1 /* 2 This is the main PETSc include file (for C and C++). It is included by all 3 other PETSc include files, so it almost never has to be specifically included. 4 */ 5 #if !defined(__PETSCSYS_H) 6 #define __PETSCSYS_H 7 /* ========================================================================== */ 8 /* 9 petscconf.h is contained in ${PETSC_ARCH}/include/petscconf.h it is 10 found automatically by the compiler due to the -I${PETSC_DIR}/${PETSC_ARCH}/include 11 in the conf/variables definition of PETSC_INCLUDE 12 */ 13 #include "petscconf.h" 14 #include "petscfix.h" 15 16 #if defined(PETSC_DESIRE_FEATURE_TEST_MACROS) 17 /* 18 Feature test macros must be included before headers defined by IEEE Std 1003.1-2001 19 We only turn these in PETSc source files that require them by setting PETSC_DESIRE_FEATURE_TEST_MACROS 20 */ 21 #if defined(PETSC__POSIX_C_SOURCE_200112L) && !defined(_POSIX_C_SOURCE) 22 #define _POSIX_C_SOURCE 200112L 23 #endif 24 #if defined(PETSC__BSD_SOURCE) && !defined(_BSD_SOURCE) 25 #define _BSD_SOURCE 26 #endif 27 #endif 28 29 /* ========================================================================== */ 30 /* 31 This facilitates using C version of PETSc from C++ and 32 C++ version from C. Use --with-c-support --with-clanguage=c++ with ./configure for the latter) 33 */ 34 #if defined(PETSC_CLANGUAGE_CXX) && !defined(PETSC_USE_EXTERN_CXX) && !defined(__cplusplus) 35 #error "PETSc configured with --with-clanguage=c++ and NOT --with-c-support - it can be used only with a C++ compiler" 36 #endif 37 38 #if defined(__cplusplus) 39 # define PETSC_FUNCTION_NAME PETSC_FUNCTION_NAME_CXX 40 #else 41 # define PETSC_FUNCTION_NAME PETSC_FUNCTION_NAME_C 42 #endif 43 44 #if defined(PETSC_USE_EXTERN_CXX) && defined(__cplusplus) 45 #define PETSC_EXTERN extern "C" 46 #define PETSC_EXTERN_CXX_BEGIN extern "C" { 47 #define PETSC_EXTERN_CXX_END } 48 #else 49 #define PETSC_EXTERN extern 50 #define PETSC_EXTERN_CXX_BEGIN 51 #define PETSC_EXTERN_CXX_END 52 #endif 53 /* ========================================================================== */ 54 /* 55 Current PETSc version number and release date. Also listed in 56 Web page 57 src/docs/tex/manual/intro.tex, 58 src/docs/tex/manual/manual.tex. 59 src/docs/website/index.html. 60 */ 61 #include "petscversion.h" 62 #define PETSC_AUTHOR_INFO " The PETSc Team\n petsc-maint@mcs.anl.gov\n http://www.mcs.anl.gov/petsc/\n" 63 #if (PETSC_VERSION_RELEASE == 1) 64 #define PetscGetVersion(version,len) PetscSNPrintf(version,len,"Petsc Release Version %d.%d.%d, Patch %d, %s ", \ 65 PETSC_VERSION_MAJOR,PETSC_VERSION_MINOR, PETSC_VERSION_SUBMINOR, \ 66 PETSC_VERSION_PATCH,PETSC_VERSION_PATCH_DATE) 67 #else 68 #define PetscGetVersion(version,len) PetscSNPrintf(version,len,"Petsc Development HG revision: %s HG Date: %s", \ 69 PETSC_VERSION_HG, PETSC_VERSION_DATE_HG) 70 #endif 71 72 /*MC 73 PetscGetVersion - Gets the PETSc version information in a string. 74 75 Input Parameter: 76 . len - length of the string 77 78 Output Parameter: 79 . version - version string 80 81 Level: developer 82 83 Usage: 84 char version[256]; 85 ierr = PetscGetVersion(version,256);CHKERRQ(ierr) 86 87 Fortran Note: 88 This routine is not supported in Fortran. 89 90 .seealso: PetscGetProgramName() 91 92 M*/ 93 94 /* ========================================================================== */ 95 96 /* 97 Defines the interface to MPI allowing the use of all MPI functions. 98 99 PETSc does not use the C++ binding of MPI at ALL. The following flag 100 makes sure the C++ bindings are not included. The C++ bindings REQUIRE 101 putting mpi.h before ANY C++ include files, we cannot control this 102 with all PETSc users. Users who want to use the MPI C++ bindings can include 103 mpicxx.h directly in their code 104 */ 105 #define MPICH_SKIP_MPICXX 1 106 #define OMPI_SKIP_MPICXX 1 107 #include "mpi.h" 108 109 /* 110 Yuck, we need to put stdio.h AFTER mpi.h for MPICH2 with C++ compiler 111 see the top of mpicxx.h in the MPICH2 distribution. 112 113 The MPI STANDARD HAS TO BE CHANGED to prevent this nonsense. 114 */ 115 #include <stdio.h> 116 117 /* MSMPI on 32bit windows requires this yukky hack - that breaks MPI standard compliance */ 118 #if !defined(MPIAPI) 119 #define MPIAPI 120 #endif 121 122 123 /*MC 124 PetscErrorCode - datatype used for return error code from all PETSc functions 125 126 Level: beginner 127 128 .seealso: CHKERRQ, SETERRQ 129 M*/ 130 typedef int PetscErrorCode; 131 132 /*MC 133 134 PetscClassId - A unique id used to identify each PETSc class. 135 (internal integer in the data structure used for error 136 checking). These are all defined by an offset from the lowest 137 one, PETSC_SMALLEST_CLASSID. 138 139 Level: advanced 140 141 .seealso: PetscClassIdRegister(), PetscLogEventRegister(), PetscHeaderCreate() 142 M*/ 143 typedef int PetscClassId; 144 145 146 /*MC 147 PetscBLASInt - datatype used to represent 'int' parameters to BLAS/LAPACK functions. 148 149 Level: intermediate 150 151 Notes: usually this is the same as PetscInt, but if PETSc was built with --with-64-bit-indices but 152 standard C/Fortran integers are 32 bit then this is NOT the same as PetscInt it remains 32 bit 153 (except on very rare BLAS/LAPACK implementations that support 64 bit integers see the note below). 154 155 PetscBLASIntCheck(a) checks if the given PetscInt a will fit in a PetscBLASInt, if not it generates a 156 PETSC_ERR_ARG_OUTOFRANGE. 157 158 PetscBLASInt b = PetscBLASIntCast(a) checks if the given PetscInt a will fit in a PetscBLASInt, if not it 159 generates a PETSC_ERR_ARG_OUTOFRANGE 160 161 Developer Notes: The 64bit versions of MATLAB ship with BLAS and LAPACK that use 64 bit integers for sizes etc, 162 if you run ./configure with the option 163 --with-blas-lapack-lib=[/Applications/MATLAB_R2010b.app/bin/maci64/libmwblas.dylib,/Applications/MATLAB_R2010b.app/bin/maci64/libmwlapack.dylib] 164 for example, you can change the int below to long int. Since MATLAB uses the MKL (Intel Math Libraries) it is likely one can 165 purchase a 64 bit integer version of the MKL and use that with a PetscBLASInt of long int. 166 167 External packages such as hypre, ML, SuperLU etc do not provide any support for passing 64 bit integers to BLAS/LAPACK so cannot 168 be used with PETSc if you have set PetscBLASInt to long int. 169 170 .seealso: PetscMPIInt, PetscInt 171 172 M*/ 173 typedef int PetscBLASInt; 174 175 /*MC 176 PetscMPIInt - datatype used to represent 'int' parameters to MPI functions. 177 178 Level: intermediate 179 180 Notes: usually this is the same as PetscInt, but if PETSc was built with --with-64-bit-indices but 181 standard C/Fortran integers are 32 bit then this is NOT the same as PetscInt it remains 32 bit 182 183 PetscMPIIntCheck(a) checks if the given PetscInt a will fit in a PetscMPIInt, if not it generates a 184 PETSC_ERR_ARG_OUTOFRANGE. 185 186 PetscMPIInt b = PetscMPIIntCast(a) checks if the given PetscInt a will fit in a PetscMPIInt, if not it 187 generates a PETSC_ERR_ARG_OUTOFRANGE 188 189 .seealso: PetscBLASInt, PetscInt 190 191 M*/ 192 typedef int PetscMPIInt; 193 194 /*MC 195 PetscEnum - datatype used to pass enum types within PETSc functions. 196 197 Level: intermediate 198 199 PetscMPIIntCheck(a) checks if the given PetscInt a will fit in a PetscMPIInt, if not it generates a 200 PETSC_ERR_ARG_OUTOFRANGE. 201 202 PetscMPIInt b = PetscMPIIntCast(a) checks if the given PetscInt a will fit in a PetscMPIInt, if not it 203 generates a PETSC_ERR_ARG_OUTOFRANGE 204 205 .seealso: PetscOptionsGetEnum(), PetscOptionsEnum(), PetscBagRegisterEnum() 206 M*/ 207 typedef enum { ENUM_DUMMY } PetscEnum; 208 209 /*MC 210 PetscInt - PETSc type that represents integer - used primarily to 211 represent size of arrays and indexing into arrays. Its size can be configured with the option 212 --with-64-bit-indices - to be either 32bit or 64bit [default 32 bit ints] 213 214 Level: intermediate 215 216 .seealso: PetscScalar, PetscBLASInt, PetscMPIInt 217 M*/ 218 #if (PETSC_SIZEOF_LONG_LONG == 8) 219 typedef long long Petsc64bitInt; 220 #elif defined(PETSC_HAVE___INT64) 221 typedef __int64 Petsc64bitInt; 222 #else 223 typedef unknown64bit Petsc64bitInt 224 #endif 225 #if defined(PETSC_USE_64BIT_INDICES) 226 typedef Petsc64bitInt PetscInt; 227 #define MPIU_INT MPI_LONG_LONG_INT 228 #else 229 typedef int PetscInt; 230 #define MPIU_INT MPI_INT 231 #endif 232 233 234 /*EC 235 236 PetscPrecision - indicates what precision the object is using 237 238 Level: advanced 239 240 .seealso: PetscObjectSetPrecision() 241 E*/ 242 typedef enum { PETSC_PRECISION_SINGLE=4,PETSC_PRECISION_DOUBLE=8 } PetscPrecision; 243 extern const char *PetscPrecisions[]; 244 245 246 /* 247 For the rare cases when one needs to send a size_t object with MPI 248 */ 249 #if (PETSC_SIZEOF_SIZE_T) == (PETSC_SIZEOF_INT) 250 #define MPIU_SIZE_T MPI_INT 251 #elif (PETSC_SIZEOF_SIZE_T) == (PETSC_SIZEOF_LONG) 252 #define MPIU_SIZE_T MPI_LONG 253 #elif (PETSC_SIZEOF_SIZE_T) == (PETSC_SIZEOF_LONG_LONG) 254 #define MPIU_SIZE_T MPI_LONG_LONG_INT 255 #else 256 #error "Unknown size for size_t! Send us a bugreport at petsc-maint@mcs.anl.gov" 257 #endif 258 259 260 /* 261 You can use PETSC_STDOUT as a replacement of stdout. You can also change 262 the value of PETSC_STDOUT to redirect all standard output elsewhere 263 */ 264 265 extern FILE* PETSC_STDOUT; 266 267 /* 268 You can use PETSC_STDERR as a replacement of stderr. You can also change 269 the value of PETSC_STDERR to redirect all standard error elsewhere 270 */ 271 extern FILE* PETSC_STDERR; 272 273 /* 274 PETSC_ZOPEFD is used to send data to the PETSc webpage. It can be used 275 in conjunction with PETSC_STDOUT, or by itself. 