Data Structures
class	Codepoint

Functions
def	print_record (codepoint, letter)

def	is_mark_to_remove (codepoint)

def	is_plain_letter (codepoint)

def	is_mark (codepoint)

def	is_letter_with_marks (codepoint, table)

def	is_letter (codepoint, table)

def	get_plain_letter (codepoint, table)

def	is_ligature (codepoint, table)

def	get_plain_letters (codepoint, table)

def	parse_cldr_latin_ascii_transliterator (latinAsciiFilePath)

def	special_cases ()

def	main (args)

Variables
	stdout

tuple	PLAIN_LETTER_RANGES

tuple	COMBINING_MARK_RANGES

	parser = argparse.ArgumentParser(description='This script builds unaccent.rules on standard output when given the contents of UnicodeData.txt and Latin-ASCII.xml given as arguments.')

	help

	type

	str

	required

	True

	dest

	action

	args = parser.parse_args()

Function Documentation

◆ get_plain_letter()

def generate_unaccent_rules.get_plain_letter	(	codepoint,
		table
	)

Return the base codepoint without marks. If this codepoint has more
than one combining character, do a recursive lookup on the table to
find out its plain base letter.

Definition at line 126 of file generate_unaccent_rules.py.

 def get_plain_letter(codepoint, table):
     """Return the base codepoint without marks. If this codepoint has more
     than one combining character, do a recursive lookup on the table to
     find out its plain base letter."""
     if is_letter_with_marks(codepoint, table):
         if len(table[codepoint.combining_ids[0]].combining_ids) > 1:
             return get_plain_letter(table[codepoint.combining_ids[0]], table)
         elif is_plain_letter(table[codepoint.combining_ids[0]]):
             return table[codepoint.combining_ids[0]]
  
         # Should not come here
         assert(False)
     elif is_plain_letter(codepoint):
         return codepoint
  
     # Should not come here
     assert(False)
  
  

References assert, is_letter_with_marks(), is_plain_letter(), and len.

Referenced by get_plain_letters(), and main().

◆ get_plain_letters()

def generate_unaccent_rules.get_plain_letters	(	codepoint,
		table
	)

Return a list of plain letters from a ligature.

Definition at line 150 of file generate_unaccent_rules.py.

 def get_plain_letters(codepoint, table):
     """Return a list of plain letters from a ligature."""
     assert(is_ligature(codepoint, table))
     return [get_plain_letter(table[id], table) for id in codepoint.combining_ids]
  
  

References assert, get_plain_letter(), and is_ligature().

Referenced by main().

◆ is_letter()

def generate_unaccent_rules.is_letter	(	codepoint,
		table
	)

Return true for letter with or without diacritical marks.

Definition at line 121 of file generate_unaccent_rules.py.

 def is_letter(codepoint, table):
     """Return true for letter with or without diacritical marks."""
     return is_plain_letter(codepoint) or is_letter_with_marks(codepoint, table)
  
  

References is_letter_with_marks(), and is_plain_letter().

Referenced by is_ligature().

◆ is_letter_with_marks()

def generate_unaccent_rules.is_letter_with_marks	(	codepoint,
		table
	)

Returns true for letters combined with one or more marks.

Definition at line 99 of file generate_unaccent_rules.py.

 def is_letter_with_marks(codepoint, table):
     """Returns true for letters combined with one or more marks."""
     # See https://www.unicode.org/reports/tr44/tr44-14.html#General_Category_Values
  
     # Letter may have no combining characters, in which case it has
     # no marks.
     if len(codepoint.combining_ids) == 1:
         return False
  
     # A letter without diacritical marks has none of them.
     if any(is_mark(table[i]) for i in codepoint.combining_ids[1:]) is False:
         return False
  
     # Check if the base letter of this letter has marks.
     codepoint_base = codepoint.combining_ids[0]
     if is_plain_letter(table[codepoint_base]) is False and \
        is_letter_with_marks(table[codepoint_base], table) is False:
         return False
  
     return True
  
  

References is_mark(), is_plain_letter(), and len.

Referenced by get_plain_letter(), is_letter(), and main().

◆ is_ligature()

def generate_unaccent_rules.is_ligature	(	codepoint,
		table
	)

Return true for letters combined with letters.

