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An attacker with author privileges can execute arbitrary code by uploading a crafted image containing PHP code in the Exif metadata. Exploitation can leverage CVE WordPress version 4. This attack appears to be exploitable via thumbnail upload by an authenticated user and may require additional plugins in order to be exploited however this has not been confirmed at this time. In WordPress before 4. The search engine could then index and display a user's e-mail address and rarely the password that was generated by default. In WordPress 4. This allows for PHP files to be uploaded.

WordPress through 4. The attacker must have capabilities for files and posts that are normally available only to the Author, Editor, and Administrator roles. This algorithm will return either a number greater than 0. Let value be the result of parsing input using the rules for parsing dimension values. If value is zero, return an error. If value is a percentage, return value as a percentage.

In addition, there might be restrictions on the number of floating-point numbers that can be given, or on the range of values allowed. The rules for parsing a list of floating-point numbers are as follows:. Let numbers be an initially empty list of floating-point numbers. This list will be the result of this algorithm. This skips past any leading delimiters.

While position is not past the end of input :. This skips past leading garbage. Let number be the result of parsing unparsed number using the rules for parsing floating-point number values. If number is an error, set number to zero. Append number to numbers. This skips past the delimiter. Return numbers. These rules return a list of zero or more pairs consisting of a number and a unit, the unit being one of percentage , relative , and absolute.

Let raw input be the string being parsed. Split the string raw input on commas. Let raw tokens be the resulting list of tokens. For each token in raw tokens , run the following substeps:. Let input be the token. Let value be the number 0. Let unit be absolute. If position is past the end of input , set unit to relative and jump to the last substep.

If the character at position is an ASCII digit , collect a sequence of code points that are ASCII digits from input given position , interpret the resulting sequence as an integer in base ten, and increment value by that integer. Let s be the resulting sequence.

If s is not the empty string, then:.

Let length be the number of characters in s after the spaces were removed. Let fraction be the result of interpreting s as a base-ten integer, and then dividing that number by 10 length. Increment value by fraction.

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Add an entry to result consisting of the number given by value and the unit given by unit. Return the list result. This takes into account leap years in the Gregorian calendar. When ASCII digits are used in the date and time syntaxes defined in this section, they express numbers in base ten.

While the formats described here are intended to be subsets of the corresponding ISO formats, this specification defines parsing rules in much more detail than ISO Implementors are therefore encouraged to carefully examine any date parsing libraries before using them to implement the parsing rules described below; ISO libraries might not parse dates and times in exactly the same manner. Where this specification refers to the proleptic Gregorian calendar , it means the modern Gregorian calendar, extrapolated backwards to year 1.

A date in the proleptic Gregorian calendar , sometimes explicitly referred to as a proleptic-Gregorian date , is one that is described using that calendar even if that calendar was not in use at the time or place in question. The use of the Gregorian calendar as the wire format in this specification is an arbitrary choice resulting from the cultural biases of those involved in the decision.

See also the section discussing date, time, and number formats in forms for authors , implementation notes regarding localization of form controls , and the time element. A month consists of a specific proleptic-Gregorian date with no time-zone information and no date information beyond a year and a month. A string is a valid month string representing a year year and month month if it consists of the following components in the given order:. The rules to parse a month string are as follows.

This will return either a year and month, or nothing. If at any point the algorithm says that it "fails", this means that it is aborted at that point and returns nothing. Parse a month component to obtain year and month. If this returns nothing, then fail. If position is not beyond the end of input , then fail. Return year and month.

The rules to parse a month component , given an input string and a position , are as follows. This will return either a year and a month, or nothing. If the collected sequence is not at least four characters long, then fail. Otherwise, interpret the resulting sequence as a base-ten integer. Let that number be the year.