276 */ 277 extern FILE* PETSC_ZOPEFD; 278 279 #if !defined(PETSC_USE_EXTERN_CXX) && defined(__cplusplus) 280 /*MC 281 PetscPolymorphicSubroutine - allows defining a C++ polymorphic version of 282 a PETSc function that remove certain optional arguments for a simplier user interface 283 284 Synopsis: 285 PetscPolymorphicSubroutine(Functionname,(arguments of C++ function),(arguments of C function)) 286 287 Not collective 288 289 Level: developer 290 291 Example: 292 PetscPolymorphicSubroutine(VecNorm,(Vec x,PetscReal *r),(x,NORM_2,r)) generates the new routine 293 PetscErrorCode VecNorm(Vec x,PetscReal *r) = VecNorm(x,NORM_2,r) 294 295 .seealso: PetscPolymorphicFunction() 296 297 M*/ 298 #define PetscPolymorphicSubroutine(A,B,C) PETSC_STATIC_INLINE PetscErrorCode A B {return A C;} 299 300 /*MC 301 PetscPolymorphicScalar - allows defining a C++ polymorphic version of 302 a PETSc function that replaces a PetscScalar * argument with a PetscScalar argument 303 304 Synopsis: 305 PetscPolymorphicScalar(Functionname,(arguments of C++ function),(arguments of C function)) 306 307 Not collective 308 309 Level: developer 310 311 Example: 312 PetscPolymorphicScalar(VecAXPY,(PetscScalar _val,Vec x,Vec y),(&_Val,x,y)) generates the new routine 313 PetscErrorCode VecAXPY(PetscScalar _val,Vec x,Vec y) = {PetscScalar _Val = _val; return VecAXPY(&_Val,x,y);} 314 315 .seealso: PetscPolymorphicFunction(),PetscPolymorphicSubroutine() 316 317 M*/ 318 #define PetscPolymorphicScalar(A,B,C) PETSC_STATIC_INLINE PetscErrorCode A B {PetscScalar _Val = _val; return A C;} 319 320 /*MC 321 PetscPolymorphicFunction - allows defining a C++ polymorphic version of 322 a PETSc function that remove certain optional arguments for a simplier user interface 323 and returns the computed value (istead of an error code) 324 325 Synopsis: 326 PetscPolymorphicFunction(Functionname,(arguments of C++ function),(arguments of C function),return type,return variable name) 327 328 Not collective 329 330 Level: developer 331 332 Example: 333 PetscPolymorphicFunction(VecNorm,(Vec x,NormType t),(x,t,&r),PetscReal,r) generates the new routine 334 PetscReal VecNorm(Vec x,NormType t) = {PetscReal r; VecNorm(x,t,&r); return r;} 335 336 .seealso: PetscPolymorphicSubroutine() 337 338 M*/ 339 #define PetscPolymorphicFunction(A,B,C,D,E) PETSC_STATIC_INLINE D A B {D E; A C;return E;} 340 341 #else 342 #define PetscPolymorphicSubroutine(A,B,C) 343 #define PetscPolymorphicScalar(A,B,C) 344 #define PetscPolymorphicFunction(A,B,C,D,E) 345 #endif 346 347 /*MC 348 PetscUnlikely - hints the compiler that the given condition is usually FALSE 349 350 Synopsis: 351 PetscBool PetscUnlikely(PetscBool cond) 352 353 Not Collective 354 355 Input Parameters: 356 . cond - condition or expression 357 358 Note: This returns the same truth value, it is only a hint to compilers that the resulting 359 branch is unlikely. 360 361 Level: advanced 362 363 .seealso: PetscLikely(), CHKERRQ 364 M*/ 365 366 /*MC 367 PetscLikely - hints the compiler that the given condition is usually TRUE 368 369 Synopsis: 370 PetscBool PetscUnlikely(PetscBool cond) 371 372 Not Collective 373 374 Input Parameters: 375 . cond - condition or expression 376 377 Note: This returns the same truth value, it is only a hint to compilers that the resulting 378 branch is likely. 379 380 Level: advanced 381 382 .seealso: PetscUnlikely() 383 M*/ 384 #if defined(PETSC_HAVE_BUILTIN_EXPECT) 385 # define PetscUnlikely(cond) __builtin_expect(!!(cond),0) 386 # define PetscLikely(cond) __builtin_expect(!!(cond),1) 387 #else 388 # define PetscUnlikely(cond) (cond) 389 # define PetscLikely(cond) (cond) 390 #endif 391 392 /* 393 Defines some elementary mathematics functions and constants. 394 */ 395 #include "petscmath.h" 396 397 /* 398 Declare extern C stuff after including external header files 399 */ 400 401 PETSC_EXTERN_CXX_BEGIN 402 403 /* 404 Basic PETSc constants 405 */ 406 407 /*E 408 PetscBool - Logical variable. Actually an int in C and a logical in Fortran. 409 410 Level: beginner 411 412 Developer Note: Why have PetscBool , why not use bool in C? The problem is that K and R C, C99 and C++ all have different mechanisms for 413 boolean values. It is not easy to have a simple macro that that will work properly in all circumstances with all three mechanisms. 414 415 E*/ 416 typedef enum { PETSC_FALSE,PETSC_TRUE } PetscBool; 417 extern const char *PetscBools[]; 418 419 /*E 420 PetscCopyMode - Determines how an array passed to certain functions is copied or retained 421 422 Level: beginner 423 424 $ PETSC_COPY_VALUES - the array values are copied into new space, the user is free to reuse or delete the passed in array 425 $ PETSC_OWN_POINTER - the array values are NOT copied, the object takes ownership of the array and will free it later, the user cannot change or 426 $ delete the array. The array MUST have been obtained with PetscMalloc(). Hence this mode cannot be used in Fortran. 427 $ PETSC_USE_POINTER - the array values are NOT copied, the object uses the array but does NOT take ownership of the array. The user cannot use 428 the array but the user must delete the array after the object is destroyed. 429 430 E*/ 431 typedef enum { PETSC_COPY_VALUES, PETSC_OWN_POINTER, PETSC_USE_POINTER} PetscCopyMode; 432 extern const char *PetscCopyModes[]; 433 434 /*MC 435 PETSC_FALSE - False value of PetscBool 436 437 Level: beginner 438 439 Note: Zero integer 440 441 .seealso: PetscBool , PETSC_TRUE 442 M*/ 443 444 /*MC 445 PETSC_TRUE - True value of PetscBool 446 447 Level: beginner 448 449 Note: Nonzero integer 450 451 .seealso: PetscBool , PETSC_FALSE 452 M*/ 453 454 /*MC 455 PETSC_NULL - standard way of passing in a null or array or pointer 456 457 Level: beginner 458 459 Notes: accepted by many PETSc functions to not set a parameter and instead use 460 some default 461 462 This macro does not exist in Fortran; you must use PETSC_NULL_INTEGER, 463 PETSC_NULL_DOUBLE_PRECISION, PETSC_NULL_FUNCTION, PETSC_NULL_OBJECT etc 464 465 Developer Note: Why have PETSC_NULL, why not just use NULL? The problem is that NULL is defined in different include files under 466 different versions of Unix. It is tricky to insure the correct include file is always included. 467 468 .seealso: PETSC_DECIDE, PETSC_DEFAULT, PETSC_IGNORE, PETSC_DETERMINE 469 470 M*/ 471 #define PETSC_NULL 0 472 473 /*MC 474 PETSC_IGNORE - same as PETSC_NULL, means PETSc will ignore this argument 475 476 Level: beginner 477 478 Note: accepted by many PETSc functions to not set a parameter and instead use 479 some default 480 481 Fortran Notes: This macro does not exist in Fortran; you must use PETSC_NULL_INTEGER, 482 PETSC_NULL_DOUBLE_PRECISION etc 483 484 .seealso: PETSC_DECIDE, PETSC_DEFAULT, PETSC_NULL, PETSC_DETERMINE 485 486 M*/ 487 #define PETSC_IGNORE PETSC_NULL 488 489 /*MC 490 PETSC_DECIDE - standard way of passing in integer or floating point parameter 491 where you wish PETSc to use the default. 492 493 Level: beginner 494 495 .seealso: PETSC_NULL, PETSC_DEFAULT, PETSC_IGNORE, PETSC_DETERMINE 496 497 M*/ 498 #define PETSC_DECIDE -1 499 500 /*MC 501 PETSC_DETERMINE - standard way of passing in integer or floating point parameter 502 where you wish PETSc to compute the required value. 503 504 Level: beginner 505 506 507 Developer Note: I would like to use const PetscInt PETSC_DETERMINE = PETSC_DECIDE; but for 508 some reason this is not allowed by the standard even though PETSC_DECIDE is a constant value. 509 510 .seealso: PETSC_DECIDE, PETSC_DEFAULT, PETSC_IGNORE, PETSC_NULL, VecSetSizes() 511 512 M*/ 513 #define PETSC_DETERMINE PETSC_DECIDE 514 515 /*MC 516 PETSC_DEFAULT - standard way of passing in integer or floating point parameter 517 where you wish PETSc to use the default. 518 519 Level: beginner 520 521 Fortran Notes: You need to use PETSC_DEFAULT_INTEGER or PETSC_DEFAULT_DOUBLE_PRECISION. 522 523 .seealso: PETSC_DECIDE, PETSC_NULL, PETSC_IGNORE, PETSC_DETERMINE 524 525 M*/ 526 #define PETSC_DEFAULT -2 527 528 /*MC 529 PETSC_COMM_WORLD - the equivalent of the MPI_COMM_WORLD communicator which represents 530 all the processs that PETSc knows about. 531 532 Level: beginner 533 534 Notes: By default PETSC_COMM_WORLD and MPI_COMM_WORLD are identical unless you wish to 535 run PETSc on ONLY a subset of MPI_COMM_WORLD. In that case create your new (smaller) 536 communicator, call it, say comm, and set PETSC_COMM_WORLD = comm BEFORE calling 537 PetscInitialize() 538 539 .seealso: PETSC_COMM_SELF 540 541 M*/ 542 extern MPI_Comm PETSC_COMM_WORLD; 543 544 /*MC 545 PETSC_COMM_SELF - This is always MPI_COMM_SELF 546 547 Level: beginner 548 549 .seealso: PETSC_COMM_WORLD 550 551 M*/ 552 #define PETSC_COMM_SELF MPI_COMM_SELF 553 554 extern PetscBool PetscInitializeCalled; 555 extern PetscBool PetscFinalizeCalled; 556 extern PetscBool synchronizeCUSP; 557 558 extern PetscErrorCode PetscSetHelpVersionFunctions(PetscErrorCode (*)(MPI_Comm),PetscErrorCode (*)(MPI_Comm)); 559 extern PetscErrorCode PetscCommDuplicate(MPI_Comm,MPI_Comm*,int*); 560 extern PetscErrorCode PetscCommDestroy(MPI_Comm*); 561 562 /*MC 563 PetscMalloc - Allocates memory 564 565 Synopsis: 566 PetscErrorCode PetscMalloc(size_t m,void **result) 567 568 Not Collective 569 570 Input Parameter: 571 . m - number of bytes to allocate 572 573 Output Parameter: 574 . result - memory allocated 575 576 Level: beginner 577 578 Notes: Memory is always allocated at least double aligned 579 580 If you request memory of zero size it will allocate no space and assign the pointer to 0; PetscFree() will 581 properly handle not freeing the null pointer. 