errors.h

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// NOTE: This file is generated by the templates/template.rb script and should not
// be modified manually. See /home/runner/work/herb/herb/templates/src/include/errors.h.erb
 
#ifndef HERB_ERRORS_H
#define HERB_ERRORS_H
 
#include "errors.h"
#include "location.h"
#include "position.h"
#include "token.h"
#include "util/hb_array.h"
#include "util/hb_arena.h"
#include "util/hb_buffer.h"
 
typedef enum {
  UNEXPECTED_ERROR,
  UNEXPECTED_TOKEN_ERROR,
  MISSING_OPENING_TAG_ERROR,
  MISSING_CLOSING_TAG_ERROR,
  TAG_NAMES_MISMATCH_ERROR,
  VOID_ELEMENT_CLOSING_TAG_ERROR,
  UNCLOSED_ELEMENT_ERROR,
  RUBY_PARSE_ERROR,
  ERB_CONTROL_FLOW_SCOPE_ERROR,
  MISSINGERB_END_TAG_ERROR,
  ERB_MULTIPLE_BLOCKS_IN_TAG_ERROR,
  ERB_CASE_WITH_CONDITIONS_ERROR,
  CONDITIONAL_ELEMENT_MULTIPLE_TAGS_ERROR,
  CONDITIONAL_ELEMENT_CONDITION_MISMATCH_ERROR,
  INVALID_COMMENT_CLOSING_TAG_ERROR,
  OMITTED_CLOSING_TAG_ERROR,
  UNCLOSED_OPEN_TAG_ERROR,
  UNCLOSED_QUOTE_ERROR,
  MISSING_ATTRIBUTE_VALUE_ERROR,
  UNCLOSEDERB_TAG_ERROR,
  NESTEDERB_TAG_ERROR,
} error_type_T;
 
typedef struct ERROR_STRUCT {
  error_type_T type;
  location_T location;
  char* message;
} ERROR_T;
 
 
typedef struct {
  ERROR_T base;
  const char* description;
  const char* expected;
  const char* found;
} UNEXPECTED_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_type_T expected_type;
  token_T* found;
} UNEXPECTED_TOKEN_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* closing_tag;
} MISSING_OPENING_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* opening_tag;
} MISSING_CLOSING_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* opening_tag;
  token_T* closing_tag;
} TAG_NAMES_MISMATCH_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* tag_name;
  const char* expected;
  const char* found;
} VOID_ELEMENT_CLOSING_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* opening_tag;
} UNCLOSED_ELEMENT_ERROR_T;
 
typedef struct {
  ERROR_T base;
  const char* error_message;
  const char* diagnostic_id;
  const char* level;
} RUBY_PARSE_ERROR_T;
 
typedef struct {
  ERROR_T base;
  const char* keyword;
} ERB_CONTROL_FLOW_SCOPE_ERROR_T;
 
typedef struct {
  ERROR_T base;
  const char* keyword;
} MISSINGERB_END_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  /* no additional fields */
} ERB_MULTIPLE_BLOCKS_IN_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  /* no additional fields */
} ERB_CASE_WITH_CONDITIONS_ERROR_T;
 
typedef struct {
  ERROR_T base;
  size_t line;
  size_t column;
} CONDITIONAL_ELEMENT_MULTIPLE_TAGS_ERROR_T;
 
typedef struct {
  ERROR_T base;
  const char* tag_name;
  const char* open_condition;
  size_t open_line;
  size_t open_column;
  const char* close_condition;
  size_t close_line;
  size_t close_column;
} CONDITIONAL_ELEMENT_CONDITION_MISMATCH_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* closing_tag;
} INVALID_COMMENT_CLOSING_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* opening_tag;
  position_T insertion_point;
} OMITTED_CLOSING_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* tag_name;
} UNCLOSED_OPEN_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* opening_quote;
} UNCLOSED_QUOTE_ERROR_T;
 
typedef struct {
  ERROR_T base;
  const char* attribute_name;
} MISSING_ATTRIBUTE_VALUE_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* opening_tag;
} UNCLOSEDERB_TAG_ERROR_T;
 
typedef struct {
  ERROR_T base;
  token_T* opening_tag;
  size_t nested_tag_line;
  size_t nested_tag_column;
} NESTEDERB_TAG_ERROR_T;
 