Definition at line 145 of file generate_unaccent_rules.py.

 def is_ligature(codepoint, table):
     """Return true for letters combined with letters."""
     return all(is_letter(table[i], table) for i in codepoint.combining_ids)
  
  

References is_letter().

Referenced by get_plain_letters(), and main().

◆ is_mark()

def generate_unaccent_rules.is_mark ( codepoint )

Returns true for diacritical marks (combining codepoints).

Definition at line 94 of file generate_unaccent_rules.py.

 def is_mark(codepoint):
     """Returns true for diacritical marks (combining codepoints)."""
     return codepoint.general_category in ("Mn", "Me", "Mc")
  
  

Referenced by is_letter_with_marks(), and is_mark_to_remove().

◆ is_mark_to_remove()

def generate_unaccent_rules.is_mark_to_remove ( codepoint )

Return true if this is a combining mark to remove.

Definition at line 75 of file generate_unaccent_rules.py.

 def is_mark_to_remove(codepoint):
     """Return true if this is a combining mark to remove."""
     if not is_mark(codepoint):
         return False
  
     for begin, end in COMBINING_MARK_RANGES:
         if codepoint.id >= begin and codepoint.id <= end:
             return True
     return False
  
  

References is_mark().

Referenced by main().

◆ is_plain_letter()

def generate_unaccent_rules.is_plain_letter ( codepoint )

Return true if codepoint represents a "plain letter".

Definition at line 86 of file generate_unaccent_rules.py.

 def is_plain_letter(codepoint):
     """Return true if codepoint represents a "plain letter"."""
     for begin, end in PLAIN_LETTER_RANGES:
         if codepoint.id >= begin and codepoint.id <= end:
             return True
     return False
  
  

Referenced by get_plain_letter(), is_letter(), and is_letter_with_marks().

◆ main()

def generate_unaccent_rules.main ( args )

Definition at line 220 of file generate_unaccent_rules.py.

 def main(args):
     # https://www.unicode.org/reports/tr44/tr44-14.html#Character_Decomposition_Mappings
     decomposition_type_pattern = re.compile(" *<[^>]*> *")
  
     table = {}
     all = []
  
     # unordered set for ensure uniqueness
     charactersSet = set()
  
     # read file UnicodeData.txt
     with codecs.open(
       args.unicodeDataFilePath, mode='r', encoding='UTF-8',
       ) as unicodeDataFile:
         # read everything we need into memory
         for line in unicodeDataFile:
             fields = line.split(";")
             if len(fields) > 5:
                 # https://www.unicode.org/reports/tr44/tr44-14.html#UnicodeData.txt
                 general_category = fields[2]
                 decomposition = fields[5]
                 decomposition = re.sub(decomposition_type_pattern, ' ', decomposition)
                 id = int(fields[0], 16)
                 combining_ids = [int(s, 16) for s in decomposition.split(" ") if s != ""]
                 codepoint = Codepoint(id, general_category, combining_ids)
                 table[id] = codepoint
                 all.append(codepoint)
  
     # walk through all the codepoints looking for interesting mappings
     for codepoint in all:
         if codepoint.general_category.startswith('L') and \
            len(codepoint.combining_ids) > 1:
             if is_letter_with_marks(codepoint, table):
                 charactersSet.add((codepoint.id,
                                    chr(get_plain_letter(codepoint, table).id)))
             elif args.noLigaturesExpansion is False and is_ligature(codepoint, table):
                 charactersSet.add((codepoint.id,
                                    "".join(chr(combining_codepoint.id)
                                            for combining_codepoint
                                            in get_plain_letters(codepoint, table))))
         elif is_mark_to_remove(codepoint):
             charactersSet.add((codepoint.id, None))
  
     # add CLDR Latin-ASCII characters
     if not args.noLigaturesExpansion:
         charactersSet |= parse_cldr_latin_ascii_transliterator(args.latinAsciiFilePath)
         charactersSet |= special_cases()
  
     # sort for more convenient display
     charactersList = sorted(charactersSet, key=lambda characterPair: characterPair[0])
  
     for characterPair in charactersList:
         print_record(characterPair[0], characterPair[1])
  
  

References get_plain_letter(), get_plain_letters(), is_letter_with_marks(), is_ligature(), is_mark_to_remove(), len, parse_cldr_latin_ascii_transliterator(), print_record(), and special_cases().

