string
 * it will be ignored.
 */
SFVec2d ::= <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFVec2d value.
 * 
 * MFVec2d ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFVec2d ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFVec3d value. If there is more than one double value in the string
 * it will be ignored.
 */
SFVec3d ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFVec3d value.
 * 
 * MFVec3d ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFVec3d ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFVec4f value. If there is more than one float value in the string
 * it will be ignored.
 */
SFVec4f ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFVec4f value.
 * 
 * MFVec4f ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFVec4f ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFVec4d value. If there is more than one double value in the string
 * it will be ignored.
 */
SFVec4d ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFVec4d value.
 * 
 * MFVec4d ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFVec4d ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFRotation value. If there is more than one float value in the string
 * it will be ignored.
 */
SFRotation ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFRotation value.
 * 
 * MFRotation ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFRotation ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFTime value. If there is more than one float value in the string
 * it will be ignored.
 */
SFTime ::= <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFTime value. In VRML97 MFTime are not legal field types. However,
 * we provide it here for completeness and that it might be used by VRML 3.0.
 * 
 * MFTime ::=
 *   "[" NUMBER_LITERAL* "]" |
 *   NUMBER_LITERAL*
 * 

 */
MFTime ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> )* ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFColor value. The color differs from the float value by being
 * clamped between 0 and 1. Any more than a single colour value is ignored.
 * 
 * SFColor ::=
 *   NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL
 * 

 */
SFColor ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFColor value. The color differs from the float value by being
 * clamped between 0 and 1.
 * 
 * MFColor ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFColor ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFImage value.
 * 
 * SFImage ::=
 *   NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL (NUMBER_LITERAL)*
 * 

 */
SFImage ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <NUMBER_LITERAL> )* ( <EOF> )? 
/**
 * Parse an MFImage value.
 * 
 * MFImage ::=
 *   NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL (NUMBER_LITERAL)*
 * 

 * Since we really don't have any control over the number of integers
 * here we just assume a single image and then parse the rest of the
 * integers as quickly as possible.
 */
MFImage ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <NUMBER_LITERAL> )* ( <EOF> )? 
/**
 * Parse an SFColorRGBA value. If there is more than one float value in the string
 * it will be ignored.
 * 
 * SFColorRGBA ::=
 *   NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL
 * 

 */
SFColorRGBA ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFColorRGBA value. The color differs from the float value by being
 * clamped between 0 and 1.
 * 
 * MFColor ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFColorRGBA ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFMatrix3f value. If there is more than one float value in the string
 * it will be ignored.
 */
SFMatrix3f ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFMatrix3f value.
 * 
 * MFMatrix3f ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFMatrix3f ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFMatrix3d value. If there is more than one double value in the string
 * it will be ignored.
 */
SFMatrix3d ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFMatrix3d value.
 * 
 * MFMatrix4d ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFMatrix3d ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFMatrix4f value. If there is more than one float value in the string
 * it will be ignored.
 */
SFMatrix4f ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFMatrix4f value.
 * 
 * MFMatrix4f ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFMatrix4f ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )? 
/**
 * Parse an SFMatrix4d value. If there is more than one double value in the string
 * it will be ignored.
 */
SFMatrix4d ::= <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> ( <EOF> )? 
/**
 * Parse an MFMatrix4d value.
 * 
 * MFMatrix4d ::=
 *   "[" (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)* "]" |
 *   (NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL NUMBER_LITERAL)*
 * 

 */
MFMatrix4d ::= ( <LBRACKET> )? ( <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> <NUMBER_LITERAL> )+ ( <RBRACKET> )? ( <EOF> )?