diff --git a/src/modules/gdbmmod/doc/gdbm b/src/modules/gdbmmod/doc/gdbm
deleted file mode 100644
index ddf660a79389a58a1644428b22f3b07b92d9a9e4..0000000000000000000000000000000000000000
--- a/src/modules/gdbmmod/doc/gdbm
+++ /dev/null
@@ -1,150 +0,0 @@
-NAME
- /precompiled/gdbm - database interface
-
-DESCRIPTION
- This is the an interface to the gdbm library. This module might or
- might not be available in your Pike depending on weather gdbm was
- available when Pike was compiled.
-
- A gdbm database has essentially the same functionality as a mapping,
- except the syntax is different, and it is located on disk, not in
- memory. Each gdbm database is one file which contains a set of
- key-value pairs. Both keys and values are strings and all keys are
- unique.
-
-============================================================================
-NAME
- create - open database
-
-SYNTAX
- int gdbm->create();
- or
- int gdbm->create(string file);
- or
- int gdbm->create(string file, string mode);
-
-DESCRIPTION
- Without arguments, this function does nothing. With one argument it
- opens the given file as a gdbm database, if this fails for some
- reason, an error will be generated. If a second argument is present,
- it specifies how to open the database using one or more of the follow
- flags in a string:
-
- r open database for reading
- w open database for writing
- c create database if it does not exist
- t overwrite existing database
- f fast mode
-
- The fast mode prevents the database from syncronizing each change
- in the database immediately. This is dangerous because the database
- can be left in an unusable state if Pike is terminated abnormally.
-
- The default mode is "rwc".
-
-NOTA BENE
- The gdbm manual states that it is important that the database is
- closed properly. Unfortunately this will not be the case if Pike
- calls exit() or returns from main(). You should therefore make sure
- you call close or destruct your gdbm objects when exiting your
- program. This will probably be done automatically in the future.
-
-============================================================================
-NAME
- close - close database
-
-SYNTAX
- void gdbm->close();
-
-DESCRIPTION
- This closes the database.
-
-============================================================================
-NAME
- store - store a value in the database
-
-SYNTAX
- int gdbm->store(string key, string data);
-
-DESCRIPTION
- Associate the contents of 'data' with the key 'key'. If the key 'key'
- already exists in the database the data for that key will be replaced.
- If it does not exist it will be added. An error will be generated if
- the database was not open for writing.
-
-============================================================================
-NAME
- fetch - fetch a value from the databse
-
-SYNTAX
- string gdbm->fetch(string key);
-
-DESCRIPTION
- Return the data associated with the key 'key' in the database.
- If there was no such key in the database, zero is returned.
-
-============================================================================
-NAME
- delete - delete a value from the database
-
-SYNTAX
- int gdbm->delete(string key);
-
-DESCRIPTION
- Remove a key from the database. Note that no error will be generated
- if the key does not exist.
-
-============================================================================
-NAME
- firstkey - get first key in database
-
-SYNTAX
- string gdbm->firstkey();
-
-DESCRIPTION
- Return the first key in the database, this can be any key in the
- database.
-
-============================================================================
-NAME
- nextkey - get next key in database
-
-SYNTAX
- string gdbm->nextkey(string key);
-
-DESCRIPTION
- This returns the key in database that follows the key 'key' key.
- This is of course used to iterate over all keys in the database.
-
-EXAMPLE
- /* Write the contents of the database */
- for(key=gdbm->firstkey(); k; k=gdbm->nextkey(k))
- write(k+":"+gdbm->fetch(k)+"\n");
-
-============================================================================
-NAME
- reorganize - reorganize database
-
-SYNTAX
- int gdbm->reorganize();
-
-DESCRIPTION
- Deletions and insertions into the database can cause fragmentation
- which will make the database bigger. This routine reorganizes the
- contents to get rid of fragmentation. Note however that this function
- can take a LOT of time to run.
-
-============================================================================
-NAME
- sync - synchronize database
-
-SYNTAX
- void gdbm->sync();
-
-DESCRIPTION
- When opening the database with the 'f' flag writings to the database
- can be cached in memory for a long time. Calling sync will write
- all such caches to disk and not return until everything is stored
- on the disk.
-
-============================================================================
diff --git a/src/modules/gmpmod/doc/mpz b/src/modules/gmpmod/doc/mpz
deleted file mode 100644
index 2b4c0bc67e9772761fb52f512397cf08b2198f03..0000000000000000000000000000000000000000
--- a/src/modules/gmpmod/doc/mpz
+++ /dev/null
@@ -1,136 +0,0 @@
-NAME
- /precompiled/mpz - bignum program
-
-DESCRIPTION
- /precompiled/mpz is a builtin program written in C. It implements
- large, very large integers. In fact, the only limitation on these
- integers is the available memory.
-
- The mpz object implements all the normal integer operations.
- (except xor) There are also some extra operators:
-
-NOTA BENE
- This module is only available if libgmp.a was available and
- found when Pike was compiled.
-
-============================================================================
-NAME
- create - initialize a bignum
-
-SYNTAX
- object Mpz();
- or
- object Mpz(int|object|float i);
- or
- object Mpz(string digits, int base);
-
-
-DESCRIPTION
- When cloning an mpz it is by default initalized to zero. However,
- you can give a second argument to clone to initialize the new
- object to that value. The argument can be an int, float another
- mpz object, or a string containing an ascii number. You can also
- give the number in the string in another base by specifying the
- base as a second argument. Valid bases are 2-36 and 256.
-
-SEE ALSO
- builtin/clone
-
-============================================================================
-NAME
- powm - raise and modulo
-
-SYNTAX
- object mpz->powm(int|string|float|object a,int|string|float|object b);
-
-DESCRIPTION
- This function returns ( mpz ** a ) % b
-
-============================================================================
-NAME
- sqrt - square root
-
-SYNTAX
- object mpz->sqrt();
-
-DESCRIPTION
- This function return the the truncated integer part of the square
- root of the value of mpz.
-
-============================================================================
-NAME
- probably_prime_p - is this number a prime?
-
-SYNTAX
- int mpz->probably_prime_p();
-
-DESCRIPTION
- This function returns 1 if mpz is a prime, and 0 most of the time
- if it is not.
-
-============================================================================
-NAME
- gcd - greatest common divisor
-
-SYNTAX
- object mpz->gcd(object|int|float|string arg)
-
-DESCRIPTION
- This function returns the greatest common divisor for arg and mpz.
