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Transformation Functions

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1string literal, 'Joan's car', should be expressed how?'Joan' || CHR(39) || 's car'
2what are the 2 comment specifiers ?--
//
3What keywords in the transformation language are reserved for specific functions.:EXT
:INFA
:LKP
:MCR
:SD
:SEQ
:SP
:TD
AND
DD_DELETE
DD_INSERT
DD_REJECT
DD_UPDATE
FALSE
NOT
NULL
OR
PROC_RESULT
SESSSTARTTIME
SPOUTPUT
SYSDATE
TRUE
WORKFLOWSTARTTIME
4What are the reserved for workflow expressions?ABORTED
DISABLED
FAILED
NOTSTARTED
STARTED
STOPPED
SUCCEEDED
5DD_DELETEFlags records for deletion in an update strategy expression. DD_DELETE is equivalent to the integer literal 2.
6DD_INSERTFlags records for insertion in an update strategy expression. DD_INSERT is equivalent to the integer literal 0.
7DD_REJECTFlags records for rejection in an update strategy expression. DD_REJECT is equivalent to the integer literal 3.
8DD_UPDATEFlags records for update in an update strategy expression. DD_UPDATE is equivalent to the integer literal 1.
9FALSEClarifies a conditional expression. FALSE is equivalent to the integer 0.
10NULLIndicates that a value is either unknown or undefined. NULL is not equivalent to a blank or empty string (for
character columns) or 0 (for numerical columns).
DD
11ANSI compliant result for NULL AND TRUE =NULL
12ANSI compliant result for NULL AND FALSE =FALSE
13TRUEReturns a value based on the result of a comparison. TRUE is equivalent to the integer 1.
14what does this evaluate to: 8 * 10 - NULLAny expression that uses operators (except the string operator ||) and contains a null value always evaluates to
NULL.
15the PowerCenter Integration Service evaluates the expression in what order?1. Arithmetic operators
2. String operators
3. Comparison operators
4. Logical operators
16Built-in Variablesreturn either run-time or system
information
17$PM@TableName, $PM@TableNamereturn the source and target table names
for relational source and target instances as string values. Use these variables with any function that accepts
string datatypes.
18$PMFolderName$PMFolderName returns the name of the repository folder as a string value. Use $PMFolderName with any
function that accepts string datatypes.
19$PMIntegrationServiceNamereturns the name of the PowerCenter Integration Service that runs the session. Use
with any function that accepts string datatypes.
20$PMMappingNamereturns the mapping name as a string value. Use with any function that
accepts string datatypes.
21$PMSessionRunModereturns the session run mode, normal or recovery, as a string value.
22$PMWorkflowRunIdEach workflow run has a unique run ID. $PMWorkflowRunId returns the workflow run ID as a string value.
23$PMWorkflowRunInstanceNamereturns the workflow run instance name as a string value. Use
$PMWorkflowRunInstanceName with any function that accepts string datatypes.
24SESSSTARTTIMEreturns the current date and time value on the node that runs the session when the Integration
Service initializes the session. Use SESSSTARTTIME with any function that accepts transformation date/time
datatypes. SESSSTARTTIME is stored as a transformation date/time datatype value.
25TC_CONTINUE_TRANSACTIONIS does not perform any transaction change for the current row. This is the default transaction control variable value.
26TC_COMMIT_BEFOREIS commits the transaction, begins a new transaction, and writes the current row to the target. The current row is in the new transaction.
27TC_COMMIT_AFTERIS writes the current row to the target, commits the transaction, and begins a new transaction. The current row is in the committed transaction
28TC_ROLLBACK_BEFOREIS rolls back the current transaction, begins a new transaction, and writes the current row to the target. The current row is in the new transaction.
29TC_ROLLBACK_AFTERIS writes the current row to the target, begins a new transaction, and rolls back the current transaction. The current row is NOT in the new transaction.
30What is "J" and what does it do? (hint: date)Modified Julian Day (MJD) formats using the J format string. The MJD for a given date is the
number of days to that date since Jan 1 4713 B.C. 00:00:00 (midnight). By definition, MJD includes a time
component expressed as a decimal, which represents some fraction of 24 hours. The J format string does not
convert this time component
31RR date format string, Current Year Between 0 and 49 and the source string year is between 0 and 49 returns what?Integration Service returns the current century plus the two-digit
year from the source string. If
32RR date format string, Current Year Between 0 and 49 the source string year is between 50 and 99, what?the Integration Service returns the
previous century plus the two-digit year from the source string.