582 583 .seealso: PetscFree(), PetscNew() 584 585 Concepts: memory allocation 586 587 M*/ 588 #define PetscMalloc(a,b) ((a != 0) ? (*PetscTrMalloc)((a),__LINE__,PETSC_FUNCTION_NAME,__FILE__,__SDIR__,(void**)(b)) : (*(b) = 0,0) ) 589 590 /*MC 591 PetscAddrAlign - Rounds up an address to PETSC_MEMALIGN alignment 592 593 Synopsis: 594 void *PetscAddrAlign(void *addr) 595 596 Not Collective 597 598 Input Parameters: 599 . addr - address to align (any pointer type) 600 601 Level: developer 602 603 .seealso: PetscMallocAlign() 604 605 Concepts: memory allocation 606 M*/ 607 #define PetscAddrAlign(a) (void*)((((PETSC_UINTPTR_T)(a))+(PETSC_MEMALIGN-1)) & ~(PETSC_MEMALIGN-1)) 608 609 /*MC 610 PetscMalloc2 - Allocates 2 chunks of memory both aligned to PETSC_MEMALIGN 611 612 Synopsis: 613 PetscErrorCode PetscMalloc2(size_t m1,type, t1,void **r1,size_t m2,type t2,void **r2) 614 615 Not Collective 616 617 Input Parameter: 618 + m1 - number of elements to allocate in 1st chunk (may be zero) 619 . t1 - type of first memory elements 620 . m2 - number of elements to allocate in 2nd chunk (may be zero) 621 - t2 - type of second memory elements 622 623 Output Parameter: 624 + r1 - memory allocated in first chunk 625 - r2 - memory allocated in second chunk 626 627 Level: developer 628 629 .seealso: PetscFree(), PetscNew(), PetscMalloc() 630 631 Concepts: memory allocation 632 633 M*/ 634 #if defined(PETSC_USE_DEBUG) 635 #define PetscMalloc2(m1,t1,r1,m2,t2,r2) (PetscMalloc((m1)*sizeof(t1),r1) || PetscMalloc((m2)*sizeof(t2),r2)) 636 #else 637 #define PetscMalloc2(m1,t1,r1,m2,t2,r2) ((*(r2) = 0,PetscMalloc((m1)*sizeof(t1)+(m2)*sizeof(t2)+(PETSC_MEMALIGN-1),r1)) \ 638 || (*(r2) = (t2*)PetscAddrAlign(*(r1)+m1),0)) 639 #endif 640 641 /*MC 642 PetscMalloc3 - Allocates 3 chunks of memory all aligned to PETSC_MEMALIGN 643 644 Synopsis: 645 PetscErrorCode PetscMalloc3(size_t m1,type, t1,void **r1,size_t m2,type t2,void **r2,size_t m3,type t3,void **r3) 646 647 Not Collective 648 649 Input Parameter: 650 + m1 - number of elements to allocate in 1st chunk (may be zero) 651 . t1 - type of first memory elements 652 . m2 - number of elements to allocate in 2nd chunk (may be zero) 653 . t2 - type of second memory elements 654 . m3 - number of elements to allocate in 3rd chunk (may be zero) 655 - t3 - type of third memory elements 656 657 Output Parameter: 658 + r1 - memory allocated in first chunk 659 . r2 - memory allocated in second chunk 660 - r3 - memory allocated in third chunk 661 662 Level: developer 663 664 .seealso: PetscFree(), PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree3() 665 666 Concepts: memory allocation 667 668 M*/ 669 #if defined(PETSC_USE_DEBUG) 670 #define PetscMalloc3(m1,t1,r1,m2,t2,r2,m3,t3,r3) (PetscMalloc((m1)*sizeof(t1),r1) || PetscMalloc((m2)*sizeof(t2),r2) || PetscMalloc((m3)*sizeof(t3),r3)) 671 #else 672 #define PetscMalloc3(m1,t1,r1,m2,t2,r2,m3,t3,r3) ((*(r2) = 0,*(r3) = 0,PetscMalloc((m1)*sizeof(t1)+(m2)*sizeof(t2)+(m3)*sizeof(t3)+2*(PETSC_MEMALIGN-1),r1)) \ 673 || (*(r2) = (t2*)PetscAddrAlign(*(r1)+m1),*(r3) = (t3*)PetscAddrAlign(*(r2)+m2),0)) 674 #endif 675 676 /*MC 677 PetscMalloc4 - Allocates 4 chunks of memory all aligned to PETSC_MEMALIGN 678 679 Synopsis: 680 PetscErrorCode PetscMalloc4(size_t m1,type, t1,void **r1,size_t m2,type t2,void **r2,size_t m3,type t3,void **r3,size_t m4,type t4,void **r4) 681 682 Not Collective 683 684 Input Parameter: 685 + m1 - number of elements to allocate in 1st chunk (may be zero) 686 . t1 - type of first memory elements 687 . m2 - number of elements to allocate in 2nd chunk (may be zero) 688 . t2 - type of second memory elements 689 . m3 - number of elements to allocate in 3rd chunk (may be zero) 690 . t3 - type of third memory elements 691 . m4 - number of elements to allocate in 4th chunk (may be zero) 692 - t4 - type of fourth memory elements 693 694 Output Parameter: 695 + r1 - memory allocated in first chunk 696 . r2 - memory allocated in second chunk 697 . r3 - memory allocated in third chunk 698 - r4 - memory allocated in fourth chunk 699 700 Level: developer 701 702 .seealso: PetscFree(), PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree3(), PetscFree4() 703 704 Concepts: memory allocation 705 706 M*/ 707 #if defined(PETSC_USE_DEBUG) 708 #define PetscMalloc4(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4) (PetscMalloc((m1)*sizeof(t1),r1) || PetscMalloc((m2)*sizeof(t2),r2) || PetscMalloc((m3)*sizeof(t3),r3) || PetscMalloc((m4)*sizeof(t4),r4)) 709 #else 710 #define PetscMalloc4(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4) \ 711 ((*(r2) = 0, *(r3) = 0, *(r4) = 0,PetscMalloc((m1)*sizeof(t1)+(m2)*sizeof(t2)+(m3)*sizeof(t3)+(m4)*sizeof(t4)+3*(PETSC_MEMALIGN-1),r1)) \ 712 || (*(r2) = (t2*)PetscAddrAlign(*(r1)+m1),*(r3) = (t3*)PetscAddrAlign(*(r2)+m2),*(r4) = (t4*)PetscAddrAlign(*(r3)+m3),0)) 713 #endif 714 715 /*MC 716 PetscMalloc5 - Allocates 5 chunks of memory all aligned to PETSC_MEMALIGN 717 718 Synopsis: 719 PetscErrorCode PetscMalloc5(size_t m1,type, t1,void **r1,size_t m2,type t2,void **r2,size_t m3,type t3,void **r3,size_t m4,type t4,void **r4,size_t m5,type t5,void **r5) 720 721 Not Collective 722 723 Input Parameter: 724 + m1 - number of elements to allocate in 1st chunk (may be zero) 725 . t1 - type of first memory elements 726 . m2 - number of elements to allocate in 2nd chunk (may be zero) 727 . t2 - type of second memory elements 728 . m3 - number of elements to allocate in 3rd chunk (may be zero) 729 . t3 - type of third memory elements 730 . m4 - number of elements to allocate in 4th chunk (may be zero) 731 . t4 - type of fourth memory elements 732 . m5 - number of elements to allocate in 5th chunk (may be zero) 733 - t5 - type of fifth memory elements 734 735 Output Parameter: 736 + r1 - memory allocated in first chunk 737 . r2 - memory allocated in second chunk 738 . r3 - memory allocated in third chunk 739 . r4 - memory allocated in fourth chunk 740 - r5 - memory allocated in fifth chunk 741 742 Level: developer 743 744 .seealso: PetscFree(), PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree3(), PetscFree4(), PetscFree5() 745 746 Concepts: memory allocation 747 748 M*/ 749 #if defined(PETSC_USE_DEBUG) 750 #define PetscMalloc5(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4,m5,t5,r5) (PetscMalloc((m1)*sizeof(t1),r1) || PetscMalloc((m2)*sizeof(t2),r2) || PetscMalloc((m3)*sizeof(t3),r3) || PetscMalloc((m4)*sizeof(t4),r4) || PetscMalloc((m5)*sizeof(t5),r5)) 751 #else 752 #define PetscMalloc5(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4,m5,t5,r5) \ 753 ((*(r2) = 0, *(r3) = 0, *(r4) = 0,*(r5) = 0,PetscMalloc((m1)*sizeof(t1)+(m2)*sizeof(t2)+(m3)*sizeof(t3)+(m4)*sizeof(t4)+(m5)*sizeof(t5)+4*(PETSC_MEMALIGN-1),r1)) \ 754 || (*(r2) = (t2*)PetscAddrAlign(*(r1)+m1),*(r3) = (t3*)PetscAddrAlign(*(r2)+m2),*(r4) = (t4*)PetscAddrAlign(*(r3)+m3),*(r5) = (t5*)PetscAddrAlign(*(r4)+m4),0)) 755 #endif 756 757 758 /*MC 759 PetscMalloc6 - Allocates 6 chunks of memory all aligned to PETSC_MEMALIGN 760 761 Synopsis: 762 PetscErrorCode PetscMalloc6(size_t m1,type, t1,void **r1,size_t m2,type t2,void **r2,size_t m3,type t3,void **r3,size_t m4,type t4,void **r4,size_t m5,type t5,void **r5,size_t m6,type t6,void **r6) 763 764 Not Collective 765 766 Input Parameter: 767 + m1 - number of elements to allocate in 1st chunk (may be zero) 768 . t1 - type of first memory elements 769 . m2 - number of elements to allocate in 2nd chunk (may be zero) 770 . t2 - type of second memory elements 771 . m3 - number of elements to allocate in 3rd chunk (may be zero) 772 . t3 - type of third memory elements 773 . m4 - number of elements to allocate in 4th chunk (may be zero) 774 . t4 - type of fourth memory elements 775 . m5 - number of elements to allocate in 5th chunk (may be zero) 776 . t5 - type of fifth memory elements 777 . m6 - number of elements to allocate in 6th chunk (may be zero) 778 - t6 - type of sixth memory elements 779 780 Output Parameter: 781 + r1 - memory allocated in first chunk 782 . r2 - memory allocated in second chunk 783 . r3 - memory allocated in third chunk 784 . r4 - memory allocated in fourth chunk 785 . r5 - memory allocated in fifth chunk 786 - r6 - memory allocated in sixth chunk 787 788 Level: developer 789 790 .seealso: PetscFree(), PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree3(), PetscFree4(), PetscFree5(), PetscFree6() 791 792 Concepts: memory allocation 793 794 M*/ 795 #if defined(PETSC_USE_DEBUG) 796 #define PetscMalloc6(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4,m5,t5,r5,m6,t6,r6) (PetscMalloc((m1)*sizeof(t1),r1) || PetscMalloc((m2)*sizeof(t2),r2) || PetscMalloc((m3)*sizeof(t3),r3) || PetscMalloc((m4)*sizeof(t4),r4) || PetscMalloc((m5)*sizeof(t5),r5) || PetscMalloc((m6)*sizeof(t6),r6)) 797 #else 798 #define PetscMalloc6(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4,m5,t5,r5,m6,t6,r6) \ 799 ((*(r2) = 0, *(r3) = 0, *(r4) = 0,*(r5) = 0,*(r6) = 