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- <?xml version="1.0" encoding="UTF-8"?>
- <!--
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- <stringTable xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="CCLMessageFile.xsd" usage="String">
- <component name="EXA">
- <section name="EX1" type="UI">
- <string id="Exasol" usage="Do not translate: Exasol">Exasol</string>
- </section>
- <section name="CMN" type="UI">
- <string id="exa_common" type="String" usage="Do not translate: Exasol">Exasol Common</string>
- <string id="V_Exasol" type="String" usage="Do not translate: Exasol">Exasol</string>
- <string id="exa_add_months.syntax" type="String" usage="Do not translate: add_months">add_months ( date_expression , integer_expression )</string>
- <string id="exa_add_months.tip" type="String">Returns the datetime resulting from adding "integer_expression" months to "date_expression".</string>
- <string id="exa_ascii.syntax" type="String" usage="Do not translate: ascii">ascii ( string_expression )</string>
- <string id="exa_ascii.tip" type="String" usage="Do not translate: ASCII">Returns a number representing the ASCII code value of the leftmost character of "string_expression".</string>
- <string id="exa_ascii.example.1" type="String" usage="Do not translate: ascii">Example: ascii ( 'A' )</string>
- <string id="exa_ascii.result.1" type="String">Result: Returns '65'</string>
- <string id="exa_ceil.syntax" type="String" usage="Do not translate: ceil">ceil ( numeric_expression )</string>
- <string id="exa_ceil.tip" type="String">Returns the smallest integer greater than or equal to "numeric_expression".</string>
- <string id="exa_character_length.syntax" type="String" usage="Do not translate: character_length">character_length ( string_expression )</string>
- <string id="exa_character_length.tip" type="String">Returns the number of logical characters in "string_expression". The number of logical characters can be distinct from the number of bytes in some East Asian locales.</string>
- <string id="exa_chr.syntax" type="String" usage="Do not translate: chr">chr ( integer_expression )</string>
- <string id="exa_chr.tip" type="String" usage="Do not translate: ASCII">Returns the character that has the ASCII code value specified by "integer_expression". "Integer_expression" should be between 0 and 255.</string>
- <string id="exa_concat.syntax" type="String" usage="Do not translate: concat">concat ( string_expression1 , string_expression2 )</string>
- <string id="exa_concat.tip" type="String">Returns a string that is the result of concatenating, or joining, "string_expression1" to "string_expression2".</string>
- <string id="exa_concat.example.1" type="String" usage="Do not translate: concat">Example: concat ( [Sales (query)].[Sales staff].[First name], [Sales (query)].[Sales staff].[Last name] )</string>
- <string id="exa_concat.result.1" type="String">Result: Returns the first name and family name; e.g., Bob Smith.</string>
- <string id="exa_decode.syntax" type="String" usage="Do not translate: decode">decode ( expression , search , result [ , search , result ]... [ , default ] )</string>
- <string id="exa_decode.tip" type="String">Compares "expression" to each search value one by one. If "expression" is equal to a search, then it returns the corresponding result. If no match is found, it returns "default", or if "default" is omitted, it returns null.</string>
- <string id="exa_dump.syntax" type="String" usage="Do not translate: dump">dump ( expression [ , numeric_expression1 [ , numeric_expression2 [ , numeric_expression3 ] ] ] )</string>
- <string id="exa_dump.tip" type="String">Returns internal representation of "expression" with the format of "numeric_expression1" starting from position "numeric_expression2" for "numeric_expression3" characters.</string>
- <string id="exa_greatest.syntax" type="String" usage="Do not translate: greatest">greatest ( expression_list )</string>
- <string id="exa_greatest.tip" type="String">Returns the greatest value in "expression_list".</string>
- <string id="exa_instr.syntax" type="String" usage="Do not translate: instr">instr ( string_expression1, string_expression2 [ , integer_expression1 [ , integer_expression2 ] ] )</string>
- <string id="exa_instr.tip" type="String">Searches "string_expression1" starting at position "integer_expression1" for the "integer_expression2" occurrence of "string_expression2". If "integer_expression1" is negative, then the search occurs backwards from the end of "string_expression1". Returns an integer indicating the position of "string_expression2".</string>
- <string id="exa_least.syntax" type="String" usage="Do not translate: least">least ( expression_list )</string>
- <string id="exa_least.tip" type="String">Returns the least value in "expression_list".</string>
- <string id="exa_length.syntax" type="String" usage="Do not translate: length">length ( string_expression )</string>
- <string id="exa_length.tip" type="String">Returns the number of characters in "string_expression".</string>
