vars/build.vars: replaces {damage,fixes,gl,input,kb,record,render,x,xcb_,xext}proto with xorgproto v2018.4 (via Redfoxmoon.)

vars/build.vars:native_packages_deps_x11: adds util_macros v1.19.2 (via Redfoxmoon.)
patches/xcb_proto-1.12.local.patch: removes obsolete patch.
patches/xorgproto-2018.4.local.patch: via Redfoxmoon.

1 files changed, 425 insertions, 0 deletions

diff --git a/patches/xorgproto-2018.4.local.patch b/patches/xorgproto-2018.4.local.patch
new file mode 100644
index 00000000..50339c60
--- /dev/null
+++ b/patches/xorgproto-2018.4.local.patch
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+diff -Nru xorgproto-2018.4.orig/man/Xprint.man xorgproto-2018.4/man/Xprint.man
+--- xorgproto-2018.4.orig/man/Xprint.man	1970-01-01 01:00:00.000000000 +0100
++++ xorgproto-2018.4/man/Xprint.man	2018-07-29 01:06:04.000000000 +0200
+@@ -0,0 +1,421 @@
++.\" -*- coding: us-ascii -*-
++.TH Xprint __miscmansuffix__ "8 October 2004"
++.SH NAME
++Xprint \- The "X print service" - a portable, network-transparent printing system based on the X11 protocol
++.SH SYNOPSIS
++Xprint is a very flexible, extensible, scaleable, client/server
++print system based on ISO 10175 (and some other specs) and the X11
++rendering protocol.
++Using Xprint an application can search, query and use devices like
++printers, FAX machines or create documents in formats like PDF.
++In particular, an application can seek a printer, query supported
++attributes (like paper size, trays, fonts etc.), configure the printer
++device to match it\(cqs needs and print on it like on any other X device
++reusing parts of the code which is used for the video card Xserver.
++.SH OVERVIEW
++The "X Print Service" technology allows X rendering to devices such as
++printers and fax. Most of the service is available in the X11
++technology stack as Xp, with the remainder in single toolkit stacks (e.g. DtPrint for CDE).
++Modifications have also been made to the LessTif/Motif/Qt technology
++stacks to support Xprint.
++.PP
++The Xp portion consists of:
++.TP 0.2i
++\(bu
++Xp Extension for the X-Server (included in the X-Server Xprt)
++.TP 0.2i
++\(bu
++Xp Extension API for the client side (libXp/libXprintUtils)
++.TP 0.2i
++\(bu
++PCL ddx driver that converts core X to native PCL
++.TP 0.2i
++\(bu
++PDF ddx driver that converts core X to native PDF
++.TP 0.2i
++\(bu
++PostScript ddx driver that converts core X to native PostScript
++.TP 0.2i
++\(bu
++Raster ddx driver that generates xwd rasters which can be converted to PCL, PDF or PostScript rasters
++.PP
++.PP
++From an X clients perspective, it can attach to one of two nearly
++identical X-Servers, a "Video" X-Server, and a "Print" X-Server
++which has the additional Xp capability but otherwise looks and
++behaves the same.
++.SH "HOW THE X PRINT SERVICE WORKS"
++The X Print Service expands on the traditional X-Server and Xlib world
++in four ways.
++.TP 0.4i
++1.
++Most obvious is the use of "print ddx drivers" instead of
++"video ddx drivers". While a video ddx driver modifies pixels
++in a video frame buffer, a print ddx driver generates "page
++description language (PDL)" output (such as PCL, PDF or PostScript)
++or sends the print rendering instructions to a platform-specific
++print API (like Win32/GDI).
++
++Once a print ddx driver generates PDL output, it can be sent to
++a spooler such as \fBlp\fR(1)
++or retrieved by the client (to implement functionality like "print-to-file").
++
++Though not currently done, a single X-Server can support both
++print and video ddx drivers.
++.TP 0.4i
++2.
++Since printers support "paged" output, unlike video, a portion
++of the Xp Extension supports APIs to delineate printed output.
++For example, XpStartPage and XpEndPage tell the X-Server where
++a physical page starts and ends in an otherwise continuous
++stream of X rendering primitives. Likewise, XpStartJob and
++XpEndJob determine when a collection of pages starts and ends.
++XpEndJob typically causes the generated PDL to be submitted to
++a spooler, such as \fBlp\fR(1).
++.TP 0.4i
++3.
++Since printers have extensive capabilities, another portion of
++the Xp Extension supports APIs to manipulate "print contexts".
