diff --git a/alliance/share/man/windex b/alliance/share/man/windex deleted file mode 100644 index afb21af2..00000000 --- a/alliance/share/man/windex +++ /dev/null @@ -1,918 +0,0 @@ -ACTION (3) - GENPAT Package -AFFECT (3) - GENPAT Package -AMG (1) - Array Multiplior Generator -ARRAY (3) - GENPAT Package -BEH (3) - Generic behavioural data structures -BUS (3) - Creates a bus name for netlist -COPY_UP_ALL_CON (3) - copy all physical connectors of an instance face in the current figure -COPY_UP_ALL_REF (3) - copy a several physical reference from an instance in the current figure -COPY_UP_CON (3) - copy a physical connector from an instance in the current figure -COPY_UP_CON_FACE (3) - copy a physical connector from an instance in the current figure -COPY_UP_REF (3) - copy a physical reference from an instance in the current figure -COPY_UP_SEG (3) - copy a physical segment from an instance in the current figure -DECLAR, GENPAT Package -DEF_AB (3) - define a new abutment box to the current layout cell -DEF_GENPAT, GENPAT Package -DEF_LOFIG (3) - open a netlist model as current figure -DEF_PHFIG (3) - open a layout model as current figure -DEF_PHINS (3) - define a new reference instance -DEF_PHSC (3) - load a netlist and open a layout model as current figure -DLX_ASM (1) - assembly language for DLX processor -DPR (1) - Placer-Router for Datapath Compiler -DP_ADD2F (3) - Adder-Substractor -DP_ADSB2 (3) - adder-substractor -DP_ADSB2F (3) - Adder-Substractor -DP_AND2 (3) - Logical and 2. -DP_AND3 (3) - logical and 3 -DP_BUFF (3) - inverter -DP_BUSE (3) - Tristate with direct output. -DP_CONST (3) - Constant Generator -DP_DEFLOFIG (3) - Open a new Data-Path figure/model. -DP_IMPORT (3) - Add a new data-path component inside the current data-path. -DP_INV (3) - inverter -DP_LOCON (3) - Logical connector -DP_MULT (3) - Unpipelined array multiplier. -DP_MULTP (3) - Unpipelined array multiplier. -DP_MUX2CS (3) - 2 input multiplexer. -DP_MUX3CD (3) - 3 input multiplexer. -DP_MUX3CS (3) - 3 input multiplexer. -DP_MUX4CS (3) - 4 input multiplexer. -DP_MUX5CS (3) - 5 input multiplexer. -DP_NAND2 (3) - logical not and 2 -DP_NAND2MASK (3) - Logical not and 2 controllable mask. -DP_NAND3 (3) - logical not and 3 -DP_NBUSE (3) - Tristate with complemented output. -DP_NMUX2CS (3) - 2 input multiplexer, with complemented output. -DP_NOR2 (3) - logical not or 2 -DP_NOR2MASK (3) - Logical not or 2 controllable mask. -DP_NOR3 (3) - logical not or 3 -DP_NUL (3) - Zero Detect -DP_OR2 (3) - logical or 2 -DP_OR3 (3) - logical or 3 -DP_PDFF (3) - D Flip-Flop with write enable. -DP_PDFFQ (3) - D Flip-Flop with write enable. -DP_PDFFR (3) - D Flip-Flop with write enable and reset. -DP_PDFFRT (3) - D Flip-Flop with scan-path, write enable and reset. -DP_PDFFT (3) - D Flip-Flop with scan-path and write enable. -DP_PDFFTQ (3) - D Flip-Flop with scan-path and write enable. -DP_RFG1C0 (3) - Register File -DP_RFG1CC (3) - Register File -DP_RFG2C0 (3) - Register File -DP_RFG2CC (3) - Register File -DP_SAVLOFIG (3) - Save Data-Path figure/model. -DP_SHIFT (3) - Barrel Shifter -DP_TRACE (3) - Eanble/disable trace mode. -DP_XNOR2 (3) - logical not exclusive or 2 -DP_XNOR2MASK (3) - Logical not exclusive or 2 controllable mask. -DP_XOR2 (3) - logical exclusive or 2 -DRuC (1) - Design Rule Checker -ELM (3) - Creates a single element bus name for netlist -FCL (5) - Transistor net-list pattern-matching library -FLATTEN_ALL_LOINS (3) - flatten all instances in the current netlist figure -FLATTEN_ALL_PHINS (3) - flatten all instances in the current layout figure -FLATTEN_LOFIG (3) - flatten an instance in the current netlist figure -FLATTEN_PHFIG (3) - flatten an instance in the current layout figure -FPLIB (5) - Cells library for FITPATH dedicated generators. -GENLIB_BUS (3) - Creates a bus name for netlist -GENLIB_COPY_UP_ALL_CON (3) - copy all physical connectors of an instance face in the current figure -GENLIB_COPY_UP_ALL_REF (3) - copy a several physical reference from an instance in the current figure -GENLIB_COPY_UP_CON (3) - copy a physical connector from an instance in the current figure -GENLIB_COPY_UP_CON_FACE (3) - copy a physical connector from an instance in the current figure -GENLIB_COPY_UP_REF (3) - copy a physical reference from an instance in the current figure -GENLIB_COPY_UP_SEG (3) - copy a physical segment from an instance in the current figure -GENLIB_DEF_AB (3) - define a new abutment box to the current layout cell -GENLIB_DEF_LOFIG (3) - open a netlist model as current figure -GENLIB_DEF_PHFIG (3) - open a layout model as current figure -GENLIB_DEF_PHINS (3) - define a new reference instance -GENLIB_DEF_PHSC (3) - load a netlist and open a layout model as current figure -GENLIB_ELM (3) - Creates a single element bus name for netlist -GENLIB_FLATTEN_ALL_LOINS (3) - flatten all instances in the current netlist figure -GENLIB_FLATTEN_ALL_PHINS (3) - flatten all instances in the current layout figure -GENLIB_FLATTEN_LOFIG (3) - flatten an instance in the current netlist figure -GENLIB_FLATTEN_PHFIG (3) - flatten an instance in the current layout figure -GENLIB_GET_CON_X (3) - retrieve the x coordinate of an instance connector -GENLIB_GET_CON_Y (3) - retrieve the x coordinate of an instance connector -GENLIB_GET_INS_X (3) - retrieve the x coordinate of an instance -GENLIB_GET_INS_Y (3) - retrieve the y coordinate of an instance -GENLIB_GET_REF_X (3) - retrieve the x coordinate of an instance reference -GENLIB_GET_REF_Y (3) - retrieve the y coordinate of an instance reference -GENLIB_HEIGHT (3) - compute the height of a model -GENLIB_LOAD_LOFIG (3) - loads a netlist form disk and opens it as current figure -GENLIB_LOCON (3) - adds a logical connector to the current netlist figure -GENLIB_LOINS (3) - add a logical instance to the current figure -GENLIB_LOINSE (3) - add