- <string id="exa_lpad.syntax" type="String" usage="Do not translate: lpad">lpad ( string_expression1, integer_expression [ , string_expression2 ] )</string>
- <string id="exa_lpad.tip" type="String">Returns "string_expression1" left-padded to the length defined by "integer_expression" with occurrences of "string_expression2". If "string_expression1" is longer than "integer_expression", the appropriate portion of "string_expression1" is returned.</string>
- <string id="exa_ltrim.syntax" type="String" usage="Do not translate: ltrim">ltrim ( string_expression1 [ , string_expression2 ] )</string>
- <string id="exa_ltrim.tip" type="String">Returns "string_expression1" with leading characters removed up to the first character not in "string_expression2".</string>
- <string id="exa_ltrim.example.1" type="String" usage="Do not translate: ltrim">Example: ltrim ( 'xyxXxyAB' , 'xy' )</string>
- <string id="exa_ltrim.result.1" type="String">Result: XxyAB</string>
- <string id="exa_months_between.syntax" type="String" usage="Do not translate: months_between">months_between ( date_expression1 , date_expression2 )</string>
- <string id="exa_months_between.tip" type="String">Returns the number of months from "date_expression1" to "date_expression2". If "date_expression1" is later than "date_expression2" then the result will be a positive number. The days and time portion of the difference are ignored, so the months are not rounded unless "date_expression1" and "date_expression2" are the last days of a month.</string>
- <string id="exa_nvl.syntax" type="String" usage="Do not translate: nvl">nvl ( expression1 , expression2 )</string>
- <string id="exa_nvl.tip" type="String">Returns the value of "expression1" if "expression1" is not NULL. If "expression1" is NULL, then returns the value of "expression2".</string>
- <string id="exa_nvl.example.1" type="String" usage="Do not translate: nvl">Example: nvl ( [Unit sale price] , 0 )</string>
- <string id="exa_nvl.result.1" type="String" usage="Do not translate: NULL">Result: Returns the unit sale price, or returns 0 if the unit sale price is NULL.</string>
- <string id="exa_regexp_instr.syntax" type="String" usage="Do not translate: regexp_instr">regexp_instr ( string_expression1 , string_expression2 [ , numeric_expression1 , numeric_expression2 ] )</string>
- <string id="exa_regexp_instr.tip" type="String">Returns the position in "string_expression1" (starting at 1) at which the regular expression "string_expression2" matches. The optional parameter "numeric_expression1" defines from which position the search shall begin (starting with 1). The optional positive number "numeric_expression2" defines which occurrence shall be searched for.</string>
- <string id="exa_regexp_replace.syntax" type="String" usage="Do not translate: regexp_replace">regexp_replace ( string_expression1 , string_expression2 [ , string_expression3 , numeric_expression1 , numeric_expression2 ] )</string>
- <string id="exa_regexp_replace.tip" type="String">Replaces occurrences of "string_expression2" in "string_expression1" by "string_expression3". The optional parameter "numeric_expression1" defines from which position the search shall begin (starting with 1). The optional positive number "numeric_expression2" defines which occurrence shall be searched for.</string>
- <string id="exa_regexp_substr.syntax" type="String" usage="Do not translate: regexp_substr">regexp_substr ( string_expression1 , string_expression2 [ , numeric_expression1 , numeric_expression2 ] )</string>
- <string id="exa_regexp_substr.tip" type="String">Returns a substring of the parameter "string_expression1". The parameter "string_expression2" defines a regular expression to be searched for. The optional parameter "numeric_expression1" defines from which position the search shall begin (starting with 1). The optional positive number "numeric_expression2" defines which occurrence shall be searched for.</string>
- <string id="exa_round.syntax" type="String" usage="Do not translate: round">round ( numeric_expression [ , integer_expression ] )</string>
- <string id="exa_round.tip" type="String">Returns "numeric_expression" rounded to the nearest value "integer_expression" places right of the decimal point. If "integer_expression" is negative, "numeric_expression" is rounded to the nearest absolute value "integer_expression" places to the left of the decimal point. Rounding takes place before data formatting is applied.</string>
- <string id="exa_round.example.1" type="String" usage="Do not translate: round">Example: round ( 125 , -1 )</string>
- <string id="exa_round.result.1" type="String">Result: Returns 130</string>
- <string id="exa_soundex.syntax" type="String" usage="Do not translate: soundex">soundex ( string_expression )</string>
- <string id="exa_soundex.tip" type="String">Returns a character string containing the phonetic representation of "string_expression".</string>
- <string id="exa_user" type="String" usage="Do not translate: user">{user}</string>
- <string id="exa_user.syntax" type="String" usage="Do not translate: user">{ user }</string>
- <string id="exa_user.tip" type="String">Returns the username of the current user.</string>
