[robotframework] push by janne.piironen@gmail.com - regen on 2014-06-02 13:16 GMT

[robotframework]

Revision: a89a80bf5178
Branch:   default
Author:   Janne Piironen <janne.piiro...@gmail.com>
Date:     Mon Jun  2 13:16:38 2014 UTC
Log:      regen
http://code.google.com/p/robotframework/source/detail?r=a89a80bf5178
Modified:
 /doc/libraries/DateTime.html

=======================================
--- /doc/libraries/DateTime.html        Fri May 30 17:37:34 2014 UTC
+++ /doc/libraries/DateTime.html        Mon Jun  2 13:16:38 2014 UTC
@@ -180,7 +180,7 @@
 (function(a){var r=a.fn.domManip,d="_tmplitem",q=/^[^<]*(<[\w\W]+>)[^>]*$| 
\{\{\! /,b={},f={},e,p={key:0,data:{}},i=0,c=0,l=[];function g(g,d,h,e){var  
c={data:e||(e===0|| 
e===false)?e:d?d.data:{},_wrap:d?d._wrap:null,tmpl:null,parent:d|| 
null,nodes:[],calls:u,nest:w,wrap:x,html:v,update:t};g&&a.extend(c,g,{nodes:[],parent:d});if(h){c.tmpl=h;c._ctnt=c._ctnt| 
|c.tmpl(a,c);c.key=++i;(l.length?f:b)[i]=c}return  
c}a.each({appendTo:"append",prependTo:"prepend",insertBefore:"before",insertAfter:"after",replaceAll:"replaceWith"},function(f,d){a.fn[f]=function(n){var  
g=[],i=a(n),k,h,m,l,j=this.length===1&&this[0].parentNode;e=b|| 
{};if(j&&j.nodeType===11&&j.childNodes.length===1&&i.length===1){i[d](this[0]);g=this}else{for(h=0,m=i.length;h<m;h++){c=h;k=(h>0?this.clone(true):this).get();a(i[h])[d](k);g=g.concat(k)}c=0;g=this.pushStack(g,f,i.selector)}l=e;e=null;a.tmpl.complete(l);return  
g}});a.fn.extend({tmpl:function(d,c,b){return  
a.tmpl(this[0],d,c,b)},tmplItem:function(){return  
a.tmplItem(this[0])},template:function(b){return  
a.template(b,this[0])},domManip:function(d,m,k){if(d[0]&&a.isArray(d[0])){var  
g=a.makeArray(arguments),h=d[0],j=h.length,i=0,f;while(i<j&&!(f=a.data(h[i++],"tmplItem")));if(f&&c)g[2]=function(b){a.tmpl.afterManip(this,b,k)};r.apply(this,g)}else  
r.apply(this,arguments);c=0;!e&&a.tmpl.complete(b);return  
this}});a.extend({tmpl:function(d,h,e,c){var  
i,k=!c;if(k){c=p;d=a.template[d]||a.template(null,d);f={}}else  
if(!d){d=c.tmpl;b[c.key]=c;c.nodes=[];c.wrapped&&n(c,c.wrapped);return  
a(j(c,null,c.tmpl(a,c)))}if(!d)return[];if(typeof h==="function")h=h.call(c| 
|{});e&&e.wrapped&&n(e,e.wrapped);i=a.isArray(h)?a.map(h,function(a){return  
a?g(e,c,d,a):null}):[g(e,c,d,h)];return  
k?a(j(c,null,i)):i},tmplItem:function(b){var c;if(b instanceof  
a)b=b[0];while(b&&b.nodeType===1&&!(c=a.data(b,"tmplItem"))&&(b=b.parentNode));return  
c||p},template:function(c,b){if(b){if(typeof b==="string")b=o(b);else if(b  
instanceof a)b=b[0]||{};if(b.nodeType)b=a.data(b,"tmpl")|| 
a.data(b,"tmpl",o(b.innerHTML));return typeof  
c==="string"?(a.template[c]=b):b}return c?typeof  
c!=="string"?a.template(null,c):a.template[c]|| 
a.template(null,q.test(c)?c:a(c)):null},encode:function(a){return(""+a).split("&").join("&amp;").split("<").join("&lt;").split(">").join("&gt;").split('"').join("&#34;").split("'").join("&#39;")}});a.extend(a.tmpl,{tag:{tmpl:{_default:{$2:"null"},open:"if($notnull_1){__=__.concat($item.nest($1,$2));}"},wrap:{_default:{$2:"null"},open:"$item.calls(__,$1,$2);__=[];",close:"call=$item.calls();__=call._.concat($item.wrap(call,__));"},each:{_default:{$2:"$index,  
$value"},open:"if($notnull_1){$.each($1a,function($2){with(this){",close:"}});}"},"if":{open:"if(($notnull_1)  
&& $1a){",close:"}"},"else":{_default:{$1:"true"},open:"}else  
if(($notnull_1) &&  
$1a){"},html:{open:"if($notnull_1){__.push($1a);}"},"=":{_default:{$1:"$data"},open:"if($notnull_1){__.push($.encode($1a));}"},"!":{open:""}},complete:function(){b={}},afterManip:function(f,b,d){var  
e=b.nodeType===11?a.makeArray(b.childNodes):b.nodeType===1?[b]:[];d.call(f,b);m(e);c++}});function  
j(e,g,f){var b,c=f?a.map(f,function(a){return typeof  
a==="string"?e.key?a.replace(/(<\w+)(?=[\s>])(?![^>]*_tmplitem)([^>]*)/g,"$1 "+d+'="'+e.key+'"  
$2'):a:j(a,e,a._ctnt)}):e;if(g)return  
c;c=c.join("");c.replace(/^\s*([^<\s][^<]*)?(<[\w\W]+>)([^>]*[^>\s])?\s*$/,function(f,c,e,d){b=a(e).get();m(b);if(c)b=k(c).concat(b);if(d)b=b.concat(k(d))});return  
b?b:k(c)}function k(c){var  
b=document.createElement("div");b.innerHTML=c;return  
a.makeArray(b.childNodes)}function o(b){return new  
Function("jQuery","$item","var  
$=jQuery,call,__=[],$data=$item.data;with($data){__.push('"+a.trim(b).replace(/([\\'])/g,"\\$1").replace(/[\r\t\n]/g," ").replace(/\$\{([^\}]*)\}/g,"{{=  
$1}}").replace(/\{\{(\/?)(\w+|.)(?:\(((?:[^\}]| 
\}(?!\}))*?)?\))?(?:\s+(.*?)?)?(\(((?:[^\}]| 
\}(?!\}))*?)\))?\s*\}\}/g,function(m,l,k,g,b,c,d){var  
j=a.tmpl.tag[k],i,e,f;if(!j)throw"Unknown template tag: "+k;i=j._default|| 
[];if(c&&!/\w$/.test(b)){b+=c;c=""}if(b){b=h(b);d=d?","+h(d)+")":c?")":"";e=c?b.indexOf(".")>-1?b+h(c):"("+b+").call($item"+d:b;f=c?e:"(typeof("+b+")==='function'?("+b+").call($item):("+b+"))"}else  
f=e=i.$1| 
|"null";g=h(g);return"');"+j[l?"close":"open"].split("$notnull_1").join(b?"typeof("+b+")!=='undefined'  
&&  