0,PetscMalloc((m1)*sizeof(t1)+(m2)*sizeof(t2)+(m3)*sizeof(t3)+(m4)*sizeof(t4)+(m5)*sizeof(t5)+(m6)*sizeof(t6)+5*(PETSC_MEMALIGN-1),r1)) \ 800 || (*(r2) = (t2*)PetscAddrAlign(*(r1)+m1),*(r3) = (t3*)PetscAddrAlign(*(r2)+m2),*(r4) = (t4*)PetscAddrAlign(*(r3)+m3),*(r5) = (t5*)PetscAddrAlign(*(r4)+m4),*(r6) = (t6*)PetscAddrAlign(*(r5)+m5),0)) 801 #endif 802 803 /*MC 804 PetscMalloc7 - Allocates 7 chunks of memory all aligned to PETSC_MEMALIGN 805 806 Synopsis: 807 PetscErrorCode PetscMalloc7(size_t m1,type, t1,void **r1,size_t m2,type t2,void **r2,size_t m3,type t3,void **r3,size_t m4,type t4,void **r4,size_t m5,type t5,void **r5,size_t m6,type t6,void **r6,size_t m7,type t7,void **r7) 808 809 Not Collective 810 811 Input Parameter: 812 + m1 - number of elements to allocate in 1st chunk (may be zero) 813 . t1 - type of first memory elements 814 . m2 - number of elements to allocate in 2nd chunk (may be zero) 815 . t2 - type of second memory elements 816 . m3 - number of elements to allocate in 3rd chunk (may be zero) 817 . t3 - type of third memory elements 818 . m4 - number of elements to allocate in 4th chunk (may be zero) 819 . t4 - type of fourth memory elements 820 . m5 - number of elements to allocate in 5th chunk (may be zero) 821 . t5 - type of fifth memory elements 822 . m6 - number of elements to allocate in 6th chunk (may be zero) 823 . t6 - type of sixth memory elements 824 . m7 - number of elements to allocate in 7th chunk (may be zero) 825 - t7 - type of sixth memory elements 826 827 Output Parameter: 828 + r1 - memory allocated in first chunk 829 . r2 - memory allocated in second chunk 830 . r3 - memory allocated in third chunk 831 . r4 - memory allocated in fourth chunk 832 . r5 - memory allocated in fifth chunk 833 . r6 - memory allocated in sixth chunk 834 - r7 - memory allocated in seventh chunk 835 836 Level: developer 837 838 .seealso: PetscFree(), PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree3(), PetscFree4(), PetscFree5(), PetscFree6(), PetscFree7() 839 840 Concepts: memory allocation 841 842 M*/ 843 #if defined(PETSC_USE_DEBUG) 844 #define PetscMalloc7(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4,m5,t5,r5,m6,t6,r6,m7,t7,r7) (PetscMalloc((m1)*sizeof(t1),r1) || PetscMalloc((m2)*sizeof(t2),r2) || PetscMalloc((m3)*sizeof(t3),r3) || PetscMalloc((m4)*sizeof(t4),r4) || PetscMalloc((m5)*sizeof(t5),r5) || PetscMalloc((m6)*sizeof(t6),r6) || PetscMalloc((m7)*sizeof(t7),r7)) 845 #else 846 #define PetscMalloc7(m1,t1,r1,m2,t2,r2,m3,t3,r3,m4,t4,r4,m5,t5,r5,m6,t6,r6,m7,t7,r7) \ 847 ((*(r2) = 0, *(r3) = 0, *(r4) = 0,*(r5) = 0,*(r6) = 0,*(r7) = 0,PetscMalloc((m1)*sizeof(t1)+(m2)*sizeof(t2)+(m3)*sizeof(t3)+(m4)*sizeof(t4)+(m5)*sizeof(t5)+(m6)*sizeof(t6)+(m7)*sizeof(t7)+6*(PETSC_MEMALIGN-1),r1)) \ 848 || (*(r2) = (t2*)PetscAddrAlign(*(r1)+m1),*(r3) = (t3*)PetscAddrAlign(*(r2)+m2),*(r4) = (t4*)PetscAddrAlign(*(r3)+m3),*(r5) = (t5*)PetscAddrAlign(*(r4)+m4),*(r6) = (t6*)PetscAddrAlign(*(r5)+m5),*(r7) = (t7*)PetscAddrAlign(*(r6)+m6),0)) 849 #endif 850 851 /*MC 852 PetscNew - Allocates memory of a particular type, zeros the memory! Aligned to PETSC_MEMALIGN 853 854 Synopsis: 855 PetscErrorCode PetscNew(struct type,((type *))result) 856 857 Not Collective 858 859 Input Parameter: 860 . type - structure name of space to be allocated. Memory of size sizeof(type) is allocated 861 862 Output Parameter: 863 . result - memory allocated 864 865 Level: beginner 866 867 .seealso: PetscFree(), PetscMalloc(), PetscNewLog() 868 869 Concepts: memory allocation 870 871 M*/ 872 #define PetscNew(A,b) (PetscMalloc(sizeof(A),(b)) || PetscMemzero(*(b),sizeof(A))) 873 874 /*MC 875 PetscNewLog - Allocates memory of a particular type, zeros the memory! Aligned to PETSC_MEMALIGN. Associates the memory allocated 876 with the given object using PetscLogObjectMemory(). 877 878 Synopsis: 879 PetscErrorCode PetscNewLog(PetscObject obj,struct type,((type *))result) 880 881 Not Collective 882 883 Input Parameter: 884 + obj - object memory is logged to 885 - type - structure name of space to be allocated. Memory of size sizeof(type) is allocated 886 887 Output Parameter: 888 . result - memory allocated 889 890 Level: developer 891 892 .seealso: PetscFree(), PetscMalloc(), PetscNew(), PetscLogObjectMemory() 893 894 Concepts: memory allocation 895 896 M*/ 897 #define PetscNewLog(o,A,b) (PetscNew(A,b) || ((o) ? PetscLogObjectMemory(o,sizeof(A)) : 0)) 898 899 /*MC 900 PetscFree - Frees memory 901 902 Synopsis: 903 PetscErrorCode PetscFree(void *memory) 904 905 Not Collective 906 907 Input Parameter: 908 . memory - memory to free (the pointer is ALWAYS set to 0 upon sucess) 909 910 Level: beginner 911 912 Notes: Memory must have been obtained with PetscNew() or PetscMalloc() 913 914 .seealso: PetscNew(), PetscMalloc(), PetscFreeVoid() 915 916 Concepts: memory allocation 917 918 M*/ 919 #define PetscFree(a) ((a) && ((*PetscTrFree)((void*)(a),__LINE__,PETSC_FUNCTION_NAME,__FILE__,__SDIR__) || ((a) = 0,0))) 920 921 /*MC 922 PetscFreeVoid - Frees memory 923 924 Synopsis: 925 void PetscFreeVoid(void *memory) 926 927 Not Collective 928 929 Input Parameter: 930 . memory - memory to free 931 932 Level: beginner 933 934 Notes: This is different from PetscFree() in that no error code is returned 935 936 .seealso: PetscFree(), PetscNew(), PetscMalloc() 937 938 Concepts: memory allocation 939 940 M*/ 941 #define PetscFreeVoid(a) ((*PetscTrFree)((a),__LINE__,PETSC_FUNCTION_NAME,__FILE__,__SDIR__),(a) = 0) 942 943 944 /*MC 945 PetscFree2 - Frees 2 chunks of memory obtained with PetscMalloc2() 946 947 Synopsis: 948 PetscErrorCode PetscFree2(void *memory1,void *memory2) 949 950 Not Collective 951 952 Input Parameter: 953 + memory1 - memory to free 954 - memory2 - 2nd memory to free 955 956 Level: developer 957 958 Notes: Memory must have been obtained with PetscMalloc2() 959 960 .seealso: PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree() 961 962 Concepts: memory allocation 963 964 M*/ 965 #if defined(PETSC_USE_DEBUG) 966 #define PetscFree2(m1,m2) (PetscFree(m2) || PetscFree(m1)) 967 #else 968 #define PetscFree2(m1,m2) ((m2)=0, PetscFree(m1)) 969 #endif 970 971 /*MC 972 PetscFree3 - Frees 3 chunks of memory obtained with PetscMalloc3() 973 974 Synopsis: 975 PetscErrorCode PetscFree3(void *memory1,void *memory2,void *memory3) 976 977 Not Collective 978 979 Input Parameter: 980 + memory1 - memory to free 981 . memory2 - 2nd memory to free 982 - memory3 - 3rd memory to free 983 984 Level: developer 985 986 Notes: Memory must have been obtained with PetscMalloc3() 987 988 .seealso: PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree(), PetscMalloc3() 989 990 Concepts: memory allocation 991 992 M*/ 993 #if defined(PETSC_USE_DEBUG) 994 #define PetscFree3(m1,m2,m3) (PetscFree(m3) || PetscFree(m2) || PetscFree(m1)) 995 #else 996 #define PetscFree3(m1,m2,m3) ((m3)=0,(m2)=0,PetscFree(m1)) 997 #endif 998 999 /*MC 1000 PetscFree4 - Frees 4 chunks of memory obtained with PetscMalloc4() 1001 1002 Synopsis: 1003 PetscErrorCode PetscFree4(void *m1,void *m2,void *m3,void *m4) 1004 1005 Not Collective 1006 1007 Input Parameter: 1008 + m1 - memory to free 1009 . m2 - 2nd memory to free 1010 . m3 - 3rd memory to free 1011 - m4 - 4th memory to free 1012 1013 Level: developer 1014 1015 Notes: Memory must have been obtained with PetscMalloc4() 1016 1017 .seealso: PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree(), PetscMalloc3(), PetscMalloc4() 1018 1019 Concepts: memory allocation 1020 1021 M*/ 1022 #if defined(PETSC_USE_DEBUG) 1023 #define PetscFree4(m1,m2,m3,m4) (PetscFree(m4) || PetscFree(m3) || PetscFree(m2) || PetscFree(m1)) 1024 #else 1025 #define PetscFree4(m1,m2,m3,m4) ((m4)=0,(m3)=0,(m2)=0,PetscFree(m1)) 1026 #endif 1027 1028 /*MC 1029 PetscFree5 - Frees 5 chunks of memory obtained with PetscMalloc5() 1030 1031 Synopsis: 1032 PetscErrorCode PetscFree5(void *m1,void *m2,void *m3,void *m4,void *m5) 1033 1034 Not Collective 1035 1036 Input Parameter: 1037 + m1 - memory to free 1038 . m2 - 2nd memory to free 1039 . m3 - 3rd memory to free 1040 . m4 - 4th memory to free 1041 - m5 - 5th memory to free 1042 1043 Level: developer 1044 1045 Notes: Memory must have been obtained with PetscMalloc5() 1046 1047 .seealso: PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree(), PetscMalloc3(), PetscMalloc4(), PetscMalloc5() 1048 1049 Concepts: memory allocation 1050 1051 M*/ 1052 #if defined(PETSC_USE_DEBUG) 1053 #define PetscFree5(m1,m2,m3,m4,m5) (PetscFree(m5) || PetscFree(m4) || PetscFree(m3) || PetscFree(m2) || PetscFree(m1)) 1054 #else 1055 #define PetscFree5(m1,m2,m3,m4,m5) ((m5)=0,(m4)=0,(m3)=0,(m2)=0,PetscFree(m1)) 1056 #endif 1057 1058 1059 /*MC 1060 PetscFree6 - Frees 6 chunks of memory obtained with PetscMalloc6() 1061 1062 Synopsis: 1063 PetscErrorCode PetscFree6(void *m1,void *m2,void *m3,void *m4,void *m5,void *m6) 1064 1065 Not Collective 1066 1067 Input Parameter: 1068 + m1 - memory to free 1069 . m2 - 2nd memory to free 1070 . m3 - 3rd memory to free 1071 . m4 - 4th memory to free 1072 . m5 - 5th memory to free 1073 - m6 - 6th memory to free 1074 1075 1076 Level: developer 1077 1078 Notes: Memory must have been obtained with PetscMalloc6() 1079 1080 .seealso: PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree(), PetscMalloc3(), PetscMalloc4(), PetscMalloc5(), PetscMalloc6() 1081 1082 Concepts: memory allocation 1083 1084 M*/ 1085 #if defined(PETSC_USE_DEBUG) 