◆ parse_cldr_latin_ascii_transliterator()

def generate_unaccent_rules.parse_cldr_latin_ascii_transliterator ( latinAsciiFilePath )

Parse the XML file and return a set of tuples (src, trg), where "src"
is the original character and "trg" the substitute.

Definition at line 156 of file generate_unaccent_rules.py.

 def parse_cldr_latin_ascii_transliterator(latinAsciiFilePath):
     """Parse the XML file and return a set of tuples (src, trg), where "src"
     is the original character and "trg" the substitute."""
     charactersSet = set()
  
     # RegEx to parse rules
     rulePattern = re.compile(r'^(?:(.)|(\\u[0-9a-fA-F]{4})) \u2192 (?:\'(.+)\'|(.+)) ;')
  
     # construct tree from XML
     transliterationTree = ET.parse(latinAsciiFilePath)
     transliterationTreeRoot = transliterationTree.getroot()
  
     # Fetch all the transliteration rules.  Since release 29 of Latin-ASCII.xml
     # all the transliteration rules are located in a single tRule block with
     # all rules separated into separate lines.
     blockRules = transliterationTreeRoot.findall("./transforms/transform/tRule")
     assert(len(blockRules) == 1)
  
     # Split the block of rules into one element per line.
     rules = blockRules[0].text.splitlines()
  
     # And finish the processing of each individual rule.
     for rule in rules:
         matches = rulePattern.search(rule)
  
         # The regular expression capture four groups corresponding
         # to the characters.
         #
         # Group 1: plain "src" char. Empty if group 2 is not.
         # Group 2: unicode-escaped "src" char (e.g. "\u0110"). Empty if group 1 is not.
         #
         # Group 3: plain "trg" char. Empty if group 4 is not.
         # Group 4: plain "trg" char between quotes. Empty if group 3 is not.
         if matches is not None:
             src = matches.group(1) if matches.group(1) is not None else bytes(matches.group(2), 'UTF-8').decode('unicode-escape')
             trg = matches.group(3) if matches.group(3) is not None else matches.group(4)
  
             # "'" and """ are escaped
             trg = trg.replace("\\'", "'").replace('\\"', '"')
  
             # the parser of unaccent only accepts non-whitespace characters
             # for "src" and "trg" (see unaccent.c)
             if not src.isspace() and not trg.isspace():
                 charactersSet.add((ord(src), trg))
  
     return charactersSet
  
  

References assert, and len.

Referenced by main().

◆ print_record()

def generate_unaccent_rules.print_record	(	codepoint,
		letter
	)

Definition at line 59 of file generate_unaccent_rules.py.

 def print_record(codepoint, letter):
     if letter:
         output = chr(codepoint) + "\t" + letter
     else:
         output = chr(codepoint)
  
     print(output)
  
  

References print().

Referenced by main().

◆ special_cases()

def generate_unaccent_rules.special_cases ( )

Returns the special cases which are not handled by other methods

Definition at line 204 of file generate_unaccent_rules.py.

 def special_cases():
     """Returns the special cases which are not handled by other methods"""
     charactersSet = set()
  
     # Cyrillic
     charactersSet.add((0x0401, "\u0415"))  # CYRILLIC CAPITAL LETTER IO
     charactersSet.add((0x0451, "\u0435"))  # CYRILLIC SMALL LETTER IO
  
     # Symbols of "Letterlike Symbols" Unicode Block (U+2100 to U+214F)
     charactersSet.add((0x2103, "\xb0C"))   # DEGREE CELSIUS
     charactersSet.add((0x2109, "\xb0F"))   # DEGREE FAHRENHEIT
     charactersSet.add((0x2117, "(P)"))     # SOUND RECORDING COPYRIGHT
  
     return charactersSet
  
  

Referenced by main().

Variable Documentation

◆ action

generate_unaccent_rules.action

Definition at line 279 of file generate_unaccent_rules.py.