UNEXPECTED_ERROR_T* unexpected_error_init(const char* description, const char* expected, const char* found, position_T start, position_T end, hb_arena_T* arena);
void append_unexpected_error(const char* description, const char* expected, const char* found, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
UNEXPECTED_TOKEN_ERROR_T* unexpected_token_error_init(token_type_T expected_type, token_T* found, position_T start, position_T end, hb_arena_T* arena);
void append_unexpected_token_error(token_type_T expected_type, token_T* found, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
MISSING_OPENING_TAG_ERROR_T* missing_opening_tag_error_init(token_T* closing_tag, position_T start, position_T end, hb_arena_T* arena);
void append_missing_opening_tag_error(token_T* closing_tag, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
MISSING_CLOSING_TAG_ERROR_T* missing_closing_tag_error_init(token_T* opening_tag, position_T start, position_T end, hb_arena_T* arena);
void append_missing_closing_tag_error(token_T* opening_tag, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
TAG_NAMES_MISMATCH_ERROR_T* tag_names_mismatch_error_init(token_T* opening_tag, token_T* closing_tag, position_T start, position_T end, hb_arena_T* arena);
void append_tag_names_mismatch_error(token_T* opening_tag, token_T* closing_tag, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
VOID_ELEMENT_CLOSING_TAG_ERROR_T* void_element_closing_tag_error_init(token_T* tag_name, const char* expected, const char* found, position_T start, position_T end, hb_arena_T* arena);
void append_void_element_closing_tag_error(token_T* tag_name, const char* expected, const char* found, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
UNCLOSED_ELEMENT_ERROR_T* unclosed_element_error_init(token_T* opening_tag, position_T start, position_T end, hb_arena_T* arena);
void append_unclosed_element_error(token_T* opening_tag, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
RUBY_PARSE_ERROR_T* ruby_parse_error_init(const char* error_message, const char* diagnostic_id, const char* level, position_T start, position_T end, hb_arena_T* arena);
void append_ruby_parse_error(const char* error_message, const char* diagnostic_id, const char* level, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
ERB_CONTROL_FLOW_SCOPE_ERROR_T* erb_control_flow_scope_error_init(const char* keyword, position_T start, position_T end, hb_arena_T* arena);
void append_erb_control_flow_scope_error(const char* keyword, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
MISSINGERB_END_TAG_ERROR_T* missingerb_end_tag_error_init(const char* keyword, position_T start, position_T end, hb_arena_T* arena);
void append_missingerb_end_tag_error(const char* keyword, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
ERB_MULTIPLE_BLOCKS_IN_TAG_ERROR_T* erb_multiple_blocks_in_tag_error_init(position_T start, position_T end, hb_arena_T* arena);
void append_erb_multiple_blocks_in_tag_error(position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
ERB_CASE_WITH_CONDITIONS_ERROR_T* erb_case_with_conditions_error_init(position_T start, position_T end, hb_arena_T* arena);
void append_erb_case_with_conditions_error(position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
CONDITIONAL_ELEMENT_MULTIPLE_TAGS_ERROR_T* conditional_element_multiple_tags_error_init(size_t line, size_t column, position_T start, position_T end, hb_arena_T* arena);
void append_conditional_element_multiple_tags_error(size_t line, size_t column, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
CONDITIONAL_ELEMENT_CONDITION_MISMATCH_ERROR_T* conditional_element_condition_mismatch_error_init(const char* tag_name, const char* open_condition, size_t open_line, size_t open_column, const char* close_condition, size_t close_line, size_t close_column, position_T start, position_T end, hb_arena_T* arena);
void append_conditional_element_condition_mismatch_error(const char* tag_name, const char* open_condition, size_t open_line, size_t open_column, const char* close_condition, size_t close_line, size_t close_column, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
INVALID_COMMENT_CLOSING_TAG_ERROR_T* invalid_comment_closing_tag_error_init(token_T* closing_tag, position_T start, position_T end, hb_arena_T* arena);
void append_invalid_comment_closing_tag_error(token_T* closing_tag, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
OMITTED_CLOSING_TAG_ERROR_T* omitted_closing_tag_error_init(token_T* opening_tag, position_T insertion_point, position_T start, position_T end, hb_arena_T* arena);
void append_omitted_closing_tag_error(token_T* opening_tag, position_T insertion_point, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
UNCLOSED_OPEN_TAG_ERROR_T* unclosed_open_tag_error_init(token_T* tag_name, position_T start, position_T end, hb_arena_T* arena);
void append_unclosed_open_tag_error(token_T* tag_name, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
UNCLOSED_QUOTE_ERROR_T* unclosed_quote_error_init(token_T* opening_quote, position_T start, position_T end, hb_arena_T* arena);
void append_unclosed_quote_error(token_T* opening_quote, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
MISSING_ATTRIBUTE_VALUE_ERROR_T* missing_attribute_value_error_init(const char* attribute_name, position_T start, position_T end, hb_arena_T* arena);
void append_missing_attribute_value_error(const char* attribute_name, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
UNCLOSEDERB_TAG_ERROR_T* unclosederb_tag_error_init(token_T* opening_tag, position_T start, position_T end, hb_arena_T* arena);
void append_unclosederb_tag_error(token_T* opening_tag, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
NESTEDERB_TAG_ERROR_T* nestederb_tag_error_init(token_T* opening_tag, size_t nested_tag_line, size_t nested_tag_column, position_T start, position_T end, hb_arena_T* arena);
void append_nestederb_tag_error(token_T* opening_tag, size_t nested_tag_line, size_t nested_tag_column, position_T start, position_T end, hb_array_T* errors, hb_arena_T* arena);
 
void error_init(ERROR_T* error, error_type_T type, position_T start, position_T end);
 
size_t error_sizeof(void);
error_type_T error_type(ERROR_T* error);
 
char* error_message(ERROR_T* error);
 
const char* error_type_to_string(ERROR_T* error);
const char* error_human_type(ERROR_T* error);
 
void error_free(ERROR_T* error);
 
void error_pretty_print(ERROR_T* error, size_t indent, size_t relative_indent, hb_buffer_T* buffer);
 
void error_pretty_print_array(
  const char* name, hb_array_T* array, size_t indent, size_t relative_indent, bool last_property,
  hb_buffer_T* buffer
);
 
#endif