1086 #define PetscFree6(m1,m2,m3,m4,m5,m6) (PetscFree(m6) || PetscFree(m5) || PetscFree(m4) || PetscFree(m3) || PetscFree(m2) || PetscFree(m1)) 1087 #else 1088 #define PetscFree6(m1,m2,m3,m4,m5,m6) ((m6)=0,(m5)=0,(m4)=0,(m3)=0,(m2)=0,PetscFree(m1)) 1089 #endif 1090 1091 /*MC 1092 PetscFree7 - Frees 7 chunks of memory obtained with PetscMalloc7() 1093 1094 Synopsis: 1095 PetscErrorCode PetscFree7(void *m1,void *m2,void *m3,void *m4,void *m5,void *m6,void *m7) 1096 1097 Not Collective 1098 1099 Input Parameter: 1100 + m1 - memory to free 1101 . m2 - 2nd memory to free 1102 . m3 - 3rd memory to free 1103 . m4 - 4th memory to free 1104 . m5 - 5th memory to free 1105 . m6 - 6th memory to free 1106 - m7 - 7th memory to free 1107 1108 1109 Level: developer 1110 1111 Notes: Memory must have been obtained with PetscMalloc7() 1112 1113 .seealso: PetscNew(), PetscMalloc(), PetscMalloc2(), PetscFree(), PetscMalloc3(), PetscMalloc4(), PetscMalloc5(), PetscMalloc6(), 1114 PetscMalloc7() 1115 1116 Concepts: memory allocation 1117 1118 M*/ 1119 #if defined(PETSC_USE_DEBUG) 1120 #define PetscFree7(m1,m2,m3,m4,m5,m6,m7) (PetscFree(m7) || PetscFree(m6) || PetscFree(m5) || PetscFree(m4) || PetscFree(m3) || PetscFree(m2) || PetscFree(m1)) 1121 #else 1122 #define PetscFree7(m1,m2,m3,m4,m5,m6,m7) ((m7)=0,(m6)=0,(m5)=0,(m4)=0,(m3)=0,(m2)=0,PetscFree(m1)) 1123 #endif 1124 1125 extern PetscErrorCode (*PetscTrMalloc)(size_t,int,const char[],const char[],const char[],void**); 1126 extern PetscErrorCode (*PetscTrFree)(void*,int,const char[],const char[],const char[]); 1127 extern PetscErrorCode PetscMallocSet(PetscErrorCode (*)(size_t,int,const char[],const char[],const char[],void**),PetscErrorCode (*)(void*,int,const char[],const char[],const char[])); 1128 extern PetscErrorCode PetscMallocClear(void); 1129 1130 /* 1131 Routines for tracing memory corruption/bleeding with default PETSc memory allocation 1132 */ 1133 extern PetscErrorCode PetscMallocDump(FILE *); 1134 extern PetscErrorCode PetscMallocDumpLog(FILE *); 1135 extern PetscErrorCode PetscMallocGetCurrentUsage(PetscLogDouble *); 1136 extern PetscErrorCode PetscMallocGetMaximumUsage(PetscLogDouble *); 1137 extern PetscErrorCode PetscMallocDebug(PetscBool); 1138 extern PetscErrorCode PetscMallocValidate(int,const char[],const char[],const char[]); 1139 extern PetscErrorCode PetscMallocSetDumpLog(void); 1140 extern PetscErrorCode PetscMallocGetDumpLog(PetscBool*); 1141 1142 1143 /*E 1144 PetscDataType - Used for handling different basic data types. 1145 1146 Level: beginner 1147 1148 Developer comment: It would be nice if we could always just use MPI Datatypes, why can we not? 1149 1150 .seealso: PetscBinaryRead(), PetscBinaryWrite(), PetscDataTypeToMPIDataType(), 1151 PetscDataTypeGetSize() 1152 1153 E*/ 1154 typedef enum {PETSC_INT = 0,PETSC_DOUBLE = 1,PETSC_COMPLEX = 2, PETSC_LONG = 3 ,PETSC_SHORT = 4,PETSC_FLOAT = 5, 1155 PETSC_CHAR = 6,PETSC_BIT_LOGICAL = 7,PETSC_ENUM = 8,PETSC_BOOL=9, PETSC___FLOAT128 = 10} PetscDataType; 1156 extern const char *PetscDataTypes[]; 1157 1158 #if defined(PETSC_USE_COMPLEX) 1159 #define PETSC_SCALAR PETSC_COMPLEX 1160 #else 1161 #if defined(PETSC_USE_REAL_SINGLE) 1162 #define PETSC_SCALAR PETSC_FLOAT 1163 #elif defined(PETSC_USE_REAL___FLOAT128) 1164 #define PETSC_SCALAR PETSC___FLOAT128 1165 #else 1166 #define PETSC_SCALAR PETSC_DOUBLE 1167 #endif 1168 #endif 1169 #if defined(PETSC_USE_REAL_SINGLE) 1170 #define PETSC_REAL PETSC_FLOAT 1171 #elif defined(PETSC_USE_REAL___FLOAT128) 1172 #define PETSC_REAL PETSC___FLOAT128 1173 #else 1174 #define PETSC_REAL PETSC_DOUBLE 1175 #endif 1176 #define PETSC_FORTRANADDR PETSC_LONG 1177 1178 extern PetscErrorCode PetscDataTypeToMPIDataType(PetscDataType,MPI_Datatype*); 1179 extern PetscErrorCode PetscMPIDataTypeToPetscDataType(MPI_Datatype,PetscDataType*); 1180 extern PetscErrorCode PetscDataTypeGetSize(PetscDataType,size_t*); 1181 1182 /* 1183 Basic memory and string operations. These are usually simple wrappers 1184 around the basic Unix system calls, but a few of them have additional 1185 functionality and/or error checking. 1186 */ 1187 extern PetscErrorCode PetscBitMemcpy(void*,PetscInt,const void*,PetscInt,PetscInt,PetscDataType); 1188 extern PetscErrorCode PetscMemmove(void*,void *,size_t); 1189 extern PetscErrorCode PetscMemcmp(const void*,const void*,size_t,PetscBool *); 1190 extern PetscErrorCode PetscStrlen(const char[],size_t*); 1191 extern PetscErrorCode PetscStrToArray(const char[],int*,char ***); 1192 extern PetscErrorCode PetscStrToArrayDestroy(int,char **); 1193 extern PetscErrorCode PetscStrcmp(const char[],const char[],PetscBool *); 1194 extern PetscErrorCode PetscStrgrt(const char[],const char[],PetscBool *); 1195 extern PetscErrorCode PetscStrcasecmp(const char[],const char[],PetscBool *); 1196 extern PetscErrorCode PetscStrncmp(const char[],const char[],size_t,PetscBool *); 1197 extern PetscErrorCode PetscStrcpy(char[],const char[]); 1198 extern PetscErrorCode PetscStrcat(char[],const char[]); 1199 extern PetscErrorCode PetscStrncat(char[],const char[],size_t); 1200 extern PetscErrorCode PetscStrncpy(char[],const char[],size_t); 1201 extern PetscErrorCode PetscStrchr(const char[],char,char *[]); 1202 extern PetscErrorCode PetscStrtolower(char[]); 1203 extern PetscErrorCode PetscStrrchr(const char[],char,char *[]); 1204 extern PetscErrorCode PetscStrstr(const char[],const char[],char *[]); 1205 extern PetscErrorCode PetscStrrstr(const char[],const char[],char *[]); 1206 extern PetscErrorCode PetscStrendswith(const char[],const char[],PetscBool*); 1207 extern PetscErrorCode PetscStrendswithwhich(const char[],const char *const*,PetscInt*); 1208 extern PetscErrorCode PetscStrallocpy(const char[],char *[]); 1209 extern PetscErrorCode PetscStrreplace(MPI_Comm,const char[],char[],size_t); 1210 1211 /*S 1212 PetscToken - 'Token' used for managing tokenizing strings 1213 1214 Level: intermediate 1215 1216 .seealso: PetscTokenCreate(), PetscTokenFind(), PetscTokenDestroy() 1217 S*/ 1218 typedef struct _p_PetscToken* PetscToken; 1219 1220 extern PetscErrorCode PetscTokenCreate(const char[],const char,PetscToken*); 1221 extern PetscErrorCode PetscTokenFind(PetscToken,char *[]); 1222 extern PetscErrorCode PetscTokenDestroy(PetscToken*); 1223 1224 /* 1225 These are MPI operations for MPI_Allreduce() etc 1226 */ 1227 extern MPI_Op PetscMaxSum_Op; 1228 #if (defined(PETSC_USE_COMPLEX) && !defined(PETSC_HAVE_MPI_C_DOUBLE_COMPLEX)) || defined(PETSC_USE_REAL___FLOAT128) 1229 extern MPI_Op MPIU_SUM; 1230 #else 1231 #define MPIU_SUM MPI_SUM 1232 #endif 1233 #if defined(PETSC_USE_REAL___FLOAT128) 1234 extern MPI_Op MPIU_MAX; 1235 extern MPI_Op MPIU_MIN; 1236 #else 1237 #define MPIU_MAX MPI_MAX 1238 #define MPIU_MIN MPI_MIN 1239 #endif 1240 extern PetscErrorCode PetscMaxSum(MPI_Comm,const PetscInt[],PetscInt*,PetscInt*); 1241 1242 extern PetscErrorCode MPILong_Send(void*,PetscInt,MPI_Datatype,PetscMPIInt,PetscMPIInt,MPI_Comm); 1243 extern PetscErrorCode MPILong_Recv(void*,PetscInt,MPI_Datatype,PetscMPIInt,PetscMPIInt,MPI_Comm); 1244 1245 /*S 1246 PetscObject - any PETSc object, PetscViewer, Mat, Vec, KSP etc 1247 1248 Level: beginner 1249 1250 Note: This is the base class from which all objects appear. 1251 1252 .seealso: PetscObjectDestroy(), PetscObjectView(), PetscObjectGetName(), PetscObjectSetName(), PetscObjectReference(), PetscObjectDereferenc() 1253 S*/ 1254 typedef struct _p_PetscObject* PetscObject; 1255 1256 /*S 1257 PetscFList - Linked list of functions, possibly stored in dynamic libraries, accessed 1258 by string name 1259 1260 Level: advanced 1261 1262 .seealso: PetscFListAdd(), PetscFListDestroy() 1263 S*/ 1264 typedef struct _n_PetscFList *PetscFList; 1265 1266 /*S 1267 PetscOpFList - Linked list of operations on objects, implemented by functions, possibly stored in dynamic libraries, 1268 accessed by string op name together with string argument types. 1269 1270 Level: advanced 1271 1272 .seealso: PetscOpFListAdd(), PetscOpFListFind(), PetscOpFListDestroy() 1273 S*/ 1274 typedef struct _n_PetscOpFList *PetscOpFList; 1275 1276 /*E 1277 PetscFileMode - Access mode for a file. 1278 1279 Level: beginner 1280 1281 FILE_MODE_READ - open a file at its beginning for reading 1282 1283 FILE_MODE_WRITE - open a file at its beginning for writing (will create if the file does not exist) 1284 1285 FILE_MODE_APPEND - open a file at end for writing 1286 1287 FILE_MODE_UPDATE - open a file for updating, meaning for reading and writing 1288 1289 FILE_MODE_APPEND_UPDATE - open a file for updating, meaning for reading and writing, at the end 1290 1291 .seealso: PetscViewerFileSetMode() 1292 E*/ 1293 typedef enum {FILE_MODE_READ, FILE_MODE_WRITE, FILE_MODE_APPEND, FILE_MODE_UPDATE, FILE_MODE_APPEND_UPDATE} PetscFileMode; 1294 1295 #include "petscviewer.h" 1296 #include "petscoptions.h" 1297 1298 #define PETSC_SMALLEST_CLASSID 1211211 1299 extern PetscClassId PETSC_LARGEST_CLASSID; 1300 extern PetscClassId PETSC_OBJECT_CLASSID; 1301 extern PetscErrorCode PetscClassIdRegister(const char[],PetscClassId *); 1302 1303 /* 1304 Routines that get memory usage information from the OS 1305 */ 1306 extern PetscErrorCode PetscMemoryGetCurrentUsage(PetscLogDouble *); 1307 extern PetscErrorCode PetscMemoryGetMaximumUsage(PetscLogDouble *); 1308 extern PetscErrorCode PetscMemorySetGetMaximumUsage(void); 1309 extern PetscErrorCode PetscMemoryShowUsage(PetscViewer,const