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man: add man page for intel_reg in reStructured text format
Produce the intel_reg man page from rst using rst2man. Also facilitate writing any man page in reStructured text, as long as rst2man is available. v2: configure check for rst2man, credits to Thomas Wood for that. Signed-off-by: Jani Nikula <jani.nikula@intel.com>
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1
README
1
README
@ -150,6 +150,7 @@ everything (package names may vary):
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libpciaccess-dev
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libpython3.3-dev
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libunwind-dev
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python-docutils
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swig2.0
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x11proto-dri2-dev
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xutils-dev
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@ -50,6 +50,9 @@ AM_CONDITIONAL([ENABLE_GTK_DOC], false)
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enable_gtk_doc=no
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])
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# check for rst2man for generating man pages
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AC_CHECK_PROG(RST2MAN, rst2man, yes, no)
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AM_CONDITIONAL(HAVE_RST2MAN, [test "x$RST2MAN" = xyes])
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# Checks for functions, headers, structures, etc.
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AC_HEADER_STDC
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@ -21,6 +21,14 @@ appman_PRE = \
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appman_DATA = $(appman_PRE:man=$(APP_MAN_SUFFIX))
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# man pages in rst, only used if we have rst2man
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appman_RST = \
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intel_reg.rst
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if HAVE_RST2MAN
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appman_DATA += $(appman_RST:rst=$(APP_MAN_SUFFIX))
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endif
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EXTRA_DIST = $(appman_PRE)
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CLEANFILES = $(appman_DATA)
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@ -29,3 +37,7 @@ SUFFIXES = .$(APP_MAN_SUFFIX) .man
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.man.$(APP_MAN_SUFFIX):
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$(AM_V_GEN)$(SED) $(MAN_SUBSTS) < $< > $@
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# FIXME: handle MAN_SUBST in rst
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.rst.$(APP_MAN_SUFFIX):
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$(AM_V_GEN)rst2man < $< > $@
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229
man/intel_reg.rst
Normal file
229
man/intel_reg.rst
Normal file
@ -0,0 +1,229 @@
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=========
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intel_reg
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=========
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---------------------------------
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Intel graphics register multitool
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---------------------------------
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:Author: Jani Nikula <jani.nikula@intel.com>
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:Date: 2015-04-14
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:Version: intel-gpu-tools
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:Copyright: 2015 Intel Corporation
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:Manual section: 1
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:Manual group: General Commands Manual
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SYNOPSIS
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========
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**intel_reg** [*option* ...] *command*
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DESCRIPTION
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===========
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Intel graphics register multitool. Read, write, dump, and decode Intel graphics
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MMIO and sideband registers, and more.
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OPTIONS
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=======
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Some options are global, and some specific to commands.
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--verbose
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---------
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Increase verbosity.
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--quiet
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-------
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Decrease verbosity.
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--count=N
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---------
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Read N registers.
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--binary
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--------
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Output binary values.
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--all
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-----
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Decode registers for all known platforms.
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--mmio=FILE
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-----------
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Use MMIO bar from FILE.
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--devid=DEVID
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-------------
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Pretend to be PCI ID DEVID. Useful with MMIO bar snapshots from other machines.
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--spec=PATH
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-----------
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Read register spec from directory or file specified by PATH; see REGISTER SPEC
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DEFINITIONS below for details.
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--help
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------
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Show brief help.
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COMMANDS
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========
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See REGISTER REFERENCES below on how to describe registers for the commands.
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read [--count=N] REGISTER [...]
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-------------------------------
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Dump each specified REGISTER, or N registers starting from each REGISTER.
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write REGISTER VALUE [REGISTER VALUE ...]
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-----------------------------------------
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Write each VALUE to corresponding REGISTER.
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dump [--mmio=FILE --devid=DEVID]
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--------------------------------
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Dump all registers specified in the register spec.
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decode REGISTER VALUE
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---------------------
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Decode REGISTER VALUE.
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snapshot
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--------
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Output the MMIO bar to stdout. The output can be used for a later invocation of
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dump or read with the --mmio=FILE and --devid=DEVID parameters.
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list
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----
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List the known registers.
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help
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----
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Display brief help.
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REGISTER REFERENCES
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===================
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Registers are defined as [(PORTNAME|PORTNUM|MMIO-OFFSET):](REGNAME|REGADDR).
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PORTNAME
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--------
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The register access method, most often MMIO, which is the default. The methods
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supported on all platforms are "mmio", "portio-vga", and "mmio-vga".
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On BYT and CHV, the sideband ports "bunit", "punit", "nc", "dpio", "gpio-nc",
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"cck", "ccu", "dpio2", and "flisdsi" are also supported.
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PORTNUM
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-------
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Port number for the sideband ports supported on BYT and CHV. Only numbers mapped
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to the supported ports are allowed, arbitrary numbers are not accepted.
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Numbers above 0xff are automatically interpreted as MMIO offsets, not port
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numbers.
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MMIO-OFFSET
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-----------
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Use MMIO, and add this offset to the register address.
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Numbers equal to or below 0xff are automatically interpreted as port numbers,
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not MMIO offsets.
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REGNAME
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-------
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Name of the register as defined in the register spec.
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If MMIO offset is not specified, it is picked up from the register
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spec. However, ports are not; the port is a namespace for the register names.
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REGADDR
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-------
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Register address. The corresponding register name need not be specified in the
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register spec.
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ENVIRONMENT
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===========
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INTEL_REG_SPEC
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--------------
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Path to a directory or a file containing register spec definitions.
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REGISTER SPEC DEFINITIONS
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=========================
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A register spec associates register names with addresses. The spec is searched
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for in this order:
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#. Directory or file specified by the --spec option.
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#. Directory or file specified by the INTEL_REG_SPEC environment variable.
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#. Builtin register spec. Also used as fallback with a warning if the above are
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used but fail.
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If a directory is specified using --spec option or INTEL_REG_SPEC environment
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variable, the directory is scanned for a spec file in this order:
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#. File named after the PCI device id. For example, "0412".
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#. File named after the code name in lowercase, without punctuation. For
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example, "valleyview".
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#. File named after generation. For example, "gen7" (note that this matches
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valleyview, ivybridge and haswell!).
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Register Spec File Format
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-------------------------
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The register spec format is compatible with the quick_dump.py format, briefly
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described below:
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* Empty lines and lines beginning with "#", ";", or "//" are ignored.
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* Lines *not* beginning with "(" are interpreted as file names, absolute or
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relative, to be included.
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* Lines beginning with "(" are interpreted as register definitions.
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Registers are defined as tuples ('REGNAME', 'REGADDR',
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'PORTNAME|PORTNUM|MMIO-OFFSET'), as in REGISTER REFERENCES above. The port
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description may also be an empty string to denote MMIO.
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Examples:
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* # this is a comment, below is an include
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* vlv_pipe_a.txt
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* ('GEN6_PMINTRMSK', '0x0000a168', '')
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* ('MIPIA_PORT_CTRL', '0x61190', '0x180000')
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* ('PLL1_DW0', '0x8000', 'DPIO')
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BUGS
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====
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Reading some registers may hang the GPU or the machine.
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