Cairo man page on OpenSuSE

Man page or keyword search:  
man Server   25941 pages
apropos Keyword Search (all sections)
Output format
OpenSuSE logo
[printable version]

Cairo(3)	      User Contributed Perl Documentation	      Cairo(3)

NAME
       Cairo - Perl interface to the cairo 2d vector graphics library

SYNOPSIS
	 use Cairo;

	 my $surface = Cairo::ImageSurface->create ('argb32', 100, 100);
	 my $cr = Cairo::Context->create ($surface);

	 $cr->rectangle (10, 10, 40, 40);
	 $cr->set_source_rgb (0, 0, 0);
	 $cr->fill;

	 $cr->rectangle (50, 50, 40, 40);
	 $cr->set_source_rgb (1, 1, 1);
	 $cr->fill;

	 $cr->show_page;

	 $surface->write_to_png ('output.png');

ABSTRACT
       Cairo provides Perl bindings for the vector graphics library cairo.  It
       supports multiple output targets, including PNG, PDF and SVG.  Cairo
       produces identical output on all those targets.

API DOCUMENTATION
       This is a listing of the API Cairo provides.  For more verbose
       information, refer to the cairo manual at
       <http://cairographics.org/manual/>.

   Drawing
       Cairo::Context -- The cairo drawing context

       Cairo::Context is the main object used when drawing with Cairo. To draw
       with Cairo, you create a Cairo::Context, set the target surface, and
       drawing options for the Cairo::Context, create shapes with methods like
       "$cr->move_to" and "$cr->line_to", and then draw shapes with
       "$cr->stroke" or "$cr->fill".

       Cairo::Context's can be pushed to a stack via "$cr->save". They may
       then safely be changed, without loosing the current state. Use
       "$cr->restore" to restore to the saved state.

       $cr = Cairo::Context->create ($surface)
	   $surface: Cairo::Surface
       $cr->save
       $cr->restore
       $status = $cr->status
       $surface = $cr->get_target
       $cr->push_group [1.2]
       $cr->push_group_with_content ($content) [1.2]
	   $content: Cairo::Content
       $pattern = $cr->pop_group [1.2]
       $cr->pop_group_to_source [1.2]
       $surface = $cr->get_group_target [1.2]
       $cr->set_source_rgb ($red, $green, $blue)
	   $red: double
	   $green: double
	   $blue: double
       $cr->set_source_rgba ($red, $green, $blue, $alpha)
	   $red: double
	   $green: double
	   $blue: double
	   $alpha: double
       $cr->set_source ($source)
	   $source: Cairo::Pattern
       $cr->set_source_surface ($surface, $x, $y)
	   $surface: Cairo::Surface
	   $x: double
	   $y: double
       $source = $cr->get_source
       $cr->set_antialias ($antialias)
	   $antialias: Cairo::Antialias
       $antialias = $cr->get_antialias
       $cr->set_dash ($offset, ...)
	   $offset: double
	   ...: list of doubles
       $cr->set_fill_rule ($fill_rule)
	   $fill_rule: Cairo::FillRule
       $fill_rule = $cr->get_fill_rule
       $cr->set_line_cap ($line_cap)
	   $line_cap: Cairo::LineCap
       $line_cap = $cr->get_line_cap
       $cr->set_line_join ($line_join)
	   $line_join: Cairo::LineJoin
       $line_join = $cr->get_line_join
       $cr->set_line_width ($width)
	   $width: double
       $width = $cr->get_line_width
       $cr->set_miter_limit ($limit)
	   $limit: double
       ($offset, @dashes) = $cr->get_dash [1.4]
       $limit = $cr->get_miter_limit
       $cr->set_operator ($op)
	   $op: Cairo::Operator
       $op = $cr->get_operator
       $cr->set_tolerance ($tolerance)
	   $tolerance: double
       $tolerance = $cr->get_tolerance
       $cr->clip
       $cr->clip_preserve
       ($x1, $y1, $x2, $y2) = $cr->clip_extents [1.4]
       $bool = $cr->in_clip ($x, $y) [1.10]
	   $x: double
	   $y: double
       @rectangles = $cr->copy_clip_rectangle_list [1.4]
       $cr->reset_clip
       $cr->fill
       $cr->fill_preserve
       ($x1, $y1, $x2, $y2) = $cr->fill_extents
       $bool = $cr->in_fill ($x, $y)
	   $x: double
	   $y: double
       $cr->mask ($pattern)
	   $pattern: Cairo::Pattern
       $cr->mask_surface ($surface, $surface_x, $surface_y)
	   $surface: Cairo::Surface
	   $surface_x: double
	   $surface_y: double
       $cr->paint
       $cr->paint_with_alpha ($alpha)
	   $alpha: double
       $cr->stroke
       $cr->stroke_preserve
       ($x1, $y1, $x2, $y2) = $cr->stroke_extents
       $bool = $cr->in_stroke ($x, $y)
	   $x: double
	   $y: double
       $cr->copy_page
       $cr->show_page