char[]); 1310 1311 extern PetscErrorCode PetscInfoAllow(PetscBool ,const char []); 1312 extern PetscErrorCode PetscGetTime(PetscLogDouble*); 1313 extern PetscErrorCode PetscGetCPUTime(PetscLogDouble*); 1314 extern PetscErrorCode PetscSleep(PetscReal); 1315 1316 /* 1317 Initialization of PETSc 1318 */ 1319 extern PetscErrorCode PetscInitialize(int*,char***,const char[],const char[]); 1320 PetscPolymorphicSubroutine(PetscInitialize,(int *argc,char ***args),(argc,args,PETSC_NULL,PETSC_NULL)) 1321 extern PetscErrorCode PetscInitializeNoArguments(void); 1322 extern PetscErrorCode PetscInitialized(PetscBool *); 1323 extern PetscErrorCode PetscFinalized(PetscBool *); 1324 extern PetscErrorCode PetscFinalize(void); 1325 extern PetscErrorCode PetscInitializeFortran(void); 1326 extern PetscErrorCode PetscGetArgs(int*,char ***); 1327 extern PetscErrorCode PetscGetArguments(char ***); 1328 extern PetscErrorCode PetscFreeArguments(char **); 1329 1330 extern PetscErrorCode PetscEnd(void); 1331 extern PetscErrorCode PetscSysInitializePackage(const char[]); 1332 1333 extern MPI_Comm PETSC_COMM_LOCAL_WORLD; 1334 extern PetscErrorCode PetscHMPIMerge(PetscMPIInt,PetscErrorCode (*)(void*),void*); 1335 extern PetscErrorCode PetscHMPISpawn(PetscMPIInt); 1336 extern PetscErrorCode PetscHMPIFinalize(void); 1337 extern PetscErrorCode PetscHMPIRun(MPI_Comm,PetscErrorCode (*)(MPI_Comm,void *),void*); 1338 extern PetscErrorCode PetscHMPIRunCtx(MPI_Comm,PetscErrorCode (*)(MPI_Comm,void*,void *),void*); 1339 extern PetscErrorCode PetscHMPIFree(MPI_Comm,void*); 1340 extern PetscErrorCode PetscHMPIMalloc(MPI_Comm,size_t,void**); 1341 1342 extern PetscErrorCode PetscPythonInitialize(const char[],const char[]); 1343 extern PetscErrorCode PetscPythonFinalize(void); 1344 extern PetscErrorCode PetscPythonPrintError(void); 1345 extern PetscErrorCode PetscPythonMonitorSet(PetscObject,const char[]); 1346 1347 /* 1348 These are so that in extern C code we can caste function pointers to non-extern C 1349 function pointers. Since the regular C++ code expects its function pointers to be 1350 C++. 1351 */ 1352 typedef void (**PetscVoidStarFunction)(void); 1353 typedef void (*PetscVoidFunction)(void); 1354 typedef PetscErrorCode (*PetscErrorCodeFunction)(void); 1355 1356 /* 1357 PetscTryMethod - Queries an object for a method, if it exists then calls it. 1358 These are intended to be used only inside PETSc functions. 1359 1360 Level: developer 1361 1362 .seealso: PetscUseMethod() 1363 */ 1364 #define PetscTryMethod(obj,A,B,C) \ 1365 0;{ PetscErrorCode (*f)B, __ierr; \ 1366 __ierr = PetscObjectQueryFunction((PetscObject)obj,A,(PetscVoidStarFunction)&f);CHKERRQ(__ierr); \ 1367 if (f) {__ierr = (*f)C;CHKERRQ(__ierr);}\ 1368 } 1369 1370 /* 1371 PetscUseMethod - Queries an object for a method, if it exists then calls it, otherwise generates an error. 1372 These are intended to be used only inside PETSc functions. 1373 1374 Level: developer 1375 1376 .seealso: PetscTryMethod() 1377 */ 1378 #define PetscUseMethod(obj,A,B,C) \ 1379 0;{ PetscErrorCode (*f)B, __ierr; \ 1380 __ierr = PetscObjectQueryFunction((PetscObject)obj,A,(PetscVoidStarFunction)&f);CHKERRQ(__ierr); \ 1381 if (f) {__ierr = (*f)C;CHKERRQ(__ierr);}\ 1382 else SETERRQ1(((PetscObject)obj)->comm,PETSC_ERR_SUP,"Cannot locate function %s in object",A); \ 1383 } 1384 1385 /* 1386 Functions that can act on any PETSc object. 1387 */ 1388 extern PetscErrorCode PetscObjectDestroy(PetscObject*); 1389 extern PetscErrorCode PetscObjectGetComm(PetscObject,MPI_Comm *); 1390 extern PetscErrorCode PetscObjectGetClassId(PetscObject,PetscClassId *); 1391 extern PetscErrorCode PetscObjectGetClassName(PetscObject,const char *[]); 1392 extern PetscErrorCode PetscObjectSetType(PetscObject,const char []); 1393 extern PetscErrorCode PetscObjectSetPrecision(PetscObject,PetscPrecision); 1394 extern PetscErrorCode PetscObjectGetType(PetscObject,const char *[]); 1395 extern PetscErrorCode PetscObjectSetName(PetscObject,const char[]); 1396 extern PetscErrorCode PetscObjectGetName(PetscObject,const char*[]); 1397 extern PetscErrorCode PetscObjectPrintClassNamePrefixType(PetscObject,PetscViewer,const char[]); 1398 extern PetscErrorCode PetscObjectSetTabLevel(PetscObject,PetscInt); 1399 extern PetscErrorCode PetscObjectGetTabLevel(PetscObject,PetscInt*); 1400 extern PetscErrorCode PetscObjectIncrementTabLevel(PetscObject,PetscObject,PetscInt); 1401 extern PetscErrorCode PetscObjectReference(PetscObject); 1402 extern PetscErrorCode PetscObjectGetReference(PetscObject,PetscInt*); 1403 extern PetscErrorCode PetscObjectDereference(PetscObject); 1404 extern PetscErrorCode PetscObjectGetNewTag(PetscObject,PetscMPIInt *); 1405 extern PetscErrorCode PetscObjectView(PetscObject,PetscViewer); 1406 extern PetscErrorCode PetscObjectCompose(PetscObject,const char[],PetscObject); 1407 extern PetscErrorCode PetscObjectRemoveReference(PetscObject,const char[]); 1408 extern PetscErrorCode PetscObjectQuery(PetscObject,const char[],PetscObject *); 1409 extern PetscErrorCode PetscObjectComposeFunction(PetscObject,const char[],const char[],void (*)(void)); 1410 extern PetscErrorCode PetscObjectSetFromOptions(PetscObject); 1411 extern PetscErrorCode PetscObjectSetUp(PetscObject); 1412 extern PetscErrorCode PetscCommGetNewTag(MPI_Comm,PetscMPIInt *); 1413 extern PetscErrorCode PetscObjectAddOptionsHandler(PetscObject,PetscErrorCode (*)(PetscObject,void*),PetscErrorCode (*)(PetscObject,void*),void*); 1414 extern PetscErrorCode PetscObjectProcessOptionsHandlers(PetscObject); 1415 extern PetscErrorCode PetscObjectDestroyOptionsHandlers(PetscObject); 1416 1417 /*MC 1418 PetscObjectComposeFunctionDynamic - Associates a function with a given PETSc object. 1419 1420 Synopsis: 1421 PetscErrorCode PetscObjectComposeFunctionDynamic(PetscObject obj,const char name[],const char fname[],void *ptr) 1422 1423 Logically Collective on PetscObject 1424 1425 Input Parameters: 1426 + obj - the PETSc object; this must be cast with a (PetscObject), for example, 1427 PetscObjectCompose((PetscObject)mat,...); 1428 . name - name associated with the child function 1429 . fname - name of the function 1430 - ptr - function pointer (or PETSC_NULL if using dynamic libraries) 1431 1432 Level: advanced 1433 1434 1435 Notes: 1436 To remove a registered routine, pass in a PETSC_NULL rname and fnc(). 1437 1438 PetscObjectComposeFunctionDynamic() can be used with any PETSc object (such as 1439 Mat, Vec, KSP, SNES, etc.) or any user-provided object. 1440 1441 The composed function must be wrapped in a EXTERN_C_BEGIN/END for this to 1442 work in C++/complex with dynamic link libraries (./configure options --with-shared-libraries --with-dynamic-loading) 1443 enabled. 1444 1445 Concepts: objects^composing functions 1446 Concepts: composing functions 1447 Concepts: functions^querying 1448 Concepts: objects^querying 1449 Concepts: querying objects 1450 1451 .seealso: PetscObjectQueryFunction() 1452 M*/ 1453 #if defined(PETSC_USE_DYNAMIC_LIBRARIES) 1454 #define PetscObjectComposeFunctionDynamic(a,b,c,d) PetscObjectComposeFunction(a,b,c,0) 1455 #else 1456 #define PetscObjectComposeFunctionDynamic(a,b,c,d) PetscObjectComposeFunction(a,b,c,(PetscVoidFunction)(d)) 1457 #endif 1458 1459 extern PetscErrorCode PetscObjectQueryFunction(PetscObject,const char[],void (**)(void)); 1460 extern PetscErrorCode PetscObjectSetOptionsPrefix(PetscObject,const char[]); 1461 extern PetscErrorCode PetscObjectAppendOptionsPrefix(PetscObject,const char[]); 1462 extern PetscErrorCode PetscObjectPrependOptionsPrefix(PetscObject,const char[]); 1463 extern PetscErrorCode PetscObjectGetOptionsPrefix(PetscObject,const char*[]); 1464 extern PetscErrorCode PetscObjectAMSPublish(PetscObject); 1465 extern PetscErrorCode PetscObjectUnPublish(PetscObject); 1466 extern PetscErrorCode PetscObjectChangeTypeName(PetscObject,const char[]); 1467 extern PetscErrorCode PetscObjectRegisterDestroy(PetscObject); 1468 extern PetscErrorCode PetscObjectRegisterDestroyAll(void); 1469 extern PetscErrorCode PetscObjectName(PetscObject); 1470 extern PetscErrorCode PetscTypeCompare(PetscObject,const char[],PetscBool *); 1471 extern PetscErrorCode PetscTypeCompareAny(PetscObject,PetscBool*,const char[],...); 1472 extern PetscErrorCode PetscRegisterFinalize(PetscErrorCode (*)(void)); 1473 extern PetscErrorCode PetscRegisterFinalizeAll(void); 1474 1475 /* 1476 Defines PETSc error handling. 1477 */ 1478 #include "petscerror.h" 1479 1480 /*S 1481 PetscOList - Linked list of PETSc objects, each accessable by string name 1482 1483 Level: developer 1484 1485 Notes: Used by PetscObjectCompose() and PetscObjectQuery() 1486 1487 .seealso: PetscOListAdd(), PetscOListDestroy(), PetscOListFind(), PetscObjectCompose(), PetscObjectQuery() 1488 S*/ 1489 typedef struct _n_PetscOList *PetscOList; 1490 1491 extern PetscErrorCode PetscOListDestroy(PetscOList*); 1492 extern PetscErrorCode PetscOListFind(PetscOList,const char[],PetscObject*); 1493 extern PetscErrorCode PetscOListReverseFind(PetscOList,PetscObject,char**,PetscBool*); 1494 extern PetscErrorCode PetscOListAdd(PetscOList *,const char[],PetscObject); 1495 extern PetscErrorCode PetscOListRemoveReference(PetscOList *,const char[]); 1496 extern PetscErrorCode PetscOListDuplicate(PetscOList,PetscOList *); 1497 1498 /* 1499 Dynamic library lists. Lists of names of routines in objects or in dynamic 1500 link libraries that will be loaded as needed. 