If year is not a number greater than zero, then fail. Otherwise, move position forwards one character. If the collected sequence is not exactly two characters long, then fail. Let that number be the month. A string is a valid date string representing a year year , month month , and day day if it consists of the following components in the given order:. The rules to parse a date string are as follows. This will return either a date, or nothing.

Parse a date component to obtain year , month , and day. Let date be the date with year year , month month , and day day. Return date. The rules to parse a date component , given an input string and a position , are as follows. This will return either a year, a month, and a day, or nothing. Let maxday be the number of days in month month of year year. Let that number be the day. Return year , month , and day. A string is a valid yearless date string representing a month month and a day day if it consists of the following components in the given order:.

In other words, if the month is " 02 ", meaning February, then the day can be 29, as if the year was a leap year. The rules to parse a yearless date string are as follows. This will return either a month and a day, or nothing. Parse a yearless date component to obtain month and day. Return month and day. The rules to parse a yearless date component , given an input string and a position , are as follows. If the collected sequence is not exactly zero or two characters long, then fail. Let maxday be the number of days in month month of any arbitrary leap year e.

A string is a valid time string representing an hour hour , a minute minute , and a second second if it consists of the following components in the given order:. The second component cannot be 60 or 61; leap seconds cannot be represented. The rules to parse a time string are as follows. This will return either a time, or nothing. Parse a time component to obtain hour , minute , and second. Let time be the time with hour hour , minute minute , and second second. Return time.


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The rules to parse a time component , given an input string and a position , are as follows. This will return either an hour, a minute, and a second, or nothing. Let that number be the hour.

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Let that number be the minute. Let second be 0. Advance position to the next character in input. If position is beyond the end of input , or at the last character in input , or if the next two characters in input starting at position are not both ASCII digits , then fail. Otherwise, interpret the resulting sequence as a base-ten number possibly with a fractional part. Set second to that number. Return hour , minute , and second. A string is a valid local date and time string representing a date and time if it consists of the following components in the given order:.

A string is a valid normalized local date and time string representing a date and time if it consists of the following components in the given order:. The rules to parse a local date and time string are as follows. This will return either a date and time, or nothing. Return date and time.

A string is a valid time-zone offset string representing a time-zone offset if it consists of either:. There is no guarantee that this will remain so forever, however, since time zones are used as political footballs and are thus subject to very whimsical policy decisions. See also the usage notes and examples in the global date and time section below for details on using time-zone offsets with historical times that predate the formation of formal time zones. The rules to parse a time-zone offset string are as follows.

This will return either a time-zone offset, or nothing. Parse a time-zone offset component to obtain timezone hours and timezone minutes. Return the time-zone offset that is timezone hours hours and timezone minutes minutes from UTC. The rules to parse a time-zone offset component , given an input string and a position , are as follows. This will return either time-zone hours and time-zone minutes, or nothing. Let timezone hours be 0. Let timezone minutes be 0. Let s be the collected sequence. If s is exactly two characters long, then:.

Interpret s as a base-ten integer. Let that number be the timezone hours. Let that number be the timezone minutes. If s is exactly four characters long, then:. Interpret the first two characters of s as a base-ten integer. Interpret the last two characters of s as a base-ten integer. Otherwise, fail. Return timezone hours and timezone minutes. A string is a valid global date and time string representing a date, time, and a time-zone offset if it consists of the following components in the given order:.

Time before the formation of time zones must be expressed and interpreted as UT1 times with explicit time zones that approximate the contemporary difference between the appropriate local time and the time observed at the location of Greenwich, London. The following are some examples of dates written as valid global date and time strings. The rules to parse a global date and time string are as follows. This will return either a time in UTC, with associated time-zone offset information for round-tripping or display purposes, or nothing.

If position is beyond the end of input , then fail. Let time be the moment in time at year year , month month , day day , hours hour , minute minute , second second , subtracting timezone hours hours and timezone minutes minutes. That moment in time is a moment in the UTC time zone. Let timezone be timezone hours hours and timezone minutes minutes from UTC. Return time and timezone. Each week-year in this calendaring system has either 52 or 53 such seven-day periods, as defined below. The seven-day period starting on the Gregorian date Monday December 29th is defined as week number 1 in week-year Consecutive weeks are numbered sequentially.