33If the current year is between 50 and 99 (such as 1998) and the source string year is between 0 and 49, what does the IS return?the IS returns the next century plus the two-digit
year from the source string
34If the current year is between 50 and 99 (such as 1998) AND the source string year is between 50 and 99, what does the IS return?The IS returns the current century plus the specified two-digit year.
35what function will produce different results when RR and YY are used?TO_DATE
36default date format?MM/DD/YYYY
HH24:MI:SS.US.
37TO_CHARThe TO_CHAR function converts a Date/Time datatype to a string with the format you specify. You can convert the
entire date or a part of the date to a string. You might use TO_CHAR to convert dates to strings, changing the
format for reporting purposes.
38Format String AM, A.M., PM, P.M.Meridian indicator. Use any of these format strings to specify AM and PM hours. AM and PM return the same
values as A.M. and P.M.
39Format String DDay of week (1-7), where Sunday equals 1.
40Format String DAYName of day, including up to nine characters (for example, Wednesday).
41Format string DDDay of month (01-31).
42Format string DDDDay of year (001-366, including leap years).
43Format string DYAbbreviated three-character name for a day (for example, Wed).
44Format string HH, HH12Hour of day (01-12).
45Format string HH24Hour of day (00-23), where 00 is 12AM (midnight).
46Format string JModified Julian Day. Converts the calendar date to a string equivalent to its Modified Julian Day value,
calculated from Jan 1, 4713 00:00:00 B.C. It ignores the time component of the date. For example, the expression TO_CHAR( SHIP_DATE, ‘J’ ) converts Dec 31 1999 23:59:59 to the string 2451544.
47Format string MIMinutes (00-59).
48Format string MMMonth (01-12)
49Format string MONTHName of month, including up to nine characters (for example, January).
50Format string MONAbbreviated three-character name for a month (for example, Jan).
51Format string MSMilliseconds (0-999).
52Format string NSNanoseconds (0-999999999).
53Format string QQuarter of year (1-4), where January to March equals 1.
54Format string RRLast two digits of a year. The function removes the leading digits. For example, if you use ‘RR’ and pass the
year 1997, TO_CHAR returns 97. When used with TO_CHAR, ‘RR’ produces the same results as, and is
interchangeable with, ‘YY.’ However, when used with TO_DATE, ‘RR’ calculates the closest appropriate century
and supplies the first two digits of the year.
55Format string SSSeconds (00-59).
56Format string SSSSSSeconds since midnight (00000 - 86399). When you use SSSSS in a TO_CHAR expression, the PowerCenter
Integration Service only evaluates the time portion of a date. For example, the expression
TO_CHAR(SHIP_DATE, ‘MM/DD/YYYY SSSSS’) converts 12/31/1999 01:02:03 to 12/31/1999 03723.
57Format string USMicroseconds (0-999999).
58Format string YLast digit of a year. The function removes the leading digits. For example, if you use ‘Y’ and pass the year
1997, TO_CHAR returns 7.
59Format string YYLast two digits of a year. The function removes the leading digits. For example, if you use ‘YY’ and pass the
year 1997, TO_CHAR returns 97.
60Format string YYYLast three digits of a year. The function removes the leading digits. For example, if you use ‘YYY’ and pass the
year 1997, TO_CHAR returns 997.
61Format string YYYYEntire year portion of date. For example, if you use ‘YYYY’ and pass the year 1997, TO_CHAR returns 1997.
62Format string WWeek of month (1-5), where week 1 starts on the first day of the month and ends on the seventh, week 2 starts
on the eighth day and ends on the fourteenth day. For example, Feb 1 designates the first week of February.
63Format string WWWeek of year (01-53), where week 01 starts on Jan 1 and ends on Jan 7, week 2 starts on Jan 8 and ends on
Jan 14, and so on.
64Format string - / . ; :Punctuation that displays in the output. You might use these symbols to separate date parts. For example, you
create the following expression to separate date parts with a period: TO_CHAR( DATES, ‘MM.DD.YYYY’ ).
65Format string “text”Text that displays in the output. For example, if you create an output port with the expression:
TO_CHAR( DATES, ‘MM/DD/YYYY “Sales Were Up”’ ) and pass the date Apr 1 1997, the function returns the
string ‘04/01/1997 Sales Were Up’. You can enter multibyte characters that are valid in the repository code
page.