a logical instance to the current figure, with explicit connections -GENLIB_LOSIG (3) - declare an internal logical signal, or a vector of internal logical signals -GENLIB_LOSIGMERGE (3) - merge two logical signals -GENLIB_LOTRS (3) - adds a logical transistor to the current netlist figure -GENLIB_OUTLINE (3) - build an outline from the current layout cell -GENLIB_PHCON (3) - place a physical connector in the current figure at absolute coordinates -GENLIB_PHREF (3) - place a physical reference in the current figure at absolute coordinates -GENLIB_PHSEG (3) - place a physical segment in the current figure at absolute coordinates -GENLIB_PHVIA (3) - place a physical via in the current figure at absolute coordinates -GENLIB_PLACE (3) - place a physical instance in the current figure at absolute coordinates -GENLIB_PLACE_BOTTOM (3) - place a physical instance in the current figure under the "reference instance" -GENLIB_PLACE_CON_REF (3) - put a connector on top of a reference belonging an instance in the current figure -GENLIB_PLACE_LEFT (3) - place a physical instance in the current figure at the left of the "reference instance" -GENLIB_PLACE_ON (3) - place a physical instance in the current figure matching connectors -GENLIB_PLACE_RIGHT (3) - place a physical instance in the current figure at the right of the "reference instance" -GENLIB_PLACE_SEG_REF (3) - put a segment on a reference belonging an instance in the current figure -GENLIB_PLACE_TOP (3) - place a physical instance in the current figure on the top of the "reference instance" -GENLIB_PLACE_VIA_REF (3) - put a via on top of a reference belonging to an instance in the current figure -GENLIB_REVERSE_PHCON (3) - reverse the order of physical connectors on a bus. -GENLIB_SAVE_LOFIG (3) - save a netlist on disk -GENLIB_SAVE_PHFIG (3) - save a layout on disk -GENLIB_SAVE_PHSC (3) - save a layout on disk -GENLIB_SC_BOTTOM (3) - place an instance in the current figure at the right of the "reference instance" -GENLIB_SC_LEFT (3) - place an instance in the current figure at the right of the "reference instance" -GENLIB_SC_PLACE (3) - place an instance in the current figure at absolute coordinates -GENLIB_SC_RIGHT (3) - place an instance in the current figure at the right of the "reference instance" -GENLIB_SC_TOP (3) - place an instance in the current figure at the right of the "reference instance" -GENLIB_THRU_CON_H (3) - draw an horizontal wire from side to side of the abutment box of the current figure -GENLIB_THRU_CON_V (3) - draw a vertical wire with connectors from side to side of the abutment box of the current figure -GENLIB_THRU_V (3) - draw a vertical wire from side to side of the abutment box of the current figure -GENLIB_WIDTH (3) - compute the width of a model -GENLIB_WIRE1 (3) - place a physical segment in the current figure -GENLIB_WIRE2 (3) - place two physical segments in the current figure -GENLIB_WIRE3 (3) - place three physical segments in the current figure -GETCPAT, GENPAT Package -GET_CON_X (3) - retrieve the x coordinate of an instance connector -GET_CON_Y (3) - retrieve the x coordinate of an instance connector -GET_INS_X (3) - retrieve the x coordinate of an instance -GET_INS_Y (3) - retrieve the y coordinate of an instance -GET_REF_X (3) - retrieve the x coordinate of an instance reference -GET_REF_Y (3) - retrieve the y coordinate of an instance reference -HEIGHT (3) - compute the height of a model -INF (5) - YAGLE and TAS information file -INIT (3) - GENPAT Package -LABEL (3) - GENPAT Package -LOAD_LOFIG (3) - loads a netlist form disk and opens it as current figure -LOCON (3) - adds a logical connector to the current netlist figure -LOINS (3) - add a logical instance to the current figure -LOINSE (3) - add a logical instance to the current figure, with explicit connections -LOSIG (3) - declare an internal logical signal, or a vector of internal logical signals -LOSIGMERGE (3) - merge two logical signals -LOTRS (3) - adds a logical transistor to the current netlist figure -MBK_CATAL_NAME (1) - define the mbk catalog file -MBK_CATA_LIB (1) - define the mbk catalog directory -MBK_FILTER_SFX (1) - define the input/output filter suffixe. -MBK_IN_FILTER (1) - define the input filter -MBK_IN_LO (1) - define the logical input format of mbk and genlib -MBK_IN_PH (1) - define the physical input format of mbk and genlib -MBK_OUT_FILTER (1) - define the input filter -MBK_OUT_LO (1) - define the logical output format of mbk and genlib -MBK_OUT_PH (1) - define the physical output format of mbk and genlib -MBK_SEPAR (1) - define the separator character for hierarchy -MBK_VDD (1) - define the high level power name pattern -MBK_VSS (1) - define the ground power name pattern -MBK_WORK_LIB (1) - define the mbk working directory -OUTLINE (3) - build an outline from the current layout cell -OpenVerticalChannel -open a vertical channel inside a phfig -PAT (3) - Generic pattern data structure -PAT (5) - Pattern description format -PHAD_PHFIG (3) - loads a layout form disk and opens it as current figure -PHCON (3) - place a physical connector in the current figure at absolute coordinates -PHREF (3) - place a physical reference in the current figure at absolute coordinates -PHSEG (3) - place a physical segment in the current figure at absolute coordinates -PHVIA (3) - place a physical via in the current figure at absolute coordinates -PLACE (3) - place a physical instance in the current figure at absolute coordinates -PLACE_BOTTOM (3) - place a physical instance in the current figure under the "reference instance" -PLACE_CON_REF (3) - put a connector on top of a reference belonging an instance in the current figure -PLACE_LEFT (3) - place a physical instance in the current figure at the left of the "reference instance" -PLACE_ON (3) - place a physical instance in the current