The week before the number 1 week in a week-year is the last week in the previous week-year, and vice versa. A week-year with a number year has 53 weeks if it corresponds to either a year year in the proleptic Gregorian calendar that has a Thursday as its first day January 1st , or a year year in the proleptic Gregorian calendar that has a Wednesday as its first day January 1st and where year is a number divisible by , or a number divisible by 4 but not by All other week-years have 52 weeks.

The week number of the last day of a week-year with 53 weeks is 53; the week number of the last day of a week-year with 52 weeks is The week-year number of a particular day can be different than the number of the year that contains that day in the proleptic Gregorian calendar. The first week in a week-year y is the week that contains the first Thursday of the Gregorian year y. A string is a valid week string representing a week-year year and week week if it consists of the following components in the given order:.

The rules to parse a week string are as follows. This will return either a week-year number and week number, or nothing. Let that number be the week. Let maxweek be the week number of the last day of year year. Return the week-year number year and the week number week. Since months and seconds are not comparable a month is not a precise number of seconds, but is instead a period whose exact length depends on the precise day from which it is measured a duration as defined in this specification cannot include months or years, which are equivalent to twelve months.

Only durations that describe a specific number of seconds can be described. A string is a valid duration string representing a duration t if it consists of either of the following:. The following components:. This, as with a number of other date- and time-related microsyntaxes defined in this specification, is based on one of the formats defined in ISO One or more duration time components , each with a different duration time component scale , in any order; the sum of the represented seconds being equal to the number of seconds in t.

A duration time component is a string consisting of the following components:. One or more ASCII digits , representing a number of time units, scaled by the duration time component scale specified see below to represent a number of seconds. If the duration time component scale specified is 1 i. One of the following characters, representing the duration time component scale of the time unit used in the numeric part of the duration time component :.

This is not based on any of the formats in ISO It is intended to be a more human-readable alternative to the ISO duration format. The rules to parse a duration string are as follows. This will return either a duration or nothing. Let months , seconds , and component count all be zero. Let M-disambiguator be minutes. This flag's other value is months. It is used to disambiguate the "M" unit in ISO durations, which use the same unit for months and minutes.

Months are not allowed, but are parsed for future compatibility and to avoid misinterpreting ISO durations that would be valid in other contexts.

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If position is past the end of input , then fail. Let units be undefined. It will be assigned one of the following values: years , months , weeks , days , hours , minutes , and seconds. Let next character be undefined. It is used to process characters from the input. If position is past the end of input , then break. Set next character to the character in input pointed to by position. Do not advance position. That is taken care of below. Otherwise, if next character is an ASCII digit , then collect a sequence of code points that are ASCII digits from input given position , interpret the resulting sequence as a base-ten integer, and let N be that number.

Set next character to the character in input pointed to by position , and this time advance position to the next character. If s is the empty string, then fail. Let length be the number of characters in s. Increment N by fraction. Set next character to the character in input pointed to by position , and advance position to the next character. Set units to seconds.

If next character is ASCII whitespace , then skip ASCII whitespace within input given position , set next character to the character in input pointed to by position , and advance position to the next character. Increment component count. Let multiplier be 1. If units is years , multiply multiplier by 12 and set units to months. If units is months , add the product of N and multiplier to months. If units is weeks , multiply multiplier by 7 and set units to days. If units is days , multiply multiplier by 24 and set units to hours.

If units is hours , multiply multiplier by 60 and set units to minutes. If units is minutes , multiply multiplier by 60 and set units to seconds. Forcibly, units is now seconds. Add the product of N and multiplier to seconds. If component count is zero, fail. If months is not zero, fail. Return the duration consisting of seconds seconds. The rules to parse a date or time string are as follows. The algorithm will return either a date , a time , a global date and time , or nothing. Set start position to the same position as position.