66Format string “”Use double quotation marks to separate ambiguous format strings, for example D“”DDD. The empty quotation
marks do not appear in the output.
67TO_DATEconverts a string with the format you specify to a datetime value. TO_DATE is generally
used to convert strings from flat files to datetime values. TO_DATE format strings are not internationalized and
must be entered in predefined formats
68IS_DATEindicates if a value is a valid date. A valid date is any string representing a valid date in the date format
specified in the session. format. If a string does not match the
specified format string or is not a valid date, the function returns FALSE (0). If the string matches the format string
and is a valid date, the function returns TRUE (1).
69AGGREGATE FUNCTIONSAVG
COUNT
FIRST
LAST
MAX (Date)
MAX (Number)
MAX (String)
MEDIAN
MIN (Date)
MIN (Number)
MIN (String)
PERCENTILE
STDDEV
SUM
VARIANCE
70Character FunctionsASCII
CHR
CHRCODE
CONCAT
INITCAP
INSTR
LENGTH
LOWER
LPAD
LTRIM
METAPHONE
REPLACECHR
REPLACESTR
RPAD
RTRIM
SOUNDEX
SUBSTR
UPPER
71Conversion FunctionsTO_BIGINT
TO_CHAR(Number)
TO_DATE
TO_DECIMAL
TO_FLOAT
TO_INTEGER
72Data Cleansing FunctionsGREATEST
IN
INSTR
IS_DATE
IS_NUMBER
IS_SPACES
ISNULL
LEAST
LTRIM
METAPHONE
REG_EXTRACT
REG_MATCH
REG_REPLACE
REPLACECHR
REPLACESTR
RTRIM
SOUNDEX
SUBSTR
TO_BIGINT
TO_CHAR
TO_DATE
TO_DECIMAL
TO_FLOAT
TO_INTEGER
73DATE FUNCTIONSADD_TO_DATE
DATE_COMPARE
DATE_DIFF
GET_DATE_PART
IS_DATE
LAST_DAY
MAKE_DATE_TIME
MAX
MIN
ROUND(Date)
SET_DATE_PART
SYSTIMESTAMP
TO_CHAR(Date)
TRUNC(Date)
74Encoding FunctionsAES_DECRYPT
AES_ENCRYPT
COMPRESS
CRC32
DEC_BASE64
DECOMPRESS
ENC_BASE64
MD5
75Financial FunctionsFV
NPER
PMT
PV
RATE
76Numeric FunctionsABS
CEIL
CONV
CUME
EXP
FLOOR
LN
LOG
MAX
MIN
MOD
MOVINGAVG
MOVINGSUM
POWER
RAND
ROUND
SIGN
SQRT
TRUNC
77Scientific FunctionsCOS
COSH
SIN
SINH
TAN
TANH
78Special FunctionsABORT
DECODE
ERROR
IIF
LOOKUP
79String FunctionsCHOOSE
INDEXOF
MAX
MIN
REVERSE
80Test FunctionsISNULL
IS_DATE
IS_NUMBER
IS_SPACES
81Variable FunctionsSetCountVariable
SetMaxVariable
SetMinVariable
SetVariable
82ABORTStops the session, and issues a specified error message to the session log file. When the PowerCenter Integration
Service encounters an ABORT function, it stops transforming data at that row.
Syntax
ABORT( string )
83ABSReturns the absolute value of a numeric value. Syntax
ABS( numeric_value )
84ADD_TO_DATEAdds a specified amount to one part of a datetime value, and returns a date in the same format as the date you
pass to the function. ADD_TO_DATE accepts positive and negative integer values. Year.Y,YYY, or YYYY.
Month.MON, MONTH.
Day. D, DD, DDD, DY, and DAY.
Hour. HH,HH12,HH24.
Minute. MI
Seconds. SS
Milliseconds. MS
Microseconds. US
Nanoseconds. NS
Syntax
ADD_TO_DATE( date, format, amount )
85AES_DECRYPTReturns decrypted data to string format. The IS uses Advanced Encryption
Standard (AES) algorithm with 128-bit encoding. The AES algorithm is a FIPS-approved cryptographic algorithm
Syntax
AES_DECRYPT ( value, key )
86AES_ENCRYPTReturns data in encrypted format. The IS uses Advanced Encryption Standard
(AES) algorithm with 128-bit encoding. The AES algorithm is a FIPS-approved cryptographic algorithm. Syntax
AES_ENCRYPT ( value, key )
87ASCIIWhen you configure the IS to run in ASCII mode, the ASCII function returns the
numeric ASCII value of the first character of the string passed to the function.