-
-============================================================================
-NAME
- cast - cast to other type
-
-SYNTAX
- object mpz->gcd( "string" | "int" | "float" );
- or
- (string) mpz
- or
- (int) mpz
- or
- (float) mpz
-
-
-DESCRIPTION
- This function converts an mpz to a string, int or float. This is
- nessesary when you want to view, store or use the result of an mpz
- calculation.
-
-SEE ALSO
- cast
-
-============================================================================
-NAME
- digits - convert mpz to a string
-
-SYNTAX
- string mpz->digits();
- or
- string mpz->digits(int base);
-
-DESCRIPTION
- This function converts an mpz to a string. If a base is given the
- number will be represented in that base. Valid bases are 2-36 and
- 256. The default base is 10.
-
-SEE ALSO
- mpz->cast
-
-============================================================================
-NAME
- size - how long is a number
-
-SYNTAX
- string mpz->size();
- or
- string mpz->size(int base);
-
-DESCRIPTION
- This function returns how long the mpz would be represented in the
- specified base. The default base is 2.
-
-SEE ALSO
- mpz->digits
-
-============================================================================
diff --git a/src/modules/image/doc/image.html b/src/modules/image/doc/image.html
deleted file mode 100644
index 10dca57176c0858f7754b0d1aa597b9fac189827..0000000000000000000000000000000000000000
--- a/src/modules/image/doc/image.html
+++ /dev/null
@@ -1,568 +0,0 @@
-<!-- $id$ -->
-
-<center>
-<i>Pike module: </i>
-<h1>image</h1>
-Pontus Hagland <a href=law@infovav.se><i>law@infovav.se</i></a>
-<br>Per Hedbor <a href=per@infovav.se><i>per@infovav.se</i></a>
-<br>David K�gedal <a href=kg@infovav.se><i>kg@infovav.se</i></a>
-</center>
-
-<hr>
-
-This package adds two Pike progams:
-
-<ul>
-<li><tt><a href=#image>"precompiled/image"</a></tt> and
-<li><tt><a href=#font>"precompiled/font"</a></tt>.
-</ul>
-
-<hr>
-
-<a name=image><h2>methods in precompiled/image:</h2></a>
-
-Methods resulting in a new object:
-
-<br><a name=cloner><tt>object <a href=#clone><b>clone</b></a>( </tt>[<tt>int <b>xsize</b>,int <b>ysize</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b></tt>]<tt> </b>);</tt></a>
-<p><a name=copyr><tt>object <a href=#copy><b>copy</b></a>( </tt>[<tt>int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b></tt>]<tt> </b>);</tt></a>
-<br><a name=autocropr><tt>object <a href=#autocrop><b>autocrop</b></a>( </tt>[<tt>int <b>border_width</b> </tt>[<tt>,int <b>left</b>,int <b>right</b>,int <b>top</b>,int <b>bottom</b></tt>]<tt></b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b></tt>]<tt> </b>);</tt></a>
-<p><a name=grayr><tt>object <a href=#gray><b>gray</b></a>();</tt></a>
-<br><a name=colorr><tt>object <a href=#color><b>color</b></a>(int <b>r</b>,int <b>g</b>,int <b>b</b>);</tt></a>
-<br><a name=invertr><tt>object <a href=#invert><b>invert</b></a>();</tt></a>
-
-<p><a name=mirrorxr><tt>object <a href=#mirrorx><b>mirrorx</b></a>(void);</tt></a>
-<br><a name=mirroryr><tt>object <a href=#mirrory><b>mirrory</b></a>(void);</tt></a>
-<br><a name=rotate_cwr><tt>object <a href=#rotate_cw><b>rotate_cw</b></a>(void);</tt></a>
-<br><a name=rotate_ccwr><tt>object <a href=#rotate_ccw><b>rotate_ccw</b></a>(void);</tt></a>
-<br><a name=thresholdr><tt>object <a href=#threshold><b>threshold</b></a>(</tt>[<tt>int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt></b>); </tt></a>
-<br><a name=apply_matrixr><tt>object <a href=#apply_matrix><b>apply_matrix</b></a>(array(array(int)) <b>matrix</b>,</tt>[<tt>int <b>r</b>,int <b>g</b>,int <b>b</b></tt>[<tt>,int <b>div</b></tt>]]<tt>);</tt></a>
-<p><a name=scaler><tt>object <a href=#scale><b>scale</b></a>(float <b>factor</b>);</tt></a>
-<br><a name=scaler><tt>object <a href=#scale><b>scale</b></a>(float <b>factorx</b>,float <b>factory</b>);</tt></a>
-<br><a name=scaler><tt>object <a href=#scale><b>scale</b></a>(int <b>newx</b></tt>|<tt><b>0</b>,int <b>newy</b></tt>|<tt><b>0</b>);</tt></a>
-
-<p>Methods operating on current object:
-
-<br><a name=toppmr><tt>string <a href=#toppm><b>toppm</b></a>(void</b>);</tt></a>
-<br><a name=fromppmr><tt>string|object <a href=#fromppm><b>fromppm</b></a>(string <b>s</b>);</tt></a>
-<br><a name=togifr><tt>string <a href=#togif><b>togif</b></a>( </tt>[<tt>int <b>r</b>,inr g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<p><a name=paster><tt>object <a href=#paste><b>paste</b></a>(object <b>img</b> </tt>[<tt>,int <b>x</b>,int <b>y</b></tt>]<tt></b>)</tt></a>
-<br><a name=paste_alphar><tt>object <a href=#paste_alpha><b>paste_alpha</b></a>(object <b>img</b>, int <b>alpha</b> </tt>[<tt>,int <b>x</b>, int <b>y</b></tt>]<tt></b>);</tt></a>
-<br><a name=paste_maskr><tt>object <a href=#paste_mask><b>paste_mask</b></a>(object <b>img</b>, object <b>alpha_mask</b> </tt>[<tt>,int <b>x</b>,int <b>y</b></tt>]<tt></b>);</tt></a>
-<p><a name=setcolorr><tt>object <a href=#setcolor><b>setcolor</b></a>(int <b>r</b>,int <b>g</b>,int <b>b</b>);</tt></a>
-<br><a name=setpixelr><tt>object <a href=#setpixel><b>setpixel</b></a>(int <b>x</b>,int <b>y</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<br><a name=liner><tt>object <a href=#line><b>line</b></a>(int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<br><a name=boxr><tt>object <a href=#box><b>box</b></a>(int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<br><a name=circler><tt>object <a href=#circle><b>circle</b></a>(int <b>x</b>,int <b>y</b>,int <b>radx</b>,int <b>rady</b> </tt>[<tt>,int <b>r</b>,int <b>b</b>,int <b>g</b></tt>]<tt> </b>);</tt></a>
-<br><a name=tuned_boxr><tt>object <a href=#tuned_box><b>tuned_box</b></a>(int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b>,array(array(int)) corner_rgb</b>);</tt></a>
-
-<p>Information giving methods:
-<br><a name=xsizer><tt>object <a href=#xsize><b>xsize</b></a>();</tt></a>
-<br><a name=ysizer><tt>object <a href=#ysize><b>ysize</b></a>();</tt></a>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=apply_matrix><tt>object <a href=#apply_matrixr><b>apply_matrix</b></a>(array(array(int)) <b>matrix</b>,</tt>[<tt>int <b>r</b>,int <b>g</b>,int <b>b</b></tt>[<tt>,int <b>div</b></tt>]]<tt>);</tt></a>
-<dt>DESCRIPTION
-
-<dd>This method applies a matrix on the image. Each surrounding pixel
-is multiplied with the value of the matrix element in that point,
-these values are added and divided by the total sum of the matrix
-values (and the <b>div</b> argument) and stored on the pixel
-(eventually added to the <b>r</b>,<b>g</b>,<b>b</b> argument given as
-'mean' value).