Referenced by _copyAlterDefaultPrivilegesStmt(), _copyAlterExtensionContentsStmt(), _copyAlterPublicationStmt(), _copyAlterRoleStmt(), _copyOnConflictClause(), _copyOnConflictExpr(), _equalAlterDefaultPrivilegesStmt(), _equalAlterExtensionContentsStmt(), _equalAlterPublicationStmt(), _equalAlterRoleStmt(), _equalOnConflictClause(), _equalOnConflictExpr(), _outOnConflictExpr(), _readOnConflictExpr(), action_to_str(), apply_dispatch(), audit_attempt(), audit_failure(), audit_success(), brin_xlog_desummarize_page(), brin_xlog_insert_update(), brin_xlog_revmap_extend(), brin_xlog_samepage_update(), brin_xlog_update(), check_foreign_key(), computeLeafRecompressWALData(), DefineQueryRewrite(), emit_audit_message(), ExecAlterDefaultPrivilegesStmt(), ExecInitMerge(), ExecInitPartitionInfo(), ExecMergeNotMatched(), ExecSetVariableStmt(), expression_tree_mutator(), expression_tree_walker(), generic_redo(), gistRedoClearFollowRight(), grouping_planner(), handle_streamed_transaction(), hash_search(), hash_search_with_hash_value(), hash_xlog_delete(), hash_xlog_move_page_contents(), hash_xlog_split_allocate_page(), hash_xlog_split_complete(), hash_xlog_squeeze_page(), hash_xlog_vacuum_one_page(), heap_xlog_insert(), heap_xlog_multi_insert(), heap_xlog_prune(), heap_xlog_vacuum(), heap_xlog_visible(), index_set_state_flags(), InsertRule(), iterate_json_values(), iterate_jsonb_values(), logicalrep_message_type(), logicalrep_read_delete(), logicalrep_read_insert(), logicalrep_read_update(), make_ruledef(), parseCreateReplSlotOptions(), perform_pullup_replace_vars(), pgoutput_change(), pgoutput_row_filter(), preprocess_targetlist(), ProcessGUCArray(), push_old_value(), queue_listen(), register_on_commit_action(), REGRESS_utility_command(), RewriteQuery(), set_config_option(), set_plan_refs(), simple_action_list_append(), spgRedoAddLeaf(), spgRedoAddNode(), spgRedoMoveLeafs(), spgRedoPickSplit(), spgRedoSplitTuple(), stream_write_change(), subquery_planner(), transformMergeStmt(), transformRuleStmt(), ts_headline_json_byid_opt(), ts_headline_jsonb_byid_opt(), and walkdir().

◆ args

generate_unaccent_rules.args = parser.parse_args()

Definition at line 280 of file generate_unaccent_rules.py.