88AVGReturns the average of all values in a group of rows. Optionally, you can apply a filter to limit the rows you read to
calculate the average. You can nest only one other aggregate function within AVG, and the nested function must
return a Numeric datatype.
Syntax
AVG( numeric_value [, filter_condition ] ) Return Value
Numeric value.
89CEILReturns the smallest integer greater than or equal to the numeric value passed to this function. For example, if you
pass 3.14 to CEIL, the function returns 4. If you pass 3.98 to CEIL, the function returns 4. Likewise, if you pass
-3.17 to CEIL, the function returns -3.
Syntax
CEIL( numeric_value )
90CHOOSEChooses a string from a list of strings based on a given position. You specify the position and the value. If the
value matches the position, the PowerCenter Integration Service returns the value.
Syntax
CHOOSE( index, string1 [, string2, ..., stringN] )
91CHRWhen you configure the PowerCenter Integration Service to move data in ASCII mode, CHR returns the ASCII
character corresponding to the numeric value you pass to this function. ASCII values fall in the range 0 to 255.
You can pass any integer to CHR, but only ASCII codes 32 to 126 are printable characters.
When you configure the PowerCenter Integration Service to move data in Unicode mode, CHR returns the
Unicode character corresponding to the numeric value you pass to this function. Unicode values fall in the range 0
to 65,535. Syntax
CHR( numeric_value )
92CHRCODEWhen you configure the PowerCenter Integration Service to run in ASCII mode, CHRCODE returns the numeric
ASCII value of the first character of the string passed to the function. ASCII values fall in the range 0 to 255.
When you configure the PowerCenter Integration Service to run in Unicode mode, CHRCODE returns the numeric
Unicode value of the first character of the string passed to the function. Unicode values fall in the range 0 to
65,535. When you configure the PowerCenter Integration Service to run in ASCII mode, CHRCODE returns the numeric
ASCII value of the first character of the string passed to the function. ASCII values fall in the range 0 to 255.
When you configure the PowerCenter Integration Service to run in Unicode mode, CHRCODE returns the numeric
Unicode value of the first character of the string passed to the function. Unicode values fall in the range 0 to
65,535.When you configure the PowerCenter Integration Service to run in ASCII mode, CHRCODE returns the numeric
ASCII value of the first character of the string passed to the function. ASCII values fall in the range 0 to 255.
When you configure the PowerCenter Integration Service to run in Unicode mode, CHRCODE returns the numeric
Unicode value of the first character of the string passed to the function. Unicode values fall in the range 0 to
65,535. This function is identical in behavior to the ASCII function. If you currently use ASCII in expressions, it will still
work correctly. However, when you create new expressions, use the CHRCODE function instead of the ASCII function.
Syntax CHRCODE ( string )
93COMPRESSCompresses data using the zlib 1.2.1 compression algorithm. Use the COMPRESS function before you send large
amounts of data over a wide area network.
Syntax
COMPRESS( value )
94CONCATConcatenates two strings. CONCAT converts all data to text before concatenating the strings. Alternatively, use
the || string operator to concatenate strings. Using the || string operator instead of CONCAT improves
PowerCenter Integration Service performance.
Syntax CONCAT( first_string, second_string )
95CONVERT_BASEConverts a number from one base value to another base value.
Syntax
CONVERT_BASE( value, source_base, dest_base )
96COSReturns the cosine of a numeric value (expressed in radians).
Syntax
COS( numeric_value )
97COSHReturns the hyperbolic cosine of a numeric value (expressed in radians). Syntax
COSH( numeric_value )
98COUNTReturns the number of rows that have non-null values in a group. Optionally, you can include the asterisk (*) argument to count all input values in a transformation. You can nest only one other aggregate function within COUNT. You can apply a condition to filter rows before counting them.
Syntax
COUNT( value [, filter_condition] )
or
COUNT( * [, filter_condition] )
99CRC32Returns a 32-bit Cyclic Redundancy Check (CRC32) value. Use CRC32 to find data transmission errors. You can
also use CRC32 if you want to verify that data stored in a file has not been modified. If you use CRC32 to perform
a redundancy check on data in ASCII mode and Unicode mode, the PowerCenter Integration Service may
generate different results on the same input value.
Note: CRC32 can return the same output for different input strings. If you want to generate keys in a mapping,
use a Sequence Generator transformation. If you use CRC32 to generate keys in a mapping, you may receive
unexpected results.
