This section describes the OCI Date and Interval functions.
| Function/Page | Purpose |
|---|---|
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Adds or subtracts days |
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Adds or subtracts months |
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Assigns date |
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Checks if the given date is valid |
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Compares dates |
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Gets number of days between two dates |
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Converts string to date |
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Gets the date portion of a date |
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Gets the time portion of a date |
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Gets date of last day of month |
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Gets date of next day |
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Sets the date portion of a date |
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Sets the time portion of a date |
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Gets current system date and time |
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Converts date to string |
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Performs datetime assignment |
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Checks if the given date is valid |
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Compares two datetime values |
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Constructs a datetime descriptor |
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Converts one datetime type to another |
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Converts an array of size |
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Converts the given string to Oracle datetime type in the |
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Gets the date (year, month, day) portion of a datetime value |
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Gets the time (hour, min, second, fractional second) out of a datetime value |
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Gets the time zone name portion of a datetime value |
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Gets the time zone (hour, minute) portion of a datetime value |
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Adds an interval to a datetime to produce a resulting datetime |
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Subtracts an interval from a datetime and stores the result in a datetime |
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Takes two datetimes as input and stores their difference in an interval |
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Gets the system current date and time as a timestamp with time zone |
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Converts a |
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Converts the given date to a string according to the specified format |
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Converts date from one time zone to another zone |
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Adds two intervals to produce a resulting interval |
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Copies one interval to another |
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Checks the validity of an interval |
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Compares two intervals |
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Divides an interval by an Oracle NUMBER to produce an interval |
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Converts an Oracle NUMBER to an interval |
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Given an interval string, returns the interval represented by the string |
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Returns an |
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Gets values of day, hour, minute, and second from an interval |
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Gets year and month from an interval |
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Multiplies an interval by an Oracle NUMBER to produce an interval |
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Sets day, hour, minute, and second in an interval |
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Sets year and month in an interval |
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Subtracts two intervals and stores the result in an interval |
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Converts an interval to an Oracle NUMBER |
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Given an interval, produces a string representing the interval |
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
The given date from which to add or subtract.
Number of days to be added or subtracted. A negative value is subtracted.
Result of adding days to, or subtracting days from, date.
sword OCIDateAddMonths ( OCIError *err,
const OCIDate *date,
sb4 num_months,
OCIDate *result );
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
The given date from which to add or subtract.
Number of months to be added or subtracted. A negative value is subtracted.
Result of adding days to, or subtracting days from, date.
If the input date is the last day of a month, then the appropriate adjustments are made to ensure that the output date is also the last day of the month. For example, Feb. 28 + 1 month = March 31, and November 30 - 3 months = August 31. Otherwise the result date has the same day component as date.
This function returns an error if invalid date is passed to it.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Date to be assigned.
Target of assignment.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Date to be checked
Returns zero for a valid date. Otherwise, the ORed combination of all error bits specified as follows:
| Macro Name | Bit Number | Error |
|---|---|---|
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0x1 |
Bad day |
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0x2 |
Bad day low/high bit (1=low) |
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0x4 |
Bad month |
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0x8 |
Bad month low/high bit (1=low) |
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0x10 |
Bad year |
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0x20 |
Bad year low/high bit (1=low) |
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0x40 |
Bad hour |
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0x80 |
Bad hour low/high bit (1=low) |
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0x100 |
Bad minute |
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0x200 |
Bad minute low/high bit (1=low) |
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0x400 |
Bad second |
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0x800 |
Bad second low/high bit (1=low) |
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0x1000 |
Day is one of those missing from 1582 |
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0x2000 |
Year may not equal zero |
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0x8000 |
Bad date format input |
For example, if the date passed in was 2/0/1990 25:61:10 in (month/day/year hours:minutes:seconds format), the error returned is:
OCI_DATE_INVALID_DAY | OCI_DATE_DAY_BELOW_VALID | OCI_DATE_INVALID_HOUR | OCI_DATE_INVALID_MINUTE.
sword OCIDateCompare ( OCIError *err,
const OCIDate *date1,
const OCIDate *date2,
sword *result );
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Dates to be compared.
Comparison result:
sword OCIDateDaysBetween ( OCIError *err,
const OCIDate *date1,
const OCIDate *date2,
sb4 *num_days );
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Input date.
Input date.
Number of days between date1 and date2.