("+b+")!=null":"true").split("$1a").join(f).split("$1").join(e).split("$2").join(g| 
|i.$2||"")+"__.push('"})+"');}return __;")}function  
n(c,b){c._wrap=j(c,true,a.isArray(b)?b:[q.test(b)?b:a(b).html()]).join("")}function  
h(a){return a?a.replace(/\\'/g,"'").replace(/\\\\/g,"\\"):null}function  
s(b){var  
a=document.createElement("div");a.appendChild(b.cloneNode(true));return  
a.innerHTML}function m(o){var  
n="_"+c,k,j,l={},e,p,h;for(e=0,p=o.length;e<p;e++){if((k=o[e]).nodeType!==1)continue;j=k.getElementsByTagName("*");for(h=j.length-1;h>=0;h--)m(j[h]);m(k)}function  
m(j){var  
p,h=j,k,e,m;if(m=j.getAttribute(d)){while(h.parentNode&&(h=h.parentNode).nodeType===1&&!(p=h.getAttribute(d)));if(p!==m){h=h.parentNode?h.nodeType===11?0:h.getAttribute(d)| 
|0:0;if(!(e=b[m])){e=f[m];e=g(e,b[h]|| 
f[h]);e.key=++i;b[i]=e}c&&o(m)}j.removeAttribute(d)}else  
if(c&&(e=a.data(j,"tmplItem"))){o(e.key);b[e.key]=e;h=a.data(j.parentNode,"tmplItem");h=h?h.key:0}if(e){k=e;while(k&&k.key!=h){k.nodes.push(j);k=k.parent}delete  
e._ctnt;delete e._wrap;a.data(j,"tmplItem",e)}function  
o(a){a=a+n;e=l[a]=l[a]||g(e,b[e.parent.key+n]||e.parent)}}}function  
u(a,d,c,b){if(!a)return  
l.pop();l.push({_:a,tmpl:d,item:this,data:c,options:b})}function  
w(d,c,b){return a.tmpl(a.template(d),c,b,this)}function x(b,d){var  
c=b.options||{};c.wrapped=d;return  
a.tmpl(a.template(b.tmpl),b.data,c,b.item)}function v(d,c){var  
b=this._wrap;return a.map(a(a.isArray(b)?b.join(""):b).filter(d| 
|"*"),function(a){return c?a.innerText||a.textContent:a.outerHTML|| 
s(a)})}function t(){var  
b=this.nodes;a.tmpl(null,null,null,this).insertBefore(b[0]);a(b).remove()}})(jQuery);
 </script>
 <script type="text/javascript">
-libdoc = {"doc":"<p>A test library for manipulating and verifying date and  
time values.\x3c/p>\n<p><span class=\"name\">DateTime\x3c/span> is a  
standard library of Robot Framework that allows converting date and time  
values, adding and subtracting them and verifying variables as date or time  
values.\x3c/p>\n<p>This library is new in Robot Framework  
2.8.5.\x3c/p>\n<h2 id=\"Table of Contents\">Table of  
Contents\x3c/h2>\n<ul>\n<li><a href=\"#Defining%20date%20and%20time\"  
class=\"name\">Defining date and time\x3c/a>\x3c/li>\n<li><a  
href=\"#Time%20formats\" class=\"name\">Time formats\x3c/a>\x3c/li>\n<li><a  
href=\"#Date%20formats\" class=\"name\">Date formats\x3c/a>\x3c/li>\n<li><a  
href=\"#Formatted%20timestamps\" class=\"name\">Formatted  
timestamps\x3c/a>\x3c/li>\n<li><a href=\"#Millisecond%20handling\"  
class=\"name\">Millisecond handling\x3c/a>\x3c/li>\n<li><a  
href=\"#Keywords\" class=\"name\">Keywords\x3c/a>\x3c/li>\n\x3c/ul>\n<h2  
id=\"Defining date and time\">Defining date and time\x3c/h2>\n<p>The terms  
used by this library differ somewhat from those used in Python. In this  
library the term <span class=\"name\">time\x3c/span> is used to represent a  
period of time measured in hours, minutes, seconds etc. (like Python's  
timedelta).\x3c/p>\n<p>On the other hand, <span  
class=\"name\">date\x3c/span> represents both date and time of day (like  
Python's datetime).\x3c/p>\n<h2 id=\"Time formats\">Time  
formats\x3c/h2>\n<p>Time can be input in and converted to following  
formats:\x3c/p>\n<table border=\"1\">\n<tr>\n<th>Format  
name\x3c/th>\n<th>Example\x3c/th>\n\x3c/tr>\n<tr>\n<td>number\x3c/td>\n<td>3903.0\x3c/td>\n\x3c/tr>\n<tr>\n<td>verbose\x3c/td>\n<td>1hour  
5minutes 3seconds\x3c/td>\n\x3c/tr>\n<tr>\n<td>compact\x3c/td>\n<td>1h 5m  
3s\x3c/td>\n\x3c/tr>\n<tr>\n<td>clock\x3c/td>\n<td>01:05:03.000\x3c/td>\n\x3c/tr>\n<tr>\n<td>timedelta\x3c/td>\n<td>Python  
timedelta object\x3c/td>\n\x3c/tr>\n\x3c/table>\n<h2 id=\"Date  
formats\">Date formats\x3c/h2>\n<p>Date can be input in and converted to  
following formats:\x3c/p>\n<table border=\"1\">\n<tr>\n<th>Format  
name\x3c/th>\n<th>Example\x3c/th>\n\x3c/tr>\n<tr>\n<td>timestamp\x3c/td>\n<td>28.05.2014  
12:05:03.000\x3c/td>\n\x3c/tr>\n<tr>\n<td>epoch\x3c/td>\n<td>123123123123.0\x3c/td>\n\x3c/tr>\n<tr>\n<td>datetime\x3c/td>\n<td>Python  
datetime object\x3c/td>\n\x3c/tr>\n\x3c/table>\n<h2 id=\"Formatted  
timestamps\">Formatted timestamps\x3c/h2>\n<p><span  
class=\"name\">timestamp\x3c/span> strings can have both input and output  
formatting specified in formatting directives which are documented in  
Python's <a  
href=\"https://docs.python.org/2/library/time.html#time.strftime\";>time.strftime()  
documentation\x3c/a>.\x3c/p>\n<p><b>Note:\x3c/b> The %f directive for  
microseconds is not supported anywhere but in the end of a format string  
for Python versions &lt; 2.6 and for Jython.\x3c/p>\n<p>Input formatting is  
always given as separate parameter (or parameters, if there are many date  
inputs) to keywords handling dates. In output formatting however, a colon  
character is needed to specify that we want a timestamp with custom  
formatting (e.g. 'timestamp:format').\x3c/p>\n<p>If a format is not given  
