VhdlParser

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byucc.edif.libraries.xilinx
Class VhdlParser

java.lang.Object
  byucc.edif.libraries.xilinx.VhdlParser

All Implemented Interfaces:: VhdlParserConstants, VhdlParserTreeConstants

public class VhdlParser
extends java.lang.Object
implements VhdlParserTreeConstants, VhdlParserConstants

Nested Class Summary
`(package private) static class`	`VhdlParser.JJCalls`
`private static class`	`VhdlParser.LookaheadSuccess`

Field Summary
`(package private) static ErrorHandler`	`errs`
`private static VhdlParser.JJCalls[]`	`jj_2_rtns`
`private static int`	`jj_endpos`
`private static java.util.Vector`	`jj_expentries`
`private static int[]`	`jj_expentry`
`private static int`	`jj_gc`
`private static int`	`jj_gen`
`private static boolean`	`jj_initialized_once`
`(package private) static SimpleCharStream`	`jj_input_stream`
`private static int`	`jj_kind`
`private static int`	`jj_la`
`private static int[]`	`jj_la1`
`private static int[]`	`jj_la1_0`
`private static int[]`	`jj_la1_1`
`private static int[]`	`jj_la1_2`
`private static int[]`	`jj_la1_3`
`private static int[]`	`jj_la1_4`
`private static int[]`	`jj_la1_5`
`private static Token`	`jj_lastpos`
`private static int[]`	`jj_lasttokens`
`private static VhdlParser.LookaheadSuccess`	`jj_ls`
`static Token`	`jj_nt`
`private static int`	`jj_ntk`
`private static boolean`	`jj_rescan`
`private static Token`	`jj_scanpos`
`private static boolean`	`jj_semLA`
`protected static JJTVhdlParserState`	`jjtree`
`static boolean`	`lookingAhead`
`static Token`	`token`
`static VhdlParserTokenManager`	`token_source`

Fields inherited from interface byucc.edif.libraries.xilinx.VhdlParserTreeConstants

JJTABSTRACT_LITERAL, JJTARCHITECTURE_BODY, JJTBOUND_EXPR, JJTCOMP_DECL, JJTDESIGN_FILE, JJTDIRECTION, JJTENTITY_DECLARATION, JJTFACTOR, JJTIDENTIFIER, JJTIDENTIFIER_LIST, JJTMODE, jjtNodeName, JJTPORT_CLAUSE, JJTPROCESS_STATEMENT, JJTRANGE, JJTRELATION, JJTSHIFT_EXPRESSION, JJTSIGNAL_INTERFACE_DECL, JJTSIMPLE_EXPRESSION, JJTSUBTYPE, JJTTERM, JJTVOID

Fields inherited from interface byucc.edif.libraries.xilinx.VhdlParserConstants

ABS, ACCESS, ACROSS, ADD, AFTER, ALIAS, ALL, AND, ARCHITECTURE, ARRAY, ASSERT, ATTRIBUTE, base, base_specifier, based_integer, based_literal, basic_character, basic_graphic_character, basic_identifier, BEGIN, bit_string_literal, bit_value, BLOCK, BODY, BREAK, BUFFER, BUS, CASE, character_literal, COMMENT, COMPONENT, CONCAT, CONFIGURATION, CONSTANT, decimal_literal, DEFAULT, digit, DISCONNECT, DIV, DOWNTO, ELSE, ELSIF, END, ENTITY, EOF, EQ, EXIT, EXP, exponent, extended_digit, extended_identifier, FILE, FOR, format_effector, FUNCTION, GE, GENERATE, GENERIC, graphic_character, GROUP, GT, GUARDED, IF, IMPURE, IN, INERTIAL, INOUT, integer, IS, LABEL, LE, letter, letter_or_digit, LIBRARY, LINKAGE, LITERAL, LO, LOOP, lower_case_letter, MAP, MOD, MUL, NAND, NATURE, NEQ, NEW, NEXT, NOISE, NOR, NOT, NULL, OF, ON, OPEN, OR, other_special_character, OTHERS, OUT, PACKAGE, PORT, POSTPONED, PROCEDURAL, PROCEDURE, PROCESS, PURE, QUANTITY, RANGE, RECORD, REGISTER, REJECT, REM, REPORT, RETURN, ROL, ROR, SELECT, SEMICOLON, SEVERITY, SHARED, SIGNAL, SLA, SLL, special_character, SPECTRUM, SRA, SRL, string_literal, SUB, SUBNATURE, SUBTYPE, TERMINAL, THEN, THROUGH, TO, tokenImage, TOLERANCE, TRANSPORT, TYPE, UNAFFECTED, underline, UNITS, UNTIL, upper_case_letter, USE, VARIABLE, WAIT, WHEN, WHILE, WITH, XNOR, XOR