When the number of days between date1 and date2 is computed, the time is ignored.
This function returns an error if invalid date is passed to it.
sword OCIDateFromText ( OCIError *err,
const OraText *date_str,
ub4 d_str_length,
const OraText *fmt,
ub1 fmt_length,
const OraText *lang_name,
ub4 lang_length,
OCIDate *date );
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Input string to be converted to Oracle date.
Size of the input string, if the length is -1 then date_str is treated as a NULL-terminated string.
Conversion format. If fmt is a NULL pointer, then the string is expected to be in "DD-MON-YY" format.
Length of the fmt parameter.
Language in which the names and abbreviations of days and months are specified. If lang_name is a NULL string, (text *)0, then the default language of the session is used.
Length of the lang_name parameter.
Given string converted to date.
Refer to the TO_DATE conversion function described in the Oracle Database SQL Language Reference for a description of format and multilingual arguments.
This function returns an error if it receives an invalid format, language, or input string.
Oracle date whose year, month, day data is retrieved.
Year value returned.
Month value returned.
Day value returned.
Oracle date whose time data is retrieved.
Hour value returned.
Minute value returned.
Second value returned.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Input date.
Last day of the month in date.
sword OCIDateNextDay ( OCIError *err,
const OCIDate *date,
const OraText *day,
ub4 day_length,
OCIDate *next_day );
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Returned date should be later than this date.
First day of week named by this is returned.
Length in bytes of string day.
First day of the week named by day later than date.
Get the date of the next Monday after April 18, 1996 (a Thursday).
OCIDate one_day, next_day;
/* Add code here to set one_day to be '18-APR-96' */
OCIDateNextDay(err, &one_day, "MONDAY", strlen("MONDAY"), &next_day);
OCIDateNextDay() returns "22-APR-96".
This function returns and error if an invalid date or day is passed to it.
Oracle date whose time data is set.
Year value to be set.
Month value to be set.
Day value to be set.
Oracle date whose time data is set.
Hour value to be set.
Minute value to be set.
Second value to be set.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Current system date and time of the client.
sword OCIDateToText ( OCIError *err,
const OCIDate *date,
const OraText *fmt,
ub1 fmt_length,
const OraText *lang_name,
ub4 lang_length,
ub4 *buf_size,
OraText *buf );
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Oracle date to be converted.
Conversion format, if NULL, (text *)0, then the date is converted to a character string in the default date format, DD-MON-YY.
Length of the fmt parameter.
Specifies the language in which names and abbreviations of months and days are returned; default language of session is used if lang_name is NULL ((text *)0).
Length of the lang_name parameter.
Size of the buffer (IN). Size of the resulting string is returned with this parameter (OUT).
Buffer into which the converted string is placed.
Converts the given date to a string according to the specified format. The converted NULL-terminated date string is stored in buf.
Refer to the TO_DATE conversion function described in the Oracle Database SQL Language Reference for a description of format and multilingual arguments.
This function returns an error if the buffer is too small, or if the function is passed an invalid format or unknown language. Overflow also causes an error. For example, converting a value of 10 into format '9' causes an error.
sword OCIDateTimeAssign ( void *hndl,
OCIError *err,
const OCIDateTime *from,
OCIDateTime *to );
The OCI user session handle or environment handle. If a user session handle is passed, the conversion takes place in the session's NLS_LANGUAGE and the session's NLS_CALENDAR, otherwise the default is used.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Source (rhs) datetime to be assigned.
Target (lhs) of assignment.
This function performs an assignment from the from datetime to the to datetime for any of the datetime types listed in the description of the type parameter.
The type of the output is the same as that of the input.
The OCI user session handle or environment handle. If a user session handle is passed, the conversion takes place in the session's NLS_LANGUAGE and the session's NLS_CALENDAR, otherwise the default is used.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
The date to be checked.