figure matching connectors -PLACE_RIGHT (3) - place a physical instance in the current figure at the right of the "reference instance" -PLACE_SEG_REF (3) - put a segment on a reference belonging an instance in the current figure -PLACE_TOP (3) - place a physical instance in the current figure on the top of the "reference instance" -PLACE_VIA_REF (3) - put a via on top of a reference belonging to an instance in the current figure -PMExpr (3) - returns 1 if the pattern matching is possible between two expressions. -RDS_IN (1) - define the real layout input file format of rds -RDS_OUT (1) - define the real layout output format of rds -RDS_TECHNO_NAME (1) - define the rds technology file -REVERSE_PHCON (3) - reverse the order of physical connectors on a bus. -RING (1) - PAD RING router -SAVE, GENPAT Package -SAVE_LOFIG (3) - save a netlist on disk -SAVE_PHFIG (3) - save a layout on disk -SAVE_PHSC (3) - save a layout on disk -SAV_GENPAT, GENPAT Package -SC_BOTTOM (3) - place an instance in the current figure at the right of the "reference instance" -SC_LEFT (3) - place an instance in the current figure at the right of the "reference instance" -SC_PLACE (3) - place an instance in the current figure at absolute coordinates -SC_RIGHT (3) - place an instance in the current figure at the right of the "reference instance" -SC_TOP (3) - place an instance in the current figure at the right of the "reference instance" -SETTUNIT, GENPAT Package -SYF (1) - Finite State Machine synthesizer. -SymbolicChannelRouter (3) - routes a given channel on a Virtual grid -THRU_CON_H (3) - draw an horizontal wire from side to side of the abutment box of the current figure -THRU_CON_V (3) - draw a vertical wire with connectors from side to side of the abutment box of the current figure -THRU_H (3) - draw an horizontal wire from side to side of the abutment box of the current figure -THRU_V (3) - draw a vertical wire from side to side of the abutment box of the current figure -UNFLATTEN_LOFIG (3) - creates a hierarchy level from instances in the current logical figure -VASY (1) - VHDL Analyzer for Synthesis -WIDTH (3) - compute the width of a model -WIRE1 (3) - place a physical segment in the current figure -WIRE2 (3) - place two physical segments in the current figure -WIRE3 (3) - place three physical segments in the current figure -a2_dp (5) -a2_y (5) -a2p_dp (5) -a2p_y (5) -a3_dp (5) -a3_y (5) -a3p_dp (5) -a3p_y (5) -a4_dp (5) -a4_y (5) -a4p_dp (5) -a4p_y (5) -abl (1) - Prefixed representation for boolean functions -ablToBddCct (3) - converts an ABL into a BDD within a circuit -aboxmbkrds (3) - converts MBK abutment box to RDS rectangle -addHExpr (3) - adds a new argument at the head of an operator expression. -addInputCct (3) - adds an input to a circuit -addListBdd (3) - adds a BDD to a chained list of BDDs -addOuputCct (3) - adds an ouput associated to a BDD in a circuit -addQExpr (3) - adds a new argument at the queue of an operator expression. -addTH (3) - adds a new item in a hash table. -addablhexpr (3) - adds a new argument in head of an expression. -addablqexpr (3) - adds a new argument in queue of an expression. -addauth2elem (3) - adds an element in the hash table. -addauthelem (3) - adds an element in the hash table. -addbddassoc (3) - creates a new association variables. -addbddcircuitabl (3) - converts an abl expression to a bdd node. -addbddcircuitin (3) - adds an input in a bdd circuit. -addbddcircuitout (3) - adds an output in a bdd circuit. -addbddnode (3) - adds a new bdd node in the bdd system. -addbddnodeassoc (3) - adds a bdd node in a variable association. -addbddnodelist (3) - adds a node in a chain_list. -addbddvar (3) - adds a new variable in the bdd system. -addbddvarafter (3) - adds a new variable, after an existing one. -addbddvarbefore (3) - adds a new variable, before an existing one. -addbddvarfirst (3) - adds a new variable, before all others. -addbddvarlast (3) - adds a new variable, after all others. -addcapa (3) - add a capacitance to a signal -addchain (3) - create a chain and add it to a list -addht (3) - create an hash table -addhtitem (3) - adds a new item in a hash table. -addlocon (3) - create a logical connector -addlofig (3) - create a new structural cell model -addloins (3) - create a logical instance -addlomodel (3) - create a tempotary logical model and add it to a list -addlosig (3) - create a logical signal -addlotrs (3) - create a logical transistor -addnum (3) - create a num and add it to a list -addphcon (3) - create a physical connector -addphfig (3) - create a new physical cell model -addphins (3) - create a physical instance -addphref (3) - create a physical reference -addphseg (3) - create a physical segment -addphvia (3) - create a physical via -addptype (3) - create a ptype and add it to a ptype_list -addrdsfig (3) - adds a figure -addrdsfigrec (3) - adds a rectangle to a figure -addrdsins (3) - adds an instance to a figure -addrdsinsrec (3) - adds a rectangle to an instance -addrdsrecwindow (3) - adds a rectangle in the windowing of rds structure. -ai (5) - Alliance icon format -al (5) - Alliance logical format -alcbanner (1) - Display a standardized banner for Alliance tools -algue (1) - ALliance Graphic User Environement -ali (1) - ALliance Information -alliancebanner (3) - display the standardized Alliance banner -allocrdsfig (3) - allocs memory for a figure -allocrdsins (3) - allocates memory for an instance -allocrdsrec (3) - allocates memory for a rectangle -allocrdsrecwin (3) - allocates a structure used to know windows which contains a rectangle. -allocrdswin (3) - allocates window's table -allocrdswindow (3) - allocates a window structure -allocrdswinrec (3) - allocates a structure used to create a list of tables of rectangles. -annup_dp (5) -annup_y (5) -anyExpr (3) - returns the value of a logical