to string input or output in keyword, it is assumed to  
be '%Y-%m-%d %H:%M:%S' by default. However, the input is flexible and will  
accept any non-digit separators as long as the numbers are in the right  
order.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert Date\x3c/td>\n<td>12:05:03  
28.05.2014\x3c/td>\n<td>date_format=%H:%M:%S %m.%d.%Y\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>2014-05-28  
12:05:03\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Add To  
Date\x3c/td>\n<td>${ts}\x3c/td>\n<td>1hour\x3c/td>\n<td>timestamp:%H.%M.%S %d-%m\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>13.05.03  
28-05\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<h2 id=\"Millisecond  
handling\">Millisecond handling\x3c/h2>\n<p>Every keyword in this library  
has the option to leave milliseconds out of the result. By default,  
milliseconds are kept with every conversion and calculation. If  
milliseconds are chosen to be left out the result will be rounded to  
nearest second.\x3c/p>","generated":"2014-05-30  
20:36:19","inits":[],"keywords":[{"args":"date, time,  
result_format=timestamp, exclude_millis=False,  
date_format=None","doc":"<p>Add time to a date.\x3c/p>\n<p><span  
class=\"name\">date\x3c/span> is a date representation given in one of the  
supported formats.\x3c/p>\n<p><span class=\"name\">time\x3c/span> is a time  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the date format that  
the result is outputted in.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p><span  
class=\"name\">date_format\x3c/span> can be used to specify how the input  
date is formatted if it is a string. See <a href=\"#Date%20formats\"  
class=\"name\">Date formats\x3c/a> in the introduction for  
syntax.\x3c/p>\n<p>Returns date which is given amount of time in the  
future.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${date} =\x3c/td>\n<td>Add To  
Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>1h\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014.05.28  
13:05:03.111\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Add To Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>1 year 3  
hours\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2015.05.28  
15:05:03.111\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New in Robot  
Framework 2.8.5.\x3c/p>","name":"Add To Date","shortdoc":"Add time to a  
date."},{"args":"time1, time2, result_format=number,  
exclude_millis=False","doc":"<p>Add time2 to time1.\x3c/p>\n<p><span  
class=\"name\">time1\x3c/span> and <span class=\"name\">time2\x3c/span> are  
time representations given in one of the supported  
formats.\x3c/p>\n<p><span class=\"name\">result_format\x3c/span> is the  
name of the time format that the result is outputted in.\x3c/p>\n<p>Set  
<span class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds  
out of the result by default they are kept.\x3c/p>\n<p>Returns the sum of  
two times.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${time} =\x3c/td>\n<td>Add To  
Time\x3c/td>\n<td>01:00:00.000\x3c/td>\n<td>3h\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${14400}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Add To Time\x3c/td>\n<td>3 hours 5  
minutes\x3c/td>\n<td>00:01:00.000\x3c/td>\n<td>clock\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>03:06:00.000\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Add To Time","shortdoc":"Add  
time2 to time1."},{"args":"date, result_format=timestamp,  
exclude_millis=False, date_format=None","doc":"<p>Convert date to different  
format.\x3c/p>\n<p><span class=\"name\">date\x3c/span> is a date  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the format that <span  
class=\"name\">date\x3c/span> is converted to.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p><span  
class=\"name\">date_format\x3c/span> can be used to specify how the input  
date is formatted if it is a string. See <a href=\"#Date%20formats\"  
class=\"name\">Date formats\x3c/a> in the introduction for  
syntax.\x3c/p>\n<p>Returns date in specified  
format.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>epoch\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>${1401267903.111}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert Date\x3c/td>\n<td>12.05.03  
28-05-2014\x3c/td>\n<td>date_format=%H.%M.%S %m-%d-%Y\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>2014-05-28  
12:05:03\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert  
Date\x3c/td>\n<td>${datetime.now()}\x3c/td>\n<td>timestamp:%Y/%m/%d %H:%M\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>2014/05/28  
12:05\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New in Robot  
Framework 2.8.5.\x3c/p>","name":"Convert Date","shortdoc":"Convert date to  
different format."},{"args":"time, result_format=number,  
exclude_millis=False","doc":"<p>Convert time to different  