++
++Once a printer is selected using the Xp Extension API, a print
++context to represent it can be created. A print context
++embodies the printer selected - it contains the printer's
++default capabilities, selectable range of capabilities,
++printer state, and generated output. Some "attributes" within
++the print context can be modified by the user, and the
++X-Server and print ddx driver will react accordingly. For
++example, the attribute "content-orientation" can be set to
++"landscape" or "portrait" (if the printer supports these
++values - which can be queried using the Xprint API as well).
++.TP 0.4i
++4.
++Since printers can have "built in" fonts, the Xp Extension in
++the X-Server works with the print ddx drivers to make
++available (for printing only) additional fonts on a per print
++context basis.
++
++When a print context is created and set for a given printer,
++the X font calls may be able to access additional printer
++fonts. To do this (typically), the X-Server must have access
++to "printer metric files" (.pmf) that describe at minimum the
++metrics of the built in fonts.
++.PP
++.SH USAGE
++There are three tasks to start the X Print Service:
++.TP 0.4i
++1.
++configuring the X Print Server,
++.TP 0.4i
++2.
++starting the X Print Service
++.TP 0.4i
++3.
++configuring the user session so that clients can find the running X Print Service
++.PP
++.PP
++The tasks are described in detail below.
++.SH "SERVER CONFIGURATION"
++The X Print Server (Xprt) can read a number of configuration files which
++control its behavior and support for printers. Each vendor platform has
++a default location for this information. Xprt can also read the
++environment variable \fBXPCONFIGDIR\fR to locate alternate configuration
++directories. Common settings include:
++
++export XPCONFIGDIR=/X11/lib/X11/XpConfig/
++.PP
++export XPCONFIGDIR=/proj/x11/xc/programs/Xserver/XpConfig/
++
++.PP
++Xprt has many built-in defaults, and lacking any configuration files,
++will immediately try to support all printers visible via \fBlpstat\fR(1).
++.PP
++In order of importance for configuration by a system administrator, the
++configuration files for a "C" locale are as follows (see \fBXprt\fR(__appmansuffix__) for more
++details (including support for non-"C" locales)):
++.TP
++\fB${XPCONFIGDIR}/C/print/Xprinters\fR
++\&'Xprinters' is the top most configuration file. It tells
++Xprt which specific printer names (e.g. mylaser) should
++be supported, and whether \fBlpstat\fR(1) or other commands
++should be used to automatically supplement the list of
++printers.
++.TP
++\fB${XPCONFIGDIR}/C/print/attributes/printer\fR
++The 'printer' file maps printer names to model
++configurations (see 'model-config' below). For example,
++"mylaser" could be mapped to a "HPDJ1600C", and all other
++arbitrary printers could be mapped to a default, such as
++"HPLJ4SI". When depending on \fBlpstat\fR(1) in the Xprinters
++file, setting up defaults in 'printer' becomes all the
++more important.
++.TP
++\fB${XPCONFIGDIR}/C/print/attributes/document\fR
++The 'document' file specifies the initial document values
++for any print jobs. For example, which paper tray to
++use, what default resolution, etc.
++.TP
++\fB${XPCONFIGDIR}/C/print/attributes/job\fR
++The 'job' file specifies the initial job values for any
++print jobs. For example, "notification-profile" can be
++set so that when a print job is successfully sent to a
++printer, e-mail is sent to the user.
++.TP
++\fB${XPCONFIGDIR}/C/print/models/PSdefault/model\-config\fR, \fB${XPCONFIGDIR}/C/print/models/PSdefault/fonts/fonts.dir\fR, \fB${XPCONFIGDIR}/C/print/models/PSdefault/fonts/9nb00051.pmf\fR, \fB${XPCONFIGDIR}/C/print/models/PSdefault/fonts/9nb00093.pmf\fR
++The 'model-config' file has attributes that describe the
++printer model\(cqs capabilities and default settings.
++Printer model fonts may also be present. The model-config
++file also identifies the print ddx driver to be used.
++For each printer model supported, a complete hierarchy of
++files should exist. In most cases, these files do not
++need to be modified.
++.TP
++\fB${XPCONFIGDIR}/C/print/ddx\-config/raster/pcl\fR, \fB${XPCONFIGDIR}/C/print/ddx\-config/raster/pdf\fR, \fB${XPCONFIGDIR}/C/print/ddx\-config/raster/postscript\fR
++The print ddx drivers can have highly specific
++configuration files to control their behavior. In most
++cases, these files do not need to be modified.
++.PP
++More information in how to configure and customize the X print server can be found in the
++\fBXprt\fR(__appmansuffix__)
++manual page.
++.SH "STARTING UP"
++The summary checklist for starting the X Print Service is as follows:
++.TP 0.4i
++1.
++Choose an execution model for the X Print Service. The X
++Print Service can be run on a per-user session basis, per
++machine basis, or can be run on a few machines globally
++available to a number of users.