Syntax CRC32( value )
100CUMEReturns a running total. A running total means CUME returns a total each time it adds a value. You can add a
condition to filter rows out of the row set before calculating the running total.
Use CUME and similar functions (such as MOVINGAVG and MOVINGSUM) to simplify reporting by calculating
running values.
Syntax
CUME( numeric_value [, filter_condition] )
101DATE_COMPAREDATE_COMPARE
Returns an integer indicating which of two dates is earlier. DATE_COMPARE returns an integer value rather than
a date value. Syntax
DATE_COMPARE( date1, date2) Return Value
-1 if the first date is earlier.
0 if the two dates are equal.
1 if the second date is earlier.
102DATE_DIFFReturns the length of time between two dates. You can request the format to be years, months, days, hours,
minutes, seconds, milliseconds, microseconds, or nanoseconds. The PowerCenter Integration Service subtracts
the second date from the first date and returns the difference. Syntax
DATE_DIFF( date1, date2, format ) Return Value
Double value. If date1 is later than date2, the return value is a positive number. If date1 is earlier than date2, the
return value is a negative number.
0 if the dates are the same.
NULL if one (or both) of the date values is NULL.
103DEC_BASE64Decodes a base 64 encoded value and returns a string with the binary data representation of the data. If you
encode data using ENC_BASE64, and you want to decode data using DEC_BASE64, you must run the decoding
session using the same data movement mode. Otherwise, the output of the decoded data may differ from the
original data Syntax
DEC_BASE64( value ) Return Value
Binary decoded value.
NULL if the input is a null value.
Return values differ if you run the session in Unicode mode versus ASCII mode.
104DECODESearches a port for a value you specify. If the function finds the value, it returns a result value, which you define.
You can build an unlimited number of searches within a DECODE function.
If you use DECODE to search for a value in a string port, you can either trim trailing blanks with the RTRIM
function or include the blanks in the search string.
Syntax
DECODE( value, first_search, first_result [, second_search, second_result]...[,default] ) Return Value
First_result if the search finds a matching value.
Default value if the search does not find a matching value.
NULL if you omit the default argument and the search does not find a matching value.
Even if multiple conditions are met, the PowerCenter Integration Service returns the first matching result.
If the data contains multibyte characters and the DECODE expression compares string data, the return value
depends on the code page and data movement mode of the PowerCenter Integration Service.
105DECOMPRESSDecompresses data using the zlib 1.2.1 compression algorithm. Use the DECOMPRESS function on data that has
been compressed with the COMPRESS function or a compression tool that uses the zlib 1.2.1 algorithm. If the
session that decompresses the data uses a different data movement mode than the session that compressed the
data, the output of the decompressed data may differ from the original data.
Syntax
DECOMPRESS( value, precision ) Return Value
Decompressed binary value of the input value.
NULL if the input is a null value.
106ENC_BASE64Encodes data by converting binary data to string data using Multipurpose Internet Mail Extensions (MIME)
encoding. Encode data when you want to store data in a database or file that does not allow binary data. You can also encode data to pass binary data through transformations in string format. The encoded data is approximately
33% longer than the original data. It displays as a set of random characters.
Syntax
ENC_BASE64( value )
107ERRORCauses the PowerCenter Integration Service to skip a row and issue an error message, which you define. The
error message displays in the session log. The PowerCenter Integration Service does not write these skipped rows
to the session reject file. Syntax
ERROR( string )
108EXPReturns e raised to the specified power (exponent), where e=2.71828183. For example, EXP(2) returns
7.38905609893065. You might use this function to analyze scientific and technical data rather than business data.
EXP is the reciprocal of the LN function, which returns the natural logarithm of a numeric value.
Syntax EXP( exponent ) Returns e raised to the specified power (exponent), where e=2.71828183. For example, EXP(2) returns
7.38905609893065. You might use this function to analyze scientific and technical data rather than business data.
EXP is the reciprocal of the LN function, which returns the natural logarithm of a numeric value.
Syntax EXP( exponent )
109FIRSTReturns the first value found within a port or group. Optionally, you can apply a filter to limit the rows the
PowerCenter Integration Service reads. You can nest only one other aggregate function within FIRST.
Syntax
FIRST( value[, filter_condition ] ) Return Value
First value in a group.
NULL if all values passed to the function are NULL or if no rows are selected (for example, the filter condition
evaluates to FALSE or NULL for all rows).