format.\x3c/p>\n<p><span class=\"name\">time\x3c/span> is a time  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the format that <span  
class=\"name\">time\x3c/span> is converted to.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p>Returns time in  
specified format.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${time} =\x3c/td>\n<td>Convert  
Time\x3c/td>\n<td>10  
s\x3c/td>\n<td>number\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${10}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Convert  
Time\x3c/td>\n<td>1:00:01\x3c/td>\n<td>verbose\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1 hour 1  
seconds\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Convert  
Time\x3c/td>\n<td>${3660}\x3c/td>\n<td>compact\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1h  
1min\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New in Robot  
Framework 2.8.5.\x3c/p>","name":"Convert Time","shortdoc":"Convert time to  
different format."},{"args":"time_zone=local, increment=0,  
result_format=timestamp, exclude_millis=False","doc":"<p>Get current date  
value.\x3c/p>\n<p>Current date can be returned in either local time or in  
UTC by specifying the <span class=\"name\">time_zone\x3c/span> as  
either 'local' or 'UTC'.\x3c/p>\n<p>The value van also be incremented or  
subtracted by <span class=\"name\">increment\x3c/span>, which can be any of  
the supported time formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the time format that  
the result is outputted in.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p>Returns a date in  
specified format.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${date} =\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014-05-30  
14:45:01.135\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>UTC\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014-05-30  
11:45:01.135\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>UTC\x3c/td>\n<td>-5h\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014-05-30  
06:45:01.135\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>result_format=epoch\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>${1401450301.0}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Get Current Date","shortdoc":"Get  
current date value."},{"args":"date1, date2, result_format=number,  
exclude_millis=False, date1_format=None,  
date2_format=None","doc":"<p>Subtract date2 from date1.\x3c/p>\n<p><span  
class=\"name\">date1\x3c/span> and <span class=\"name\">date2\x3c/span> are  
date representations given in one supported formats. They can be of  
different formats.\x3c/p>\n<p><span class=\"name\">result_format\x3c/span>  
is the name of the time format that the result is outputted  
in.\x3c/p>\n<p>Set <span class=\"name\">exclude_millis\x3c/span> to True to  
leave milliseconds out of the result by default they are  
kept.\x3c/p>\n<p><span class=\"name\">date1_format\x3c/span> and <span  
class=\"name\">date2_format\x3c/span> can be used to specify how the two  
input dates are formatted if they are strings. See <a  
href=\"#Date%20formats\" class=\"name\">Date formats\x3c/a> in the  
introduction for syntax.\x3c/p>\n<p>Returns difference between date1 and  
date2 in time.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${time} =\x3c/td>\n<td>Subtract  
Dates\x3c/td>\n<td>2014.05.28 12:05:03.111\x3c/td>\n<td>2014.05.27  
12:05:03.111\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${86400}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract Dates\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>2014.05.27  
11:04:03.111\x3c/td>\n<td>verbose\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1 day 1 hour 1  
second\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract Dates\x3c/td>\n<td>2014.05.28  
12:05:03.000\x3c/td>\n<td>2014.05.27  
12:05:03.499\x3c/td>\n<td>compact\x3c/td>\n<td>exclude_millis=true\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1d\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Subtract  
Dates","shortdoc":"Subtract date2 from date1."},{"args":"date, time,  
result_format=timestamp, exclude_millis=False,  
date_format=None","doc":"<p>Subtract time from date.\x3c/p>\n<p><span  
class=\"name\">date\x3c/span> is a date representation given in one of the  
supported formats.\x3c/p>\n<p><span class=\"name\">time\x3c/span> is a time  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the date format that  
the result is outputted in.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p><span  
class=\"name\">date_format\x3c/span> can be used to specify how the input  
date is formatted if it is a string. See <a href=\"#Date%20formats\"  
class=\"name\">Date formats\x3c/a> in the introduction for  
syntax.\x3c/p>\n<p>Returns date which is given time before the specified  
date.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Subtract From Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>1h\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014.05.28  