Returns zero for a valid date, otherwise it returns the ORed combination of all the error bits specified next:
| Macro Name | Bit Number | Error |
|---|---|---|
|
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0x1 |
Bad day |
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0x2 |
Bad day low/high bit (1=low) |
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0x4 |
Bad month |
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0x8 |
Bad month low/high bit (1=low) |
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0x10 |
Bad year |
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0x20 |
Bad year low/high bit (1=low) |
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0x40 |
Bad hour |
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0x80 |
Bad hour low/high bit (1=low) |
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0x100 |
Bad minute |
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0x200 |
Bad minute low/high bit (1=low) |
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0x400 |
Bad second |
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0x800 |
Bad second low/high bit (1=low) |
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0x1000 |
Day is one of those missing from 1582 |
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0x2000 |
Year may not equal zero |
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0x4000 |
Bad time zone |
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0x8000 |
Bad date format input |
So, for example, if the date passed in was 2/0/1990 25:61:10 in (month/day/year hours:minutes:seconds format), the error returned is:
OCI_DT_INVALID_DAY | OCI_DT_DAY_BELOW_VALID |
OCI_DT_INVALID_HOUR | OCI_DT_INVALID_MINUTE.
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if date or valid is a NULL pointer.
sword OCIDateTimeCompare ( void *hndl,
OCIError *err,
const OCIDateTime *date1,
const OCIDateTime *date2,
sword *result );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Dates to be compared.
Comparison result:
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if an invalid date is used, or if the input date arguments are not of mutually comparable types.
sword OCIDateTimeConstruct ( void *hndl,
OCIError *err,
OCIDateTime *datetime,
sb2 year,
ub1 month,
ub1 day,
ub1 hour,
ub1 min,
ub1 sec,
ub4 fsec,
OraText *timezone,
size_t timezone_length );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to an OCIDateTime descriptor.
Year value.
Month value.
Day value.
Hour value.
Minute value.
Second value
Fractional second value.
Time zone string. A string representation of the time zone offset from GMT in the format "[+|-][HH:MM]". For example, "-08:00".
Length of the time zone string.
The type of the datetime is the type of the OCIDateTime descriptor. Only the relevant fields based on the type are used. For types with time zone, the date and time fields are assumed to be in the local time of the specified time zone.
If time zone is not specified, then session default time zone is assumed.
sword OCIDateTimeConvert ( void *hndl,
OCIError *err,
OCIDateTime *indate,
OCIDateTime *outdate );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
A pointer to the input date.
A pointer to the output datetime.
This function converts one datetime type to another. The result type is the type of the outdate descriptor. The session default time zone (ORA_SDTZ) is used when converting a datetime without time zone to one with time zone.
OCI_SUCCESS,
OCI_INVALID_HANDLE if err is NULL,
OCI_ERROR, if the conversion is not possible with the given input values.
sword OCIDateTimeFromArray ( void *hndl,
OCIError *err,
const ub1 *inarray,
ub4 *len
ub1 type,
OCIDateTime *datetime,
const OCIInterval *reftz,
ub1 fsprec );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Array of ub1, containing the date.
Length of inarray.
Type of the resulting datetime. The array will be converted to the specific SQLT type.
Pointer to an OCIDateTime descriptor.
Descriptor for OCIInterval used as a reference when converting a SQLT_TIMESTAMP_LTZ type.
Fractional second precision of the resulting datetime.
Converts the given string to Oracle datetime type in the OCIDateTime descriptor, according to the specified format.
sword OCIDateTimeFromText ( void *hndl,
OCIError *err,
const OraText *date_str,
size_t dstr_length,
const OraText *fmt,
ub1 fmt_length,
const OraText *lang_name,
size_t lang_length,
OCIDateTime *datetime );
The OCI user session handle or environment handle. If a user session handle is passed, the conversion takes place in the session's NLS_LANGUAGE and the session's NLS_CALENDAR, otherwise the default is used.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
The input string to be converted to an Oracle datetime.
The size of the input string. If the length is -1 then date_str is treated as a NULL-terminated string.
The conversion format. If fmt is a NULL pointer, then the string is expected to be in the default format for the datetime type.
The length of the fmt parameter.
Specifies the language in which the names and abbreviations of months and days are specified. The default language of the session is used if lang_name is NULL (lang_name = (text *)0).
The length of the lang_name parameter.
The given string converted to a date.
Refer to the description of the TO_DATE conversion function in the SQL Reference for a description of the format argument.
OCI_SUCCESS,
OCI_INVALID_HANDLE if err is NULL,
OCI_ERROR, if any of the following is true:
An invalid format is used.
An unknown language is used.
An invalid input string is used.
void OCIDateTimeGetDate ( void *hndl,
OCIError *err,
const OCIDateTime *datetime,
sb2 *year,
ub1 *month,
ub1 *day );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to an OCIDateTime descriptor from which date information is retrieved.