-
-<p>It is possible to use a matrix of RGB groups (ie an array of three
-integers) instead of the simple values, this making it possible to
-apply different matrices on red, green and blue channel.
-
-<dt>RETURN VALUE
-<dd>the new object
-<dt>EXAMPLE
-<dd>
-A 'blur' operation (3x3, gaussian):
-<pre>blurred=image->apply_matrix( ({ ({1,2,1}), ({2,3,2}), ({1,2,1}) }) );</pre>
-<p>A 'Emboss' operation (3x3):
-<pre>emossed=image->apply_matrix(({ ({0,1,8}), ({-1,0,1}), ({-8,-1,0}) }), 128,128,128, 15 );</pre>
-Here i'm using 128,128,128 (gray) as a mean, because i get negative values.
-<br>A division by 15 is good to give 'normal' edges.
-
-<dt>BUGS
-<dd>not known
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=autocrop><tt>object <a href=#autocropr><b>autocrop</b></a>( </tt>[<tt>int <b>border_width</b> </tt>[<tt>,int <b>left</b>,int <b>right</b>,int <b>top</b>,int <b>bottom</b></tt>]<tt></b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-
-<dd>Crops away unneccesary borders from the image. The <b>border</b>
-argument is to define the new thickness of the surrounding border and
-the <b>r</b>,<b>g</b>,<b>b</b> is the newly created border color.
-
-<p>The <b>left</b>, <b>right</b>, ... arguments is used to tell which
-edges should be autocropped.
-
-<dt>RETURN VALUE
-<dd>the new object
-<dt>EXAMPLE
-<dd><pre>cropped=image->autocrop();</pre>
-<dt>BUGS
-<dd>now known
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=box><tt>object <a href=#boxr><b>box</b></a>(int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-
-<dd>Draw a box of the default or specified color.
-
-<dt>RETURN VALUE
-<dd>the image object
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=circle><tt>object <a href=#circler><b>circle</b></a>(int <b>x</b>,int <b>y</b>,int <b>radx</b>,int <b>rady</b> </tt>[<tt>,int <b>r</b>,int <b>b</b>,int <b>g</b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-<dd>Draw a circle. The coordinates given are the center of the image and the radius in x (horisontal) and y (vertical), this making it possible to draw an ellipse too. <tt>:-)</tt>
-<dt>RETURN VALUE
-<dd>the image object
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=clone><tt>object <a href=#cloner><b>clone</b></a>( </tt>[<tt>int <b>xsize</b>,int <b>ysize</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-<dd>make a new object and return it
-<ul>
-<li>no arguments -> old image is copied
-<li>size is given -> old image is copied cropped
-<li>color is given -> new default color
-</ul>
-<dt>RETURN VALUE
-<dd>the new object
-<dt>SEE ALSO
-<dd><a href=#copy>copy</a>, <a href=#clear>clear</a>
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=color><tt>object <a href=#colorr><b>color</b></a>(int <b>r</b>,int <b>g</b>,int <b>b</b>);</tt></a>
-<dt>DESCRIPTION
-<dd>Apply a color filter on the image.
-<dt>RETURN VALUE
-<dd>the new object
-<dt>EXAMPLE
-<dd><pre>cyan=image->color(64,255,192);</pre>
-This function is most usable on a image that has been <a href=#gray>gray</a>ed first.
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=copy><tt>object <a href=#copyr><b>copy</b></a>( </tt>[<tt>int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-<dd>Make a copy, or a copy of a part of the image.
- It is possible to copy more then the image, to extend the image,
- this area is filled with the current (or given) color.
-<dt>RETURN VALUE
-<dd>the new image object
-<dt>EXAMPLE
-<dd><pre>copy=image->copy();
-
-copy=image->copy(-10,-10,image->xsize()+9,image->ysize()+9);</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=fromppm><tt>string|object <a href=#fromppmr><b>fromppm</b></a>(string <b>s</b>);</tt></a>
-<dt>DESCRIPTION
-<dd>Import a ppm image.
-<dt>RETURN VALUE
-<dd>0 (object) upon success, else the error message (string).
-<dt>EXAMPLE
-<dd><pre>image=clone( (program)"precompiled/image" );
-image->fromppm(read_bytes("my_image.ppm",0,10000000));</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=gray><tt>object <a href=#grayr><b>gray</b></a>(</tt>[<tt>int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt>);</tt></a>
-<dt>DESCRIPTION
-
-<dd>Make this image gray (each r,g,b gets the same value).<br> If a
-color is given, that specifies the amount of r, g, and b that is used
-to compute the gray level. Default is 87,127,41.
-
-<dt>RETURN VALUE
-<dd>the new object
-<dt>EXAMPLE
-<dd><pre>gray=image->gray()</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=invert><tt>object <a href=#invertr><b>invert</b></a>();</tt></a>
-<dt>DESCRIPTION
-<dd>Invert the image.