1501 */ 1502 extern PetscErrorCode PetscFListAdd(PetscFList*,const char[],const char[],void (*)(void)); 1503 extern PetscErrorCode PetscFListDestroy(PetscFList*); 1504 extern PetscErrorCode PetscFListFind(PetscFList,MPI_Comm,const char[],PetscBool,void (**)(void)); 1505 extern PetscErrorCode PetscFListPrintTypes(MPI_Comm,FILE*,const char[],const char[],const char[],const char[],PetscFList,const char[]); 1506 #if defined(PETSC_USE_DYNAMIC_LIBRARIES) 1507 #define PetscFListAddDynamic(a,b,p,c) PetscFListAdd(a,b,p,0) 1508 #else 1509 #define PetscFListAddDynamic(a,b,p,c) PetscFListAdd(a,b,p,(void (*)(void))c) 1510 #endif 1511 extern PetscErrorCode PetscFListDuplicate(PetscFList,PetscFList *); 1512 extern PetscErrorCode PetscFListView(PetscFList,PetscViewer); 1513 extern PetscErrorCode PetscFListConcat(const char [],const char [],char []); 1514 extern PetscErrorCode PetscFListGet(PetscFList,char ***,int*); 1515 1516 /* 1517 Multiple dispatch operation function lists. Lists of names of routines with corresponding 1518 argument type names with function pointers or in dynamic link libraries that will be loaded 1519 as needed. Search on the op name and argument type names. 1520 */ 1521 extern PetscErrorCode PetscOpFListAdd(MPI_Comm, PetscOpFList*,const char[],PetscVoidFunction, const char[], PetscInt, char*[]); 1522 extern PetscErrorCode PetscOpFListDestroy(PetscOpFList*); 1523 extern PetscErrorCode PetscOpFListFind(MPI_Comm, PetscOpFList, PetscVoidFunction*, const char[], PetscInt, char*[]); 1524 extern PetscErrorCode PetscOpFListView(PetscOpFList,PetscViewer); 1525 /*S 1526 PetscDLLibrary - Linked list of dynamics libraries to search for functions 1527 1528 Level: advanced 1529 1530 --with-shared-libraries --with-dynamic-loading must be used with ./configure to use dynamic libraries 1531 1532 .seealso: PetscDLLibraryOpen() 1533 S*/ 1534 typedef struct _n_PetscDLLibrary *PetscDLLibrary; 1535 extern PetscDLLibrary DLLibrariesLoaded; 1536 extern PetscErrorCode PetscDLLibraryAppend(MPI_Comm,PetscDLLibrary *,const char[]); 1537 extern PetscErrorCode PetscDLLibraryPrepend(MPI_Comm,PetscDLLibrary *,const char[]); 1538 extern PetscErrorCode PetscDLLibrarySym(MPI_Comm,PetscDLLibrary *,const char[],const char[],void **); 1539 extern PetscErrorCode PetscDLLibraryPrintPath(PetscDLLibrary); 1540 extern PetscErrorCode PetscDLLibraryRetrieve(MPI_Comm,const char[],char *,size_t,PetscBool *); 1541 extern PetscErrorCode PetscDLLibraryOpen(MPI_Comm,const char[],PetscDLLibrary *); 1542 extern PetscErrorCode PetscDLLibraryClose(PetscDLLibrary); 1543 extern PetscErrorCode PetscDLLibraryCCAAppend(MPI_Comm,PetscDLLibrary *,const char[]); 1544 1545 /* 1546 PetscShell support. Needs to be better documented. 1547 Logically it is an extension of PetscDLLXXX, PetscObjectCompose, etc. 1548 */ 1549 #include "petscshell.h" 1550 1551 /* 1552 Useful utility routines 1553 */ 1554 extern PetscErrorCode PetscSplitOwnership(MPI_Comm,PetscInt*,PetscInt*); 1555 extern PetscErrorCode PetscSplitOwnershipBlock(MPI_Comm,PetscInt,PetscInt*,PetscInt*); 1556 extern PetscErrorCode PetscSequentialPhaseBegin(MPI_Comm,PetscMPIInt); 1557 PetscPolymorphicSubroutine(PetscSequentialPhaseBegin,(MPI_Comm comm),(comm,1)) 1558 PetscPolymorphicSubroutine(PetscSequentialPhaseBegin,(void),(PETSC_COMM_WORLD,1)) 1559 extern PetscErrorCode PetscSequentialPhaseEnd(MPI_Comm,PetscMPIInt); 1560 PetscPolymorphicSubroutine(PetscSequentialPhaseEnd,(MPI_Comm comm),(comm,1)) 1561 PetscPolymorphicSubroutine(PetscSequentialPhaseEnd,(void),(PETSC_COMM_WORLD,1)) 1562 extern PetscErrorCode PetscBarrier(PetscObject); 1563 extern PetscErrorCode PetscMPIDump(FILE*); 1564 1565 /* 1566 PetscNot - negates a logical type value and returns result as a PetscBool 1567 1568 Notes: This is useful in cases like 1569 $ int *a; 1570 $ PetscBool flag = PetscNot(a) 1571 where !a does not return a PetscBool because we cannot provide a cast from int to PetscBool in C. 1572 */ 1573 #define PetscNot(a) ((a) ? PETSC_FALSE : PETSC_TRUE) 1574 1575 /* 1576 Defines basic graphics available from PETSc. 1577 */ 1578 #include "petscdraw.h" 1579 1580 /* 1581 Defines the base data structures for all PETSc objects 1582 */ 1583 #include "private/petscimpl.h" 1584 1585 1586 /*MC 1587 PetscErrorPrintf - Prints error messages. 1588 1589 Synopsis: 1590 PetscErrorCode (*PetscErrorPrintf)(const char format[],...); 1591 1592 Not Collective 1593 1594 Input Parameters: 1595 . format - the usual printf() format string 1596 1597 Options Database Keys: 1598 + -error_output_stdout - cause error messages to be printed to stdout instead of the 1599 (default) stderr 1600 - -error_output_none to turn off all printing of error messages (does not change the way the 1601 error is handled.) 1602 1603 Notes: Use 1604 $ PetscErrorPrintf = PetscErrorPrintfNone; to turn off all printing of error messages (does not change the way the 1605 $ error is handled.) and 1606 $ PetscErrorPrintf = PetscErrorPrintfDefault; to turn it back on 1607 $ of you can use your own function 1608 1609 Use 1610 PETSC_STDERR = FILE* obtained from a file open etc. to have stderr printed to the file. 1611 PETSC_STDOUT = FILE* obtained from a file open etc. to have stdout printed to the file. 1612 1613 Use 1614 PetscPushErrorHandler() to provide your own error handler that determines what kind of messages to print 1615 1616 Level: developer 1617 1618 Fortran Note: 1619 This routine is not supported in Fortran. 1620 1621 Concepts: error messages^printing 1622 Concepts: printing^error messages 1623 1624 .seealso: PetscFPrintf(), PetscSynchronizedPrintf(), PetscHelpPrintf(), PetscPrintf(), PetscErrorHandlerPush(), PetscVFPrintf(), PetscHelpPrintf() 1625 M*/ 1626 extern PetscErrorCode (*PetscErrorPrintf)(const char[],...); 1627 1628 /*MC 1629 PetscHelpPrintf - Prints help messages. 1630 1631 Synopsis: 1632 PetscErrorCode (*PetscHelpPrintf)(const char format[],...); 1633 1634 Not Collective 1635 1636 Input Parameters: 1637 . format - the usual printf() format string 1638 1639 Level: developer 1640 1641 Fortran Note: 1642 This routine is not supported in Fortran. 1643 1644 Concepts: help messages^printing 1645 Concepts: printing^help messages 1646 1647 .seealso: PetscFPrintf(), PetscSynchronizedPrintf(), PetscErrorPrintf() 1648 M*/ 1649 extern PetscErrorCode (*PetscHelpPrintf)(MPI_Comm,const char[],...); 1650 1651 /* 1652 Defines PETSc profiling. 1653 */ 1654 #include "petsclog.h" 1655 1656 /* 1657 For locking, unlocking and destroying AMS memories associated with PETSc objects. ams.h is included in petscviewer.h 1658 */ 1659 #if defined(PETSC_HAVE_AMS) 1660 extern PetscBool PetscAMSPublishAll; 1661 #define PetscObjectTakeAccess(obj) ((((PetscObject)(obj))->amem == -1) ? 0 : AMS_Memory_take_access(((PetscObject)(obj))->amem)) 1662 #define PetscObjectGrantAccess(obj) ((((PetscObject)(obj))->amem == -1) ? 0 : AMS_Memory_grant_access(((PetscObject)(obj))->amem)) 1663 #define PetscObjectDepublish(obj) ((((PetscObject)(obj))->amem == -1) ? 0 : AMS_Memory_destroy(((PetscObject)(obj))->amem));((PetscObject)(obj))->amem = -1; 1664 #else 1665 #define PetscObjectTakeAccess(obj) 0 1666 #define PetscObjectGrantAccess(obj) 0 1667 #define PetscObjectDepublish(obj) 0 1668 #endif 1669 1670 /* 1671 Simple PETSc parallel IO for ASCII printing 1672 */ 1673 extern PetscErrorCode PetscFixFilename(const char[],char[]); 1674 extern PetscErrorCode PetscFOpen(MPI_Comm,const char[],const char[],FILE**); 1675 extern PetscErrorCode PetscFClose(MPI_Comm,FILE*); 1676 extern PetscErrorCode PetscFPrintf(MPI_Comm,FILE*,const char[],...); 1677 extern PetscErrorCode PetscPrintf(MPI_Comm,const char[],...); 1678 extern PetscErrorCode PetscSNPrintf(char*,size_t,const char [],...); 1679 extern PetscErrorCode PetscSNPrintfCount(char*,size_t,const char [],size_t*,...); 1680 1681 1682 1683 /* These are used internally by PETSc ASCII IO routines*/ 1684 #include <stdarg.h> 1685 extern PetscErrorCode PetscVSNPrintf(char*,size_t,const char[],size_t*,va_list); 1686 extern PetscErrorCode (*PetscVFPrintf)(FILE*,const char[],va_list); 1687 extern PetscErrorCode PetscVFPrintfDefault(FILE*,const char[],va_list); 1688 1689 #if defined(PETSC_HAVE_MATLAB_ENGINE) 1690 extern PetscErrorCode PetscVFPrintf_Matlab(FILE*,const char[],va_list); 1691 #endif 1692 1693 extern PetscErrorCode PetscErrorPrintfDefault(const char [],...); 1694 extern PetscErrorCode PetscErrorPrintfNone(const char [],...); 1695 extern PetscErrorCode PetscHelpPrintfDefault(MPI_Comm,const char [],...); 1696 1697 #if defined(PETSC_HAVE_POPEN) 1698 extern PetscErrorCode PetscPOpen(MPI_Comm,const char[],const char[],const char[],FILE **); 1699 extern PetscErrorCode PetscPClose(MPI_Comm,FILE*); 1700 #endif 1701 1702 extern PetscErrorCode PetscSynchronizedPrintf(MPI_Comm,const char[],...); 1703 extern PetscErrorCode PetscSynchronizedFPrintf(MPI_Comm,FILE*,const char[],...); 1704 extern PetscErrorCode PetscSynchronizedFlush(MPI_Comm); 1705 extern PetscErrorCode PetscSynchronizedFGets(MPI_Comm,FILE*,size_t,char[]); 1706 extern PetscErrorCode PetscStartMatlab(MPI_Comm,const char[],const char[],FILE**); 1707 extern PetscErrorCode PetscStartJava(MPI_Comm,const char[],const char[],FILE**); 1708 extern PetscErrorCode PetscGetPetscDir(const char*[]); 1709 1710 extern PetscErrorCode PetscPopUpSelect(MPI_Comm,const char*,const char*,int,const char**,int*); 1711 1712 /*S 1713 PetscContainer - Simple