The retrieved year, month, and day values.
void OCIDateTimeGetTime ( void *hndl,
OCIError *err,
OCIDateTime *datetime,
ub1 *hour,
ub1 *min,
ub1 *sec,
ub4 *fsec );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to an OCIDateTime descriptor from which time information will be retrieved.
The retrieved hour value.
The retrieved minute value.
The retrieved second value.
The retrieved fractional second value.
This function gets the time portion (hour, min, second, fractional second) out of a given datetime value.
This function returns an error if the given datetime does not contain time information.
void OCIDateTimeGetTimeZoneName ( void *hndl,
OCIError *err,
const OCIDateTime *datetime,
ub1 *buf,
ub4 *buflen, );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to an OCIDateTime descriptor.
Buffer to store the retrieved time zone name.
The size of the buffer (IN). The size of the name field (OUT)
This function gets the time portion (hour, min, second, fractional second) out of a given datetime value.
This function returns an error if the given datetime does not contain time information.
void OCIDateTimeGetTimeZoneOffset ( void *hndl,
OCIError *err,
const OCIDateTime *datetime,
sb1 *hour,
sb1 *min, );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to an OCIDateTime descriptor.
The retrieved time zone hour value.
The retrieved time zone minute value.
This function gets the time zone hour and the time zone minute portion out of a given datetime value.
This function returns an error if the given datetime does not contain time information.
sword OCIDateTimeIntervalAdd ( void *hndl,
OCIError *err,
OCIDateTime *datetime,
OCIInterval *inter,
OCIDateTime *outdatetime );
The user session or environment handle. If a session handle is passed, the addition takes place in the session default calendar.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to the input datetime.
Pointer to the input interval.
Pointer to the output datetime. The output datetime will be of same type as the input datetime.
OCI_SUCCESS if the function completes successfully,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if the resulting date is before Jan 1, -4713, or is after Dec 31, 9999.
sword OCIDateTimeIntervalSub ( void *hndl,
OCIError *err,
OCIDateTime *datetime,
OCIInterval *inter,
OCIDateTime *outdatetime );
The user session or environment handle. If a session handle is passed, the subtraction takes place in the session default calendar. The interval is assumed to be in the session calendar.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to the input datetime value.
Pointer to the input interval.
Pointer to the output datetime. The output datetime will be of same type as the input datetime.
OCI_SUCCESS if the function completes successfully,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if the resulting date is before Jan 1, -4713, or is after Dec 31, 9999.
sword OCIDateTimeSubtract ( void *hndl,
OCIError *err,
OCIDateTime *indate1,
OCIDateTime *indate2,
OCIInterval *inter );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to the subtrahend.
Pointer to the minuend.
Pointer to the output interval.
OCI_SUCCESS if the function completes successfully,
OCI_INVALID_HANDLE if err is NULL pointer,
OCI_ERROR, if the input datetimes are not of comparable types.
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to the output timestamp.
sword OCIDateTimeToArray ( void *hndl,
OCIError *err,
const OCIDateTime *datetime,
const OCIInterval *reftz,
ub1 *outarray,
ub4 *len
ub1 fsprec );
The OCI user session handle or environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to an OCIDateTime descriptor.
Descriptor for the OCIInterval used as a reference when converting SQL_TIMESTAMP_LTZ type.
Array of bytes containing the date.
Length of outarray.
Fractional second precision in the array.
sword OCIDateTimeToText ( void *hndl,
OCIError *err,
const OCIDateTime *date,
const OraText *fmt,
ub1 fmt_length,
ub1 fsprec,
const OraText *lang_name,
size_t lang_length,
ub4 *buf_size,
OraText *buf );
The OCI user session handle or environment handle. If a user session handle is passed, the conversion takes place in the session's NLS_LANGUAGE and the session's NLS_CALENDAR, otherwise the default is used.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Oracle datetime value to be converted
The conversion format. If it is a NULL string pointer, (text*)0, then the date is converted to a character string in the default format for that type.
The length of the fmt parameter.
Specifies the precision in which the fractional seconds is returned.
Specifies the language in which the names and abbreviations of months and days are returned. The default language of the session is used if lang_name is NULL (lang_name = (OraText *)0).
The length of the lang_name parameter.