++.TP 0.4i
++2.
++If print jobs are to be submitted to a spooler (almost always
++the case), make sure all needed printers are available to the
++spooler subsystem (most often \fBlp\fR(1))
++on the same machine running the X Print Service.
++.TP 0.4i
++3.
++Configure the X Print Server. See ``X Print Server
++Configuration''.
++.TP 0.4i
++4.
++Depending on #1, start the X Print Server process "Xprt", and
++then the toolkit-specific Print Dialog Manager Daemon process
++(such as CDEnext's "dtpdmd") at the appropriate times.
++Note that libXprintUtils-based applications/toolkits do not need
++a Print Dialog Manager Daemon process to use Xprint.
++.PP
++The details are described below.
++.PP
++Because the X Print Service is based on X, it can be easily distributed.
++The most significant factors in which execution model to choose will be
++driven by:
++.TP 0.2i
++\(bu
++how many printers will be accessable through the printer
++subsystem on any given machine. A system administrator may
++choose to cluster printers on a few given machines, or
++scatter them across an organization and possibly make
++extensive use of remote spoolers to make them globally
++available.
++.TP 0.2i
++\(bu
++how many machines will need a copy of the X Print Server
++configuration files. The files have been architected so
++that one super-set version of them can be maintained and
++distributed (e.g. via NFS), and a per-machine or per-user
++version of the `Xprinters' is all that is needed to have the
++appropriate information in them utilized or ignored.
++.TP 0.2i
++\(bu
++how many users can demand services from a given X Print
++Service.
++.PP
++With the above in mind, some obvious execution models include:
++.TP 0.2i
++\(bu
++Global - in this model, the system administrator is choosing
++to run the X Print Service on a *few* select machines with
++appropriate printers configured, and allow clients access to
++the global resource. This can centralize the administration
++of printers and configuration files, but may have to be
++monitored for performance loading.
++
++Startup would likely be done by boot-up scripts (such as \fB/etc/init.d/xprint\fR).
++.TP 0.2i
++\(bu
++Per-machine - every machine with potential X Print Service
++users would run the service. Printer and configuration file
++administration is decentralized, and usage would be limited
++to the users on the machine.
++
++Startup would likely be done by boot-up scripts (such as \fB/etc/init.d/xprint\fR).
++.TP 0.2i
++\(bu
++Per-user session - every user would run an entire X Print
++Service for themselves. In the future, the Video X Server
++normally started may contain Print X Server capability, so
++this model becomes very natural.
++
++Startup would likely be done at session login or by
++launching actions or processes manually once the user
++logs in. Note: Deamons like "dtpdmd" must be started after Xprt.
++.PP
++.PP
++Starting of the processes is straight forward. In strict order (example is for manually starting the X print server for CDEnext usage):
++.TP 0.4i
++1.
++
++.nf
++[machineA] % Xprt [\-XpFile <Xprinters file>] [:dispNum] &
++.fi
++
++
++Note that Xprt will look for configuration files in either
++a default location or where \fBXPCONFIGDIR\fR points.
++
++\fB\-XpFile\fR specifies an alternate `Xprinters' file, rather
++than the default one or `\fB${XPCONFIGDIR}/C/print/Xprinters\fR'.
++.TP 0.4i
++2.
++
++.nf
++[machineA] % dtpdmd \-d machineA[:dispNum] [\-l /tmp/dtpdmd.log] &
++.fi
++
++
++The dtpdmd will maintain an X-Selection on the X-Server,
++and will start dtpdm's as required to service requests.
++.PP
++.PP
++In all but the per-user session model, the machine running the dtpdmd
++(thus dtpdm's) will need display authorization to the users video
++display.
++.SH "CLIENT CONFIGURATION"
++Once a X Print Server and dtpdmd have been started -- many of them
++in some cases -- clients will need to find and use them. There are
++two mechanisms that allow clients to discover X Print Servers and
++printers.
++.TP 0.2i
++\(bu
++"X Print Specifier" - assuming usage of the DtPrint/XprintUtils-based print
++applications, the following notation is understood:
++
++
++.nf
++printer_name@machine[:dispNum]
++.fi
++
++
++For example:
++
++
++.nf
++colorlj7@printhub:2
++.fi
++
++
++In the above example, the X Print Server running at `printhub:2'
++is assumed to support the printer named `colorlj7'.
++.TP 0.2i
++\(bu
++\fB${XPSERVERLIST}\fR - assuming usage of the DtPrint print dialogs,
++the environment variable \fB${XPSERVERLIST}\fR can contain a list
++of X Print Servers. For example:
++
++
++.nf
++XPSERVERLIST="printhub:2 printhub:3 otherdept:0"
++.fi
++
++
++Then in the dialogs, only a printer name needs to be entered.