11:05:03.111\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Subtract From Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>12h 5min 3s  
111ms\x3c/td>\n<td>timestamp:%d:%m\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>28.05\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Subtract From  
Date","shortdoc":"Subtract time from date."},{"args":"time1, time2,  
result_format=number, exclude_millis=False","doc":"<p>Subtract time2 from  
time1.\x3c/p>\n<p><span class=\"name\">time1\x3c/span> and <span  
class=\"name\">time2\x3c/span> are time representations given in one of the  
supported formats.\x3c/p>\n<p><span class=\"name\">result_format\x3c/span>  
is the name of the time format that the result is outputted  
in.\x3c/p>\n<p>Set <span class=\"name\">exclude_millis\x3c/span> to True to  
leave milliseconds out of the result by default they are  
kept.\x3c/p>\n<p>Returns the difference of two  
times.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract From  
Time\x3c/td>\n<td>01:00:00.000\x3c/td>\n<td>5min\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${3300}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract From  
Time\x3c/td>\n<td>${36}\x3c/td>\n<td>1m\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${-14}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Subtract From  
Time","shortdoc":"Subtract time2 from  
time1."}],"name":"DateTime","named_args":true,"scope":"test  
case","version":""};
+libdoc = {"doc":"<p>A test library for manipulating and verifying date and  
time values.\x3c/p>\n<p><span class=\"name\">DateTime\x3c/span> is a  
standard library of Robot Framework that allows converting date and time  
values, adding and subtracting them and verifying variables as date or time  
values.\x3c/p>\n<p>This library is new in Robot Framework  
2.8.5.\x3c/p>\n<h2 id=\"Table of Contents\">Table of  
Contents\x3c/h2>\n<ul>\n<li><a href=\"#Defining%20date%20and%20time\"  
class=\"name\">Defining date and time\x3c/a>\x3c/li>\n<li><a  
href=\"#Time%20formats\" class=\"name\">Time formats\x3c/a>\x3c/li>\n<li><a  
href=\"#Date%20formats\" class=\"name\">Date formats\x3c/a>\x3c/li>\n<li><a  
href=\"#Formatted%20timestamps\" class=\"name\">Formatted  
timestamps\x3c/a>\x3c/li>\n<li><a href=\"#Millisecond%20handling\"  
class=\"name\">Millisecond handling\x3c/a>\x3c/li>\n<li><a  
href=\"#Keywords\" class=\"name\">Keywords\x3c/a>\x3c/li>\n\x3c/ul>\n<h2  
id=\"Defining date and time\">Defining date and time\x3c/h2>\n<p>The terms  
used by this library differ somewhat from those used in Python. In this  
library the term <span class=\"name\">time\x3c/span> is used to represent a  
period of time measured in hours, minutes, seconds etc. (like Python's  
timedelta).\x3c/p>\n<p>On the other hand, <span  
class=\"name\">date\x3c/span> represents both date and time of day (like  
Python's datetime).\x3c/p>\n<h2 id=\"Time formats\">Time  
formats\x3c/h2>\n<p>Time can be input in and converted to following  
formats:\x3c/p>\n<table border=\"1\">\n<tr>\n<th>Format  
name\x3c/th>\n<th>Example\x3c/th>\n\x3c/tr>\n<tr>\n<td>number\x3c/td>\n<td>3903.0\x3c/td>\n\x3c/tr>\n<tr>\n<td>verbose\x3c/td>\n<td>1hour  
5minutes 3seconds\x3c/td>\n\x3c/tr>\n<tr>\n<td>compact\x3c/td>\n<td>1h 5m  
3s\x3c/td>\n\x3c/tr>\n<tr>\n<td>clock\x3c/td>\n<td>01:05:03.000\x3c/td>\n\x3c/tr>\n<tr>\n<td>timedelta\x3c/td>\n<td>Python  
timedelta object\x3c/td>\n\x3c/tr>\n\x3c/table>\n<h2 id=\"Date  
formats\">Date formats\x3c/h2>\n<p>Date can be input in and converted to  
following formats:\x3c/p>\n<table border=\"1\">\n<tr>\n<th>Format  
name\x3c/th>\n<th>Example\x3c/th>\n\x3c/tr>\n<tr>\n<td>timestamp\x3c/td>\n<td>28.05.2014  
12:05:03.000\x3c/td>\n\x3c/tr>\n<tr>\n<td>epoch\x3c/td>\n<td>123123123123.0\x3c/td>\n\x3c/tr>\n<tr>\n<td>datetime\x3c/td>\n<td>Python  
datetime object\x3c/td>\n\x3c/tr>\n\x3c/table>\n<h2 id=\"Formatted  
timestamps\">Formatted timestamps\x3c/h2>\n<p><span  
class=\"name\">timestamp\x3c/span> strings can have both input and output  
formatting specified in formatting directives which are documented in  
Python's <a  
href=\"https://docs.python.org/2/library/time.html#time.strftime\";>time.strftime()  
documentation\x3c/a>.\x3c/p>\n<p><b>Note:\x3c/b> The %f directive for  
microseconds is not supported anywhere but in the end of a format string  
for Python versions &lt; 2.6 and for Jython.\x3c/p>\n<p>Input formatting is  
always given as separate parameter (or parameters, if there are many date  
inputs) to keywords handling dates. In output formatting however, a colon  
character is needed to specify that we want a timestamp with custom  
formatting (e.g. 'timestamp:format').\x3c/p>\n<p>If a format is not given  
to string input or output in keyword, it is assumed to  
be '%Y-%m-%d %H:%M:%S' by default. However, the input is flexible and will  
