ext_def:

ext_def ::= external_def

| ';'

| EOFTOK

| LINKAGE '{'

| '}'

| template

no referencestemplate:

template ::= 'template' '<' template_parm? ( ',' template_parm )* '>' template_def

referenced by: class_dcl ext_def template_def:

::= data_dcl

| att_fct_def

| fct_def

| fct_dcl

| class_dcl ';'

referenced by: template identifier:

::= ID

| qualified_tname

referenced by: template_parm external_def:

::= data_dcl

| att_fct_def

| fct_def

| fct_dcl

| 'asm' '(' STRING ')' ';'

referenced by: ext_def fct_dcl:

fct_dcl ::= decl ( '=' initializer )? ';'

referenced by: cl_mem external_def template_def att_fct_def:

::= type decl arg_dcl_list check_inline ( base_init block | EMPTY | NO_ID )

referenced by: cl_mem external_def statement template_def fct_def:

fct_def ::= decl arg_dcl_list check_inline ( base_init block | EMPTY | NO_ID )

referenced by: cl_mem external_def template_def inline_fct_def:

::= FDEF base_init block

referenced by: class_dcl check_inline:

::=

referenced by: att_fct_def fct_def base_init:

::= ( ':' binit ( ',' binit )* )?

referenced by: att_fct_def fct_def inline_fct_def binit:

binit ::= ttag? '(' elist ')'

referenced by: base_init arg_dcl_list:

::= data_dcl*

referenced by: att_fct_def fct_def dl:

dl ::= decl ( '=' initializer )?

| ID? ':' e

referenced by: data_dcl data_dcl:

data_dcl ::= type ( dl ( ',' dl )* )? ';'

referenced by: arg_dcl_list cl_mem external_def statement template_def tname:

tname ::= qualified_tname ( '<' temp_inst_parms '>' )?

| NAME '<' temp_inst_parms '>'

referenced by: c_type decl term_elist tp ttag type tp:

tp ::= TYPE

| LINKAGE

| tname

| tn_list? DECL_MARKER

| class_dcl

| enum_dcl

referenced by: type type:

type ::= tp ( TYPE | tname | class_dcl | enum_dcl | DECL_MARKER )*

referenced by: arg_type att_fct_def cast_type data_dcl exception_type new_type new_type2 template_parm temp_inst_parms:

temp_inst_parms

::= temp_inst_parm ( ',' temp_inst_parm )*

referenced by: class_dcl class_head ptname tname new_decl2:

::= ( '(' new_decl2 ')' | ptr new_decl2 | new_decl2 ( arg_list | vec ) )?

referenced by: new_decl2 new_type2 new_type2:

::= type new_decl2

referenced by: temp_inst_parm temp_inst_parm:

::= new_type2

| e

referenced by: temp_inst_parms enumtag:

enumtag ::= tag

| tn_list? DECL_MARKER

referenced by: enum_dcl enum_dcl:

enum_dcl ::= 'enum' ( '{' moe_list '}' | enumtag ( '{' moe_list '}' )? )

referenced by: tp type moe_list:

moe_list ::= moe ( ',' moe )*

referenced by: enum_dcl template_parm:

::= AGGR identifier

| type formal_decl

referenced by: template formal_decl:

::= ID

| ptr formal_decl

| formal_decl ( vec | arg_list )

| '(' formal_decl ')'

referenced by: formal_decl template_parm moe:

moe ::= ( ID ( '=' e )? )?

referenced by: moe_list class_dcl:

::= class_head ( cl_mem | template )* '}' inline_fct_def*

| AGGR ( tag | qualified_tname '<' temp_inst_parms '>' | DECL_MARKER )

referenced by: template_def tp type base_list:

::= ( ':' base_unit ( ',' base_unit )* )?

referenced by: class_head base_unit:

::= ( PR TYPE? | TYPE PR? )? ttag

referenced by: base_list class_head:

::= AGGR ( ( tag | qualified_tname '<' temp_inst_parms '>' ) base_list )? '{'

referenced by: class_dcl tag:

tag ::= ID

| qualified_tname

referenced by: class_dcl class_head dtorspec enumtag fct_attributes term ttag:

ttag ::= ID

| tname

referenced by: base_unit binit cl_mem:

cl_mem ::= data_dcl

| ( att_fct_def | fct_def ) ';'?

| fct_dcl

| PR ':'

| scope_qualifiers fname ';'

referenced by: class_dcl fname:

fname ::= ID

| '~' TNAME

| 'operator' ( oper | c_type )

referenced by: cl_mem decl oper:

oper ::= '+'

| '-'

| '*'

| '&'

| '|'

| '^'

| SHIFTOP

| '=='

| '/'

| RELOP

| '<'

| '>'

| '&&'

| '||'

| '(' ')'

| '[' ']'

| '!'

| '~'

| ICOP

| ASOP

| '='

| ( 'new' | 'delete' ) ( '[' ']' )?

| REF

| ','

| REFMUL

referenced by: fname prim scope_qualifiers:

scope_qualifiers

::= tn_list

referenced by: cl_mem decl term tn_list:

tn_list ::= tscope+

referenced by: dtorspec enumtag qualified_tname scope_qualifiers term tp qualified_tname:

qualified_tname

::= tn_list? TNAME

referenced by: arg_decl class_dcl class_head identifier tag tname fct_attributes:

::= ( TYPE | 'throw' '(' tag ( ',' tag )* ')' )*

referenced by: arg_list decl decl:

decl ::= decl ( arg_list | '(' ( ')' fct_attributes | elist ')' ) | vec )

| tname ( arg_list | '(' ( ( ( '*' | '&' ) ID | MEMPTR decl ) ')' arg_list | elist ')' | ')' fct_attributes ) | vec )

| scope_qualifiers? ( ID '.' )? fname

| ptr ( decl | tname )

| '(' decl ')'

referenced by: att_fct_def decl dl fct_dcl fct_def arg_decl:

arg_decl ::= ( ID | ptr ( qualified_tname | arg_decl ) | arg_decl ( vec | arg_list ) | '(' arg_decl ')' )?

referenced by: arg_decl arg_type exception_type new_decl:

new_decl ::= ( ptr new_decl | new_decl vec )?

referenced by: new_decl new_type cast_decl:

::= ( ptr cast_decl | cast_decl vec | '(' cast_decl ')' ( arg_list | vec ) )?

referenced by: cast_decl cast_type caselab_stmt:

::= caselablist statement

referenced by: block simple statement caselablist:

::=

referenced by: caselab_stmt condition:

::= '(' e ')'

referenced by: simple statement block:

block ::= '{' ( 'template' | caselab_stmt )* '}'

referenced by: att_fct_def fct_def handler inline_fct_def statement simple:

simple ::= ee

| 'break'

| 'continue'

| 'goto' ID

| 'do' caselab_stmt 'while' condition

| 'asm' '(' STRING ')'

referenced by: statement statement:

::= ( simple | 'return' e )? ';'

| ( TYPE STRING )? block

| data_dcl

| att_fct_def

| ( 'if' condition ( caselab_stmt 'else' )? | ( 'while' | 'switch' ) condition | 'for' '(' caselab_stmt e ';' e ')' | ( ID | TNAME | 'case' e | 'default' ) ':' ) caselab_stmt

| 'try' block handler*

referenced by: caselab_stmt handler:

handler ::= 'catch' exception_type block

referenced by: statement exception_type:

::= '(' ( type arg_decl | '...' ) ')'

referenced by: handler elist:

elist ::= initializer ( ',' initializer )*

referenced by: binit decl initializer term_elist initializer:

::= e

| '{' elist '}'

referenced by: arg_type dl elist fct_dcl ee:

ee ::= ee ( '=' | '+' | '-' | '*' | '&' | '|' | '^' | SHIFTOP | '==' | '/' | RELOP | '>' | '<' | '&&' | '||' | ASOP | ',' | '?' ee ':' | REFMUL ) ee

| ( MEM? 'delete' ( '[' e ']' )? | 'throw' )? term

referenced by: ee simple e:

e ::= ( e ( '=' | '+' | '-' | '*' | '&' | '|' | '^' | SHIFTOP | '==' | '/' | RELOP | '<' | '>' | '&&' | '||' | ASOP | ',' | '?' e ':' | REFMUL ) e | ( MEM? 'delete' ( '[' e ']' )? | 'throw' )? term )?

referenced by: condition dl e ee initializer moe statement temp_inst_parm term vec term:

term ::= MEM? 'new' ( cast_type | new_type )

| term ( ICOP | '[' e ']' | ( REF | '.' ) ( prim | ( MEMQ | scope_qualifiers ) ( prim | TNAME ) | dtorspec ) )

| ( cast_type | '*' | '&' | '-' | '+' | '!' | '~' | ICOP ) term

| 'sizeof' ( term | cast_type )

| scope_qualifiers? prim

| tn_list '~' ( tag | TYPE )

| term_elist

| '(' e ')'

| ZERO

| ICON

| FCON

| STRING

| CCON

| 'this'

referenced by: e ee term term_elist dtorspec:

dtorspec ::= ( MEMQ | tn_list )? '~' ( tag | TYPE )

| TYPE MEM '~' ( TYPE | tag )

referenced by: term term_elist:

::= ( TYPE | tname | term ) '(' elist ')'

| MEM? 'new' '(' elist ')' ( cast_type | new_type )

referenced by: term ptname:

ptname ::= PTNAME '<' temp_inst_parms '>'

referenced by: ptr tscope tscope:

tscope ::= ptname? '::'

| MEM

referenced by: tn_list prim:

prim ::= ID

| 'operator' ( oper | c_type )

referenced by: term cast_type:

::= '(' type cast_decl ')'

referenced by: term term_elist c_type:

c_type ::= ( TYPE | tname )+ ptr*

referenced by: fname prim new_type:

new_type ::= type new_decl

referenced by: term term_elist arg_type:

arg_type ::= type arg_decl ( '=' initializer )?

referenced by: at arg_list:

arg_list ::= '(' at ( ',' at )* ellipsis_opt ')' fct_attributes

referenced by: arg_decl cast_decl decl formal_decl new_decl2 at:

at ::= arg_type?

referenced by: arg_list ellipsis_opt:

::= ( ','? '...' )?

referenced by: arg_list ptr:

ptr ::= ( '*' | '&' | ptname? MEMPTR ) TYPE? TYPE*

referenced by: arg_decl c_type cast_decl decl formal_decl new_decl new_decl2 vec:

vec ::= '[' e ']'

| '!'

referenced by: arg_decl cast_decl decl formal_decl new_decl new_decl2 SHIFTOP:

SHIFTOP ::= '<<'

| '>>'

referenced by: e ee oper ... generated by RR - Railroad Diagram Generator