OR applied on the results of the application of a function on the arguments of an operator expression -ap (5) - Alliance physical format -append (3) - append a chain_list to an other chain_list -applyBdd (3) - applies an operator to a list of BDD. -applyBinBdd (3) - applies an operator to two BDD. -applybddnode (3) - applies an operator on two bdd nodes. -applybddnodeite (3) - computes the IF-THEN-ELSE logical operation. -applybddnodelist (3) - applies an opertor to a bdd nodes list. -applybddnodenot (3) - complements a bdd. -applybddnodeterm (3) - applies an operator on two bdd nodes. -applyrdssym (3) - applies a transformation to a rectangle from a model -apr (3) - routing and placement functions -arp (3) - routing and placement functions -asimut (1) - A simulation tool for hardware descriptions -aut (1) - Memory allocation, and hash tables management -autallocblock (3) - memory allocator -autallocheap (3) - heap memory allocator -autfreeblock (3) - releases a memory block -autfreeheap (3) - releases a memory block, and put it on the heap. -auth2elem (3) - element in an hash table with two keys. -auth2table (3) - hash table structure -authelem (3) - element in an hash table -authtable (3) - hash table structure -autresizeblock (3) - resizes a memory block -b1_dp (5) -b1_y (5) -bbr (1) - A pitchless channel router for preplaced two blocks floorplan -bdd (1) - Mutli Reduced Ordered Binary Decision Diagrams -bdd (1) - Ordered binary decision diagrams representation -bddToAblCct (3) - converts a BDD into an ABL within a circuit -beaux (3) - BEH data structure -bebus (3) - BEH data structure -bebux (3) - BEH data structure -befig (3) - BEH data structure -begen (3) - BEH data structure -beh_addbeaux, beh_delbeaux, beh_rmvbeaux, beh_frebeaux -beh_addbebus, beh_delbebus, beh_rmvbebus, beh_frebebus -beh_addbebux, beh_delbebux, beh_rmvbebux, beh_frebebux -beh_addbefig, beh_delbefig, beh_rmvbefig, beh_frebefig -beh_addbegen, beh_delbegen, beh_rmvbegen, beh_frebegen -beh_addbemsg, beh_delbemsg, beh_rmvbemsg, beh_frebemsg -beh_addbeout, beh_delbeout, beh_rmvbeout, beh_frebeout -beh_addbepor, beh_delbepor, beh_rmvbepor, beh_frebepor -beh_addbereg, beh_delbereg, beh_rmvbereg, beh_frebereg -beh_addberin, beh_delberin, beh_rmvberin, beh_freberin -beh_addbiabl, beh_delbiabl, beh_frebiabl -beh_addbinode, beh_delbinode, beh_frebinode -beh_debug (3) - BEH structures displayer-debugger -beh_depend (3) - compute forward dependencies in a description -beh_error -beh_makbdd (3) - create a BDD for each expression in a description -beh_makgex (3) - create a GEX for each expression in a description -beh_message -bemsg (3) - BEH data structure -beout (3) - BEH data structure -bepor (3) - BEH data structure -bereg (3) - BEH data structure -berin (3) - BEH data structure -bgd (1) - register file generator -biabl (3) - BEH data structure -bigvia (3) - draws a non minimal via as a bunch of vias -binode (3) - BEH data structure -boog (1) - Binding and Optimizing On Gates. -boom (1) - BOOlean Minimization -bop (1) - boolean optimization of a logic level behavioural description (VHDL data flow) -bsg (1) - Barrel Shifter Generator -buildrdswindow (3) - builds windowing of a figure -buseg (1) - Tristate generator for FITPATH data-path compiler. -c4map (1) - mapping of a behavioural description with the CMOS Complex Cell Compiler : C4. -catal (5) - catalog file format -chain (3) - mbk lisp-like service structure -changeOperExpr (3) - changes the operator of the head of an expression. -charToExpr (3) - converts a string into an expression -charToOper (3) - converts an operator string into an operator number -checkloconorder (3) - checks the consistency of a list of logical connectors -clearbddsystemref (3) - clears the references for all bdd nodes. -clearbddsystemrefext (3) - clears the external references for all bdd nodes. -clearbddsystemrefint (3) - clears the internal references for all bdd nodes. -cmx2_y (5) -cofactorbddnode (3) - computes the generalized cofactor. -comment (3) - GENPAT Package -composeBdd (3) - substitutes an index by a BDD in another BDD -composeCct (3) - composes all the outputs within a circuit with a BDD -composebddnode (3) - substitutes a variable by a bdd in another bdd. -concatname (3) - concatenate two names with user separator -conmbkrds (3) - converts MBK connector to RDS rectangle -constraintBdd (3) - restricts a BDD to another BDD -constraintCct (3) - restricts all the outputs within a circuit with a BDD constraint -conv (3) - GENPAT Package -convcmp (3) - , GENPAT Package -convertbddcircuitabl (3) - converts a bdd node to an abl expression. -convertbddcircuitsumabl (3) - converts a bdd node to an abl expression. -convertbddindexabl (3) - converts a bdd index to an abl expression. -convertbddmuxabl (3) - converts two bdd nodes to an abl multiplexor expression. -convertbddnodeabl (3) - converts a bdd node to an abl expression. -convertbddnodesumabl (3) - converts a bdd node to an abl expression. -copyExpr (3) - copies an expression -cpOrderCct (3) - copies the association order of the inputs with the indexes in another circuit -createAtom (3) - creates an atomic expression. -createBinExpr (3) - creates a binary operator expression with an eventual merging of the operators. -createExpr (3) - creates the head of an operator expression. -createNodeTermBdd (3) - creates a terminal node of variable. -createTH (3) - create a hash table -createablatom (3) - creates an atomic expression. -createablbinexpr (3) - creates a binary operator expression. -createablnotexpr (3) - complements an expression. -createabloper (3) - creates the head of an operator expression. -createablunaryexpr (3) - creates an unary operator expression. -createablxorbinexpr (3) - creates an 'xor' or 'xnor' operator expression. -createauth2table (3) - creates an hash table with