-<dt>RETURN VALUE
-<dd>the new object
-<dt>EXAMPLE
-<dd><pre>inverted=image->invert()</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=line><tt>object <a href=#liner><b>line</b></a>(int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-<dd>Draw a line from <b>x1</b>,<b>y1</b> to <b>x2</b>,<b>y2</b>.
-<dt>RETURN VALUE
-<dd>the image object
-<dt>EXAMPLE
-<dd><pre>image->line(17,100,42,1000);</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=mirrorx><tt>object <a href=#mirrorxr><b>mirrorx</b></a>(void);</tt></a>
-<dd><a name=mirrory><tt>object <a href=#mirroryr><b>mirrory</b></a>(void);</tt></a>
-<dt>DESCRIPTION
-<dd>Mirrors the image, horisontally or vertically.
-<dt>RETURN VALUE
-<dd>the new image object
-<dt>EXAMPLE
-<dd><pre>mirrored=image->mirrorx();</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-<dl>
-<dt>METHOD
-<dd><a name=rotate_cw><tt>object <a href=#rotate_cwr><b>rotate_cw</b></a>(void);</tt></a>
-<dd><a name=rotate_ccw><tt>object <a href=#rotate_ccwr><b>rotate_ccw</b></a>(void);</tt></a>
-<dt>DESCRIPTION
-<dd>Rotate the image, clockwise or counterclockwise, 90 degrees.
-<br>This operation is very fast compared to rotating any angle.
-<dt>RETURN VALUE
-<dd>the new image object
-<dt>EXAMPLE
-<dd><pre>snurr=image->rotate_cw();</pre>
-<dt>BUGS
-<dd>
-</dl>
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=paste><tt>object <a href=#paster><b>paste</b></a>(object <b>img</b> </tt>[<tt>,int <b>x</b>,int <b>y</b></tt>]<tt></b>)</tt></a>
-<dd><a name=paste_alpha><tt>object <a href=#paste_alphar><b>paste_alpha</b></a>(object <b>img</b>, int <b>alpha</b> </tt>[<tt>,int <b>x</b>, int <b>y</b></tt>]<tt></b>);</tt></a>
-<dd><a name=paste_mask><tt>object <a href=#paste_maskr><b>paste_mask</b></a>(object <b>img</b>, object <b>alpha_mask</b> </tt>[<tt>,int <b>x</b>,int <b>y</b></tt>]<tt></b>);</tt></a>
-<dt>DESCRIPTION
-<dd>Paste an image on this image. Use the specified alpha channel
-value or the second specified image as an alpha channel.<br>
-The first argument is the image that will be pasted.
-<dt>RETURN VALUE
-<dd>the image object
-this function doesn't return anything
-<dt>EXAMPLE
-<dd><pre>image->paste(other_smaller_image,17,42);
-
-image->paste_mask(other_image,alpha_channel_image);</pre>
-Paste a dog on a landscape:<pre>landscape->paste(dog,dog_alpha_channel,xpos,ypos);</pre>
-Write some text:<pre>text=font->write("some text");
-foreground=text->clear(255,255,255); // white
-background->paste(foreground,text,xpos,ypos);</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=scale><tt>object <a href=#scaler><b>scale</b></a>(float <b>factor</b>);</tt> (1</a>
-<dd><a name=scale><tt>object <a href=#scaler><b>scale</b></a>(float <b>factorx</b>,float <b>factory</b>);</tt> (2</a>
-<dd><a name=scale><tt>object <a href=#scaler><b>scale</b></a>(int <b>newx</b></tt>|<tt><b>0</b>,int <b>newy</b></tt>|<tt><b>0</b>);</tt> (3</a>
-<dt>DESCRIPTION
-<dd>Scale this image.
-<ol>
-<li>scale the image with a (line scale) factor
-<li>scale the image with different factors on x and y
-<li>scale the image to a new size
-<br>with newx or newy set to zero, just scale the image to fit the x
-or y size and keep proportions.
-</ol>
-<dt>RETURN VALUE
-<dd>the new object
-this function doesn't return anything
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dt>METHOD
-<dd><a name=setcolor><tt>object <a href=#setcolorr><b>setcolor</b></a>(int <b>r</b>,int <b>g</b>,int <b>b</b>);</tt></a>
-<dt>DESCRIPTION
-<dd>set the default color used for drawing lines, etc
-<dt>RETURN VALUE
-<dd>the image object
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dt>METHOD
-<dd><a name=setpixel><tt>object <a href=#setpixelr><b>setpixel</b></a>(int <b>x</b>,int <b>y</b> </tt>[<tt>,int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-<dd>set the color of the specified pixel
-<dt>RETURN VALUE
-<dd>the image object
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=threshold><tt>object <a href=#thresholdr><b>threshold</b></a>(</tt>[<tt>int <b>r</b>,int <b>g</b>,int <b>b</b></tt>]<tt></b>); </tt></a>
-<dt>DESCRIPTION
-<dd>make image black-and-white using the given value as the threshold
-<dt>RETURN VALUE
-<dd>the new object
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=togif><tt>string <a href=#togifr><b>togif</b></a>( </tt>[<tt>int <b>r</b>,inr g</b>,int <b>b</b></tt>]<tt> </b>);</tt></a>
-<dt>DESCRIPTION
-<dd>export gif
-<br>if the color are given, this is the transparent color
-<dt>RETURN VALUE
-<dd>the gifimage as a string
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=toppm><tt>string <a href=#toppmr><b>toppm</b></a>(object</b>);</tt></a>
-<dt>DESCRIPTION
-<dd>export ppm
-<dt>RETURN VALUE
-<dd>the ppm image as a string
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=tuned_box><tt>object <a href=#tuned_boxr><b>tuned_box</b></a>(int <b>x1</b>,int <b>y1</b>,int <b>x2</b>,int <b>y2</b>,array(array(int)) corner_rgb</b>);</tt></a>
-<dt>DESCRIPTION
-<dd>draw a box with the specified corner colours, and shade the colors between
-<dt>RETURN VALUE
-<dd>the image object
-<dt>EXAMPLE
-<dd><pre>image->tuned_box(0,0,img->xsize()-1,img->ysize()-1,
- ({({0,0,64}),({16,16,128}),
- ({16,16,128}),({192,160,128})}));</pre>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-<dl>
-<dt>METHOD
-<dd><a name=xsize><tt>object <a href=#xsizer><b>xsize</b></a>();</tt></a>
-<dd><a name=ysize><tt>object <a href=#ysizer><b>ysize</b></a>();</tt></a>
-<dt>DESCRIPTION
-<dd>
-<dt>RETURN VALUE
-<dd>Gives the x- or the y-size (horisontal or vertical size) of the image.