accept any non-digit separators as long as the numbers are in the right  
order.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert Date\x3c/td>\n<td>12:05:03  
28.05.2014\x3c/td>\n<td>date_format=%H:%M:%S %m.%d.%Y\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>2014-05-28  
12:05:03\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Add To  
Date\x3c/td>\n<td>${ts}\x3c/td>\n<td>1hour\x3c/td>\n<td>timestamp:%H.%M.%S %d-%m\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>13.05.03  
28-05\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<h2 id=\"Millisecond  
handling\">Millisecond handling\x3c/h2>\n<p>Every keyword in this library  
has the option to leave milliseconds out of the result. By default,  
milliseconds are kept with every conversion and calculation. If  
milliseconds are chosen to be left out the result will be rounded to  
nearest second.\x3c/p>","generated":"2014-06-02  
15:16:06","inits":[],"keywords":[{"args":"date, time,  
result_format=timestamp, exclude_millis=False,  
date_format=None","doc":"<p>Add time to a date.\x3c/p>\n<p><span  
class=\"name\">date\x3c/span> is a date representation given in one of the  
supported formats.\x3c/p>\n<p><span class=\"name\">time\x3c/span> is a time  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the date format that  
the result is outputted in.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p><span  
class=\"name\">date_format\x3c/span> can be used to specify how the input  
date is formatted if it is a string. See <a href=\"#Date%20formats\"  
class=\"name\">Date formats\x3c/a> in the introduction for  
syntax.\x3c/p>\n<p>Returns date which is given amount of time in the  
future.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${date} =\x3c/td>\n<td>Add To  
Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>1h\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014.05.28  
13:05:03.111\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Add To Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>1 year 3  
hours\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2015.05.28  
15:05:03.111\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New in Robot  
Framework 2.8.5.\x3c/p>","name":"Add To Date","shortdoc":"Add time to a  
date."},{"args":"time1, time2, result_format=number,  
exclude_millis=False","doc":"<p>Add time2 to time1.\x3c/p>\n<p><span  
class=\"name\">time1\x3c/span> and <span class=\"name\">time2\x3c/span> are  
time representations given in one of the supported  
formats.\x3c/p>\n<p><span class=\"name\">result_format\x3c/span> is the  
name of the time format that the result is outputted in.\x3c/p>\n<p>Set  
<span class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds  
out of the result by default they are kept.\x3c/p>\n<p>Returns the sum of  
two times.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${time} =\x3c/td>\n<td>Add To  
Time\x3c/td>\n<td>01:00:00.000\x3c/td>\n<td>3h\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${14400}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Add To Time\x3c/td>\n<td>3 hours 5  
minutes\x3c/td>\n<td>00:01:00.000\x3c/td>\n<td>clock\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>03:06:00.000\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Add To Time","shortdoc":"Add  
time2 to time1."},{"args":"date, result_format=timestamp,  
exclude_millis=False, date_format=None","doc":"<p>Convert date to different  
format.\x3c/p>\n<p><span class=\"name\">date\x3c/span> is a date  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the format that <span  
class=\"name\">date\x3c/span> is converted to.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p><span  
class=\"name\">date_format\x3c/span> can be used to specify how the input  
date is formatted if it is a string. See <a href=\"#Date%20formats\"  
class=\"name\">Date formats\x3c/a> in the introduction for  
syntax.\x3c/p>\n<p>Returns date in specified  
format.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>epoch\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>${1401267903.111}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert Date\x3c/td>\n<td>12.05.03  
28-05-2014\x3c/td>\n<td>date_format=%H.%M.%S %m-%d-%Y\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>2014-05-28  
12:05:03\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${ts}  
=\x3c/td>\n<td>Convert  
Date\x3c/td>\n<td>${datetime.now()}\x3c/td>\n<td>timestamp:%Y/%m/%d %H:%M\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${ts}\x3c/td>\n<td>2014/05/28  
12:05\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New in Robot  
Framework 2.8.5.\x3c/p>","name":"Convert Date","shortdoc":"Convert date to  
different format."},{"args":"time, result_format=number,  
exclude_millis=False","doc":"<p>Convert time to different  
format.\x3c/p>\n<p><span class=\"name\">time\x3c/span> is a time  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the format that <span  