two keys. -createauthtable (3) - creates a simple hash table. -createbddcircuit (3) - creates a bdd circuit. -createbddsystem (3) - creates a bdd system. -cry_dp (5) -cry_y (5) -d1_y (5) -decbddrefext (3) - decrements the external reference of a bdd node. -decbddrefint (3) - decrements the internal reference of a bdd node. -defab (3) - defines the abutment box of a phfig -delablexpr (3) - deletes an expression. -delablexprnum (3) - deletes an operand in an expression. -delauth2elem (3) - deletes an element in the hash table. -delauthelem (3) - deletes an element in the hash table. -delbddassoc (3) - deletes a variable association. -delbddcircuitout (3) - deletes an output in a bdd circuit. -delbddnode (3) - deletes an unused bdd node. -delbddnodeassoc (3) - deletes a bdd node in a variable association. -delbddnodelist (3) - deletes a list of bdd nodes. -delchain (3) - delete an element of a chain_list -deleteNumExpr (3) - removes the i-th argument of an operator expression. -deleteTH (3) - removes an item in a hash table. -delht (3) - removes an hash table -delhtitem (3) - removes an item in an hash table -dellocon (3) - delete a logical connector -dellofig (3) - delete and free a logical figure -delloins (3) - delete a logical instance -dellosig (3) - delete a logical signal -dellotrs (3) - delete a logical transistor -delnum (3) - delete an element of a num_list -delphcon (3) - delete a physical connector -delphfig (3) - delete and free a physical figure -delphins (3) - delete a physical instance -delphref (3) - delete a physical reference -delphseg (3) - delete a physical segment -delphvia (3) - delete a physical via -delptype (3) - delete an element of a ptype_list -delrdsfig (3) - deletes a figure -delrdsfigrec (3) - deletes a rectangle of a figure -delrdsins (3) - deletes an instance of a figure -delrdsinsrec (3) - deletes a rectangle of an instance -delrdsrecwindow (3) - deletes a rectangle from the windowing of rds structure. -destroyBdd (3) - removes the BDDs system -destroyCct (3) - removes a circuit -destroyTH (3) - removes a hash table -destroyauth2table (3) - destroys an hash table with two keys. -destroyauthtable (3) - destroys a simple hash table. -destroybddassoc (3) - frees all the variable associations. -destroybddcircuit (3) - destroys a bdd circuit. -destroybddsystem (3) - destroys a bdd system. -destroyrdswindow (3) - destroys windowing of a figure -devXor2Expr (3) - converts XOR 2 to OR-AND -devXorExpr (3) - removes XOR in an expression -devablxorexpr (3) - develops 'xor', 'nxor' in an expression. -devdupablxorexpr (3) - duplicates and develops 'xor', 'nxor'. -displayBdd (3) - displays a BDD -displayCct (3) - displays a circuit -displayExpr (3) - displays an expression in a prefixed notation. -displayInfExpr (3) - displays an expression in infixed notation. -displayTH (3) - displays a hash table -downstr (3) - convert a string to lower case -dplib (5) - Cell library for data-path custom operators. -dpp (1) - DataPath Placement tool -dreal (1) - Graphic real layout viewer -dtv (5) - The timing analyzer tas report : 'detailed perfmodule' format. -dupablexpr (3) - duplicates an expression. -equalExpr (3) - checks that two expressions are strictly equal -equalVarExpr (3) - checks that two expressions are syntactically equal -etas (1) - A timing file .dtx and .ttx browser -everyExpr (3) - returns the value of a logical AND applied on the results of the application of a function on the argument of an operator expression. -existbddnodeassocoff (3) - computes an existantial quantification. -existbddnodeassocon (3) - computes an existantial quantification. -exprToChar (3) - converts an expression into a string -figmbkrds (3) - converts MBK figure to RDS figure -filepath (3) - return the whole search path of a file -flatArityExpr (3) - flattens the operators of an expression -flatPolarityExpr (3) - translates the inverters of an expression to the level of atomic expressions -flatablexpr (3) - merges the operators of an expression -flatbeh (1) - Synthetize a behavioral description from a structural description -flatenphfig (3) - flatten a instance in a figure -flattenlofig (3) - flatten a instance in a logical figure -fmi (1) - FSM state miminization -fpgen (1) - Procedural language for Data-Path synthesis based upon C. -fpmap (1) - fpga mapper of a logic level behavioural description (VHDL data flow) -freeExpr (3) - frees an expression. -freeablexpr (3) - frees an expression. -freechain (3) - free a chain_list -freelomodel (3) - free a lofig_list for temporary models -freenum (3) - free a num_list -freeptype (3) - free a ptype_list -freerdsfig (3) - frees memory associated to a figure -freerdsins (3) - frees memory associated to an instance -freerdsrec (3) - free memory associated to a rectangle -fsm (1) - Finite State Machine representation. -fsm (5) - Alliance VHDL Finite State Machine description subset. -fsp (1) - Formal proof between two FSM descriptions -garbagebddsystem (3) - Forces a bdd garbage collection. -gcNodeBdd (3) - does a garbage collection -gcNodeCct (3) - does a garbage collection -genbs (1) - A IEEE 1149.1 Boundary-Scan Architecture Generator -genlib (1) - Procedural design language based upon C, along with its compiler -genpat, A procedural pattern file generator -genscan (1) - scan path generator -genview (1) - genlib graphical source level debugger -getablexprdepth (3) - gives the depth of an expression. -getablexprlength (3) - gives the length of an expression. -getablexprmax (3) - applies a function to all operands. -getablexprmin (3) - applies a function to all operands. -getablexprnum (3) - gives a specified operand of an expression. -getablexprnumatom (3) - gives the number of atom in an expression. -getablexprnumbinoper (3) - gives the number of binary operators in an expression. -getablexprnumocc (3) - how many times a name appears in an expression. -getablexprsupport (3) - gives the expression's support. -getbddnodenum (3) - gets the number of nodes in a bdd. -getbddnodesize (3) - gets the number of nodes in a bdd. -getbddnodesupport (3) - gives the variable support of a bdd node. -getbddvarbyindex (3) - converts bdd index to a variable number. -getbddvarindex (3) - converts a variable number in a bdd index. -getbddvarnode (3) - gives the bdd node of a variable. -gethtitem (3) - searches an item in a hash table -getlocon (3) - retrieve a logical connector -getlofig (3) - give back a pointer to a lofig -getloins (3) - retrieve a logical instance -getlomodel (3) - retrieve a model from a lofig_list -getlosig (3) - retrieve a logical signal -getphcon (3) - retrieve a physical connector -getphfig (3) - give back a pointer to a phfig -getphins (3) - retrieve a physical instance -getphref (3) - retrieve a physical reference -getptype (3) - retrieve a ptype from a ptype_list -getrdsfig (3) - gets a pointer to a figure called by its name. -getrdsmodellist (3) - gets model list of the instances of a figure -getsigname (3) - choose a signal name in alias list -givelosig (3) - give a logical signal -glop (1) - Fanout optimizer, global optimizer and timing analyzer of a gate netlist -graal (1) - symbolic layout editor -grog (1) - a generic ROM generator -grog (3) - call the ROM generator -guessextdir (3) - guess external connectors directions from internal connectors directions -htv (5) - The timing analyzer tas report : 'detailed perfmodule' format. -identExpr (3) - gives an ident from an operator expression. -implybddnode (3) - computes a bdd that implies a conjonction of two bdd nodes. -incatalog (3) - test if cell belongs to the catalog file -incatalogdelete (3) - test if cell belongs to the catalog file -incatalogfeed (3) - test if cell belongs to the catalog file -incataloggds (3) - test if cell belongs to the catalog file -incbddrefext (3) - increments the external reference of a bdd node. -incbddrefint (3) - increments the internal reference of a bdd node. -initializeBdd (3) - initializes the BDDs system -initializeCct (3) - creates a circuit -insconmbkrds (3) - adds in RDS instance all the connectors of MBK instance -insmbkrds (3) - converts MBK figure to RDS figure -insrefmbkrds (3) - adds in RDS instance all the references of MBK instance. -inssegmbkrds (3) - adds in RDS instance all the segments of MBK instance -instanceface (3) - returns the face of a connector in a placed instance -instr (3) - find an occurence of a string in a string, starting at a specified character. -insviambkrds (3) - adds to RDS instance all the contacts from MBK instance -intersectbddnode (3) - tests for an intersection between two bdd nodes. -isablbinaryoper (3) - tests if an operator is binary. -isablequalexpr (3) - tests if two expressions are strictly identicals. -isabloperinexpr (3) - tests if an operator appears in an expression. -isablsimilarexpr (3) - tests if two expressions have the same morphology. -isablunaryoper (3) - tests if an operator is unary. -isbddvarinsupport (3) - tests if a variable appears in a bdd. -isvdd -tells if a name contains the pattern defined by the user -isvss -tells if a name contains the pattern defined by the user -k2f, FSM translator ALLIANCE format from/to Berkeley format -l1_y (5) -l1n_y (5) -l1x_y (5) -l2_y (5) -l2n_y (5) -l2p (1) - Creates a PostScript file from a symbolic layout file, or from a physical layout file. -l3_y (5) -l3r_y (5) -l3s_y (5) -l4_y (5) -l4r_y (5) -l4s_y (5) -l5_y (5) -l5r_y (5) -l5s_y (5) -l6r_y (5) -l6s_y (5) -lax (5) - Parameter file for logic synthesis -lengthExpr (3) - returns the number of arguments in an expression -librds (1) - rds library description -librfm (1) - rfm library description -librpr (1) - rpr library description -librtl (1) - rtl library description -librut (1) - rut library description -librwi (1) - rwi library description -loadlofig (3) - load a new logical cell model from disk -loadphfig (3) - load a new physical cell model from disk -loadrdsfig (3) - give back a pointer to a figure -loadrdsparam (3) - load parameters from symbolic to real conversion. -locon (3) - mbk logical connector -lofig (3) - mbk logical figure -lofigchain (3) - creates a netlist in terms of connectors on signals -log (1) - logical representations for boolean functions and utilities. -log (3) - logical representations for boolean functions and utilities. -loins (3) - mbk logical instance -loon (1) - Light optimizing on Nets. -losig (3) - mbk logical signal -lotrs (3) - mbk logical transistor -lvx (1) - Logical Versus eXtracted net-list comparator -lynx (1) - Hierarchical netlist extractor -mapCarExpr (3) - creates a new expression by applying a function to all the arguments of an operator expression -mapExpr (3) - applies a procedure to all arguments of an operator expression -mapablanyexpr (3) - applies a function to all operands. -mapableveryexpr (3) - applies a function to all operands. -mapablexpr (3) - applies a function to all operands. -mapabloperexpr (3) - applies a function to all operands. -markAllBdd (3) - marks all the nodes of the BDDs system -markBdd (3) - marks all nodes of a BDD -markbddnode (3) - marks bdd node with a specified mask. -maxExpr (3) - returns the highest argument of an operator expression. -mbk (1) - generic layout and netlist data structures -mbk (3) - Generic layout, netlist and utility data structures -mbk2ps (1) - Creates a PostScript file from a symbolic layout cell -mbkalloc (3) - mbk memory allocator -mbkcif (1) - mbk cif translater -mbkenv (3) - set user preferences -mbkfopen (3) - open a file with several search pathes -mbkfree (3) - mbk memory allocator -mbkps (3) - mbk process state -mbkrealloc (3) - mbk memory reallocator -mbkunlink (3) - delete a