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-
-<hr>
-
-<a name=font><h2>methods in precompiled/font:</h2></a>
-
-<a name=loadr><tt>int <a href=#load><b>load</b></a>(string <b>file_name</b>);</tt>
-<br><a name=writer><tt>object <a href=#write><b>write</b></a>(string <b>line</b>, </tt>...<tt>);</tt>
-
-<hr>
-<dl>
-<dt>METHOD
-<dd><a name=load><tt>int <a href=#loadr><b>load</b></a>(string <b>file_name</b>);</tt>
-<dt>DESCRIPTION
-<dd>load this font object with the font from the specified file
-<dt>RETURN VALUE
-<dd>true on success
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<dl>
-<dt>METHOD
-<dd><a name=write><tt>object <a href=#writer><b>write</b></a>(string <b>line</b>, </tt>...<tt>);</tt>
-<dt>DESCRIPTION
-<dd>make a new image object from the specified text, each argument representing a line
-<dt>RETURN VALUE
-<dd>the new image object
-<dt>EXAMPLE
-<dd>
-<dt>BUGS
-<dd>
-</dl>
-
-<hr>
-
-<h2>Example program:</h2>
-(pike)
-<pre>
-
-int main()
-{
- object txt,o,shad,font;
- int i;
-
- txt =
- (font=clone((program)"/precompiled/font"))
- ->load("/usr/local/lib/pike/fonts/64/helvetica_bold_r")
- ->write("The Image Module")
- ->autocrop(20,0,0,0);
-
- shad=txt->mirrory()->scale(1.0,0.3)->color(64,64,64);
-
- o=clone((program)"/precompiled/image",
- txt->xsize(),txt->ysize(), 0,0,100)
- ->tuned_box(0,0,txt->xsize(),txt->ysize(),
- ({({0,0,0}),({0,0,0}),
- ({0,0,255}),({128,128,0})}));
-
- o->setcolor(255,255,255,200);
- for (i=0; i<30; i++)
- if (random(2))
- o->line(random(o->xsize()),o->ysize()-10-random(20+i*3),
- o->xsize()-1-random(30),o->ysize()-1);
- else
- o->line(random(o->xsize()),o->ysize()-10-random(20+i),
- random(30),o->ysize()-1);
-
- for (i=0; i<10; i++)
- o->box(random(o->xsize()),random(o->ysize()),
- random(o->xsize()),random(o->ysize()),
- random(256),random(256),random(256),220);
-
- o -> paste_mask(txt->clear(0,255,0),
- shad,0,(int)(font->baseline()*0.7)+shad->ysize()-10)
- -> paste_mask(txt->clear(255,255,0),
- txt->apply_matrix(({({1,2,1}),({2,4,2}),({1,2,1})}))
- ->apply_matrix(({({1,2,1}),({2,4,2}),({1,2,1})}))
- ->modify_by_intensity(1,0,0, 0,255,255,255,255,255))
- -> paste_mask(txt->clone()
- ->tuned_box(0,0,txt->xsize()-1,txt->ysize()-1,
- ({({128,128,128}),({64,128,0}),
- ({64,128,0}),({255,255,0})})),
- txt);
- write(o->togif_fs());
- return 0;
-}
-</pre>
-
-<h2>Undocumented, yet:</h2>
-<pre>
-object image->select_from(int x,int y);
-object image->distancesq(int r,int g,int b);
-array(int) image->getpixel(int x,int y);
-object image->skewx(int diff,rgb);
-object image->skewy(int diff,rgb);
-object image->skewx_expand(int diff,rgb);
-object image->skewy_expand(int diff,rgb);
-object image->rotate(int|float angle,rgb);
-object image->rotate_expand(int|float angle,rgb);
-object image->turbulence(colorrange,int octaves=3,float scale=1,
- float xdiff=0,float ydiff=0,float cscale=1);
-object image->noise(colorrange,float scale=0.1,
- float xdiff=0,float ydiff=0,float cscale=1);
- where colorrange is ({ float position=0..1, ({r,g,b}),
- float position=0..1, ({r,g,b}), ... })
-</pre>
\ No newline at end of file
diff --git a/src/modules/mysql/doc/mysql b/src/modules/mysql/doc/mysql
deleted file mode 100644
index 8e11cefe880f1606993e05bb220d75cabed3e657..0000000000000000000000000000000000000000
--- a/src/modules/mysql/doc/mysql
+++ /dev/null
@@ -1,378 +0,0 @@
-NAME
- /precompiled/sql/mysql - Interface to the Mysql database (ALPHA)
-
-DESCRIPTION
- /precompiled/sql/mysql is a pre-compiled Pike program. It enables
- access to the Mysql database from within Pike. /precompiled/sql/mysql
- is a part of the mysql module.
-
- Mysql is available from http://www.tcx.se/ .
-
-KEYWORDS
- sql, database
-
-
-============================================================================
-NAME
- create - connect to the Mysql database
-
-SYNTAX
- #include <mysql.h>
-
- object(Mysql) Mysql();
- or
- object(Mysql) Mysql(string hostname);
- or
- object(Mysql) Mysql(string hostname, string database);
- or
- object(Mysql) Mysql(string hostname, string database, string user);
- or
- object(Mysql) Mysql(string hostname, string database, string user,
- string password);
-
-DESCRIPTION
- To access the Mysql database, you must first connect to it. This is
- done with the function Mysql().
-
- If you give no argument, or give "" as hostname it will connect with
- a UNIX-domain socket, which is a big performance gain.
-
-
-============================================================================
-NAME
- affected_rows - return the number of affected rows in the table
-
-SYNTAX
- #include <mysql.h>
-
- int mysql->affected_rows();
-
-DESCRIPTION
- Returns the number of affected rows.
-
-
-============================================================================
-NAME
- insert_id - return the insert id
-
-SYNTAX
- #include <mysql.h>
-
- int mysql->insert_id();
-
-DESCRIPTION
- Returns the insert id.
-
-
-============================================================================
-NAME
- error - return the last error in Mysql
-
-SYNTAX
- #include <mysql.h>
-
- string mysql->error();
-
-DESCRIPTION
- When a Mysql-method fails you can get a description of why with this
- function.
