LL (1) grammar

The grammar is as follows:

<program>-><external_declaration> | <program> <external_declaration>

<external_declaration>-><function_definition> | <declaration>

<function_definition>-><type_specifier> <declarator> <compound_statement>

<type_specifier>->void | char | int | Float

<declarator>-><pointer direct_declarator> | <direct_declarator>

<Pointer>-> ' * ' | ' * ' pointer

<direct_declarator>-><IDENTIFIER> |<direct_declarator ' ['] ' >
|<direct_declarator ' [' constant_expression '] ' >
| <identifier ' (' parameter_list ') ' >
| <identifier ' (') ' >|<direct_declarator ', ' identifier_list>

<identifier_list>-><: identifier>| <identifier_list ', ' identifier>

<constant_expression>-><conditional_expression>

<parameter_list>-><parameter_declaration>| <parameter_list> < ', ' > <parameter_declaration>

<parameter_declaration>-><declaration_specifiers><IDENTIFIER>

<compound_statement>->< ' {' < > '} ' > | < ' {' ><statement_list>< '} ' >| < ' {' ><declaration_list statement_list >< '} '

<declaration_list>-><declaration>| <declaration_list><declaration>

<declaration>-><init_declarator>| <init_declarator_list>< ', ' > <init_declarator>

<init_declarator>-><declarator>| <declarator> < ' = ' > <initializer>

<initializer >-><assignment_expression>| < ' {' >< initializer_list>< '}> ' |< ' {' >< initializer_list>< ', ' > < '} ' >

<initializer_program_list>-><initializer_program>| <initializer_program_list>< ', ' > <initializer_program>

<statement_list>-><statement>| <statement_list> <statement>

<statement >->| <compound_statement> | <expression_statement> | <selection_statement> | <iteration_statement> | <jump_statement>

<expression_statement> < '; ' > | <expression>< '; ' >

<selection_statement> <:>< if>< ' (' >< expression >< ') ' > <statement>
| <if> < ' (' >< expression >< ') ' > <statement><else> <statement>

<iteration_statement>-><while>< ' (' >< expression >< ') ' >< statement>
| <for> < ' (' >< expression_statement>< expression_statement>< ') ' >< statement>
| <for> < ' (' >< expression_statement>< expression_statement>< expression >< ') ' > < statement>

<jump_statement>-> | continue< '; ' > | break< '; ' > | RETURN < '; ' > | RETURN <expression> < '; ' >

<expression>-> <: ><assignment_expression> | <expression> < ', ' > <assignment_expression>

<assignment_expression>-><conditional_expression>| <unary_expression>< assignment_operator>< assignment_expression>

<conditional_expression >-> <logical_or_expression>
| <logical_or_expression>< '? ' >< expression >< ': ' >< conditional_expression>

<logical_or_expression >->< logical_and_expression> | <logical_or_expression> Or_op <logical_and_expression>

<logical_and_expression> <:>< inclusive_or_expression> | <logical_and_expression> And_op <inclusive_or_expression>

<inclusive_or_expression>-> <exclusive_or_expression> | <inclusive_or_expression >< ' > | < ' > <exclusive_or_expression>

<exclusive_or_expression>-><:> <and_expression>| <exclusive_or_expression> < ' ><^ ' > <and_expression>

<and_expression>-> <:>< equality_expression> | <and_expression >< ' ><&>< ' >< equality_expression>

<equality_expression>-><:>< relational_expression> | <equality_expression >eq_op <relational_expression> | <equality_expression> Ne_op <relational_expression>

<relational_expression><:> <shift_expression> | <relational_expression> < ' ><<>< ' > <shift_expression>

| <relational_expression ' > ' shift_expression>| <relational_expression Le_op shift_expression>| <relational_expression Ge_op shift_expression>

<shift_expression>-> <:>< additive_expression> | <shift_expression Left_op additive_expression> | <shift_expression Right_op additive_expression>

<additive_expression>-><:> <multiplicative_expression>
| <additive_expression> < ' + ' > <multiplicative_expression>
| <additive_expression> < '-' > <multiplicative_expression>

<multiplicative_expression> <:> <cast_expression>
| <multiplicative_expression> < ' * ' > <cast_expression>
| <multiplicative_expression> < '/' > <cast_expression>
| <multiplicative_expression> < '% ' > <cast_expression>

<cast_expression>-><:>< unary_expression> | < ' (' >< type_name >< ') ' >< cast_expression>

<unary_expression>-><:> <postfix_expression>
| <inc_op unary_expression>
| <dec_op unary_expression>
| <unary_operator>< cast_expression>
| <sizeof unary_expression>
| <SIZEOF> ' (' >< type_name >< ') ' >

<postfix_expression >-><:> <primary_expression>
|< postfix_expression> < ' [' >< expression >< '] ' >
| <postfix_expression >< ' (' >< ') ' >
| <postfix_expression ' (' argument_expression_list ') ' >
| <postfix_expression '. ' Identifier>
| <postfix_expression Ptr_op identifier>
| <postfix_expression inc_op>
| <postfix_expression dec_op>

<primary_expression>->identifier | CONSTANT | string_literal | < ' (' >< expression >< ') ' >

<argument_expression_list>-> <:>< assignment_expression> | <argument_expression_list> < ', ' > <assignment_expression>

<unary_operator>-> <:>< ' & ' > | < ' * ' > | < ' + ' > | < '-' >| < ' ~ ' > | < '! ' >

<storage_class_specifier >-> TYPEDEF | EXTERN | STATIC | AUTO | REGISTER

<struct_or_union_specifier>-><:>< struct_or_union identifier>< ' {' >< struct_ declaration_list>< '} ' >
| <struct_or_union >< ' {' ><struct_declaration_list>< '} ' >
| <struct_or_union> IDENTIFIER

<struct_or_union>-> <: >struct | UNION

<struct_declaration_list> <:>< struct_declaration> | <struct_declaration_list ><struct_declaration>

<struct_declaration>-><:>< specifier_qualifier_list>< struct_declarator_list>< '; ' >

<specifier_qualifier_list >-> < type_specifier>< specifier_qualifier_list>
| <type_specifier>
| <type_qualifier ><specifier_qualifier_list>
| <type_qualifier>

<struct_declarator_list>-><struct_declarator>
| <struct_declarator_list>< ', ' >< struct_declarator>

<struct_declarator>-> <:>< declarator> |< ': ' >< constant_expression>
| <declarator >< ': ' > <constant_expression>

<enum_specifier >-> < enum ' {' Enumerator_list '} ' >
| <enum IDENTIFIER ' {' enumerator_list '} ' >
| ENUM IDENTIFIER

<enumerator_list >-> Enumerator | Enumerator_list < ', ' > Enumerator

<enumerator >->identifier | IDENTIFIER < ' = ' > <constant_expression>

<type_qualifier >->const | VOLATILE

<type_qualifier_list>-> <type_qualifier> | <type_qualifier_list> <type_qualifier>

<parameter_type_list>-> <parameter_list> | <parameter_list >< ', ' > Ellipsis

<parameter_list>-> <:>< parameter_declaration> | <parameter_list>< ', ' >< parameter_declaration>

<type_name>->< specifier_qualifier_list> | <specifier_qualifier_list>< abstract_declarator>

<abstract_declarator>-> pointer | <direct_abstract_declarator> | <pointer direct_abstract_declarator>

LL (1) grammar