       Paths -- Creating paths and manipulating path data

	 $path = [
	   { type => "move-to", points => [[1, 2]] },
	   { type => "line-to", points => [[3, 4]] },
	   { type => "curve-to", points => [[5, 6], [7, 8], [9, 10]] },
	   ...
	   { type => "close-path", points => [] },
	 ];

       Cairo::Path is a data structure for holding a path. This data structure
       serves as the return value for "$cr->copy_path" and
       "$cr->copy_path_flat" as well the input value for "$cr->append_path".

       Cairo::Path is represented as an array reference that contains path
       elements, represented by hash references with two keys: type and
       points.	The value for type can be either of the following:

       "move-to"
       "line-to"
       "curve-to"
       "close-path"

       The value for points is an array reference which contains zero or more
       points.	Points are represented as array references that contain two
       doubles: x and y.  The necessary number of points depends on the type
       of the path element:

       "move-to": 1 point
       "line_to": 1 point
       "curve-to": 3 points
       "close-path": 0 points

       The semantics and ordering of the coordinate values are consistent with
       "$cr->move_to", "$cr->line_to", "$cr->curve_to", and "$cr->close_path".

       Note that the paths returned by Cairo are implemented as tied array
       references which do not support adding, removing or shuffling of path
       segments.  For these operations, you need to make a shallow copy first:

	 my @path_clone = @{$path};
	 # now you can alter @path_clone which ever way you want

       The points of a single path element can be changed directly, however,
       without the need for a shallow copy:

	 $path->[$i]{points} = [[3, 4], [5, 6], [7, 8]];

       $path = $cr->copy_path
       $path = $cr->copy_path_flat
       $cr->append_path ($path)
	   $path: Cairo::Path
       $bool = $cr->has_current_point [1.6]
       ($x, $y) = $cr->get_current_point
       $cr->new_path
       $cr->new_sub_path [1.2]
       $cr->close_path
       ($x1, $y1, $x2, $y2) = $cr->path_extents [1.6]
       $cr->arc ($xc, $yc, $radius, $angle1, $angle2)
	   $xc: double
	   $yc: double
	   $radius: double
	   $angle1: double
	   $angle2: double
       $cr->arc_negative ($xc, $yc, $radius, $angle1, $angle2)
	   $xc: double
	   $yc: double
	   $radius: double
	   $angle1: double
	   $angle2: double
       $cr->curve_to ($x1, $y1, $x2, $y2, $x3, $y3)
	   $x1: double
	   $y1: double
	   $x2: double
	   $y2: double
	   $x3: double
	   $y3: double
       $cr->line_to ($x, $y)
	   $x: double
	   $y: double
       $cr->move_to ($x, $y)
	   $x: double
	   $y: double
       $cr->rectangle ($x, $y, $width, $height)
	   $x: double
	   $y: double
	   $width: double
	   $height: double
       $cr->glyph_path (...)
	   ...: list of Cairo::Glyph's
       $cr->text_path ($utf8)
	   $utf8: string in utf8 encoding
       $cr->rel_curve_to ($dx1, $dy1, $dx2, $dy2, $dx3, $dy3)
	   $dx1: double
	   $dy1: double
	   $dx2: double
	   $dy2: double
	   $dx3: double
	   $dy3: double
       $cr->rel_line_to ($dx, $dy)
	   $dx: double
	   $dy: double
       $cr->rel_move_to ($dx, $dy)
	   $dx: double
	   $dy: double