-
-
-============================================================================
-NAME
- select_db - select database
-
-SYNTAX
- #include <mysql.h>
-
- void select_db(string database);
-
-DESCRIPTION
- The Mysql-server can hold several databases. You select which one
- you want to access with this function.
-
-SEE ALSO
- mysql->create, mysql->create_db, mysql->drop_db
-
-
-============================================================================
-NAME
- query - make an SQL query
-
-SYNTAX
- #include <mysql.h>
-
- int|object(Mysql_result) mysql->query(string q);
-
-DESCRIPTION
- This function sends an SQL query to the Mysql-server. The result
- of the query is returned as a /precompiled/sql/mysql_result object.
- Returns 0 if the query didn't return any result (e.g. INSERT or
- similar).
-
-SEE ALSO
- /precompiled/sql/mysql_result
-
-
-============================================================================
-NAME
- create_db - create a new database
-
-SYNTAX
- #include <mysql.h>
-
- void mysql->create_db(string database);
-
-DESCRIPTION
- This function creates a new database in the Mysql-server.
-
-SEE ALSO
- mysql->select_db, mysql->drop_db
-
-
-============================================================================
-NAME
- drop_db - drop a database
-
-SYNTAX
- #include <mysql.h>
-
- void mysql->drop_db(string database);
-
-DESCRIPTION
- This function drops a database from a Mysql-server.
-
-SEE ALSO
- mysql->create_db, mysql->select_db
-
-
-============================================================================
-NAME
- shutdown - shutdown the Mysql-server
-
-SYNTAX
- #include <mysql.h>
-
- void mysql->shutdown();
-
-DESCRIPTION
- This function shuts down a running Mysql-server.
-
-SEE ALSO
- mysql->reload
-
-
-============================================================================
-NAME
- reload - reload the tables
-
-SYNTAX
- #include <mysql.h>
-
- void mysql->reload();
-
-DESCRIPTION
- This function causes the Mysql-server to reload its tables.
-
-SEE ALSO
- mysql->shutdown
-
-
-============================================================================
-NAME
- statistics - some Mysql-server statistics
-
-SYNTAX
- #include <mysql.h>
-
- string mysql->statistics();
-
-DESCRIPTION
- This function returns some server statistics.
-
-EXAMPLE
-
- #include <mysql.h>
-
- int main()
- {
- write(Mysql()->statistics());
- return(0);
- }
-
-SEE ALSO
- mysql->server_info, mysql->host_info, mysql->protocol_info
-
-
-============================================================================
-NAME
- server_info - give the version number of the Mysql-server
-
-SYNTAX
- #include <mysql.h>
-
- string mysql->server_info();
-
-DESCRIPTION
- This function returns the version number of the Mysql-server.
-
-SEE ALSO
- mysql->statistics, mysql->host_info, mysql->protocol_info
-
-
-============================================================================
-NAME
- host_info - give information about the Mysql-server connection
-
-SYNTAX
- #include <mysql.h>
-
- string mysql->host_info();
-
-DESCRIPTION
- This function returns a string describing the connection to
- the Mysql-server.
-
-SEE ALSO
- mysql->statistics, mysql->server_info, mysql->protocol_info
-
-
-============================================================================
-NAME
- protocol_info - give the Mysql protocol version
-
-SYNTAX
- #include <mysql.h>
-
- int mysql->protocol_info();
-
-DESCRIPTION
- This function returns the version number of the protocol the
- Mysql-server uses.
-
-SEE ALSO
- mysql->statistics, mysql->server_info, mysql->host_info
-
-
-============================================================================
-NAME
- list_dbs - list databases
-
-SYNTAX
- #include <mysql.h>
-
- object(Mysql_result) mysql->list_dbs();
- or
- object(Mysql_result) mysql->list_dbs(string wild);
-
-DESCRIPTION
- Returns a table containing the names of all databases in the
- Mysql-server. If an argument is specified, only those matching
- wild are returned.
-
-SEE ALSO
- mysql->list_tables, mysql->list_fields, mysql->list_processes,
- /precompiled/sql/mysql_result
-
-
-============================================================================
-NAME
- list_tables - list tables in the current database
-
-SYNTAX
- #include <mysql.h>
-
- object(Mysql_result) mysql->list_tables();
- or
- object(Mysql_result) mysql->list_tables(string wild);
-
-DESCRIPTION
- Returns a table containing the names of all tables in the current
- database. If an argument is given, only those matching wild are
- returned.
-
-SEE ALSO
- mysql->list_dbs, mysql->list_fields, mysql->list_processes,
- /precompiled/sql/mysql_result
-
-
-============================================================================
-NAME
- list_fields - list all fields
-
-SYNTAX
- #include <mysql.h>
-
- array(int|mapping(string:mixed)) mysql->list_fields(string table);
- or
- array(int|mapping(string:mixed)) mysql->list_fields(string table,
- string wild);
-
-DESCRIPTION
- Returns an array of mappings with information about the fields in the
- specified table.
-
- The mappings contain the following entries:
-
- "name": string The name of the field.
- "table": string The name of the table.
- "default": string The default value for the field.
- "type": string The type of the field.
- "length": int The length of the field.
- "max_length": int The length of the longest element in this field.
- "flags": multiset(string) Some flags.
- "decimals": int The number of decimalplaces.
-
- The type of the field can be any of:
- "decimal", "char", "short", "long", "float", "double", "null",
- "time", "longlong", "int24", "tiny blob", "medium blob",
- "long blob", "var string", "string" or "unknown".
-
- The flags multiset can contain any of
- "primary_key": This field is part of the primary key for this table.
- "not_null": This field may not be NULL.
- "blob": This field is a blob field.
-
-NOTA BENE
- Michael Widenius recomends usage of the following query instead:
- show fields in 'table' like "wild"
-
-SEE ALSO
- mysql->list_dbs, mysql->list_tables, mysql->list_processes,
- mysql_result->fetch_fields
-
-
-============================================================================
-NAME
- list_processes - list all processes in the Mysql-server
-
-SYNTAX
- #include <mysql.h>
-
- object(Mysql_result) mysql->list_processes();
-
-DESCRIPTION
- Returns a table containing the names of all processes in the
- Mysql-server.
-
-SEE ALSO
- mysql->list_dbs, mysql->list_tables, mysql->list_fields,
- /precompiled/sql/mysql_result
-
-
-============================================================================
-NAME
- binary_data - inform if this version of mysql supports binary data
-
-SYNTAX
- int mysql->binary_data();
-
-DESCRIPTION
- This function returns non-zero if binary data can be reliably stored
- and retreived with this version of the mysql-module.
