source: vis_dev/vis-2.3/src/part/partInt.h @ 101

Last change on this file since 101 was 14, checked in by cecile, 14 years ago

vis2.3
File size: 18.5 KB
Line 
1/**CHeaderFile*****************************************************************
2
3  FileName    [partInt.h]
4
5  PackageName [part]
6
7  Synopsis [Internal data type definitions and macros to handle the
8  structures of the partition package.]
9
10  Author      [Abelardo Pardo]
11
12  Copyright   [This file was created at the University of Colorado at
13  Boulder.  The University of Colorado at Boulder makes no warranty
14  about the suitability of this software for any purpose.  It is
15  presented on an AS IS basis.]
16
17  Revision    [$Id: partInt.h,v 1.26 2005/04/16 06:14:54 fabio Exp $]
18
19******************************************************************************/
20
21#ifndef _PARTINT
22#define _PARTINT
23
24#include <string.h>
25#include <time.h>
26#include "ntm.h"
27#include "ord.h"
28#include "cmd.h"
29#include "part.h"
30#include "img.h"
31#include "mc.h"
32
33/*---------------------------------------------------------------------------*/
34/* Constant declarations                                                     */
35/*---------------------------------------------------------------------------*/
36#define PART_SUB_CON_FACTOR 2
37#define PART_SUB_COR_FACTOR 4
38#define PART_SUB_AFF_FACTOR 0.5
39#define BIG_NUMBER 10000
40
41/*---------------------------------------------------------------------------*/
42/* Structure declarations                                                    */
43/*---------------------------------------------------------------------------*/
44/**Struct**********************************************************************
45
46  Synopsis    [Information stored in the graph representing the partition.]
47
48  Description [The information stored in the graph consists of the following
49  fields.  The name of the system from which the partition was obtained. For
50  example, if the system is of type Ntk_Network_t, the name stored here is a
51  copy of the network's name. The method used to obtain the partition. The
52  nameToVertex table provides a associative table to find a vertex in the
53  partition by giving a name. The mddIdToVertex table is another hash table to
54  find a vertex in the partition given a mddId..]
55
56  SeeAlso     [PartVertexInfo st Part_PartitionMethod]
57
58******************************************************************************/
59typedef struct PartPartitionInfo {
60  char *name;                         /* Name of the entity from which
61                                       * the partition was obtained */
62  Part_PartitionMethod method;        /* Method used to create the partition */
63
64  mdd_manager *mddManager;            /* manager of mdds for the partition */
65  st_table *nameToVertex;             /* Table of name to vertex  */
66  st_table *mddIdToVertex;            /* Table of mddId to vertex */
67} PartPartitionInfo_t;
68
69/**Struct**********************************************************************
70
71  Synopsis    [Information stored in every vertex of the graph.]
72
73  Description [There are two types of vertices in a partition: single and
74  clustered.  A single vertex in the partition graph has a name, a multi-valued
75  function and eventually a MddId. A clustered vertex stores an array of
76  pointer to single vertices.  In general, a vertex does not need to have a
77  name attached to it. There could be different heuristics for partitioning the
78  system that could create <em>additional</em> vertices not related to the
79  system. In these situations this name will be empty.<p>
80
81  The type field stores the type of the vertex, single or clustered.  The mvf
82  field stores the multi-valued function associated with the vertex. The
83  vertices representing the variables in the support of this function
84  constitute the fanin of this vertex. The MddId is the identifier assigned to
85  the variable that this vertex represents (if any). Every vertex with no
86  fanout, in principle does not have any variable Id attached to it, but if
87  this information exists in the original system, it may be replicated here
88  also. The boolean field <tt>isClustered</tt> is used to mark the single nodes
89  that are already part of some clustered vertices, to avoid a single vertex
90  being part of more than one cluster.]
91
92  SeeAlso     [Part_VertexType PartPartitionInfo]
93
94******************************************************************************/
95typedef struct PartVertexInfo {
96  Part_VertexType type;      /* Type of vertex */
97  char *name;                /* Name of the unit (if the vertex corresponds to
98                              * a unit in the system. If the unit is created by
99                              * the partition package, this pointer is NULL).