The size of the buf buffer (IN).
The size of the resulting string after the conversion (OUT).
The buffer into which the converted string is placed.
Refer to the description of the TO_DATE conversion function in the SQL Reference for a description of format and multilingual arguments. The converted NULL-terminated date string is stored in the buffer buf.
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is NULL,
OCI_ERROR, if any of the following is true:
The buffer is too small.
An invalid format is used.
An unknown language is used.
There is an overflow error.
sword OCIDateZoneToZone ( OCIError *err,
const OCIDate *date1,
const OraText *zon1,
ub4 zon1_length,
const OraText *zon2,
ub4 zon2_length,
OCIDate *date2 );
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Date to convert.
Zone of input date.
Length in bytes of zon1.
Zone to be converted to.
Length in bytes of zon2.
Converted date (in zon2).
Converts a given date date1 in time zone zon1 to a date date2 in time zone zon2. Works only with North American time zones.
For a list of valid zone strings, refer to the description of the NEW_TIME function in the Oracle Database SQL Language Reference. Examples of valid zone strings include:
AST, Atlantic Standard Time
ADT, Atlantic Daylight Time
BST, Bering Standard Time
BDT, Bering Daylight Time
This function returns an error if an invalid date or time zone is passed to it.
sword OCIIntervalAdd ( void *hndl,
OCIError *err,
OCIInterval *addend1,
OCIInterval *addend2,
OCIInterval *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval to be added.
Interval to be added.
The resulting interval (addend1 + addend2).
OCI_SUCCESS,
OCI_ERROR, if:
the two input intervals are not mutually comparable,
or, the resulting year is greater than SB4MAXVAL,
or, the resulting year is less than SB4MINVAL,
OCI_INVALID_HANDLE, if err is a NULL pointer.
void OCIIntervalAssign ( void *hndl,
OCIError *err,
const OCIInterval *inpinter,
OCIInterval *outinter );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Input interval.
Output interval.
sword OCIIntervalCheck ( void *hndl,
OCIError *err,
const OCIInterval *interval,
ub4 *valid );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval to be checked.
Zero if the interval is valid, else returns an ORed combination of the following codes:
| Macro Name | Bit Number | Error |
|---|---|---|
|
|
0x1 |
Bad day |
|
|
0x2 |
Bad day low/high bit (1=low) |
|
|
0x4 |
Bad month |
|
|
0x8 |
Bad month low/high bit (1=low) |
|
|
0x10 |
Bad year |
|
|
0x20 |
Bad year low/high bit (1=low) |
|
|
0x40 |
Bad hour |
|
|
0x80 |
Bad hour low/high bit (1=low) |
|
|
0x100 |
Bad minute |
|
|
0x200 |
Bad minute low/high bit (1=low) |
|
|
0x400 |
Bad second |
|
|
0x800 |
Bad second low/high bit (1=low) |
|
|
0x1000 |
Bad fractional second |
|
|
0x2000 |
Bad fractional second low/high bit (1=low) |
sword OCIIntervalCompare (void *hndl,
OCIError *err,
OCIInterval *inter1,
OCIInterval *inter2,
sword *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval to be compared.
Interval to be compared.
Comparison result:
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if the input values are not mutually comparable.
sword OCIIntervalDivide ( void *hndl,
OCIError *err,
OCIInterval *dividend,
OCINumber *divisor,
OCIInterval *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval to be divided.
Oracle NUMBER dividing dividend.
The resulting interval ( dividend / divisor).
sword OCIIntervalFromNumber ( void *hndl,
OCIError *err,
OCIInterval *interval,
OCINumber *number );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval result.
Oracle NUMBER to be converted (in years for YEAR TO MONTH intervals and in days for DAY TO SECOND intervals).
Given an interval string, returns the interval represented by the string. The type of the interval is the type of the result descriptor.
sword OCIIntervalFromText ( void *hndl,
OCIError *err,
const OraText *inpstring,
size_t str_len,
OCIInterval *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Input string.
Length of the input string.
Resultant interval.