       Patterns -- Gradients and filtered sources

       $status = $pattern->status
       $type = $pattern->get_type [1.2]
       $pattern->set_extend ($extend)
	   $extend: Cairo::Extend
       $extend = $pattern->get_extend
       $pattern->set_filter ($filter)
	   $filter: Cairo::Filter
       $filter = $pattern->get_filter
       $pattern->set_matrix ($matrix)
	   $matrix: Cairo::Matrix
       $matrix = $pattern->get_matrix
       $pattern = Cairo::SolidPattern->create_rgb ($red, $green, $blue)
	   $red: double
	   $green: double
	   $blue: double
       $pattern = Cairo::SolidPattern->create_rgba ($red, $green, $blue,
       $alpha)
	   $red: double
	   $green: double
	   $blue: double
	   $alpha: double
       ($r, $g, $b, $a) = $pattern->get_rgba [1.4]
       $pattern = Cairo::SurfacePattern->create ($surface)
	   $surface: Cairo::Surface
       $surface = $pattern->get_surface [1.4]
       $pattern = Cairo::LinearGradient->create ($x0, $y0, $x1, $y1)
	   $x0: double
	   $y0: double
	   $x1: double
	   $y1: double
       ($x0, $y0, $x1, $y1) = $pattern->get_points [1.4]
       $pattern = Cairo::RadialGradient->create ($cx0, $cy0, $radius0, $cx1,
       $cy1, $radius1)
	   $cx0: double
	   $cy0: double
	   $radius0: double
	   $cx1: double
	   $cy1: double
	   $radius1: double
       ($x0, $y0, $r0, $x1, $y1, $r1) = $pattern->get_circles [1.4]
       $pattern->add_color_stop_rgb ($offset, $red, $green, $blue)
	   $offset: double
	   $red: double
	   $green: double
	   $blue: double
       $pattern->add_color_stop_rgba ($offset, $red, $green, $blue, $alpha)
	   $offset: double
	   $red: double
	   $green: double
	   $blue: double
	   $alpha: double
       @stops = $pattern->get_color_stops [1.4]
	   A color stop is represented as an array reference with five
	   elements: offset, red, green, blue, and alpha.

       Regions -- Representing a pixel-aligned area

       $region = Cairo::Region->create (...) [1.10]
	   ...: zero or more Cairo::RectangleInt
       $status = $region->status [1.10]
       $num = $region->num_rectangles [1.10]
       $rect = $region->get_rectangle ($i) [1.10]
	   $i: integer
       $bool = $region->is_empty [1.10]
       $bool = $region->contains_point ($x, $y) [1.10]
	   $x: integer
	   $y: integer
       $bool = $region_one->equal ($region_two) [1.10]
	   $region_two: Cairo::Region
       $region->translate ($dx, $dy) [1.10]
	   $dx: integer
	   $dy: integer
       $status = $dst->intersect ($other) [1.10]
       $status = $dst->intersect_rectangle ($rect) [1.10]
       $status = $dst->subtract ($other) [1.10]
       $status = $dst->subtract_rectangle ($rect) [1.10]
       $status = $dst->union ($other) [1.10]
       $status = $dst->union_rectangle ($rect) [1.10]
       $status = $dst->xor ($other) [1.10]
       $status = $dst->xor_rectangle ($rect) [1.10]
	   $other: Cairo::Region
	   $rect: Cairo::RectangleInt

       Transformations -- Manipulating the current transformation matrix

       $cr->translate ($tx, $ty)
	   $tx: double
	   $ty: double
       $cr->scale ($sx, $sy)
	   $sx: double
	   $sy: double
       $cr->rotate ($angle)
	   $angle: double
       $cr->transform ($matrix)
	   $matrix: Cairo::Matrix
       $cr->set_matrix ($matrix)
	   $matrix: Cairo::Matrix
       $matrix = $cr->get_matrix
       $cr->identity_matrix
       ($x, $y) = $cr->user_to_device ($x, $y)
	   $x: double
	   $y: double
       ($dx, $dy) = $cr->user_to_device_distance ($dx, $dy)
	   $dx: double
	   $dy: double
       ($x, $y) = $cr->device_to_user ($x, $y)
	   $x: double
	   $y: double
       ($dx, $dy) = $cr->device_to_user_distance ($dx, $dy)
	   $dx: double
	   $dy: double

       Text -- Rendering text and sets of glyphs

       Glyphs are represented as anonymous hash references with three keys:
       index, x and y.	Example:

	 my @glyphs = ({ index => 1, x => 2, y => 3 },
		       { index => 2, x => 3, y => 4 },
		       { index => 3, x => 4, y => 5 });