class=\"name\">time\x3c/span> is converted to.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p>Returns time in  
specified format.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${time} =\x3c/td>\n<td>Convert  
Time\x3c/td>\n<td>10  
s\x3c/td>\n<td>number\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${10}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Convert  
Time\x3c/td>\n<td>1:00:01\x3c/td>\n<td>verbose\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1 hour 1  
seconds\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Convert  
Time\x3c/td>\n<td>${3660}\x3c/td>\n<td>compact\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1h  
1min\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New in Robot  
Framework 2.8.5.\x3c/p>","name":"Convert Time","shortdoc":"Convert time to  
different format."},{"args":"time_zone=local, increment=0,  
result_format=timestamp, exclude_millis=False","doc":"<p>Get current date  
value.\x3c/p>\n<p>Current date can be returned in either local time or in  
UTC by specifying the <span class=\"name\">time_zone\x3c/span> as  
either 'local' or 'UTC'.\x3c/p>\n<p>The value van also be incremented or  
subtracted by <span class=\"name\">increment\x3c/span>, which can be any of  
the supported time formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the time format that  
the result is outputted in.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p>Returns a date in  
specified format.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${date} =\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014-05-30  
14:45:01.135\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>UTC\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014-05-30  
11:45:01.135\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>UTC\x3c/td>\n<td>-5h\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014-05-30  
06:45:01.135\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Get Current  
Date\x3c/td>\n<td>result_format=epoch\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>${1401450301.0}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Get Current Date","shortdoc":"Get  
current date value."},{"args":"date, input_format=None","doc":"<p>Validate  
input to be a date.\x3c/p>\n<p><span class=\"name\">date\x3c/span> is valid  
when it is in one of the <a href=\"#Date%20formats\" class=\"name\">Date  
Formats\x3c/a>.\x3c/p>\n<p><span class=\"name\">input_format\x3c/span> is  
formatting directive (See <a href=\"#Formatted%20timestamps\"  
class=\"name\">Formatted Timestamps\x3c/a> in introduction) that can be  
given to validate a timestamp string in custom format.\x3c/p>\n<p>Returns  
<span class=\"name\">True\x3c/span> if <span class=\"name\">date\x3c/span>  
is valid and <span class=\"name\">False\x3c/span>  
otherwise.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${result} =\x3c/td>\n<td>Should Be  
Date\x3c/td>\n<td>2014-06-02  
11:59:01.001\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
True\x3c/td>\n<td>${result}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${result}  
=\x3c/td>\n<td>Should Be Date\x3c/td>\n<td>11:59:01.001  
02-06-2014\x3c/td>\n<td>%H:%M:%S %d-%m-%Y\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
True\x3c/td>\n<td>${result}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${result}  
=\x3c/td>\n<td>Should Be Date\x3c/td>\n<td>no date  
here\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Not Be  
True\x3c/td>\n<td>${result}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${result}  
=\x3c/td>\n<td>Should Be  
Date\x3c/td>\n<td>${111}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
True\x3c/td>\n<td>${result}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${result}  
=\x3c/td>\n<td>Should Be  
Date\x3c/td>\n<td>111\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Not  
Be  
True\x3c/td>\n<td>${result}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Should Be  
Date","shortdoc":"Validate input to be a  
date."},{"args":"time","doc":"<p>Validate input to be a time  
value.\x3c/p>\n<p><span class=\"name\">time\x3c/span> is valid when it is  
in one of the <a href=\"#Time%20formats\" class=\"name\">Time  
Formats\x3c/a>.\x3c/p>\n<p>Returns <span class=\"name\">True\x3c/span> if  
<span class=\"name\">time\x3c/span> is valid and <span  
class=\"name\">False\x3c/span>  
otherwise.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${result} =\x3c/td>\n<td>Should Be  
Time\x3c/td>\n<td>10 s\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
True\x3c/td>\n<td>${result}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${result}  
=\x3c/td>\n<td>Should Be Time\x3c/td>\n<td>1  
parsec\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Not Be  
True\x3c/td>\n<td>${result}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Should Be  
Time","shortdoc":"Validate input to be a time value."},{"args":"date1,  