Set the date present and time present flags to true. If this fails, then set the date present flag to false. Otherwise, if date present is false, set position back to the same position as start position. If the time present flag is true, then parse a time component to obtain hour , minute , and second. If the date present and time present flags are both true, but position is beyond the end of input , then fail.

If the date present and time present flags are both true, parse a time-zone offset component to obtain timezone hours and timezone minutes. If the date present flag is true and the time present flag is false, then let date be the date with year year , month month , and day day , and return date.

Otherwise, if the time present flag is true and the date present flag is false, then let time be the time with hour hour , minute minute , and second second , and return time. Otherwise, let time be the moment in time at year year , month month , day day , hours hour , minute minute , second second , subtracting timezone hours hours and timezone minutes minutes, that moment in time being a moment in the UTC time zone; let timezone be timezone hours hours and timezone minutes minutes from UTC; and return time and timezone.

A simple color consists of three 8-bit numbers in the range The rules for parsing simple color values are as given in the following algorithm. This algorithm will return either a simple color or an error. If input is not exactly seven characters long, then return an error. Let result be a simple color. Interpret the second and third characters as a hexadecimal number and let the result be the red component of result.

Interpret the fourth and fifth characters as a hexadecimal number and let the result be the green component of result. Interpret the sixth and seventh characters as a hexadecimal number and let the result be the blue component of result. The rules for serializing simple color values given a simple color are as given in the following algorithm:.

Convert the red, green, and blue components in turn to two-digit hexadecimal numbers using ASCII lower hex digits , zero-padding if necessary, and append these numbers to result , in the order red, green, blue. Return result , which will be a valid lowercase simple color. Some obsolete legacy attributes parse colors in a more complicated manner, using the rules for parsing a legacy color value , which are given in the following algorithm. If input is the empty string, then return an error. If input is an ASCII case-insensitive match for one of the named colors , then return the simple color corresponding to that keyword.

CSS2 System Colors are not recognized. Interpret the second character of input as a hexadecimal digit; let the red component of result be the resulting number multiplied by Interpret the third character of input as a hexadecimal digit; let the green component of result be the resulting number multiplied by Interpret the fourth character of input as a hexadecimal digit; let the blue component of result be the resulting number multiplied by If input is longer than characters, truncate input , leaving only the first characters. Split input into three strings of equal length, to obtain three components.

Let length be the length of those components one third the length of input. If length is greater than 8, then remove the leading length -8 characters in each component, and let length be 8. If length is still greater than two, truncate each component, leaving only the first two characters in each. Interpret the first component as a hexadecimal number; let the red component of result be the resulting number.

Interpret the second component as a hexadecimal number; let the green component of result be the resulting number. Interpret the third component as a hexadecimal number; let the blue component of result be the resulting number. Return result. The 2D graphics context has a separate color syntax that also handles opacity.

A set of space-separated tokens is a string containing zero or more words known as tokens separated by one or more ASCII whitespace , where words consist of any string of one or more characters, none of which are ASCII whitespace. An unordered set of unique space-separated tokens is a set of space-separated tokens where none of the tokens are duplicated. An ordered set of unique space-separated tokens is a set of space-separated tokens where none of the tokens are duplicated but where the order of the tokens is meaningful. Sets of space-separated tokens sometimes have a defined set of allowed values.

When a set of allowed values is defined, the tokens must all be from that list of allowed values; other values are non-conforming. If no such set of allowed values is provided, then all values are conforming. How tokens in a set of space-separated tokens are to be compared e. Leading and trailing whitespace around each token doesn't count as part of the token, and the empty string can be a token. Sets of comma-separated tokens sometimes have further restrictions on what consists a valid token.