       $cr->select_font_face ($family, $slant, $weight)
	   $family: string
	   $slant: Cairo::FontSlant
	   $weight: Cairo::FontWeight
       $cr->set_font_size ($size)
	   $size: double
       $cr->set_font_matrix ($matrix)
	   $matrix: Cairo::Matrix
       $matrix = $cr->get_font_matrix
       $cr->set_font_options ($options)
	   $options: Cairo::FontOptions
       $options = $cr->get_font_options
       $cr->set_scaled_font ($scaled_font) [1.2]
	   $scaled_font: Cairo::ScaledFont
       $scaled_font = $cr->get_scaled_font [1.4]
       $cr->show_text ($utf8)
	   $utf8: string
       $cr->show_glyphs (...)
	   ...: list of glyphs
       $cr->show_text_glyphs ($utf8, $glyphs, $clusters, $cluster_flags) [1.8]
	   $utf8: string
	   $glyphs: array ref of glyphs
	   $clusters: array ref of clusters
	   $cluster_flags: Cairo::TextClusterFlags
       $face = $cr->get_font_face
       $extents = $cr->font_extents
       $cr->set_font_face ($font_face)
	   $font_face: Cairo::FontFace
       $cr->set_scaled_font ($scaled_font)
	   $scaled_font: Cairo::ScaledFont
       $extents = $cr->text_extents ($utf8)
	   $utf8: string
       $extents = $cr->glyph_extents (...)
	   ...: list of glyphs
       $face = Cairo::ToyFontFace->create ($family, $slant, $weight) [1.8]
	   $family: string
	   $slant: Cairo::FontSlant
	   $weight: Cairo::FontWeight
       $family = $face->get_family [1.8]
       $slang = $face->get_slant [1.8]
       $weight = $face->get_weight [1.8]

   Fonts
       Cairo::FontFace -- Base class for fonts

       $status = $font_face->status
       $type = $font_face->get_type [1.2]

       Scaled Fonts -- Caching metrics for a particular font size

       $scaled_font = Cairo::ScaledFont->create ($font_face, $font_matrix,
       $ctm, $options)
	   $font_face: Cairo::FontFace
	   $font_matrix: Cairo::Matrix
	   $ctm: Cairo::Matrix
	   $options: Cairo::FontOptions
       $status = $scaled_font->status
       $extents = $scaled_font->extents
       $extents = $scaled_font->text_extents ($utf8) [1.2]
	   $utf8: string
       $extents = $scaled_font->glyph_extents (...)
	   ...: list of glyphs
       ($status, $glyphs, $clusters, $cluster_flags) =
       $scaled_font->text_to_glyphs ($x, $y, $utf8) [1.8]
	   $x: double
	   $y: double
	   $utf8: string
       $font_face = $scaled_font->get_font_face [1.2]
       $options = $scaled_font->get_font_options [1.2]
       $font_matrix = $scaled_font->get_font_matrix [1.2]
       $ctm = $scaled_font->get_ctm [1.2]
       $scale_matrix = $scaled_font->get_scale_matrix [1.8]
       $type = $scaled_font->get_type [1.2]

       Font Options -- How a font should be rendered

       $font_options = Cairo::FontOptions->create
       $status = $font_options->status
       $font_options->merge ($other)
	   $other: Cairo::FontOptions
       $hash = $font_options->hash
       $bools = $font_options->equal ($other)
	   $other: Cairo::FontOptions
       $font_options->set_antialias ($antialias)
	   $antialias: Cairo::AntiAlias
       $antialias = $font_options->get_antialias
       $font_options->set_subpixel_order ($subpixel_order)
	   $subpixel_order: Cairo::SubpixelOrder
       $subpixel_order = $font_options->get_subpixel_order
       $font_options->set_hint_style ($hint_style)
	   $hint_style: Cairo::HintStyle
       $hint_style = $font_options->get_hint_style
       $font_options->set_hint_metrics ($hint_metrics)
	   $hint_metrics: Cairo::HintMetrics
       $hint_metrics = $font_options->get_hint_metrics

       FreeType Fonts -- Font support for FreeType

       If your cairo library supports it, the FreeType integration allows you
       to load font faces from font files.  You can query for this capability
       with "Cairo::HAS_FT_FONT".  To actually use this, you'll need the
       Font::FreeType module.