100                              */
101  union {
102    Mvf_Function_t *mvf;     /* Multi-valued function attached to the vertex */
103    array_t *clusterMembers; /* Array of vertex_t * for the clustered vertex */
104  } functionality;
105  int mddId;                 /* Id of the variable attached to the vertex, if
106                              * any. */
107  boolean isClustered;       /* Boolean that determines if the vertex is part
108                              * of a clustered vertex.*/
109} PartVertexInfo_t;
110
111/**Struct**********************************************************************
112
113  Synopsis    [Information for cleating the sub-systems]
114
115  SeeAlso     [Part_PartitionSubsystemInfoInit
116               PartBreakingBigConnectedComponent ]
117
118******************************************************************************/
119struct PartSubsystemInfo{
120  Ntk_Network_t  *network;       /* network */
121  array_t        *arrayOfVertex; /* Target vertices to be decomposed into
122                                  * sub-systems */ 
123  int            numberOfVertex; /* total number of vertices */
124  Part_BMethod   partBM;         /* Breaking method */
125  int            bound;          /* maximum number of vertices in
126                                  * a sub-system */
127  float          threshold;      /* threshold value to determine if
128                                  * two vertices are connected or not */
129  float          con_factor;     /* weight factor to emphasize the mutual
130                                  * over the single dependency between two
131                                  * vertices */ 
132  float          cor_factor;     /* weight factor to lower the value
133                                  * of a pair of vertices which are
134                                  * only slightly correlated */
135  float          aff_factor;     /* weight factor to emphasize either
136                                  * connectivity(aff_factor>0.5)  or
137                                  * correlation(aff_factor<0.5). */ 
138  int            verbosity;
139  int            corMethod;      /* method for correlation
140                                  * 0 : use BDD correlation (default)
141                                  * 1 : use support */
142  st_table      *dupLatchTable;  /* stores
143                                  * (latchInputName, array of latchName) */
144  st_table      *latchNameTable; /* stores (latchInputName, latchName) */
145};
146
147/**Struct**********************************************************************
148
149  Synopsis    [Structure for each Sub-system]
150
151  SeeAlso     []
152
153******************************************************************************/
154struct PartSubsystem{
155  st_table *vertexNameTable; /* table containing names of latches in each
156                                sub-system (not a map)*/ 
157  array_t  *subsystemFanIn;  /* indices of sub-subsystems which are fanin
158                              * of current sub-system */ 
159  array_t  *subsystemFanOut; /* indices of sub-subsystems which are fanout
160                              * of current sub-system */
161 
162};
163
164/*---------------------------------------------------------------------------*/
165/* Type declarations                                                         */
166/*---------------------------------------------------------------------------*/
167
168
169/*---------------------------------------------------------------------------*/
170/* Variable declarations                                                     */
171/*---------------------------------------------------------------------------*/
172
173
174/*---------------------------------------------------------------------------*/
175/* Macro declarations                                                        */
176/*---------------------------------------------------------------------------*/
177
178/**Macro***********************************************************************
179
180  Synopsis     [Internal macro to access the name of the partition.]
181
182  SideEffects  []
183
184  SeeAlso      [PartPartitionInfo]
185
186******************************************************************************/
187#define PartPartitionReadName(                            \
188  /* graph_t * */ pPtr /* Pointer to a graph structure */ \
189)                                                         \
190    ((PartPartitionInfo_t *)(pPtr)->user_data)->name
191
192/**Macro***********************************************************************
193
194  Synopsis [Internal macro to access the method used to create the partition.]
195
196  SideEffects  []
197
198  SeeAlso      [PartPartitionInfo]
199
200******************************************************************************/
201#define PartPartitionReadMethod(                          \
202  /* graph_t * */ pPtr /* Pointer to a graph structure */ \
203)                                                         \
204    ((PartPartitionInfo_t *)(pPtr)->user_data)->method
205
206
207/**Macro***********************************************************************
208
209  Synopsis     [Internal macro to access the MDD manager of the partition.]
210
211  SideEffects  []
212
213  SeeAlso      [PartPartitionInfo]
214
215******************************************************************************/
216#define PartPartitionReadMddManager(                      \
217  /* graph_t * */ pPtr /* Pointer to a graph structure */ \
218)                                                         \
219    ((PartPartitionInfo_t *)(pPtr)->user_data)->mddManager
220
221/**Macro***********************************************************************
222
223  Synopsis [Internal macro to access the nameToVertex field of the
224  partition.]