Nulls
If a value is NULL, FIRST ignores the row. However, if all values passed from the port are NULL, FIRST returns
NULL.
110FLOORReturns the largest integer less than or equal to the numeric value you pass to this function. For example, if you
pass 3.14 to FLOOR, the function returns 3. If you pass 3.98 to FLOOR, the function returns 3. Likewise, if you
pass -3.17 to FLOOR, the function returns -4.
Syntax
FLOOR( numeric_value )Return Value
Integer if you pass a numeric value with declared precision between 0 and 28.
Double if you pass a numeric value with declared precision greater than 28.
NULL if a value passed to the function is NULL.
111FVReturns the future value of an investment, where you make periodic, constant payments and the investment earns
a constant interest rate.
Syntax
FV( rate, terms, payment [, present value, type] )
112IS_DATEReturns whether a string value is a valid date. A valid date is any string in the date portion of the date time format
specified in the session. If the string you want to test is not in this date format, use the TO_DATE format string to
specify the date format. If the strings passed to IS_DATE do not match the format string specified, the function
returns FALSE (0). If the strings match the format string, the function returns TRUE (1).
IS_DATE evaluates strings and returns an integer value. Syntax
IS_DATE( value [,format] )
113IS_NUMBERReturns whether a string is a valid number. A valid number consists of the following parts:Optional space before the number
Optional sign (+/-)
One or more digits with an optional decimal point
Optional scientific notation, such as the letter ‘e’ or ‘E’ (and the letter ‘d’ or ‘D’ on Windows) followed by an
optional sign (+/-), followed by one or more digits
Optional white space following the number Syntax
IS_NUMBER( value ) Return Value
TRUE (1) if the row is a valid number.
FALSE (0) if the row is not a valid number.
NULL if a value in the expression is NULL.
114IS_SPACESReturns whether a string value consists entirely of spaces. A space is a blank space, a formfeed, a newline, a
carriage return, a tab, or a vertical tab. empty string as FALSE Syntax
IS_SPACES( value ) Return Value
TRUE (1) if the row consists entirely of spaces.
FALSE (0) if the row contains data.
NULL if a value in the expression is NULL.
115LASTReturns the last row in the selected port. Optionally, you can apply a filter to limit the rows the PowerCenter
Integration Service reads. You can nest only one other aggregate function within LAST.
Syntax
LAST( value [, filter_condition ] ) Return Value
Last row in a port.
NULL if all values passed to the function are NULL, or if no rows are selected (for example, the filter condition
evaluates to FALSE or NULL for all rows).
116MAKE_DATE_TIMEReturns the date and time based on the input values.
Syntax
MAKE_DATE_TIME( year(Required), month(Required), day(Required), hour, minute, second, nanosecond ) Return Value
Date as MM/DD/YYYY HH24:MI:SS. Returns a null value if you do not pass the function a year, month, or day.
117MAX (DATES)Returns the latest date found within a port or group. You can
nest only one other aggregate function within MAX. Syntax
MAX( date [, filter_condition] ) Return Value
Date.
NULL if all values passed to the function are NULL, or if no rows are selected (for example, the filter condition
evaluates to FALSE or NULL for all rows).
118MAX (Numbers)Returns the maximum numeric value found within a port or group. You can nest only one other aggregate function within MAX. Syntax
MAX( numeric_value [, filter_condition] ); Return Value
Numeric value.
MAX (Numbers) 95
NULL if all values passed to the function are NULL or if no rows are selected
119MAX (String)Returns the highest string value found within a port or group.
You can nest only one other aggregate function within MAX. uses same sort order as Sorter but is case sensitive. Syntax
MAX( string [, filter_condition] ); Return Value
String.
NULL if all values passed to the function are NULL
120MOVINGSUMReturns the sum (row-by-row) of a specified set of rows.
Optionally, you can apply a condition to filter rows before calculating the moving sum.
Syntax
MOVINGSUM( numeric_value, rowset [, filter_condition] ) Return Value
Numeric value.
121NPERReturns the number of periods for an investment based on a constant interest rate and periodic, constant
payments Syntax
NPER( rate, present value, payment [, future value, type] ) Syntax
NPER( rate, present value, payment [, future value, type] ) Return Value
Numeric.

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Beschreibung: 1 INFA (tranformation functions) Karteikarten am Transformation Functions, erstellt von dbrown am 11/11/2013.
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Transformation Functions

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