src Directory Reference

Files
file	antialias.c
	A core module for antialiasing.
file	caldev.c
	Implementation of the calendar device type. See Postscript Language Reference Supplement for Version 2 (Pages 150-151).
file	config.c
	Implementation of the %config% (configuration) device type.
file	deverrors.c
	This file implements the thread-local error interface for skin devices. Skin devices may be built into corelib (for HMR RIPs), or may be part of the SDK code (for HHR).
file	devparam.h
	Contains definitions shared between the PageBuffer (pgbdev) and Screening (scrndev) example device implememtations.
file	devutils.c
	Contains functions which can be shared between multiple devices.
file	event.c
	This file provides the Events system API.
file	fdecrypt.c
	Example implementation of the font decoder filter.
file	file.c
	Platform independent implementation of the skinkit file I/O interfaces.
file	filedev.c
	Implementation of the file system device type.
file	fndcrypt.c
	Example implementation of the font decoder and encoder filter. If you wish to just test font decoding, define TEST_DECRYPTFONT instead. There are two encryption algorithms supported, to show how to implement multiple strategies.
file	framebuffer.c
	Common support for framebuffer raster output backends.
file	gfiltrav.c
	The averaging filter for anti-aliasing and reduced roam.
file	hotfolder.c
	Hot folder implementation.
file	hotfolderprv.h
	Hot folder skinkit private API.
file	hvdmemfb.c
	Support for local memory framebuffers for eHVD elements.
file	hvdoutput.c
	Support for raster output of composited external Harlequin VariData elements.
file	hvdrstore.c
	Support for raster store API for eHVD elements.
file	hvdshmfb.c
	Support for shared memory framebuffers for eHVD elements. This allows a Scalable RIP to share eHVD elements across the entire RIP farm, without needing coordination from a raster manager or central controller.
file	inputq.c
	Input queue implementation.
file	inputqprv.h
	Input queue implementation.
file	kit.h
	Exports to other skinkit files from skinkit.c.
file	mem.c
	Memory-related utility functions.
file	memfs.c
	Implementation of an input/output device tied to in-memory data.
file	monitor.c
	The monitor device type. This implements standard input and output for the rip.
file	namedcolordev.c
	Example of a PostScript device type to implement named color lookup. This example is unusual in that it is split into two files.
file	paths.c
	File-related utility functions.
file	pgbdev.c
	The implementation of the %pagebuffer% device.
file	photoinkdev.c
	Example of a PostScript device type to implement photoink splitting. This example is unusual in that it is split into two files. The photoinksplitter.c file is in skintest. It contains the device specific code for light/dark splitting algorithms. The photoinkdev.c file (this file) contains boilerplate code for a PostScript device that acts as the intermediary between the RIP and the photoink splitting algorithms. This file is not expected to require any changes.
file	pnotify.h
	API for platform implementations of directory and file change notification.
file	preboot.c
	Implementation of the preboot device type.
file	probelog.c
	Capture profiling information from RIP.
file	probelog.h
	Capture profiling information from RIP.
file	progdev.c
	Implementation of an example progress device.
file	progevts.c
	Progress filter event handling example.
file	psock.h
	Socket related utility functions with per-platform implementations.
file	ramdev.c
	Implementation of a filesystem device tied to in-memory data.
file	rdr.c
	This file implements the RIP Data Resource (RDR) System.
file	rdrglue.c
	This file provides interfacing between the core RIP Data Resource API and the skin.
file	rdrpriv.h
	This file provides definitions for the core RIP Data Resource API.
file	rdutils.c
	Utilities for RasterDescription manipulation.
file	ripthread.c
	Example implementation of corerip integration: Starting the RIP.
file	ripthread.h
	RIP lifecycle code.
file	rowsum.h
	Template routines to sum rows of pixels in groups of N.
file	sanitize_path.c
	Utilities for sanitizing paths.
file	scrndev.c
	An example implementation of an AM screen parameter capture device.
file	scrndev.h
	Describes interface shared between the Screening (scrndev) and PageBuffer (pgbdev) example device implementations.
file	skinkit.c
	This file implements the interface between the "push" model of the SwLe example skin functions, and the natural "pull" model of the core Harlequin RIP interface. It does this by synchronizing the thread on which the RIP is running with the calling application thread.
file	sockdev.c
	Implementation of socket input device type.
file	streamdev.c
	Implementation of an input/output device tied to a stream reader.
file	strutils.c
	String-related utility functions.
file	sync.c
	Synchronization between the application calling thread and the thread that is running the RIP. Having this synchronization simplifies the application code because it doesn't need to worry about callbacks on the monitor or raster functions happening asynchronously - they will only happen when the application has called into one of the SwLe functions and is blocked waiting for the result.
file	sync.h
	Cross platform synchronization primitives.
file	threadcommon.c
	Platform independent parts of the threads API implementation.
file	threadcommon.h
	Platform independent parts of the threads API implementation.
file	tiling_error.c
	The Error method implementation of the Tiling method API.
file	tiling_explicit.c
	The Explicit method implementation of the Tiling method API.
file	tiling_methods.h
	Initialisation for tiling method instances.
file	tiling_rectangular.c
	The Rectangular method implementation of the Tiling method API.
file	timeline.c
	This file provides the Timeline API.
file	timerimp.h
	Defines timed callback API.
file	uniondev.c
	Implementation of the union device type.
file	zlibutil.c
	zlib utilities.
file	zlibutil.h
	zlib utilities