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Hi ! all I am just trying to check range in my datafile
pls tell me why its resulting wrong
admin@IEEE:~/Desktop$ cat test.txt
0 28.4
5 28.4
10 28.4
15 28.5
20 28.5
25 28.6
30 28.6
35 28.7
40 28.7
45 28.7
50 28.8
55 28.8
60 28.8
65 28.1... (2 Replies)
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when user select option 2 nothing happen.for testing purpose I put
echo command but is not executing .
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TEST
DEVL
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Does anyone see anything wrong with this.
#getInfraFiles()
#{
# cd Infra/$DAY
# rm *
# /usr/bin/ftp -i -n $LINE << cmd
# user "$USER" "$PASSWD"
# cd $INFRAPATH
# binary
# mget *
# bye
#}
besides that its commented out (4 Replies)
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#!/usr/bin/csh
#
DAY=`date +%y%m%d`
H=`date +%H`
M=`date +%M`
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Thanks! (4 Replies)
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Script begins here
----------------
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Date::ISO8601(3pm) User Contributed Perl Documentation Date::ISO8601(3pm)
NAME
Date::ISO8601 - the three ISO 8601 numerical calendars
SYNOPSIS
use Date::ISO8601 qw(present_y);
print present_y($y);
use Date::ISO8601
qw(month_days cjdn_to_ymd ymd_to_cjdn present_ymd);
$md = month_days(2000, 2);
($y, $m, $d) = cjdn_to_ymd(2406029);
$cjdn = ymd_to_cjdn(1875, 5, 20);
print present_ymd(2406029);
print present_ymd(1875, 5, 20);
use Date::ISO8601
qw(year_days cjdn_to_yd yd_to_cjdn present_yd);
$yd = year_days(2000);
($y, $d) = cjdn_to_yd(2406029);
$cjdn = yd_to_cjdn(1875, 140);
print present_yd(2406029);
print present_yd(1875, 140);
use Date::ISO8601
qw(year_weeks cjdn_to_ywd ywd_to_cjdn present_ywd);
$yw = year_weeks(2000);
($y, $w, $d) = cjdn_to_ywd(2406029);
$cjdn = ywd_to_cjdn(1875, 20, 4);
print present_ywd(2406029);
print present_ywd(1875, 20, 4);
DESCRIPTION
The international standard ISO 8601 "Data elements and interchange formats - Information interchange - Representation of dates and times"
defines three distinct calendars by which days can be labelled. It also defines textual formats for the representation of dates in these
calendars. This module provides functions to convert dates between these three calendars and Chronological Julian Day Numbers, which is a
suitable format to do arithmetic with. It also supplies functions that describe the shape of these calendars, to assist in calendrical
calculations. It also supplies functions to represent dates textually in the ISO 8601 formats. ISO 8601 also covers time of day and time
periods, but this module does nothing relating to those parts of the standard; this is only about labelling days.
The first ISO 8601 calendar divides time up into years, months, and days. It corresponds exactly to the Gregorian calendar, invented by
Aloysius Lilius and promulgated by Pope Gregory XIII in the late sixteenth century, with AD (CE) year numbering. This calendar is applied
to all time, not just to dates after its invention nor just to years 1 and later. Thus for ancient dates it is the proleptic Gregorian
calendar with astronomical year numbering.
The second ISO 8601 calendar divides time up into the same years as the first, but divides the year directly into days, with no months.
The standard calls this "ordinal dates". Ordinal dates are commonly referred to as "Julian dates", a mistake apparently deriving from true
Julian Day Numbers, which divide time up solely into linearly counted days.
The third ISO 8601 calendar divides time up into years, weeks, and days. The years approximate the years of the first two calendars, so
they stay in step in the long term, but the boundaries differ. This week-based calendar is sometimes called "the ISO calendar", apparently
in the belief that ISO 8601 does not define any other. It is also referred to as "business dates", because it is most used by certain
businesses to whom the week is the most important temporal cycle.
The Chronological Julian Day Number is an integral number labelling each day, where the day extends from midnight to midnight in whatever
time zone is of interest. It is a linear count of days, where each day's number is one greater than the previous day's number. It is
directly related to the Julian Date system: in the time zone of the prime meridian, the CJDN equals the JD at noon. By way of epoch, the
day on which the Convention of the Metre was signed, which ISO 8601 defines to be 1875-05-20 (and 1875-140 and 1875-W20-4), is CJDN
2406029.
This module places no limit on the range of dates to which it may be applied. All function arguments are permitted to be "Math::BigInt" or
"Math::BigRat" objects in order to achieve arbitrary range. Native Perl integers are also permitted, as a convenience when the range of
dates being handled is known to be sufficiently small.