225
226  SideEffects  []
227
228  SeeAlso      [PartPartiotionInfo]
229
230******************************************************************************/
231#define PartPartitionReadNameToVertex(                    \
232  /* graph_t * */ pPtr /* Pointer to a graph structure */ \
233)                                                         \
234    ((PartPartitionInfo_t *)(pPtr)->user_data)->nameToVertex
235
236/**Macro***********************************************************************
237
238  Synopsis [Internal macro to access the mddIdToVertex field of the partition.]
239
240  SideEffects  []
241
242  SeeAlso      [PartPartitionInfo]
243
244******************************************************************************/
245#define PartPartitionReadMddIdToVertex(                   \
246  /* graph_t * */ pPtr /* Pointer to a graph structure */ \
247)                                                         \
248    ((PartPartitionInfo_t *)(pPtr)->user_data)->mddIdToVertex
249
250/**Macro***********************************************************************
251
252  Synopsis     [Internal macro to access the type of a vertex.]
253
254  SideEffects  []
255
256  SeeAlso      [PartVertexInfo]
257
258******************************************************************************/
259#define PartVertexReadType(                                                 \
260  /* vertex_t * */ vPtr /* Pointer to vertex in the graph data structure */ \
261)                                                                           \
262    ((PartVertexInfo_t *)(vPtr)->user_data)->type
263
264/**Macro***********************************************************************
265
266  Synopsis     [Internal macro to access the name of a vertex.]
267
268  SideEffects  []
269
270  SeeAlso      [PartVertexInfo]
271
272******************************************************************************/
273#define PartVertexReadName(                                                 \
274  /* vertex_t * */ vPtr /* Pointer to vertex in the graph data structure */ \
275)                                                                           \
276    ((PartVertexInfo_t *)(vPtr)->user_data)->name
277
278/**Macro***********************************************************************
279
280  Synopsis     [Internal macro to access the clusterMembers of a vertex.]
281
282  SideEffects  []
283
284  SeeAlso      [PartVertexInfo]]
285
286******************************************************************************/
287#define PartVertexReadClusterMembers(                                       \
288  /* vertex_t * */ vPtr /* Pointer to vertex in the graph data structure */ \
289)                                                                           \
290    ((PartVertexInfo_t *)(vPtr)->user_data)->functionality.clusterMembers
291
292
293/**Macro***********************************************************************
294
295  Synopsis [Internal macro to access the multi-valued function of a
296  vertex.]
297
298  SideEffects  []
299
300  SeeAlso      [PartVertexInfo]
301
302******************************************************************************/
303#define PartVertexReadFunction(                                             \
304  /* vertex_t * */ vPtr /* Pointer to vertex in the graph data structure */ \
305)                                                                           \
306    ((PartVertexInfo_t *)(vPtr)->user_data)->functionality.mvf
307
308/**Macro***********************************************************************
309
310  Synopsis [Internal macro to set the multi-valued function of a
311  vertex.]
312
313  SideEffects  []
314
315  SeeAlso      [PartVertexInfo]
316
317******************************************************************************/
318#define PartVertexSetFunction(                                          \
319  /* vertex_t * */       vPtr     /* Pointer to vertex in the graph */, \
320  /* Mvf_Function_t * */ function /* Function to store */               \
321)                                                                       \
322    ((PartVertexInfo_t *)(vPtr)->user_data)->functionality.mvf = (function)
323
324/**Macro***********************************************************************
325
326  Synopsis     [Internal macro to access the mdd Id of a vertex.]
327
328  SideEffects  []
329
330  SeeAlso      [PartVertexInfo]
331
332******************************************************************************/
333#define PartVertexReadMddId(                                                \
334  /* vertex_t * */ vPtr /* Pointer to vertex in the graph data structure */ \
335)                                                                           \
336    ((PartVertexInfo_t *)(vPtr)->user_data)->mddId
337
338/**Macro***********************************************************************
339
340  Synopsis     [Internal macro to access the isClustered of a vertex.]
341
342  SideEffects  []
343
344  SeeAlso      [PartVertexInfo]
345
346******************************************************************************/
347#define PartVertexTestIsClustered(                                          \
348  /* vertex_t * */ vPtr /* Pointer to vertex in the graph data structure */ \
349)                                                                           \
350    ((PartVertexInfo_t *)(vPtr)->user_data)->isClustered
351
352/**Macro***********************************************************************