Constructor Summary
`VhdlParser(java.io.InputStream stream)`
`VhdlParser(java.io.Reader stream)`
`VhdlParser(VhdlParserTokenManager tm)`

Method Summary
`static void`	`abstract_literal()`
`static void`	`access_type_definition()`
`static void`	`across_aspect()` 1076.1 extension:
`static void`	`actual_designator()`
`static void`	`actual_parameter_part()`
`static void`	`actual_part()`
`static int`	`adding_operator()`
`static void`	`aggregate()`
`static void`	`alias_declaration()`
`static void`	`alias_designator()`
`static void`	`allocator()`
`static void`	`architecture_body()`
`static void`	`architecture_declarative_part()`
`static void`	`architecture_identifier()`
`static void`	`architecture_name()`
`static void`	`architecture_simple_name()`
`static void`	`architecture_statement_part()`
`static void`	`architecture_statement()` This rule also contains the concurrent statements.
`static void`	`array_nature_definition()` 1076.1 extension:
`static void`	`array_type_definition()`
`static void`	`assertion_statement()`
`static void`	`assertion()`
`static void`	`association_element()`
`static void`	`association_list()`
`static void`	`attribute_declaration()`
`static void`	`attribute_designator()`
`static void`	`attribute_name()`
`static void`	`attribute_simple_name()`
`static void`	`attribute_specification()`
`static void`	`base_unit_declaration()`
`static void`	`binding_indication()`
`static void`	`block_configuration()`
`static void`	`block_declarative_item()`
`static void`	`block_declarative_part()`
`static void`	`block_header()`
`static void`	`block_label()`
`static void`	`block_specification()`
`static void`	`block_statement_label()`
`static void`	`block_statement_part()`
`static void`	`block_statement()`
`static void`	`boolean_expression()`
`static void`	`branch_quantity_declaration()` 1076.1 extension:
`static void`	`break_element()` 1076.1 extension:
`static void`	`break_list()` 1076.1 extension:
`static void`	`break_statement()` Section 8.14: Break statement 1076.1 extension:
`static void`	`case_label()`
`static void`	`case_statement_alternative()`
`static void`	`case_statement()`
`static void`	`choice()`
`static void`	`choices()`
`static void`	`component_configuration()`
`static void`	`component_declaration()`
`static void`	`component_instantiation_statement()`
`static void`	`component_name()`
`static void`	`component_simple_name()`
`static void`	`component_specification()`
`static void`	`composite_nature_definition()`
`static void`	`composite_type_definition()`
`static void`	`concurrent_assertion_statement()`
`static void`	`concurrent_break_statement()` 1076.1 extension:
`static void`	`concurrent_procedure_call_statement()`
`static void`	`concurrent_signal_assignment_statement()`
`static void`	`condition_clause()`
`static void`	`condition()`
`static void`	`conditional_signal_assignment()`
`static void`	`conditional_waveforms()`
`static void`	`configuration_declaration()`
`static void`	`configuration_declarative_item()`
`static void`	`configuration_declarative_part()`
`static void`	`configuration_item()`
`static void`	`configuration_name()`
`static void`	`configuration_simple_name()`
`static void`	`configuration_specification()`
`static void`	`constant_declaration()`
`static void`	`constrained_array_definition()`
`static void`	`constrained_nature_definition()` 1076.1 extension:
`static void`	`constraint()`
`static void`	`context_clause()`
`static void`	`context_item()`
`static void`	`delay_mechanism()`
`static ASTdesign_file`	`design_file()`
`static void`	`design_unit()`
`static void`	`designator()`
`static void`	`direction()`