       my $face = Cairo::FtFontFace->create ($ft_face, $load_flags=0)
	   $ft_face: Font::FreeType::Face
	   $load_flags: integer

	   This method allows you to create a Cairo::FontFace from a
	   Font::FreeType::Face.  To obtain the latter, you can for example
	   load it from a file:

	     my $file = '/usr/share/fonts/truetype/ttf-bitstream-vera/Vera.ttf';
	     my $ft_face = Font::FreeType->new->face ($file);
	     my $face = Cairo::FtFontFace->create ($ft_face);

   Surfaces
       Cairo::Surface -- Base class for surfaces

       $similar = Cairo::Surface->create_similar ($other, $content, $width,
       $height)
	   $other: Cairo::Surface
	   $content: Cairo::Content
	   $width: integer
	   $height: integer

	   For hysterical reasons, you can also use the following syntax:

	     $similar = $other->create_similar ($content, $width, $height)

       $new = Cairo::Surface->create_for_rectangle ($target, $x, $y, $width,
       $height) [1.10]
	   $target: Cairo::Surface
	   $x: double
	   $y: double
	   $width: double
	   $height: double
       $status = $surface->status
       $surface->finish
       $surface->flush
       $font_options = $surface->get_font_options
       $content = $surface->get_content [1.2]
       $surface->mark_dirty
       $surface->mark_dirty_rectangle ($x, $y, $width, $height)
	   $x: integer
	   $y: integer
	   $width: integer
	   $height: integer
       $surface->set_device_offset ($x_offset, $y_offset)
	   $x_offset: integer
	   $y_offset: integer
       ($x_offset, $y_offset) = $surface->get_device_offset [1.2]
       $surface->set_fallback_resolution ($x_pixels_per_inch,
       $y_pixels_per_inch) [1.2]
	   $x_pixels_per_inch: double
	   $y_pixels_per_inch: double
       ($x_pixels_per_inch, $y_pixels_per_inch) =
       $surface->get_fallback_resolution [1.8]
       $type = $surface->get_type [1.2]
       $status = $surface->copy_page [1.6]
	   $status: Cairo::Status
       $status = $surface->show_page [1.6]
	   $status: Cairo::Status
       $boolean = $surface->has_show_text_glyphs [1.8]

       Image Surfaces -- Rendering to memory buffers

       $surface = Cairo::ImageSurface->create ($format, $width, $height)
	   $format: Cairo::Format
	   $width: integer
	   $height: integer
       $surface = Cairo::ImageSurface->create_for_data ($data, $format,
       $width, $height, $stride)
	   $data: image data
	   $format: Cairo::Format
	   $width: integer
	   $height: integer
	   $stride: integer
       $data = $surface->get_data [1.2]
       $format = $surface->get_format [1.2]
       $width = $surface->get_width
       $height = $surface->get_height
       $stride = $surface->get_stride [1.2]
       $stride = Cairo::Format::stride_for_width ($format, $width) [1.6]
	   $format: Cairo::Format
	   $width: integer

       PDF Surfaces -- Rendering PDF documents

       $surface = Cairo::PdfSurface->create ($filename, $width_in_points,
       $height_in_points) [1.2]
	   $filename: string
	   $width_in_points: double
	   $height_in_points: double
       $surface = Cairo::PdfSurface->create_for_stream ($callback,
       $callback_data, $width_in_points, $height_in_points) [1.2]
	   $callback: Cairo::WriteFunc
	   $callback_data: scalar
	   $width_in_points: double
	   $height_in_points: double
       $surface->set_size ($width_in_points, $height_in_points) [1.2]
	   $width_in_points: double
	   $height_in_points: double
       $surface->restrict_to_version ($version) [1.10]
	   $version: Cairo::PdfVersion
       @versions = Cairo::PdfSurface::get_versions [1.10]
       $string = Cairo::PdfSurface::version_to_string ($version) [1.10]
	   $version: Cairo::PdfVersion

       PNG Support -- Reading and writing PNG images

       $surface = Cairo::ImageSurface->create_from_png ($filename)
	   $filename: string
       Cairo::ReadFunc: $data = sub { my ($callback_data, $length) = @_; }
	   $data: binary image data, of length $length
	   $callback_data: scalar, user data
	   $length: integer, bytes to read
       $surface = Cairo::ImageSurface->create_from_png_stream ($callback,
       $callback_data)
	   $callback: Cairo::ReadFunc
	   $callback_data: scalar
       $status = $surface->write_to_png ($filename)
	   $filename: string
       Cairo::WriteFunc: sub { my ($callback_data, $data) = @_; }
	   $callback_data: scalar, user data
	   $data: binary image data, to be written
       $status = $surface->write_to_png_stream ($callback, $callback_data)
	   $callback: Cairo::WriteFunc
	   $callback_data: scalar