- <string id="exa_replace.syntax" type="String" usage="Do not translate: replace">replace ( string_expression1 , string_expression2 [ , string_expression3 ] )</string>
- <string id="exa_replace.tip" type="String">Replaces all occurrences of "string_expression2" in "string_expression1" with "string_expression3". If "string_expression3" is not specified, then it removes all occurrences of "string_expression2".</string>
- <string id="exa_reverse.syntax" type="String" usage="Do not translate: reverse">reverse ( string_expression )</string>
- <string id="exa_reverse.tip" type="String">Reverses the order of all characters in "string_expression".</string>
- <string id="exa_rpad.syntax" type="String" usage="Do not translate: rpad">rpad ( string_expression1 , integer_expression [ , string_expression2 ] )</string>
- <string id="exa_rpad.tip" type="String">Returns "string_expression1" right-padded to length "integer_expression" with occurrences of "string_expression2". If "string_expression1" is longer than "integer_expression", the appropriate portion of "string_expression1" is returned. If "string_expression2" is not specified, then occurrences of "string_expression2" are replaced with spaces.</string>
- <string id="exa_rtrim.syntax" type="String" usage="Do not translate: rtrim">rtrim ( string_expression1 [ , string_expression2 ] )</string>
- <string id="exa_rtrim.tip" type="String">Returns "string_expression1" with the final characters removed after the last character not in "string_expression2". If "string_expression2" is not specified, the final space characters are removed.</string>
- <string id="exa_rtrim.example.1" type="String" usage="Do not translate: rtrim">Example: rtrim ( 'ABxXxyx' , 'xy' )</string>
- <string id="exa_rtrim.result.1" type="String">Result: Returns 'ABxX'</string>
- <string id="exa_sign.syntax" type="String" usage="Do not translate: sign">sign ( numeric_expression )</string>
- <string id="exa_sign.tip" type="String">Returns an indicator of the sign of "numeric_expression", +1 if positive, 0 if zero, or -1 if negative.</string>
- <string id="exa_substr.syntax" type="String" usage="Do not translate: substr">substr ( string_expression , integer_expression1 [ , integer_expression2 ] )</string>
- <string id="exa_substr.tip" type="String">Returns the substring of "string_expression" that starts at position "integer_expression1" for "integer_expression2" characters or to the end of "string_expression" if "integer_expression2" is omitted. The first character in "string_expression" is at position 1.</string>
- <string id="exa_substr.example.1" type="String" usage="Do not translate: substr">Example: substr ( [Sales (query)].[Sales staff].[Position code], 3 , 5 )</string>
- <string id="exa_substr.result.1" type="String">Result: Returns characters 3 to 7 of the position codes.</string>
- <string id="exa_sysdate" type="String" usage="Do not translate: sysdate">{sysdate}</string>
- <string id="exa_sysdate.syntax" type="String" usage="Do not translate: sysdate">{ sysdate }</string>
- <string id="exa_sysdate.tip" type="String">Returns a datetime value representing the current date and time of the computer that the database software runs on.</string>
- <string id="exa_to_char.syntax" type="String" usage="Do not translate: to_char">to_char ( expression [ , string_expression ] )</string>
- <string id="exa_to_char.tip" type="String">Returns the string representation of "expression" with the format of "string_expression". "Expression" can be either a date value or a numeric value.</string>
- <string id="exa_to_date.syntax" type="String" usage="Do not translate: to_date">to_date ( expression1 [ , string_expression2 [ , string_expression3 ] ] )</string>
- <string id="exa_to_date.tip" type="String">Converts "expression1" to a datetime value as specified by the format "string_expression2". The first argument "expression1" may be of type string or numeric. "String_expression3" specifies the format elements, such as language.</string>
- <string id="exa_to_date.example.1" type="String" usage="Do not translate: to_date">to_date ( '2013-02-27 15:13:14' , 'YYYY-MM-DD HH24:MI:SS' )</string>
- <string id="exa_to_date.result.1" type="String">Result: Returns datetime with value '2013-02-27 15:13:14'.</string>
- <string id="exa_to_date.example.2" type="String" usage="Do not translate: to_date">to_date ( '2013-02-27 15:13:14' , 'YYYY-MM-DD HH24:MI:SS' , 'NLS_DATE_LANGUAGE = American' )</string>
- <string id="exa_to_date.result.2" type="String">Result: Returns datetime with value '2013-02-27 15:13:14'.</string>
- <string id="exa_to_number.syntax" type="String" usage="Do not translate: to_number">to_number ( string_expression1 , string_expression2 , string_expression3 )</string>
- <string id="exa_to_number.tip" type="String">Converts "string_expression1" to a numeric value as specified by the format "string_expression2". "String_expression3" specifies the format elements, such as currency information.</string>
- <string id="exa_translate.syntax" type="String" usage="Do not translate: translate">translate ( string_expression1 , string_expression2 , string_expression3 )</string>