`static void`	`disable_tracing()`
`static void`	`disconnection_specification()`
`static void`	`discrete_range()`
`static void`	`discrete_subtype_indication()`
`static void`	`element_association()`
`static void`	`element_declaration()`
`static void`	`element_simple_name()`
`static void`	`element_subnature_definition()` 1076.1 extension:
`static void`	`element_subtype_definition()`
`static void`	`element_subtype_indication()`
`static void`	`enable_tracing()`
`static void`	`entity_aspect()`
`static void`	`entity_class_entry_list()`
`static void`	`entity_class_entry()`
`static int`	`entity_class()` Section 5: Specifications
`static void`	`entity_declaration()`
`static void`	`entity_declarative_item()`
`static void`	`entity_declarative_part()`
`static void`	`entity_designator()`
`static void`	`entity_header()`
`static void`	`entity_name_list()`
`static void`	`entity_name()`
`static void`	`entity_simple_name()`
`static void`	`entity_specification()`
`static void`	`entity_statement_part()`
`static void`	`entity_statement()`
`static void`	`entity_tag()`
`static void`	`enumeration_literal()`
`static void`	`enumeration_type_definition()`
`(package private) static void`	`error_skipto(int kind, java.lang.String message)`
`static void`	`exit_statement()`
`static void`	`expression()`
`static void`	`factor()`
`static void`	`file_declaration()`
`static void`	`file_logical_name()`
`static void`	`file_name()`
`static void`	`file_open_information()`
`static void`	`file_open_kind_expression()`
`static void`	`file_type_definition()`
`static void`	`floating_type_definition()`
`static void`	`formal_designator()`
`static void`	`formal_generic_clause()`
`static void`	`formal_parameter_list()`
`static void`	`formal_part()`
`static void`	`formal_port_clause()`
`static void`	`free_quantity_declaration()` 1076.1 extension:
`static void`	`full_type_declaration()`
`static void`	`function_call()`
`static void`	`function_name()`
`static void`	`generate_label()`
`static void`	`generate_parameter_specification()`
`static void`	`generate_statement_label()`
`static void`	`generate_statement()` Section 9.7
`static ParseException`	`generateParseException()`
`static void`	`generation_scheme()`
`static void`	`generic_association_list()`
`static void`	`generic_clause()`
`static void`	`generic_interface_list()`
`static void`	`generic_list()`
`static void`	`generic_map_aspect()`
`static void`	`generic_name()`
`static Token`	`getNextToken()`
`static Token`	`getToken(int index)`
`static void`	`group_constituent_list()`
`static void`	`group_constituent()`
`static void`	`group_declaration()`
`static void`	`group_template_declaration()`
`static void`	`group_template_name()`
`static void`	`guard_expression()`
`static void`	`guarded_signal_list()`
`static void`	`guarded_signal_specification()`
`static void`	`identifier_list()`
`static void`	`identifier()`
`static void`	`if_label()`
`static void`	`if_statement()`
`static void`	`incomplete_type_declaration()`
`static void`	`index_constraint()`
`static void`	`index_specification()`
`static void`	`index_subtype_definition()`
`static void`	`indexed_name()`
`static void`	`instantiated_unit()`
`static void`	`instantiation_label()`
`static void`	`instantiation_list()`
`static void`	`integer_type_definition()`
`static void`	`interface_constant_declaration()`
`static void`	`interface_declaration()` Section 4.3.2:
`static void`	`interface_element()`
`static void`	`interface_file_declaration()`
`static void`	`interface_list()`
`static void`	`interface_quantity_declaration()` 1076.1 extension:
`static void`	`interface_signal_declaration()`
`static void`	`interface_terminal_declaration()` 1076.1 extension:
`static void`	`interface_variable_declaration()`
`static void`	`iteration_scheme()`
`private static boolean`	`jj_2_1(int xla)`
`private static boolean`	`jj_2_10(int xla)`
`private static boolean`	`jj_2_100(int xla)`
`private static boolean`	`jj_2_101(int xla)`
`private static boolean`	`jj_2_102(int xla)`
`private static boolean`	`jj_2_103(int xla)`
`private static boolean`	`jj_2_104(int xla)`
`private static boolean`	`jj_2_105(int xla)`
`private static boolean`	`jj_2_106(int xla)`
`private static boolean`	`jj_2_107(int xla)`
`private static boolean`	`jj_2_108(int xla)`
`private static boolean`	`jj_2_109(int xla)`
`private static boolean`	`jj_2_11(int xla)`
`private static boolean`	`jj_2_110(int xla)`
`private static boolean`	`jj_2_111(int xla)`
`private static boolean`	`jj_2_112(int xla)`
`private static boolean`	`jj_2_113(int xla)`
`private static boolean`	`jj_2_114(int xla)`
`private static boolean`	`jj_2_115(int xla)`
`private static boolean`	`jj_2_116(int xla)`
`private static boolean`	`jj_2_117(int xla)`
`private static boolean`	`jj_2_118(int xla)`
`private static boolean`	`jj_2_119(int xla)`
`private static boolean`	`jj_2_12(int xla)`
`private static boolean`	`jj_2_120(int xla)`
`private static boolean`	`jj_2_121(int xla)`
`private static boolean`	`jj_2_122(int xla)`
`private static boolean`	`jj_2_123(int xla)`
`private static boolean`	`jj_2_124(int xla)`
`private static boolean`	`jj_2_125(int xla)`
`private static boolean`	`jj_2_126(int xla)`
`private static boolean`	`jj_2_127(int xla)`
`private static boolean`	`jj_2_128(int xla)`
`private static boolean`	`jj_2_129(int xla)`
`private static boolean`	`jj_2_13(int xla)`
`private static boolean`	`jj_2_130(int xla)`
`private static boolean`	`jj_2_131(int xla)`
`private static boolean`	`jj_2_132(int xla)`
`private static boolean`	`jj_2_14(int xla)`
`private static boolean`	`jj_2_15(int xla)`
`private static boolean`	`jj_2_16(int xla)`
`private static boolean`	`jj_2_17(int xla)`
`private static boolean`	`jj_2_18(int xla)`
`private static boolean`	`jj_2_19(int xla)`
`private static boolean`	`jj_2_2(int xla)`
`private static boolean`	`jj_2_20(int xla)`
`private static boolean`	`jj_2_21(int xla)`
`private static boolean`	`jj_2_22(int xla)`
`private static boolean`	`jj_2_23(int xla)`
`private static boolean`	`jj_2_24(int xla)`
`private static boolean`	`jj_2_25(int xla)`
`private static boolean`	`jj_2_26(int xla)`
`private static boolean`	`jj_2_27(int xla)`
`private static boolean`	`jj_2_28(int xla)`
`private static boolean`	`jj_2_29(int xla)`
`private static boolean`	`jj_2_3(int xla)`
`private static boolean`	`jj_2_30(int xla)`
`private static boolean`	`jj_2_31(int xla)`
`private static boolean`	`jj_2_32(int xla)`
`private static boolean`	`jj_2_33(int xla)`
`private static boolean`	`jj_2_34(int xla)`
`private static boolean`	`jj_2_35(int xla)`
`private static boolean`	`jj_2_36(int xla)`
`private static boolean`	`jj_2_37(int xla)`
`private static boolean`	`jj_2_38(int xla)`
`private static boolean`	`jj_2_39(int xla)`
`private static boolean`	`jj_2_4(int xla)`
`private static boolean`	`jj_2_40(int xla)`
`private static boolean`	`jj_2_41(int xla)`
`private static boolean`	`jj_2_42(int xla)`
`private static boolean`	`jj_2_43(int xla)`
`private static boolean`	`jj_2_44(int xla)`
`private static boolean`	`jj_2_45(int xla)`
`private static boolean`	`jj_2_46(int xla)`
`private static boolean<`

byucc.edif.libraries.xilinx Class VhdlParser

byucc.edif.libraries.xilinx
Class VhdlParser