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struct_clk_notifier(9) [centos man page]

STRUCT 
CLK_NOTIFIER(9) Clock Framework STRUCT CLK_NOTIFIER(9) NAME
struct_clk_notifier - associate a clk with a notifier SYNOPSIS
struct clk_notifier { struct clk * clk; struct srcu_notifier_head notifier_head; struct list_head node; }; MEMBERS
clk struct clk * to associate the notifier with notifier_head a blocking_notifier_head for this clk node linked list pointers DESCRIPTION
A list of struct clk_notifier is maintained by the notifier code. An entry is created whenever code registers the first notifier on a particular clk. Future notifiers on that clk are added to the notifier_head. COPYRIGHT
Kernel Hackers Manual 3.10 June 2014 STRUCT CLK_NOTIFIER(9)

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VST(5)                                                VHDL subset of ASIM/LIP6/CAO-VLSI lab.                                                VST(5)

NAME
vst VHDL structural subset. ORIGIN
This software belongs to the ALLIANCE CAD SYSTEM developed by the ASIM team at LIP6 laboratory of Universite Pierre et Marie CURIE, in Paris, France. Web : http://asim.lip6.fr/recherche/alliance/ E-mail : alliance-users@asim.lip6.fr DESCRIPTION
This document describes the ALLIANCE VHDL subset for structural descriptions. The declaration part of a structural description includes signal decalarations and component declarations. An internal signal can be declared of any type supported by the present VHDL subset except reg_bit and reg_vector. A component must be declared with exactly the same port description as in its entity specification. This means that local ports are to be declared with the same name, type and kind and in the same order. A structural description is a set of component instanciation statements. Instances' ports are connected to each other trough signals in a port map specification. Both explicit and implicit port map specifications are supported by the ALLIANCE VHDL subset. The present version of the VHDL compiler does not allow unconnected ports (the open mode is not supported). Only the concatenation operator (&) can be used in the actual part (effective signal conntected to a formal port) of a port map specifica- tion. EXAMPLES
Here is the description of an adder with an accumulator register. entity add_accu is port ( clk : in bit; command : in bit; data_in : in bit_vector (31 downto 0); data_out : out bit_vector (31 downto 0); cry_out : out bit; vdd : in bit; vss : in bit ); end add_accu; architecture structural of add_accu is signal eff_data : bit_vector (31 downto 0); -- effective operande signal adder_out : bit_vector (31 downto 0); -- adder's result signal accu_out : bit_vector (31 downto 0); -- accumulator component adder port (a : in bit_vector (31 downto 0); b : in bit_vector (31 downto 0); res : out bit_vector (31 downto 0)); end component; component and_32 port (a : in bit_vector (31 downto 0); cmd : in bit; res : out bit_vector (31 downto 0)); end component; component falling_edge_reg port (din : in bit_vector (31 downto 0); clk : in bit; dout : out bit_vector (31 downto 0)); end component; begin my_adder : adder port map (a => eff_data, b => accu_out, res => adder_out); my_mux : and_32 port map (cmd => command, a => accu_out, res => eff_data); my_reg : falling_edge_reg port map (din => adder_out, clk => clk, dout => accu_out); end; SEE ALSO
vhdl(5), vbe(5), asimut(1) BUG REPORT
This tool is under development at the ASIM department of the LIP6 laboratory. We need your feedback to improve documentation and tools. ASIM
/LIP6 October 1, 1997 VST(5)
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