FUNCTIONS
Numbers in this API may be native Perl integers, "Math::BigInt" objects, or integer-valued "Math::BigRat" objects. All three types are
acceptable for all parameters, in any combination. In all conversion functions, the most-significant part of the result (which is the only
part with unlimited range) is of the same type as the most-significant part of the input. Less-significant parts of results (which have a
small range) are consistently native Perl integers.
All functions "die" if given invalid parameters.
Years
present_y(YEAR)
Puts the given year number into ISO 8601 textual presentation format. For years [0, 9999] this is simply four digits. For years
outside that range it is a sign followed by at least four digits.
This is the minimum-length presentation format. If it is desired to use a form that is longer than necessary, such as to use at least
five digits for all year numbers (as the Long Now Foundation does), then the right tool is "sprintf" (see "sprintf" in perlfunc).
This format is unconditionally conformant to all versions of ISO 8601 for years [1583, 9999]. For years [0, 1582], preceding the
historical introduction of the Gregorian calendar, it is conformant only where it is mutually agreed that such dates (represented in
the proleptic Gregorian calendar) are acceptable. For years outside the range [0, 9999], where the expanded format must be used, the
result is only conformant to ISO 8601:2004 (earlier versions lacked these formats), and only where it is mutually agreed to use this
format.
Gregorian calendar
Each year is divided into twelve months, numbered [1, 12]; month number 1 is January. Each month is divided into days, numbered
sequentially from 1. The month lengths are irregular. The year numbers have unlimited range.
month_days(YEAR, MONTH)
The parameters identify a month, and the function returns the number of days in that month as a native Perl integer.
cjdn_to_ymd(CJDN)
This function takes a Chronological Julian Day Number and returns a list of a year, month, and day.
ymd_to_cjdn(YEAR, MONTH, DAY)
This performs the reverse of the translation that "cjdn_to_ymd" does. It takes year, month, and day numbers, and returns the
corresponding CJDN.
present_ymd(CJDN)
present_ymd(YEAR, MONTH, DAY)
Puts the given date into ISO 8601 Gregorian textual presentation format. The `extended' format (with "-" separators) is used. The
conformance notes for "present_y" apply to this function also.
If the date is given as a (YEAR, MONTH, DAY) triplet then these are not checked for consistency. The MONTH and DAY values are only
checked to ensure that they fit into the fixed number of digits. This allows the use of this function on data other than actual
Gregorian dates.
Ordinal dates
Each year is divided into days, numbered sequentially from 1. The year lengths are irregular. The years correspond exactly to those of
the Gregorian calendar.
year_days(YEAR)
The parameter identifies a year, and the function returns the number of days in that year as a native Perl integer.
cjdn_to_yd(CJDN)
This function takes a Chronological Julian Day Number and returns a list of a year and ordinal day.
yd_to_cjdn(YEAR, DAY)
This performs the reverse of the translation that "cjdn_to_yd" does. It takes year and ordinal day numbers, and returns the
corresponding CJDN.
present_yd(CJDN)
present_yd(YEAR, DAY)
Puts the given date into ISO 8601 ordinal textual presentation format. The `extended' format (with "-" separators) is used. The
conformance notes for "present_y" apply to this function also.
If the date is given as a (YEAR, DAY) pair then these are not checked for consistency. The DAY value is only checked to ensure that it
fits into the fixed number of digits. This allows the use of this function on data other than actual ordinal dates.
Week-based calendar
Each year is divided into weeks, numbered sequentially from 1. Each week is divided into seven days, numbered [1, 7]; day number 1 is
Monday. The year lengths are irregular. The year numbers have unlimited range.
The years correspond to those of the Gregorian calendar. Each week is associated with the Gregorian year that contains its Thursday and
hence contains the majority of its days.
year_weeks(YEAR)
The parameter identifies a year, and the function returns the number of weeks in that year as a native Perl integer.
cjdn_to_ywd(CJDN)
This function takes a Chronological Julian Day Number and returns a list of a year, week, and day.
ywd_to_cjdn(YEAR, WEEK, DAY)
This performs the reverse of the translation that "cjdn_to_ywd" does. It takes year, week, and day numbers, and returns the
corresponding CJDN.
present_ywd(CJDN)
present_ywd(YEAR, WEEK, DAY)
Puts the given date into ISO 8601 week-based textual presentation format. The `extended' format (with "-" separators) is used. The
conformance notes for "present_y" apply to this function also.
If the date is given as a (YEAR, WEEK, DAY) triplet then these are not checked for consistency. The WEEK and DAY values are only
checked to ensure that they fit into the fixed number of digits. This allows the use of this function on data other than actual week-
based dates.
SEE ALSO
Date::JD, DateTime
AUTHOR
Andrew Main (Zefram) <zefram@fysh.org>
COPYRIGHT
Copyright (C) 2006, 2007, 2009 Andrew Main (Zefram) <zefram@fysh.org>
LICENSE
This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself.
perl v5.10.1 2010-03-30 Date::ISO8601(3pm)