       PostScript Surfaces -- Rendering PostScript documents

       $surface = Cairo::PsSurface->create ($filename, $width_in_points,
       $height_in_points) [1.2]
	   $filename: string
	   $width_in_points: double
	   $height_in_points: double
       $surface = Cairo::PsSurface->create_for_stream ($callback,
       $callback_data, $width_in_points, $height_in_points) [1.2]
	   $callback: Cairo::WriteFunc
	   $callback_data: scalar
	   $width_in_points: double
	   $height_in_points: double
       $surface->set_size ($width_in_points, $height_in_points) [1.2]
	   $width_in_points: double
	   $height_in_points: double
       $surface->dsc_begin_setup [1.2]
       $surface->dsc_begin_page_setup [1.2]
       $surface->dsc_comment ($comment) [1.2]
	   $comment: string
       $surface->restrict_to_level ($level) [1.6]
	   $level: Cairo::PsLevel
       @levels = Cairo::PsSurface::get_levels [1.6]
       $string = Cairo::PsSurface::level_to_string ($level) [1.6]
	   $level: Cairo::PsLevel
       $surface->set_eps ($eps) [1.6]
	   $eps: boolean
       $eps = $surface->get_eps [1.6]

       Recording Surfaces -- Records all drawing operations

       $surface = Cairo::RecordingSurface->create ($content, $extents) [1.10]
	   $content: Cairo::Content
	   $extents: Cairo::Rectangle
       ($x0, $y0, $width, $height) = $surface->ink_extents [1.10]

       SVG Surfaces -- Rendering SVG documents

       $surface = Cairo::SvgSurface->create ($filename, $width_in_points,
       $height_in_points) [1.2]
	   $filename: string
	   $width_in_points: double
	   $height_in_points: double
       $surface = Cairo::SvgSurface->create_for_stream ($callback,
       $callback_data, $width_in_points, $height_in_points) [1.2]
	   $callback: Cairo::WriteFunc
	   $callback_data: scalar
	   $width_in_points: double
	   $height_in_points: double
       $surface->restrict_to_version ($version) [1.2]
	   $version: Cairo::SvgVersion
       @versions = Cairo::SvgSurface::get_versions [1.2]
       $string = Cairo::SvgSurface::version_to_string ($version) [1.2]
	   $version: Cairo::SvgVersion

   Utilities
       Version Information -- Run-time and compile-time version checks.

       $version_code = Cairo->lib_version
       $version_string = Cairo->lib_version_string
	   These two functions return the version of libcairo that the program
	   is currently running against.

       $version_code = Cairo->LIB_VERSION
	   Returns the version of libcairo that Cairo was compiled against.

       $version_code = Cairo->LIB_VERSION_ENCODE ($major, $minor, $micro)
	   $major: integer
	   $minor: integer
	   $micro: integer

	   Encodes the version "$major.$minor.$micro" as an integer suitable
	   for comparison against "Cairo->lib_version" and
	   "Cairo->LIB_VERSION".

SEE ALSO
       <http://cairographics.org/documentation>
	   Lists many available resources including tutorials and examples

       <http://cairographics.org/manual/>
	   Contains the reference manual

AUTHORS
       Ross McFarland <rwmcfa1 at neces dot com>
       Torsten Schoenfeld <kaffeetisch at gmx dot de>

COPYRIGHT
       Copyright (C) 2004-2013 by the cairo perl team

perl v5.18.1			  2013-02-03			      Cairo(3)
[top]

List of man pages available for OpenSuSE

Copyright (c) for man pages and the logo by the respective OS vendor.

For those who want to learn more, the polarhome community provides shell access and support.

[legal] [privacy] [GNU] [policy] [cookies] [netiquette] [sponsors] [FAQ]
Tweet
Polarhome, production since 1999.
Member of Polarhome portal.
Based on Fawad Halim's script.
....................................................................
Vote for polarhome
Free Shell Accounts :: the biggest list on the net