++The dialog will then search the X Print Servers in \fB${XPSERVERLIST}\fR
++for a server than supports the printer, and then establish
++contact.
++.PP
++.SH "END-USER SEQUENCE"
++From most CDEnext applications, printing is accomplished by bringing
++down the <File> menu and selecting <Print...>. This will result in
++the DtPrintSetupBox dialog, which will request the name of a printer,
++and offer limited capability to configure print options (e.g. number
++of copies). If the user wishes, they can select <Setup...>, which
++will start a dtpdm capable of modifying additional print options.
++Finally, the user should select <Print>.
++.SH ENVIRONMENT
++.TP
++\fB${XPCONFIGDIR}\fR
++This environment variable points to the root
++of the Xprint server configuration directory hierarchy.
++If the variable is not defined, the default
++path is be assumed. The default path may be
++\fB/usr/X11R6/lib/X11/xserver/\fR,
++\fB/usr/lib/X11/xserver/\fR,
++\fB/usr/share/Xprint/xserver/\fR or
++\fB/usr/openwin/server/etc/XpConfig\fR, depending on the
++system, and may be configured in \fB/etc/init.d/xprint\fR.
++.TP
++\fB${LANG}\fR
++This environment variable selects the locale settings used by the Xprint server.
++Xprt allows language-specific settings (stored in \fB${XPCONFIGDIR}/${LANG}/print/\fR)
++which will override the default settings (stored in \fB${XPCONFIGDIR}/C/print/\fR).
++If \fB${LANG}\fR is not set "C" is assumed.
++.TP
++\fB${XPSERVERLIST}\fR
++The environment variable \fB${XPSERVERLIST}\fR contains a list
++of display identifiers (separated by whitespace) which tell an
++application where it can find the Xprint servers. Usually
++\fB${XPSERVERLIST}\fR is set by the profile startup scripts (e.g.
++\fB/etc/profile\fR or \fB/etc/profile.d/xprint.sh\fR) using the output of
++\fB/etc/init.d/xprint get_xpserverlist\fR.
++
++Example:
++
++.nf
++
++		export XPSERVERLIST="`/etc/init.d/xprint get_xpserverlist`"
++.fi
++
++
++Alternatively \fB${XPSERVERLIST}\fR can be set
++manually. Example:
++
++.nf
++
++		export XPSERVERLIST="littlecat:80 bitdog:72"
++.fi
++
++instructs an application to find an Xprint server at display
++80 on the machine "littlecat" and at display 72 on the
++machine bigdog.
++.TP
++\fB${XPRINTER}\fR
++The environment variable \fB${XPRINTER}\fR
++defines the default printer used by print
++applications. The syntax is either
++\fIprintername\fR or
++\fIprintername\fR@\fIdisplay\fR.
++
++Examples:
++.RS
++.TP
++\fBXPRINTER=ps003\fR
++tells an application to look for the
++first printer named "ps003" on all Xprint
++servers.
++.TP
++\fBXPRINTER=hplaser19@littlecat:80\fR
++tells an application to use the printer "hplaser19"
++on the Xprint server at display
++"littlecat:80".
++.RE
++
++
++If \fB${XPRINTER}\fR is not set the applications
++will examine the values of the \fB${PDPRINTER}\fR,
++\fB${LPDEST}\fR, and
++\fB${PRINTER}\fR environment variables (in that order).
++.SH "SEE ALSO"
++\fBX11\fR(__miscmansuffix__), \fBxplsprinters\fR(__appmansuffix__), \fBxprehashprinterlist\fR(__appmansuffix__), \fBxphelloworld\fR(__appmansuffix__), \fBxpxmhelloworld\fR(__appmansuffix__), \fBxpawhelloworld\fR(__appmansuffix__), \fBxpxthelloworld\fR(__appmansuffix__), \fBxpsimplehelloworld\fR(__appmansuffix__), \fBXserver\fR(__appmansuffix__), \fBXprt\fR(__appmansuffix__), \fBlibXp\fR(__libmansuffix__), \fBlibXprintUtils\fR(__libmansuffix__), \fBlibXprintAppUtils\fR(__libmansuffix__), \fBXmPrintShell\fR(__libmansuffix__), \fBXawPrintShell\fR(__libmansuffix__), Xprint FAQ (http://xprint.mozdev.org/docs/Xprint_FAQ.html), Xprint main site (http://xprint.mozdev.org/)
++.SH AUTHORS
++This manual page was written by
++Roland Mainz <roland.mainz@nrubsig.org> based on the original X11R6.6
++\fBxc/programs/Xserver/XpConfig/README\fR.