353
354  Synopsis     [Sets the isClustered field of a vertex.]
355
356  SideEffects  []
357
358  SeeAlso      [PartVertexInfo]
359
360******************************************************************************/
361#define PartVertexSetIsClustered(                                  \
362  /* vertex_t * */ vPtr  /* Pointer to vertex in the graph */,     \
363  /* boolean */    value /* Boolean representing IsClustered ?  */ \
364)                                                                  \
365    ((PartVertexInfo_t *)(vPtr)->user_data)->isClustered = (value)
366
367/**AutomaticStart*************************************************************/
368
369/*---------------------------------------------------------------------------*/
370/* Function prototypes                                                       */
371/*---------------------------------------------------------------------------*/
372
373EXTERN void partCreateBoundaryNames(Hrc_Node_t *hnode, st_table *tableOfFormalNames);
374EXTERN void PartPartitionBoundary(Ntk_Network_t *network, Hrc_Node_t *hnode, graph_t *partition, lsList rootList, lsList leaveList, mdd_t *careSet, int inTermsOfCombInputs);
375EXTERN void PartNameFree(lsGeneric name);
376EXTERN void PartPartitionFrontier(Ntk_Network_t *network, graph_t *partition, lsList rootList, lsList leaveList, mdd_t *careSet);
377EXTERN void PartUpdateFrontier(Ntk_Network_t *network, graph_t *partition, lsList rootList, lsList leaveList, mdd_t *careSet);
378EXTERN void PartPrintPartition(graph_t *partition);
379EXTERN array_t * PartCreateSubsystem(Part_SubsystemInfo_t *partSubInfo, array_t *arrayOfLatchNames, array_t *arrayOfGroupIndex);
380EXTERN void PartPartitionInputsOutputs(Ntk_Network_t *network, graph_t *partition, lsList rootList, lsList leaveList, mdd_t *careSet);
381EXTERN int PartPartitionInOutChangeRoots(Ntk_Network_t *network, graph_t *partition, lsList  rootList, int verbosity);
382EXTERN PartPartitionInfo_t * PartPartitionInfoCreate(char *name, mdd_manager *manager, Part_PartitionMethod method);
383EXTERN void PartPartitionInfoFree(gGeneric partitionInfo);
384EXTERN PartVertexInfo_t * PartVertexInfoCreateSingle(char *name, Mvf_Function_t *mvf, int mddId);
385EXTERN PartVertexInfo_t * PartVertexInfoCreateCluster(char *name, array_t *vertexArray);
386EXTERN void PartVertexInfoFree(gGeneric vertexInfo);
387EXTERN void PartPartitionSanityCheck(graph_t *partition, int intensity);
388EXTERN st_table * PartCreateFunctionSupportTable(Mvf_Function_t *mvf);
389EXTERN void PartPartitionCreateVertexFaninEdges(graph_t *partition, vertex_t *vertexPtr);
390EXTERN int PartPartitionPrint(FILE *fp, graph_t *partition);
391EXTERN int PartGetLatchInputListFromCTL(Ntk_Network_t *network, array_t *ctlArray, array_t *fairArray, lsList  latchInputList);
392EXTERN int PartGetLatchListFromCtlAndLtl(Ntk_Network_t *network, array_t *ctlArray, array_t *ltlArray, array_t *fairArray, lsList  latchInputList, boolean stopAtLatch);
393EXTERN int PartGetLatchInputListFromCtlAndLtl(Ntk_Network_t *network, array_t *ctlArray, array_t *ltlArray, array_t *fairArray, lsList  latchInputList, boolean stopAtLatch);
394EXTERN void PartPartitionPartial(Ntk_Network_t *network, graph_t *partition, lsList rootList, lsList leaveList, mdd_t *careSet, lsList nodeList, int inTermsOfCombInputs);
395EXTERN void PartPartitionTotal(Ntk_Network_t *network, graph_t *partition, lsList rootList, lsList leaveList, mdd_t *careSet, int inTermsOfLeaves);
396EXTERN void PartInsertBnvs(Ntk_Network_t *network, st_table *coiLatchTable, st_table *coiBnvTable);
397EXTERN void PartPartitionWithExistingBnvs(Ntk_Network_t *network, graph_t *partition, st_table *coiBnvTable, st_table *absLatchTable, st_table *absBnvTable);
398EXTERN void PartPartitionUpdateWithExistingBnvs(Ntk_Network_t *network, graph_t *partition, st_table *coiBnvTable, st_table *absLatchTable, st_table *absBnvTable);
399
400/**AutomaticEnd***************************************************************/
401
402#endif /* _PARTINT */
403
404
405
406
Note: See TracBrowser for help on using the repository browser.