file in the WORK_LIBP. -minExpr (3) - returns the lowest argument of an operator expression. -mlodebug (3) - logical data structure contents debug function -modelmbkrds (3) - gets all models of instances contained in a figure. -mphdebug (3) - physical data structure contents debug function -ms2_dp (5) -ms2_y (5) -ms2n_dp (5) -ms2n_y (5) -ms2rx_dp (5) -ms2rx_y (5) -ms2sx_dp (5) -ms2sx_y (5) -ms2x_dp (5) -ms2x_y (5) -ms_dp (5) -ms_y (5) -msn_dp (5) -msn_y (5) -msrx_dp (5) -msrx_y (5) -mssx_dp (5) -mssx_y (5) -msx_dp (5) -msx_y (5) -mx2_dp (5) -mx2_y (5) -mx2p_dp (5) -mx2p_y (5) -mx3_dp (5) -mx3_y (5) -mx4_y (5) -n1_dp (5) -n1_y (5) -na2_dp (5) -na2_y (5) -na2p_dp (5) -na2p_y (5) -na3_dp (5) -na3_y (5) -na3p_dp (5) -na3p_y (5) -na4_dp (5) -na4_y (5) -namealloc (3) - hash table for strings -namefind (3) - hash table for strings -nameindex (3) - concatenate a name and index with user separator -nao3_dp (5) -nao3_y (5) -nao4_dp (5) -nao4_y (5) -naturalstrcmp (3) - compare string in alphabetical order for letters and numerical for digits. -ndrv_dp (5) -ndrv_y (5) -neou4_dp (5) -nmx2_dp (5) -nmx2_y (5) -no2_dp (5) -no2_y (5) -no3_dp (5) -no3_y (5) -noa3_dp (5) -noa3_y (5) -noa4_dp (5) -noa4_y (5) -nop2_dp (5) -nop2_y (5) -nop3_dp (5) -nop3_y (5) -normExpr (3) - normalizes an expression -notBdd (3) - complements a BDD -notExpr (3) - complements an expressio and eventually does a simplification -noue4_dp (5) -noue4_y (5) -np1_dp (5) -np1_y (5) -num (3) - mbk list of number -numberAtomExpr (3) - returns the number of atoms in an expression -numberNodeAllBdd (3) - count the number of nodes used in the BDD system -numberNodeBdd (3) - computes the number of nodes used in a BDD -numberNodeCct (3) - counts the number of nodes used within a circuit -numberOccExpr (3) - returns the number of time an atom appears in an expression. -numberOperBinExpr (3) - returns the number of equivalent binary operators in an expression -nxr2_dp (5) -nxr2_y (5) -o2_dp (5) -o2_y (5) -o3_dp (5) -o3_y (5) -one_dp (5) -one_y (5) -op2_dp (5) -op2_y (5) -op3_dp (5) -op3_y (5) -operToChar (3) - converts an operator number into an operator string -p1_dp (5) -p1_y (5) -pacom (3) - PAT data structure -paevt (3) - PAT data structure -pagrp (3) - PAT data structure -paini (3) - PAT data structure -paiol (3) - PAT data structure -papat (3) - PAT data structure -paseq (3) - PAT data structure -pat2dwl, pattern translator from ALLIANCE CAD SYSTEM to HILO CAD SYSTEM -pat_addpacom (3) pat_frepacom -pat_addpaevt (3) pat_frepaevt -pat_addpagrp (3) -pat_addpaini (3) pat_frepaini -pat_addpaiol (3) pat_crtpaiol, pat_frepaiol -pat_addpapat (3) pat_frepapat -pat_addpaseq (3) -pat_debug (3) - PAT structures displayer-debugger -pat_lodpaseq (3) - pattern file compiler -pat_savpaseq (3) - save pattern structures in a pattern description file -patest, a pattern translator for test. -pck_sp -phcon (3) - mbk physical connector -phfig (3) - mbk physical figure -phins (3) - mbk physical instance -phref (3) - mbk physical reference -phseg (3) - mbk physical segment -phvia (3) - mbk physical contact -pi_sp (5) -piot_sp (5) -piotw_sp (5) -po_sp (5) -polarablexpr (3) - moves inverters to the atomic level. -polardupablexpr (3) - duplicates an expression and moves down the inverters. -port (3) - GENPAT Package -pot_sp (5) -potw_sp (5) -pow_sp (5) -process (3) - GENPAT Package -profAOExpr (3) - returns the depth of an expression without taking the inverters into account. -profExpr (3) - returns the depth of an expression. -prol (5) - define the rules for symbolic to real layout translation -proof (1) - Formal proof between two behavioural descriptions -proofCct (3) - checks the equivalence of two circuits -ptype (3) - mbk list of typed pointers -pvdde_sp (5) -pvddeck_sp (5) -pvddi_sp (5) -pvddick_sp (5) -pvsse_sp (5) -pvsseck_sp (5) -pvssi_sp (5) -pvssick_sp (5) -rage (1) - Random Acess Memory(RAM) Generator -rds (1) - rds package -rdsalloc (3) - memory allocation function -rdsenv (3) - set user preference -rdsfree (3) - free memory place -refmbkrds (3) - adds to RDS figure a references from a MBK figure -register, GENPAT Package -relprodbddnodeassoc (3) - computes a relational product. -reorderbddsystemdynamic (3) - specifies the dynamic bdd reorder parameters. -reorderbddsystemsimple (3) - reorders the bdd nodes of a bdd system. -reorderbddsystemtop (3) - reorders the bdd nodes of a bdd system. -reorderbddsystemwindow (3) - reorders the bdd nodes of a bdd system. -resetBdd (3) - resets the BDDs system -resetCct (3) - resets a circuit -resetauth2table (3) - resets an hash table with two keys. -resetauthtable (3) - resets a simple hash table. -resetbddcircuit (3) - resets a bdd circuit. -resetbddsystem (3) - resets a bdd system. -restorealldir (3) - restore all instances' connectors directions -restoredirvbe (3) - restore connectors directions from behavioral view -restrictbddnode (3) - substitutes a variable by a zero or one, in a bdd. -reverse (3) - reverse a list of chained elements -rfg (1) - register file generator - version 6.05 -rflattenlofig (3) - recursivly flatten a figure -rflattenphfig (3) - recursivly flatten a figure -roundrdsrec (3) - adjusts a rectangle to lambda grid step -rsa (1) - Recurrence Solver Adder generator -rsa (3) - call the Recurrence Solver Adder generator -s2r (1) - Process mapping from symbolic layout to physical layout -satisfybddnode (3) - finds a satisfying path for a bdd node. -savelofig (3) - save a logical figure on disk -savephfig (3) - save a physical figure on disk -saverdsfig (3) - save a physical figure on disk. -scapin (1) - Scan path insertion -sclib (5) - a portable CMOS Standard Cell Library -scmap (1) - mapping of a behavioural description onto a standard cell library. -scr (1) - Standard Cell Router -searchExpr (3) - searches for a specific atom in an