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if any of the following is true:
there are too many fields in the literal string
the year is out of range (-4713 to 9999)
the month is out of range (1 to 12)
the day of month is out of range (1 to 28...31)
the hour is out of range (0 to 23)
if hour is out of range (0 to 11)
if minute is out of range (0 to 59)
if seconds in minute out of range (0 to 59)
if seconds in day out of range (0 to 86399)
if the interval is invalid
Returns an OCI_DTYPE_INTERVAL_DS of datatype OCIInterval with the region id set (if the region is specified in the input string) and the current absolute offset, or an absolute offset with the region id set to 0.
sword OCIIntervalFromTZ ( void *hndl,
OCIError *err,
const oratext *inpstring,
size_t str_len,
OCIInterval *result ) ;
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Pointer to the input string.
Length of inpstring.
Output interval.
OCI_SUCCESS, on success,
OCI_INVALID_HANDLE, if err is NULL,
OCI_ERROR, if there is a bad interval type or time zone errors.
sword OCIIntervalGetDaySecond (void *hndl,
OCIError *err,
sb4 *dy,
sb4 *hr,
sb4 *mm,
sb4 *ss,
sb4 *fsec,
const OCIInterval *interval );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Number of days.
Number of hours.
Number of minutes.
Number of seconds.
Number of fractional seconds.
The input interval.
sword OCIIntervalGetYearMonth ( void *hndl,
OCIError *err,
sb4 *yr,
sb4 *mnth,
const OCIInterval *interval );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Year value.
Month value.
The input interval.
sword OCIIntervalMultiply ( void *hndl,
OCIError *err,
const OCIInterval *inter,
OCINumber *nfactor,
OCIInterval *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval to be multiplied.
Oracle NUMBER to be multiplied.
The resulting interval (inter * nfactor).
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if any of the following is true:
the resulting year is greater than SB4MAXVAL
the resulting year is less than SB4MINVAL
sword OCIIntervalSetDaySecond ( void *hndl,
OCIError *err,
sb4 dy,
sb4 hr,
sb4 mm,
sb4 ss,
sb4 fsec,
OCIInterval *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Number of days.
Number of hours.
Number of minutes.
Number of seconds.
Number of fractional seconds.
The resulting interval.
sword OCIIntervalSetYearMonth ( void *hndl,
OCIError *err,
sb4 yr,
sb4 mnth,
OCIInterval *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Year value.
Month value.
The resulting interval.
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is a NULL pointer,
the resulting year is greater than SB4MAXVAL
the resulting year is less than SB4MINVAL
sword OCIIntervalSubtract ( void *hndl,
OCIError *err,
OCIInterval *minuend,
OCIInterval *subtrahend,
OCIInterval *result );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
The interval to be subtracted from.
The interval subtracted from minuend.
The resulting interval (minuend - subtrahend).
OCI_SUCCESS,
OCI_INVALID_HANDLE, if err is a NULL pointer,
OCI_ERROR, if any of the following are true:
the resulting year is greater than SB4MAXVAL
the resulting year is less than SB4MINVAL
the two input intervals are not mutually comparable
sword OCIIntervalToNumber ( void *hndl,
OCIError *err,
OCIInterval *interval,
OCINumber *number );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval to be converted.
Oracle NUMBER result (in years for YEARMONTH interval and in days for DAYSECOND).
Fractional portions of the date (for instance, minutes and seconds if the unit chosen is hours) are included in the Oracle NUMBER produced. Excess precision is truncated.
sword OCIIntervalToText ( void *hndl,
OCIError *err,
const OCIInterval *interval,
ub1 lfprec,
ub1 fsprec,
OraText *buffer,
size_t buflen,
size_t *resultlen );
The OCI user session handle or the environment handle.
The OCI error handle. If there is an error, it is recorded in err and this function returns OCI_ERROR. Obtain diagnostic information by calling OCIErrorGet().
Interval to be converted.
Leading field precision. (The number of digits used to represent the leading field.)
Fractional second precision of the interval (the number of digits used to represent the fractional seconds).
Buffer to hold the result.
The length of buffer.
The length of the result placed into buffer.
The interval literal is output as 'year' or '[year-]month' for INTERVAL YEAR TO MONTH intervals and as 'seconds' or 'minutes[:seconds]' or 'hours[:minutes[:seconds]]' or 'days[ hours[:minutes[:seconds]]]' for INTERVAL DAY TO SECOND intervals (where optional fields are surrounded by brackets).
OCI_SUCCESS, OCI_INVALID_HANDLE, if err is a NULL pointer, or OCI_ERROR, if the buffer is not large enough to hold the result.