-
- Usually, there is no problem storing binary data in mysql-tables,
- but data containing '\0' (NUL) couldn't be fetched with old
- versions (prior to 3.20.5) of the mysql-library.
-
-
diff --git a/src/modules/mysql/doc/mysql_result b/src/modules/mysql/doc/mysql_result
deleted file mode 100644
index f62e5baa142f76ee1d89d7a964bc3fd227afea74..0000000000000000000000000000000000000000
--- a/src/modules/mysql/doc/mysql_result
+++ /dev/null
@@ -1,204 +0,0 @@
-NAME
- /precompiled/sql/mysql_result - result of an Mysql query (ALPHA)
-
-DESCRIPTION
- /precompiled/sql/mysql_result is a pre-compiled Pike program. It
- contains the result of a Mysql-query. /precompiled/sql/mysql_result
- is a part of the mysql module.
-
- Mysql is available from http://www.tcx.se/ .
-
-KEYWORDS
- sql, database
-
-SEE ALSO
- /precompiled/sql/mysql
-
-
-============================================================================
-NAME
- create - make a new mysql_result object
-
-SYNTAX
- #include <mysql.h>
-
- object(Mysql_result) mysql->query(string q);
- or
- object(Mysql_result) mysql->list_dbs();
- or
- object(Mysql_result) mysql->list_dbs(string wild);
- or
- object(Mysql_result) mysql->list_tables();
- or
- object(Mysql_result) mysql->list_tables(string wild);
- or
- object(Mysql_result) mysql->list_processes();
-
-DESCRIPTION
- Creates a Mysql result table.
-
-SEE ALSO
- mysql->query, mysql->list_dbs, mysql->list_tables,
- mysql->list_processes, /precompiled/sql/mysql
-
-
-============================================================================
-NAME
- num_rows - number of rows in the result
-
-SYNTAX
- #include <mysql.h>
-
- int mysql_result->num_rows();
-
-DESCRIPTION
- Returns the number of rows in the result.
-
-SEE ALSO
- mysql_result->num_fields
-
-
-============================================================================
-NAME
- num_fields - number of fields in the result
-
-SYNTAX
- #include <mysql.h>
-
- int mysql_result->num_fields();
-
-DESCRIPTION
- Returns the number of fields in the result.
-
-SEE ALSO
- mysql_result->num_rows
-
-
-============================================================================
-NAME
- field_seek - skip to specified field (OPTIONAL)
-
-SYNTAX
- #include <mysql.h>
-
- void mysql_result->field_seek(int field_no);
-
-DESCRIPTION
- Places the field cursor at the specified position. This affects
- which field mysql_result->fetch_field() will return next.
-
- Fields are numbered starting with 0.
-
-NOTA BENE
- This function exists only if SUPPORT_FIELD_SEEK was defined when
- compiling the mysql-module.
-
-SEE ALSO
- mysql_result->fetch_field, mysql_result->fetch_fields
-
-
-============================================================================
-NAME
- eof - at end of result table
-
-SYNTAX
- #include <mysql.h>
-
- int mysql_result->eof();
-
-DESCRIPTION
- Returns non-zero when all rows have been read.
-
-SEE ALSO
- mysql_result->fetch_row
-
-
-============================================================================
-NAME
- fetch_field - return specification of current field (OPTIONAL)
-
-SYNTAX
- #include <mysql.h>
-
- int|mapping(string:mixed) mysql_result->fetch_field();
-
-DESCRIPTION
- Returns a mapping with information about the current field, and
- advances the field cursor one step. Returns 0 if there are no more
- fields.
-
- The mapping contains the same entries as those returned by
- mysql->list_fields(), except that the "default" entry is missing.
-
-NOTA BENE
- This function exists only if SUPPORT_FIELD_SEEK was defined when
- compiling the mysql-module.
-
-SEE ALSO
- mysql_result->fetch_fields, mysql_result->field_seek,
- sql->list_fields
-
-
-============================================================================
-NAME
- fetch_fields - return specification of all remaining fields
-
-SYNTAX
- #include <mysql.h>
-
- array(int|mapping(string:mixed)) mysql_result->fetch_fields();
-
-DESCRIPTION
- Returns an array with one mapping for every remaining field in the
- result table.
-
- It returns data similar to mysql->list_fields(), except for that
- the "default" entry is missing.
-
-NOTA BENE
- Resets the field cursor to 0.
-
- This function exists even if SUPPORT_FIELD_SEEK wasn't defined when
- the Mysql-module was compiled.
-
-SEE ALSO
- mysql_result->fetch_field, mysql_result->field_seek,
- mysql->list_fields
-
-
-============================================================================
-NAME
- seek - skip ahead a number of rows
-
-SYNTAX
- #include <mysql.h>
-
- void mysql_result->seek(int r);
-
-DESCRIPTION
- Skips ahead the specified number of rows.
-
-BUGS
- Can only seek forward (limitation in Mysql).
-
-SEE ALSO
- mysql_result->fetch_row
-
-
-============================================================================
-NAME
- fetch_row - fetch the next row from the result
-
-SYNTAX
- #include <mysql.h>
-
- int|array(string|int) mysql_result->fetch_row();
-
-DESCRIPTION
- Returns an array with the contents of the next row in the result.
- Advances the row cursor to the next row. Returns 0 at end of table.
-
-SEE ALSO
- mysql_result->seek
-
-
diff --git a/src/modules/readlinemod/doc/readline b/src/modules/readlinemod/doc/readline
deleted file mode 100644
index 01f3204c02d443f207edaa5b1348f320f1031c28..0000000000000000000000000000000000000000
--- a/src/modules/readlinemod/doc/readline
+++ /dev/null
@@ -1,14 +0,0 @@
-NAME
- readline - read a line from stdin
-
-SYNTAX
- string readline(string prompt);
-
-DESCRIPTION
- This function writes the string 'prompt' and then waits until the
- user has entered a line from the keyboard. If the readline library
- was available when Pike was compiled the user will have history and
- line edithing at his/her disposal when entering the line.