Referenced by _copyAggref(), _copyBoolExpr(), _copyCaseExpr(), _copyCoalesceExpr(), _copyCreateTrigStmt(), _copyDefineStmt(), _copyDistinctExpr(), _copyDoStmt(), _copyFuncCall(), _copyFuncExpr(), _copyGroupingFunc(), _copyJsonConstructorExpr(), _copyMinMaxExpr(), _copyNullIfExpr(), _copyOpExpr(), _copyRangeTableSample(), _copyRowExpr(), _copyScalarArrayOpExpr(), _copySubPlan(), _copyTableSampleClause(), _copyVariableSetStmt(), _copyWindowFunc(), _copyXmlExpr(), _equalAggref(), _equalBoolExpr(), _equalCaseExpr(), _equalCoalesceExpr(), _equalCreateTrigStmt(), _equalDefineStmt(), _equalDistinctExpr(), _equalDoStmt(), _equalFuncCall(), _equalFuncExpr(), _equalGroupingFunc(), _equalJsonConstructorExpr(), _equalMinMaxExpr(), _equalNullIfExpr(), _equalOpExpr(), _equalRangeTableSample(), _equalRowExpr(), _equalScalarArrayOpExpr(), _equalSubPlan(), _equalTableSampleClause(), _equalVariableSetStmt(), _equalWindowFunc(), _equalXmlExpr(), _int_matchsel(), _outAggref(), _outBoolExpr(), _outCaseExpr(), _outCoalesceExpr(), _outDistinctExpr(), _outFuncCall(), _outFuncExpr(), _outGroupingFunc(), _outJsonConstructorExpr(), _outMinMaxExpr(), _outNullIfExpr(), _outOpExpr(), _outRangeTableSample(), _outRowExpr(), _outScalarArrayOpExpr(), _outSubPlan(), _outTableSampleClause(), _outWindowFunc(), _outXmlExpr(), _readAggref(), _readBoolExpr(), _readCaseExpr(), _readCoalesceExpr(), _readDistinctExpr(), _readFuncExpr(), _readGroupingFunc(), _readJsonConstructorExpr(), _readMinMaxExpr(), _readNullIfExpr(), _readOpExpr(), _readRowExpr(), _readScalarArrayOpExpr(), _readSubPlan(), _readTableSampleClause(), _readWindowFunc(), _readXmlExpr(), add_function_defaults(), ahprintf(), appendJSONKeyValueFmt(), appendPQExpBuffer(), appendPQExpBufferVA(), appendStringInfo(), appendStringInfoVA(), archprintf(), array_unnest_support(), arraycontsel(), autoinc(), build_aggregate_deserialfn_expr(), build_aggregate_finalfn_expr(), build_aggregate_serialfn_expr(), build_aggregate_transfn_expr(), build_coercion_expression(), check_agg_arguments(), check_agglevels_and_constraints(), check_foreign_key(), check_hashjoinable(), check_memoizable(), check_mergejoinable(), check_primary_key(), clause_selectivity_ext(), clauselist_selectivity_ext(), coerce_record_to_complex(), count_rowexpr_columns(), CreateTriggerFiringOn(), decrypt_internal(), DefineAggregate(), do_copy(), does_not_exist_skipping(), dopr(), ecpg_do(), ecpg_do_prologue(), ECPGdescribe(), ECPGdo(), ECPGget_desc(), ECPGset_desc(), encrypt_internal(), eqjoinsel(), eqsel_internal(), error(), eval_const_expressions_mutator(), evalFunc(), evalLazyFunc(), evalStandardFunc(), evaluate_function(), examine_opclause_args(), ExecEvalFuncExprStrictFusage(), ExecInitExprRec(), ExecInitFunc(), ExecInterpExpr(), ExecJustApplyFuncToCase(), executeQueryOrDie(), expand_function_arguments(), expression_tree_walker(), extract_variadic_args(), find_arguments(), find_duplicate_ors(), find_single_rel_for_clauses(), flatten_set_variable_args(), FuncnameGetCandidates(), function_selectivity(), gen_partprune_steps_internal(), generate_series_int4_support(), generate_series_int8_support(), generic_restriction_selectivity(), get_call_expr_arg_stable(), get_call_expr_argtype(), get_from_clause_item(), get_join_variables(), get_notclausearg(), get_oper_expr(), get_qual_for_hash(), get_restriction_variable(), get_rule_expr(), get_simple_binary_op_name(), info_cb(), init_work(), inline_function(), insert_username(), isSimpleNode(), join_selectivity(), json_build_array(), json_build_array_worker(), json_build_object(), json_build_object_worker(), jsonb_build_array(), jsonb_build_array_worker(), jsonb_build_object(), jsonb_build_object_worker(), JsonTableInitOpaque(), JsonTableInitScanState(), JumbleExpr(), lo_manage(), ltreeparentsel(), make_jsp_entry_node(), make_jsp_expr_node(), make_jsp_expr_node_args(), make_op(), make_restrictinfo_internal(), make_scalar_array_op(), make_sub_restrictinfos(), makeBoolExpr(), makeFuncCall(), makeFuncExpr(), makeJsonConstructorExpr(), match_clause_to_partition_key(), matchingsel(), moddatetime(), multirangesel(), neqjoinsel(), networkjoinsel(), networksel(), parallel_exec_prog(), parse_args(), parse_slash_copy(), patternsel(), patternsel_common(), pg_fatal(), pg_fprintf(), pg_get_object_address(), pg_get_ruledef_worker(), pg_get_viewdef_worker(), pg_identify_object_as_address(), pg_log(), pg_printf(), pg_snprintf(), pg_sprintf(), pg_vfprintf(), pg_vprintf(), pg_vsnprintf(), pg_vsprintf(), PLy_cursor(), PLy_cursor_fetch(), PLy_cursor_plan(), PLy_debug(), PLy_error(), PLy_exception_set_with_details(), PLy_fatal(), PLy_function_build_args(), PLy_info(), PLy_log(), PLy_notice(), PLy_output(), PLy_plan_cursor(), PLy_plan_execute(), PLy_plan_status(), PLy_quote_ident(), PLy_quote_literal(), PLy_quote_nullable(), PLy_spi_exception_set(), PLy_spi_execute(), PLy_spi_prepare(), PLy_subtransaction_exit(), PLy_warning(), PQfn(), pqFunctionCall3(), pqInternalNotice(), prep_status(), prep_status_progress(), printfPQExpBuffer(), process_sublinks_mutator(), processTypesSpec(), psprintf(), psql_add_command(), pull_ands(), pull_ors(), pull_up_sublinks_qual_recurse(), pvsnprintf(), rangesel(), raw_expression_tree_walker(), recheck_cast_function_args(), reorder_function_arguments(), report_invalid_record(), report_status(), restriction_selectivity(), scalararraysel(), scalarineqsel_wrapper(), SetPGVariable(), SetWALFileNameForCleanup(), simplify_and_arguments(), simplify_boolean_equality(), simplify_function(), simplify_or_arguments(), substitute_actual_parameters(), substitute_actual_srf_parameters(), tarPrintf(), test_support_func(), testexpr_is_hashable(), transformAExprBetween(), transformAExprIn(), transformAExprOp(), transformAggregateCall(), transformBoolExpr(), transformCoalesceExpr(), transformFuncCall(), transformGroupingFunc(), transformJsonAggConstructor(), transformJsonArrayConstructor(), transformJsonConstructorOutput(), transformJsonObjectAgg(), transformJsonObjectConstructor(), transformJsonPassingArgs(), transformMinMaxExpr(), tsmatchsel(), ttdummy(), verror(), warning(), and xmlconcat().