- <string id="exa_translate.tip" type="String">Returns "string_expression1" with all occurrences of each character in "string_expression2" replaced by the corresponding character in "string_expression3".</string>
- <string id="exa_trunc1.syntax" type="String" usage="Do not translate: trunc">trunc ( date_expression , string_expression )</string>
- <string id="exa_trunc1.tip" type="String">Truncates "date_expression" using the format specified by "string_expression". For example, if "string_expression" is 'year', then "date_expression" is truncated to the first day of the year.</string>
- <string id="exa_trunc1.example.1" type="String" usage="Do not translate: trunc">Example: trunc ( 2003-08-22 , 'year' )</string>
- <string id="exa_trunc1.result.1" type="String">Result: Returns 2003-01-01.</string>
- <string id="exa_trunc2.syntax" type="String" usage="Do not translate: trunc">trunc ( numeric_expression1 , numeric_expression2 )</string>
- <string id="exa_trunc2.tip" type="String">Truncates digits from "numeric_expression1" using "numeric_expression2" as the precision.</string>
- </section>
- <section name="MTH" type="UI">
- <string id="exa_math" type="String" usage="Do not translate: Exasol">Exasol Math</string>
- <string id="exa_log.syntax" type="String" usage="Do not translate: log">log ( numeric_expression1 , numeric_expression2 )</string>
- <string id="exa_log.tip" type="String">Returns the logarithm of "numeric_expression2" with base "numeric_expression1".</string>
- <string id="exa_log2.syntax" type="String" usage="Do not translate: log2">log2 ( numeric_expression1 )</string>
- <string id="exa_log2.tip" type="String">Returns the logarithm of "numeric_expression1" with base 2.</string>
- <string id="exa_log10.syntax" type="String" usage="Do not translate: log10">log10 ( numeric_expression1 )</string>
- <string id="exa_log10.tip" type="String">Returns the logarithm of "numeric_expression1" with base 10.</string>
- </section>
- <section name="TRG" type="UI">
- <string id="exa_trig" type="String" usage="Do not translate: Exasol">Exasol Trigonometry</string>
- <string id="exa_acos.syntax" type="String" usage="Do not translate: acos">acos ( numeric_expression )</string>
- <string id="exa_acos.tip" type="String">Returns the arccosine of "numeric_expression" in radians. The arccosine is the angle whose cosine is "numeric_expression".</string>
- <string id="exa_asin.syntax" type="String" usage="Do not translate: asin">asin ( numeric_expression )</string>
- <string id="exa_asin.tip" type="String">Returns the arcsine of "numeric_expression" in radians. The arcsine is the angle whose sine is "numeric_expression".</string>
- <string id="exa_atan.syntax" type="String" usage="Do not translate: atan">atan ( numeric_expression )</string>
- <string id="exa_atan.tip" type="String">Returns the arctangent of "numeric_expression" in radians. The arctangent is the angle whose tangent is "numeric_expression".</string>
- <string id="exa_atan2.syntax" type="String" usage="Do not translate: atan2">atan2 ( numeric_expression1 ,numeric_expression2 )</string>
- <string id="exa_atan2.tip" type="String">Returns the arctangent of the x and y coordinates specified by "numeric_expression1" and "numeric_expression2", respectively, in radians. The arctangent is the angle whose tangent is "numeric_expression2" / "numeric_expression1".</string>
- <string id="exa_cos.syntax" type="String" usage="Do not translate: cos">cos ( numeric_expression )</string>
- <string id="exa_cos.tip" type="String">Returns the cosine of "numeric_expression" where "numeric_expression" is an angle expressed in radians.</string>
- <string id="exa_cosh.syntax" type="String" usage="Do not translate: cosh">cosh ( numeric_expression )</string>
- <string id="exa_cosh.tip" type="String">Returns the hyperbolic cosine of "numeric_expression" where "numeric_expression" is an angle expressed in radians.</string>
- <string id="exa_sin.syntax" type="String" usage="Do not translate: sin">sin ( numeric_expression )</string>
- <string id="exa_sin.tip" type="String">Returns the sine of "numeric_expression" where "numeric_expression" is an angle expressed in radians.</string>
- <string id="exa_sinh.syntax" type="String" usage="Do not translate: sinh">sinh ( numeric_expression )</string>
- <string id="exa_sinh.tip" type="String">Returns the hyperbolic sine of "numeric_expression" where "numeric_expression" is an angle expressed in radians.</string>
- <string id="exa_tan.syntax" type="String" usage="Do not translate: tan">tan ( numeric_expression )</string>
- <string id="exa_tan.tip" type="String">Returns the tangent of "numeric_expression" where "numeric_expression" is an angle expressed in radians.</string>
- <string id="exa_tanh.syntax" type="String" usage="Do not translate: tanh">tanh ( numeric_expression )</string>
- <string id="exa_tanh.tip" type="String">Returns the hyperbolic tangent of "numeric_expression" where "numeric_expression" is an angle expressed in radians.</string>
- </section>
- </component>
- </stringTable>
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