expression. -searchInputCct (3) - searches for the index number associated to an input. -searchNumExpr (3) - fetches the i-th argument in an operator expression. -searchOperExpr (3) - searches for an operator in an expression. -searchOuputCct (3) - searches for the BDD associated to an output -searchTH (3) - searches an item in a hash table. -searchauth2elem (3) - searches an element in the hash table. -searchauthelem (3) - searches an element in the hash table. -searchbddcircuitin (3) - searchs an input in a bdd circuit. -searchbddcircuitout (3) - searchs an output in a bdd circuit. -searchrdsfig (3) - searchs by name a figure in the list of figures -segmbkrds (3) - adds to RDS figure a segment from a MBK figure -setbddrefext (3) - increments the external reference, and decrements the internal reference of a bdd node. -sethtitem (3) - test and set an item in an hash table. -signal, GENPAT Package -simpablexpr (3) - simplies an expression. -simpbddnodedcoff (3) - simplifies a bdd with don't cares on its off-set part. -simpbddnodedcon (3) - simplifies a bdd with don't cares on its on-set part. -simpdupablexpr (3) - duplicates and simplies an expression. -simplif10Expr (3) - makes simplifications on an expression including constant atomic expressions -simplifDcOneBdd (3) - simplifies a BDD with don't cares on its on-set part -simplifDcZeroBdd (3) - simplifies a BDD with don't cares on its off-set part -simplifNotExpr (3) - makes simplifications on an expression including inverters -sortExpr (3) - sorts an expression -sortautarray (3) - heap sort. -sortlocon (3) - sort the logical connectors of a figure by name -sortlosig (3) - sort the logical signals of a figure by name -spi (5) - Alliance parser and driver for Spice netlist. -substExpr (3) - copies an expression by substituting a given atom by an expression -substPhyExpr (3) - substitutes an atomic expression by an expression within an operator expression -substablexpr (3) - substitutes a given atom by an expression. -substbddnodeassoc (3) - substitutes a set of variables with a set of bdd node. -substdupablexpr (3) - substitutes a given atom by an expression. -sum_dp -sum_y -supportChain_listBdd (3) - returns a chained list of nodes that are used in a given BDD. -supportChain_listExpr (3) - returns the support of an expression in a chain_list. -supportPtype_listExpr (3) - returns the support of an expression in a ptype_list. -swapbddvar (3) - swaps two contiguous variables. -sxlib (5) - a portable CMOS Standard Cell Library -tas (1) - A switch level static timing analyzer for CMOS circuits -testbddcircuit (3) - debugs a bdd circuit. -tie_y (5) -tpl (5) - LV500 Template description format. -ts_dp (5) -ts_y (5) -tsn_dp (5) -tsn_y (5) -tsp_y (5) -ttv (5) - The timing analyzer tas report : 'general perfmodule' format. -unflatablexpr (3) - unflats the operators of an expression -unflattenlofig (3) - creates a hierarchy level from instances of a figure -unmarkbddnode (3) - unmarks bdd node with a specified mask. -unsetbddrefext (3) - increments the internal reference, and decrements the external reference of a bdd node. -upVarBdd (3) - brings up an index in a BDD -upVarCct (3) - brings up the index of a primary input within a circuit -upstr (3) - convert a string to upper case -vasy (5) - VHDL RTL subset. -vbe (5) - VHDL behavioural subset. -vhdlablname (3) - returns a compatible VHDL name. -vhdlablvector (3) - gives the index and the name of a vectorized name. -viambkrds (3) - adds to RDS figure a contact from a MBK figure -viewablexpr (3) - displays an expression. -viewablexprfile (3) - displays an expression in a file. -viewablexprstr (3) - displays an expression in a str. -viewbddcircuit (3) - displays a bdd circuit. -viewbddnode (3) - displays a bdd node. -viewbddsystem (3) - displays a bdd system. -viewbddsysteminfo (3) - displays statistical informations. -viewht (3) - displays a hash table contents -viewlo (3) - scan all lofig_lists and display their elements -viewlofig (3) - display elements of a lofig_list -viewlofigcon (3) - display elements of a locon_list attached to a figure -viewloins (3) - display elements of a loins_list -viewloinscon (3) - display elements of a locon_list attached to an instance -viewlosig (3) - display elements of a losig_list -viewlotrs (3) - display elements of a lotrs_list -viewph (3) - display all the phfig_lists and their elements -viewphcon (3) - display elements of a phcon_list -viewphfig (3) - display elements of a phfig_list -viewphins (3) - display elements of a phins_list -viewphref (3) - display elements of a phref_list -viewphseg (3) - display elements of a phseg_list -viewphvia (3) - display elements of a phvia_list -viewrdsfig (3) - view caracteristics of a figure -viewrdsins (3) - Displays caracteristics of an instance -viewrdsparam (3) - displays tables in memory filled by loadrdsparam function. -viewrdsrec (3) - Displays caracteristics of a rectangle -viewrdswindow (3) - displays caracteristics of the windowing. -viewrfmcon (3) - displays connector caracteristics in MBK and RDS format. -viewrfmfig (3) - displays figure caracteristics in MBK and RDS format. -viewrfmins (3) - displays instance caracteristics in MBK and RDS format. -viewrfmrec (3) - displays rectangle caracteristics in RDS format. -viewrfmref (3) - displays reference caracteristics in MBK and RDS format. -viewrfmseg (3) - displays segment caracteristics in MBK and RDS format. -viewrfmvia (3) - displays contact caracteristics in MBK and RDS format. -vst VHDL structural subset. -xmbk (1) - A simple way to set alliance environnement variables -xpat (1) - graphic pattern viewer -xr2_dp (5) -xr2_y (5) -xsch (1) - graphical schematic viewer -xyflat (3) - compute hierarchical coordinates -yagle (1) - Disassembly and functional abstraction of CMOS circuits -zbli_y (5) -zero_dp (5) -zero_y (5)