◆ COMBINING_MARK_RANGES

tuple generate_unaccent_rules.COMBINING_MARK_RANGES

Initial value:

 =  ((0x0300, 0x0362),   # Mn: Accents, IPA
                          (0x20dd, 0x20E0),   # Me: Symbols
                          (0x20e2, 0x20e4),)

Definition at line 54 of file generate_unaccent_rules.py.

◆ dest

generate_unaccent_rules.dest

Definition at line 277 of file generate_unaccent_rules.py.

Referenced by _SPI_cursor_operation(), _SPI_execute_plan(), add_pos(), AppendInvalidationMessages(), AppendInvalidationMessageSubGroup(), ArrayCastAndSet(), ascii_safe_strlcpy(), begin_tup_output_tupdesc(), BeginCopyTo(), big5_to_euc_tw(), big5_to_mic(), big5_to_utf8(), brin_copy_tuple(), compute_scalar_stats(), copy_generic_path_info(), copy_plan_costsize(), CopyReadBinaryData(), CreateDestReceiver(), CreateQueryDesc(), CreateReplicationSlot(), DoPortalRunFetch(), EndCommand(), euc_cn_to_mic(), euc_cn_to_utf8(), euc_jis_2004_to_shift_jis_2004(), euc_jis_2004_to_utf8(), euc_jp_to_mic(), euc_jp_to_sjis(), euc_jp_to_utf8(), euc_kr_to_mic(), euc_kr_to_utf8(), euc_tw_to_big5(), euc_tw_to_mic(), euc_tw_to_utf8(), exec_execute_message(), exec_replication_command(), exec_simple_query(), ExecCreateTableAs(), ExecRefreshMatView(), execute_sql_string(), ExecuteCallStmt(), ExecutePlan(), ExecuteQuery(), ExplainOnePlan(), ExplainQuery(), from_char_parse_int(), from_char_parse_int_len(), from_char_seq_search(), from_char_set_int(), FullTransactionIdAdvance(), FullTransactionIdRetreat(), gb18030_to_utf8(), gbk_to_utf8(), get_publications_str(), GetPGVariable(), hashline_number(), heap_copytuple_with_tuple(), IdentifySystem(), init_var_from_num(), iso8859_1_to_utf8(), iso8859_to_utf8(), iso_to_koi8r(), iso_to_mic(), iso_to_win1251(), iso_to_win866(), johab_to_utf8(), koi8r_to_iso(), koi8r_to_mic(), koi8r_to_utf8(), koi8r_to_win1251(), koi8r_to_win866(), koi8u_to_utf8(), latin1_to_mic(), latin2_to_mic(), latin2_to_win1250(), latin3_to_mic(), latin4_to_mic(), ldchar(), LookupWSErrorMessage(), makeUniqueTypeName(), mic_to_big5(), mic_to_euc_cn(), mic_to_euc_jp(), mic_to_euc_kr(), mic_to_euc_tw(), mic_to_iso(), mic_to_koi8r(), mic_to_latin1(), mic_to_latin2(), mic_to_latin3(), mic_to_latin4(), mic_to_sjis(), mic_to_win1250(), mic_to_win1251(), mic_to_win866(), NullCommand(), partition_bounds_copy(), PerformPortalFetch(), pg_cryptohash_final(), pg_do_encoding_conversion_buf(), pg_hmac_final(), pg_md5_final(), pg_sha1_final(), pg_to_ascii(), pglz_compress(), pglz_decompress(), pgss_ProcessUtility(), PortalRun(), PortalRunFetch(), PortalRunMulti(), PortalRunSelect(), PortalRunUtility(), postquel_start(), PQcopyResult(), printtup_create_DR(), process_pipe_input(), ProcessQuery(), ProcessUtility(), rbt_copy_data(), read_gucstate_binary(), ReadReplicationSlot(), ReadyForQuery(), refresh_matview_datafill(), REGRESS_utility_command(), RunFromStore(), SendTablespaceList(), SendTimeLineHistory(), SendXlogRecPtrResult(), sepgsql_utility_command(), SerializePendingSyncs(), set_input(), set_var_from_num(), set_var_from_str(), set_var_from_var(), shift_jis_2004_to_euc_jis_2004(), shift_jis_2004_to_utf8(), ShowAllGUCConfig(), ShowGUCConfigOption(), sjis_to_euc_jp(), sjis_to_mic(), sjis_to_utf8(), standard_ExecutorRun(), standard_ProcessUtility(), StartReplication(), store_coded_char(), str_numth(), uhc_to_utf8(), utf8_to_big5(), utf8_to_euc_cn(), utf8_to_euc_jis_2004(), utf8_to_euc_jp(), utf8_to_euc_kr(), utf8_to_euc_tw(), utf8_to_gb18030(), utf8_to_gbk(), utf8_to_iso8859(), utf8_to_iso8859_1(), utf8_to_johab(), utf8_to_koi8r(), utf8_to_koi8u(), utf8_to_shift_jis_2004(), utf8_to_sjis(), utf8_to_uhc(), utf8_to_win(), win1250_to_latin2(), win1250_to_mic(), win1251_to_iso(), win1251_to_koi8r(), win1251_to_mic(), win1251_to_win866(), win866_to_iso(), win866_to_koi8r(), win866_to_mic(), win866_to_win1251(), win_to_utf8(), write_pipe_chunks(), and XLogCompressBackupBlock().

◆ help

generate_unaccent_rules.help ( void )

Definition at line 277 of file generate_unaccent_rules.py.

Referenced by helpSQL().

◆ parser

generate_unaccent_rules.parser = argparse.ArgumentParser(description='This script builds unaccent.rules on standard output when given the contents of UnicodeData.txt and Latin-ASCII.xml given as arguments.')

Definition at line 276 of file generate_unaccent_rules.py.

◆ PLAIN_LETTER_RANGES

tuple generate_unaccent_rules.PLAIN_LETTER_RANGES

Initial value:

 =  ((ord('a'), ord('z')),  # Latin lower case
                        (ord('A'), ord('Z')),  # Latin upper case
                        (0x03b1, 0x03c9),      # GREEK SMALL LETTER ALPHA, GREEK SMALL LETTER OMEGA
                        (0x0391, 0x03a9))