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<span class="pageSubtitle">Bit-wise AND two strings</span>
<span class="pageSubtitle">Bit-wise AND two strings</span>


<p class="warning">Most Sirius $functions have been deprecated in favor of Object Oriented methods. The OO equivalent for the $StrAnd function is the [[BitAndString (String function)]].</p>
<p class="warn"><b>Note: </b>Many $functions have been deprecated in favor of Object Oriented methods. The OO equivalent for the $StrAnd function is <var>[[BitAndString (String function)|BitAndString]]</var>.</p>


This function performs a bit-wise AND of two strings.  
This function performs a bit-wise AND of two strings.  
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The <var>$StrAnd</var> function accepts three arguments and returns a string result that is the bit-wise AND of the first two arguments, the shorter being padded with as many copies of the third argument as are required to make the string lengths equal.  
The <var>$StrAnd</var> function accepts three arguments and returns a string result that is the bit-wise AND of the first two arguments, the shorter being padded with as many copies of the third argument as are required to make the string lengths equal.  


The first argument is an arbitrary string.
==Syntax==
<p class="syntax"><span class="term">%str</span> = <span class="literal">$StrAnd</span>(<span class="term">string1</span>, <span class="term">string2</span>, [<span class="term">pad</span>])
</p>


The second argument is another arbitrary string.  
===Syntax terms===
<table>
<tr><th>%str</th>
<td>The bit-wise AND of ''string1'' and ''string2''.</td></tr>


The third argument is another arbitrary string that is appended to the shorter of the first two strings and replicated as many times as required to make the strings of equal length. If this value is not specified or is null it defaults to a single null byte (X'00').
<tr><th>string1</th>
<td>An arbitrary string.</td></tr>


==Syntax==
<tr><th>string2</th>
<p class="syntax"><span class="term">%STR</span> = <span class="literal">$StrAnd</span>(<span class="term">string1</span>, <span class="term">string2</span>, pad)
<td>Another arbitrary string.</td></tr>
</p>
<p>
</p>
<p>%STR is the bit-wise AND of '''string1''' and '''string2'''.</p>


For example
<tr><th>pad</th>
<td>An arbitrary string that is appended to the shorter of the first two strings and replicated as many times as required to make the strings of equal length. If this value is not specified or is null, it defaults to a single null byte (X'00').
</td></tr>
</table>


<p class="code"> %X = $X2C('112233445566')
==Examples==
%Y = $X2C('654321')
<ol>
%JUNK = $StrAnd(%X, %Y)
<li>This code fragment would set <code>%junk</code> to <code>X'010221000000'</code>:
<p class="code">%X = $X2C('112233445566')
%Y = $X2C('654321')
%junk = $StrAnd(%X, %Y)
</p>
</p>


would set %JUNK to X'010221000000' and
<li>These statements would set <code>%junk</code> to <code>X'000000444444'</code>:
 
<p class="code">%X = $X2C('112233445566')
<p class="code"> %X = $X2C('112233445566')
%junk = $StrAnd(%X, , $X2C('CC'))
%JUNK = $StrAnd(%X, , $X2C('CC'))
</p>
</p>


would set %JUNK to X'000000444444' and
<li>This code fragment would set <code>%junk</code> to <code>X'112233005500'</code>:
 
<p class="code">%X = $X2C('112233445566')
<p class="code"> %X = $X2C('112233445566')
%Y = $X2C('1122')
%Y = $X2C('1122')
%Z = $X2C('FF00')
%Z = $X2C('FF00')
%junk = $StrAnd(%X, %Y, %Z)
%JUNK = $StrAnd(%X, %Y, %Z)
</p>
</p>
 
</ol>
would set %JUNK to X'112233005500'.
 


==Products authorizing {{PAGENAMEE}}==  
==Products authorizing {{PAGENAMEE}}==  
<ul class="smallAndTightList">
<ul class="smallAndTightList">
<li>[[Sirius functions]]</li>
<li>[[List of $functions|Sirius functions]]</li>
<li>[[Fast/Unload User Language Interface]]</li>
<li>[[Fast/Unload User Language Interface]]</li>
<li>[[Janus Open Client]]</li>
<li>[[Media:JoclrNew.pdf|Janus Open Client]]</li>
<li>[[Janus Open Server]]</li>
<li>[[Media:JosrvrNew.pdf|Janus Open Server]]</li>
<li>[[Janus Sockets]]</li>
<li>[[Janus Sockets]]</li>
<li>[[Janus Web Server]]</li>
<li>[[Janus Web Server]]</li>
<li>[[Japanese functions]]</li>
<li>Japanese functions</li>
<li>[[Sir2000 Field Migration Facility]]</li>
<li>[[Media:SirfieldNew.pdf|Sir2000 Field Migration Facility]]</li>
</ul>
</ul>
<p>
 
</p>


[[Category:$Functions|$StrAnd]]
[[Category:$Functions|$StrAnd]]

Latest revision as of 23:28, 20 September 2018

Bit-wise AND two strings

Note: Many $functions have been deprecated in favor of Object Oriented methods. The OO equivalent for the $StrAnd function is BitAndString.

This function performs a bit-wise AND of two strings.

The $StrAnd function accepts three arguments and returns a string result that is the bit-wise AND of the first two arguments, the shorter being padded with as many copies of the third argument as are required to make the string lengths equal.

Syntax

%str = $StrAnd(string1, string2, [pad])

Syntax terms

%str The bit-wise AND of string1 and string2.
string1 An arbitrary string.
string2 Another arbitrary string.
pad An arbitrary string that is appended to the shorter of the first two strings and replicated as many times as required to make the strings of equal length. If this value is not specified or is null, it defaults to a single null byte (X'00').

Examples

  1. This code fragment would set %junk to X'010221000000':

    %X = $X2C('112233445566') %Y = $X2C('654321') %junk = $StrAnd(%X, %Y)

  2. These statements would set %junk to X'000000444444':

    %X = $X2C('112233445566') %junk = $StrAnd(%X, , $X2C('CC'))

  3. This code fragment would set %junk to X'112233005500':

    %X = $X2C('112233445566') %Y = $X2C('1122') %Z = $X2C('FF00') %junk = $StrAnd(%X, %Y, %Z)

Products authorizing $StrAnd

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