date2, result_format=number, exclude_millis=False, date1_format=None,  
date2_format=None","doc":"<p>Subtract date2 from date1.\x3c/p>\n<p><span  
class=\"name\">date1\x3c/span> and <span class=\"name\">date2\x3c/span> are  
date representations given in one supported formats. They can be of  
different formats.\x3c/p>\n<p><span class=\"name\">result_format\x3c/span>  
is the name of the time format that the result is outputted  
in.\x3c/p>\n<p>Set <span class=\"name\">exclude_millis\x3c/span> to True to  
leave milliseconds out of the result by default they are  
kept.\x3c/p>\n<p><span class=\"name\">date1_format\x3c/span> and <span  
class=\"name\">date2_format\x3c/span> can be used to specify how the two  
input dates are formatted if they are strings. See <a  
href=\"#Date%20formats\" class=\"name\">Date formats\x3c/a> in the  
introduction for syntax.\x3c/p>\n<p>Returns difference between date1 and  
date2 in time.\x3c/p>\n<p>Examples:\x3c/p>\n<table  
border=\"1\">\n<tr>\n<td>${time} =\x3c/td>\n<td>Subtract  
Dates\x3c/td>\n<td>2014.05.28 12:05:03.111\x3c/td>\n<td>2014.05.27  
12:05:03.111\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${86400}\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract Dates\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>2014.05.27  
11:04:03.111\x3c/td>\n<td>verbose\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1 day 1 hour 1  
second\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract Dates\x3c/td>\n<td>2014.05.28  
12:05:03.000\x3c/td>\n<td>2014.05.27  
12:05:03.499\x3c/td>\n<td>compact\x3c/td>\n<td>exclude_millis=true\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>1d\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Subtract  
Dates","shortdoc":"Subtract date2 from date1."},{"args":"date, time,  
result_format=timestamp, exclude_millis=False,  
date_format=None","doc":"<p>Subtract time from date.\x3c/p>\n<p><span  
class=\"name\">date\x3c/span> is a date representation given in one of the  
supported formats.\x3c/p>\n<p><span class=\"name\">time\x3c/span> is a time  
representation given in one of the supported formats.\x3c/p>\n<p><span  
class=\"name\">result_format\x3c/span> is the name of the date format that  
the result is outputted in.\x3c/p>\n<p>Set <span  
class=\"name\">exclude_millis\x3c/span> to True to leave milliseconds out  
of the result by default they are kept.\x3c/p>\n<p><span  
class=\"name\">date_format\x3c/span> can be used to specify how the input  
date is formatted if it is a string. See <a href=\"#Date%20formats\"  
class=\"name\">Date formats\x3c/a> in the introduction for  
syntax.\x3c/p>\n<p>Returns date which is given time before the specified  
date.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Subtract From Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>1h\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>2014.05.28  
11:05:03.111\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${date}  
=\x3c/td>\n<td>Subtract From Date\x3c/td>\n<td>2014.05.28  
12:05:03.111\x3c/td>\n<td>12h 5min 3s  
111ms\x3c/td>\n<td>timestamp:%d:%m\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should Be  
Equal\x3c/td>\n<td>${date}\x3c/td>\n<td>28.05\x3c/td>\n<td>\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Subtract From  
Date","shortdoc":"Subtract time from date."},{"args":"time1, time2,  
result_format=number, exclude_millis=False","doc":"<p>Subtract time2 from  
time1.\x3c/p>\n<p><span class=\"name\">time1\x3c/span> and <span  
class=\"name\">time2\x3c/span> are time representations given in one of the  
supported formats.\x3c/p>\n<p><span class=\"name\">result_format\x3c/span>  
is the name of the time format that the result is outputted  
in.\x3c/p>\n<p>Set <span class=\"name\">exclude_millis\x3c/span> to True to  
leave milliseconds out of the result by default they are  
kept.\x3c/p>\n<p>Returns the difference of two  
times.\x3c/p>\n<p>Examples:\x3c/p>\n<table border=\"1\">\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract From  
Time\x3c/td>\n<td>01:00:00.000\x3c/td>\n<td>5min\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${3300}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n<tr>\n<td>${time}  
=\x3c/td>\n<td>Subtract From  
Time\x3c/td>\n<td>${36}\x3c/td>\n<td>1m\x3c/td>\n\x3c/tr>\n<tr>\n<td>Should  
Be  
Equal\x3c/td>\n<td>${time}\x3c/td>\n<td>${-14}\x3c/td>\n<td>\x3c/td>\n\x3c/tr>\n\x3c/table>\n<p>New  
in Robot Framework 2.8.5.\x3c/p>","name":"Subtract From  
Time","shortdoc":"Subtract time2 from  
time1."}],"name":"DateTime","named_args":true,"scope":"test  
case","version":""};
 </script>
 <title></title>
 </head>

--

--- 
You received this message because you are subscribed to the Google Groups "robotframework-commit" group.
To unsubscribe from this group and stop receiving emails from it, send an email 
to robotframework-commit+unsubscr...@googlegroups.com.
For more options, visit https://groups.google.com/d/optout.