When such restrictions are defined, the tokens must all fit within those restrictions; other values are non-conforming. If no such restrictions are specified, then all values are conforming. The rules for parsing a hash-name reference to an element of type type , given a context node scope , are as follows:.

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Return the first element of type type in scope 's tree , in tree order , that has an id or name attribute whose value is s , or null if there is no such element. Although id attributes are accounted for when parsing, they are not used in determining whether a value is a valid hash-name reference.

That is, a hash-name reference that refers to an element based on id is a conformance error unless that element also has a name attribute with the same value. A string matches the environment of the user if it is the empty string, a string consisting of only ASCII whitespace , or is a media query list that matches the user's environment according to the definitions given in Media Queries.

This specification defines the URL about:html-kind as a reserved, though unresolvable, about: URL, that is used as an identifier for kinds of media tracks. If document is an iframe srcdoc document , then return the document base URL of document 's browsing context 's browsing context container 's node document. Return document 's URL. If there is no base element that has an href attribute in the Document , then return the Document 's fallback base URL. Otherwise, return the frozen base URL of the first base element in the Document that has an href attribute, in tree order.

This wrapper is only useful when the character encoding for the URL parser has to match that of the document or environment settings object for legacy reasons. When that is not the case the URL parser can be used directly. To parse a URL url , relative to either a document or environment settings object , the user agent must use the following steps. Let encoding be document 's character encoding , if document was given, and environment settings object 's API URL character encoding otherwise.

If urlRecord is failure, then return failure. If the URL identified by the hyperlink is being shown to the user, or if any data derived from that URL is affecting the display, then the href attribute should be reparsed relative to the element's node document and the UI updated appropriately. If the hyperlink has a ping attribute and its URL s are being shown to the user, then the ping attribute's tokens should be reparsed relative to the element's node document and the UI updated appropriately.

If the URL identified by the cite attribute is being shown to the user, or if any data derived from that URL is affecting the display, then the URL should be reparsed relative to the element's node document and the UI updated appropriately. For instance, changing the base URL doesn't affect the image displayed by img elements, although subsequent accesses of the src IDL attribute from script will return a new absolute URL that might no longer correspond to the image being shown.

A response whose type is " basic ", " cors ", or " default " is CORS-same-origin. A response whose type is " opaque " or " opaqueredirect " is CORS-cross-origin. A response 's unsafe response is its internal response if it has one, and the response itself otherwise. To create a potential-CORS request , given a url , destination , corsAttributeState , and an optional same-origin fallback flag , run these steps:.

If same-origin fallback flag is set and mode is " no-cors ", set mode to " same-origin ". Let credentialsMode be " include ". If corsAttributeState is Anonymous , set credentialsMode to " same-origin ". Let request be a new request whose url is url , destination is destination , mode is mode , credentials mode is credentialsMode , and whose use-URL-credentials flag is set. The rules for sniffing images specifically , the rules for distinguishing if a resource is text or binary , and the rules for sniffing audio and video specifically are also defined in MIME Sniffing.

These rules return a MIME type as their result. When a user agent uses different heuristics for content type detection than the server expects, security problems can occur. The algorithm for extracting a character encoding from a meta element , given a string s , is as follows. Reply from Peter: In most themes, there is a single.

I have made the theme with Artisteer 3. With notepad I have added your code in both file one at a time of course and tranfer via ftp. Reply from Peter: Remember to add the relevant post IDs to the array in the plugin itself or modify the plugin to be used on all posts. Reply from Peter: Please read the top of the plugin file, where it has instructions on that. June 20th, at am Heather Jones says :. June 9th, at am Hena says :.

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Name required. E-mail will not be published required. Click on the picture to hear an audio file of the word. Header logo by Thom. Comment on any of my posts to contact me. Your e-mail address will only be visible to me and not to the public. If you want to contact me in a more private manner, e-mail peter keung. Hire my web consulting services at Mugo Web. Follow us on Twitter.

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