-
-SEE ALSO
- files/file
diff --git a/src/modules/regexp/doc/regexp b/src/modules/regexp/doc/regexp
deleted file mode 100644
index b7358e616d66fdccc1ae4354f73a8d14715dafa1..0000000000000000000000000000000000000000
--- a/src/modules/regexp/doc/regexp
+++ /dev/null
@@ -1,91 +0,0 @@
-NAME
- /precompiled/regexp - regexp handling module
-
-DESCRIPTION
- /precompiled/regexp is a precompiled Pike program that interfaces a
- regexp package written in C. It contains a few simple functions to
- handle regexps. A short description of regexp follows:
-
- . Matches any character
- [abc] Matches a, b or c
- [a-z] Matches any character a to z inclusive
- [^ac] Matches any character except a and c
- (x) Matches x (x might be any regexp) If used with split, this
- also puts the string matching x into the result array.
- x* Matches zero or more occurances of 'x' (x may be any regexp)
- x+ Matches one or more occurances of 'x' (x may be any regexp)
- x|y Matches x or y. (x or y may be any regexp)
- xy Matches xy (x and y may be any regexp)
- ^ Matches beginning of string (but no characters)
- $ Matches end of string (but no characters)
- \< matches the beginning of a word (but no characters)
- \> matches the end of a word (but no characters)
-
- Note that \ can be used to quote these characters in which case
- they match themselves, nothing else. Also note that when quoting
- these something in Pike you need two \ because Pike also uses
- this character for quoting.
-
- For more information about regexps, refer to your unix manuals such
- as sed or ed.
-
- Descriptions of all functions in /precompiled/regexp follows:
-
-============================================================================
-NAME
- create - compile regexp
-
-SYNTAX
- void create();
- or
- void create(string regexp);
- or
- object clone((program)"/precompiled/file");
- or
- object clone((program)"/precompiled/file",string regexp);
-
-DESCRIPTION
- When create is called, the current regexp bound to this object is
- cleared. If a string is sent to create(), this string will be compiled
- to an internal representation of the regexp and bound to this object
- for laters calls to match or split. Calling create() without an
- argument can be used to free up a little memory after the regexp has
- been used.
-
-SEE ALSO
- builtin/clone, regexp->match
-
-============================================================================
-NAME
- match - match a regexp
-
-SYNTAX
- int regexp->match(string s)
-
-DESCRIPTION
- Return 1 if s matches the regexp bound to the object regexp,
- zero otherwise
-
-SEE ALSO
- regexp->create, regexp->split
-
-============================================================================
-NAME
- split - split a string according to a pattern
-
-SYNTAX
- string *regexp->split(string s)
-
-DESCRIPTION
- Works as regexp->match, but returns an array of the strings that
- matched the subregexps. Subregexps are those contained in ( ) in
- the regexp. Subregexps that were not matched will contain zero.
- If the total regexp didn't match, zero is returned.
-
-BUGS
- You can only have 40 subregexps.
-
-SEE ALSO
- regexp->create, regexp->split
-
-============================================================================
diff --git a/src/modules/zlibmod/doc/gz_deflate b/src/modules/zlibmod/doc/gz_deflate
deleted file mode 100644
index 7873bfcf42f182718c72942e53c2ca53e6f0fdf4..0000000000000000000000000000000000000000
--- a/src/modules/zlibmod/doc/gz_deflate
+++ /dev/null
@@ -1,61 +0,0 @@
-NAME
- Gz_deflate - gzip packer
-
-DESCRIPTION
- Gz_inflate is a builtin program written in C. It interfaces the
- packing routines in the libz library.
-
-NOTA BENE
- This program is only available if libz was available and found when
- Pike was compiled.
-
-SEE ALSO
- gz_inflate
-
-============================================================================
-NAME
- create - initialize gzip packer
-
-SYNTAX
- void create(int X)
- or
- object(Gz_deflate) Gz_deflate(int X)
-
-DESCRIPTION
- This functionion is called when a new Gz_deflate is created.
- If given, X should be a number from 0 to 9 indicating the packing /
- cpu ratio. Zero means no packing, 2-3 is considered 'fast', 6 is
- default and higher is considered 'slow' but gives better packing.
-
- This function can also be used to re-initialize a gz_deflate object
- so it can be re-used.
-
-============================================================================
-NAME
- deflate - pack data
-
-SYNTAX
- string deflate(string data, int flush);
-
-DESCRIPTION
- This function preforms gzip style compression on a string and
- returns the packed data. Streaming can be done by calling this
- functon several time and concatenating the returned data.
- The optional 'flush' argument should be one f the following:
-
- Gz_deflate->NO_FLUSH Only data that doesn't fit in the
- internal buffers is returned.
- Gz_deflate->PARTIAL_FLUSH All input is packed and returned.
- Gz_deflate->SYNC_FLUSH All input is packed and returned.
- Packing is syncronized.
- Gz_deflate->FINISH All input is packed and an 'end of
- data' marker is appended.
-
- Using flushing will degrade packing. Normally NO_FLUSH should be
- used until the end of the data when FINISH should be used. For
- interactive data PARTIAL_FLUSH should be used.
-
-SEE ALSO
- gz_inflate->inflate
-
-============================================================================
diff --git a/src/modules/zlibmod/doc/gz_inflate b/src/modules/zlibmod/doc/gz_inflate
deleted file mode 100644
index 153f1727d56c5459a27e69463cb6defaaba13ef1..0000000000000000000000000000000000000000
--- a/src/modules/zlibmod/doc/gz_inflate
+++ /dev/null
@@ -1,53 +0,0 @@
-NAME
- Gz_inflate - gzip unpacker
-
-DESCRIPTION
- Gz_inflate is a builtin program written in C. It interfaces the
- packing routines in the libz library.
-
-NOTA BENE
- This program is only available if libz was available and found when
- Pike was compiled.
-
-SEE ALSO
- gz_deflate
-
-============================================================================
-NAME
- create - initialize gzip packer
-
-SYNTAX
- void create()
- or
- object(Gz_inflate) Gz_inflate()
-
-DESCRIPTION
- This functionion is called when a new Gz_inflate is created.
- It can also be called after the object has been used to re-initialize
- it.
-
-============================================================================
-NAME
- inflate - unpack data
-
-SYNTAX
- string inflate(string data);
-
-DESCRIPTION
- This function preforms gzip style decompression. It can inflate
- a whole file at once or in blocks.
-
-EXAMPLES
- #include <stdio.h>
- // whole file
- write(Gz_inflate()->inflate(stdin->read(0x7fffffff));
-
- // streaming (blocks)
- function inflate=Gz_inflate()->inflate;
- while(string s=stdin->read(8192))
- write(inflate(s));
-
-SEE ALSO
- gz_deflate->deflate
-
-============================================================================