PETSc object that contains a pointer to any required data 1714 1715 Level: advanced 1716 1717 .seealso: PetscObject, PetscContainerCreate() 1718 S*/ 1719 extern PetscClassId PETSC_CONTAINER_CLASSID; 1720 typedef struct _p_PetscContainer* PetscContainer; 1721 extern PetscErrorCode PetscContainerGetPointer(PetscContainer,void **); 1722 extern PetscErrorCode PetscContainerSetPointer(PetscContainer,void *); 1723 extern PetscErrorCode PetscContainerDestroy(PetscContainer*); 1724 extern PetscErrorCode PetscContainerCreate(MPI_Comm,PetscContainer *); 1725 extern PetscErrorCode PetscContainerSetUserDestroy(PetscContainer, PetscErrorCode (*)(void*)); 1726 1727 /* 1728 For use in debuggers 1729 */ 1730 extern PetscMPIInt PetscGlobalRank; 1731 extern PetscMPIInt PetscGlobalSize; 1732 extern PetscErrorCode PetscIntView(PetscInt,const PetscInt[],PetscViewer); 1733 extern PetscErrorCode PetscRealView(PetscInt,const PetscReal[],PetscViewer); 1734 extern PetscErrorCode PetscScalarView(PetscInt,const PetscScalar[],PetscViewer); 1735 1736 #if defined(PETSC_HAVE_MEMORY_H) 1737 #include <memory.h> 1738 #endif 1739 #if defined(PETSC_HAVE_STDLIB_H) 1740 #include <stdlib.h> 1741 #endif 1742 #if defined(PETSC_HAVE_STRINGS_H) 1743 #include <strings.h> 1744 #endif 1745 #if defined(PETSC_HAVE_STRING_H) 1746 #include <string.h> 1747 #endif 1748 1749 1750 #if defined(PETSC_HAVE_XMMINTRIN_H) 1751 #include <xmmintrin.h> 1752 #endif 1753 #if defined(PETSC_HAVE_STDINT_H) 1754 #include <stdint.h> 1755 #endif 1756 1757 #undef __FUNCT__ 1758 #define __FUNCT__ "PetscMemcpy" 1759 /*@C 1760 PetscMemcpy - Copies n bytes, beginning at location b, to the space 1761 beginning at location a. The two memory regions CANNOT overlap, use 1762 PetscMemmove() in that case. 1763 1764 Not Collective 1765 1766 Input Parameters: 1767 + b - pointer to initial memory space 1768 - n - length (in bytes) of space to copy 1769 1770 Output Parameter: 1771 . a - pointer to copy space 1772 1773 Level: intermediate 1774 1775 Compile Option: 1776 PETSC_PREFER_DCOPY_FOR_MEMCPY will cause the BLAS dcopy() routine to be used 1777 for memory copies on double precision values. 1778 PETSC_PREFER_COPY_FOR_MEMCPY will cause C code to be used 1779 for memory copies on double precision values. 1780 PETSC_PREFER_FORTRAN_FORMEMCPY will cause Fortran code to be used 1781 for memory copies on double precision values. 1782 1783 Note: 1784 This routine is analogous to memcpy(). 1785 1786 Developer Note: this is inlined for fastest performance 1787 1788 Concepts: memory^copying 1789 Concepts: copying^memory 1790 1791 .seealso: PetscMemmove() 1792 1793 @*/ 1794 PETSC_STATIC_INLINE PetscErrorCode PetscMemcpy(void *a,const void *b,size_t n) 1795 { 1796 #if defined(PETSC_USE_DEBUG) 1797 unsigned long al = (unsigned long) a,bl = (unsigned long) b; 1798 unsigned long nl = (unsigned long) n; 1799 PetscFunctionBegin; 1800 if (n > 0 && !b) SETERRQ(PETSC_COMM_SELF,PETSC_ERR_ARG_NULL,"Trying to copy from a null pointer"); 1801 if (n > 0 && !a) SETERRQ(PETSC_COMM_SELF,PETSC_ERR_ARG_NULL,"Trying to copy to a null pointer"); 1802 #else 1803 PetscFunctionBegin; 1804 #endif 1805 if (a != b) { 1806 #if defined(PETSC_USE_DEBUG) 1807 if ((al > bl && (al - bl) < nl) || (bl - al) < nl) { 1808 SETERRQ3(PETSC_COMM_SELF,PETSC_ERR_ARG_INCOMP,"Memory regions overlap: either use PetscMemmov()\n\ 1809 or make sure your copy regions and lengths are correct. \n\ 1810 Length (bytes) %ld first address %ld second address %ld",nl,al,bl); 1811 } 1812 #endif 1813 #if (defined(PETSC_PREFER_DCOPY_FOR_MEMCPY) || defined(PETSC_PREFER_COPY_FOR_MEMCPY) || defined(PETSC_PREFER_FORTRAN_FORMEMCPY)) 1814 if (!(((long) a) % sizeof(PetscScalar)) && !(n % sizeof(PetscScalar))) { 1815 size_t len = n/sizeof(PetscScalar); 1816 #if defined(PETSC_PREFER_DCOPY_FOR_MEMCPY) 1817 PetscBLASInt one = 1,blen = PetscBLASIntCast(len); 1818 BLAScopy_(&blen,(PetscScalar *)b,&one,(PetscScalar *)a,&one); 1819 #elif defined(PETSC_PREFER_FORTRAN_FORMEMCPY) 1820 fortrancopy_(&len,(PetscScalar*)b,(PetscScalar*)a); 1821 #else 1822 size_t i; 1823 PetscScalar *x = (PetscScalar*)b, *y = (PetscScalar*)a; 1824 for (i=0; i<len; i++) y[i] = x[i]; 1825 #endif 1826 } else { 1827 memcpy((char*)(a),(char*)(b),n); 1828 } 1829 #else 1830 memcpy((char*)(a),(char*)(b),n); 1831 #endif 1832 } 1833 PetscFunctionReturn(0); 1834 } 1835 1836 /*@C 1837 PetscMemzero - Zeros the specified memory. 1838 1839 Not Collective 1840 1841 Input Parameters: 1842 + a - pointer to beginning memory location 1843 - n - length (in bytes) of memory to initialize 1844 1845 Level: intermediate 1846 1847 Compile Option: 1848 PETSC_PREFER_BZERO - on certain machines (the IBM RS6000) the bzero() routine happens 1849 to be faster than the memset() routine. This flag causes the bzero() routine to be used. 1850 1851 Developer Note: this is inlined for fastest performance 1852 1853 Concepts: memory^zeroing 1854 Concepts: zeroing^memory 1855 1856 .seealso: PetscMemcpy() 1857 @*/ 1858 PETSC_STATIC_INLINE PetscErrorCode PetscMemzero(void *a,size_t n) 1859 { 1860 if (n > 0) { 1861 #if defined(PETSC_USE_DEBUG) 1862 if (!a) SETERRQ(PETSC_COMM_SELF,PETSC_ERR_ARG_NULL,"Trying to zero at a null pointer"); 1863 #endif 1864 #if defined(PETSC_PREFER_ZERO_FOR_MEMZERO) 1865 if (!(((long) a) % sizeof(PetscScalar)) && !(n % sizeof(PetscScalar))) { 1866 size_t i,len = n/sizeof(PetscScalar); 1867 PetscScalar *x = (PetscScalar*)a; 1868 for (i=0; i<len; i++) x[i] = 0.0; 1869 } else { 1870 #elif defined(PETSC_PREFER_FORTRAN_FOR_MEMZERO) 1871 if (!(((long) a) % sizeof(PetscScalar)) && !(n % sizeof(PetscScalar))) { 1872 PetscInt len = n/sizeof(PetscScalar); 1873 fortranzero_(&len,(PetscScalar*)a); 1874 } else { 1875 #endif 1876 #if defined(PETSC_PREFER_BZERO) 1877 bzero((char *)a,n); 1878 #else 1879 memset((char*)a,0,n); 1880 #endif 1881 #if defined(PETSC_PREFER_ZERO_FOR_MEMZERO) || defined(PETSC_PREFER_FORTRAN_FOR_MEMZERO) 1882 } 1883 #endif 1884 } 1885 return 0; 1886 } 1887 1888 /*MC 1889 PetscPrefetchBlock - Prefetches a block of memory 1890 1891 Synopsis: 1892 void PetscPrefetchBlock(const anytype *a,size_t n,int rw,int t) 1893 1894 Not Collective 1895 1896 Input Parameters: 1897 + a - pointer to first element to fetch (any type but usually PetscInt or PetscScalar) 1898 . n - number of elements to fetch 1899 . rw - 1 if the memory will be written to, otherwise 0 (ignored by many processors) 1900 - t - temporal locality (PETSC_PREFETCH_HINT_{NTA,T0,T1,T2}), see note 1901 1902 Level: developer 1903 1904 Notes: 1905 The last two arguments (rw and t) must be compile-time constants. 1906 1907 Adopting Intel's x86/x86-64 conventions, there are four levels of temporal locality. Not all architectures offer 1908 equivalent locality hints, but the following macros are always defined to their closest analogue. 1909 + PETSC_PREFETCH_HINT_NTA - Non-temporal. Prefetches directly to L1, evicts to memory (skips higher level cache unless it was already there when prefetched). 1910 . PETSC_PREFETCH_HINT_T0 - Fetch to all levels of cache and evict to the closest level. Use this when the memory will be reused regularly despite necessary eviction from L1. 1911 . PETSC_PREFETCH_HINT_T1 - Fetch to level 2 and higher (not L1). 1912 - PETSC_PREFETCH_HINT_T2 - Fetch to high-level cache only. (On many systems, T0 and T1 are equivalent.) 1913 1914 This function does nothing on architectures that do not support prefetch and never errors (even if passed an invalid 1915 address). 1916 1917 Concepts: memory 1918 M*/ 1919 #define PetscPrefetchBlock(a,n,rw,t) do { \ 1920 const char *_p = (const char*)(a),*_end = (const char*)((a)+(n)); \ 1921 for ( ; _p < _end; _p += PETSC_LEVEL1_DCACHE_LINESIZE) PETSC_Prefetch(_p,(rw),(t)); \ 1922 } while (0) 1923 1924 /* 1925 Allows accessing MATLAB Engine 1926 */ 1927 #include "petscmatlab.h" 1928 1929 /* 1930 Determine if some of the kernel computation routines use 1931 Fortran (rather than C) for the numerical calculations. On some machines 1932 and compilers (like complex numbers) the Fortran version of the routines 1933 is faster than the C/C++ versions. The flag --with-fortran-kernels 1934 should be used with ./configure to turn these on. 1935 */ 1936 #if defined(PETSC_USE_FORTRAN_KERNELS) 1937 1938 #if !defined(PETSC_USE_FORTRAN_KERNEL_MULTCRL) 1939 #define PETSC_USE_FORTRAN_KERNEL_MULTCRL 1940 #endif 1941 1942 #if !defined(PETSC_USE_FORTRAN_KERNEL_MULTAIJPERM) 1943 #define PETSC_USE_FORTRAN_KERNEL_MULTAIJPERM 1944 #endif 1945 1946 #if !defined(PETSC_USE_FORTRAN_KERNEL_MULTAIJ) 1947 #define PETSC_USE_FORTRAN_KERNEL_MULTAIJ 1948 #endif 1949 1950 #if !defined(PETSC_USE_FORTRAN_KERNEL_MULTTRANSPOSEAIJ) 1951 #define PETSC_USE_FORTRAN_KERNEL_MULTTRANSPOSEAIJ 1952 #endif 1953 1954 #if !defined(PETSC_USE_FORTRAN_KERNEL_NORM) 1955 #define PETSC_USE_FORTRAN_KERNEL_NORM 1956 #endif 1957 1958 #if !defined(PETSC_USE_FORTRAN_KERNEL_MAXPY) 1959 #define PETSC_USE_FORTRAN_KERNEL_MAXPY 1960 #endif 1961 1962 #if !defined(PETSC_USE_FORTRAN_KERNEL_SOLVEAIJ) 1963 #define PETSC_USE_FORTRAN_KERNEL_SOLVEAIJ 1964 #endif 1965 1966 #if !defined(PETSC_USE_FORTRAN_KERNEL_RELAXAIJ) 1967 #define PETSC_USE_FORTRAN_KERNEL_RELAXAIJ 1968 #endif 1969 1970 #if !defined(PETSC_USE_FORTRAN_KERNEL_SOLVEBAIJ) 1971 #define PETSC_USE_FORTRAN_KERNEL_SOLVEBAIJ 1972 #endif 1973 1974 #if !defined(PETSC_USE_FORTRAN_KERNEL_MULTADDAIJ) 1975 #define PETSC_USE_FORTRAN_KERNEL_MULTADDAIJ 1976 #endif 1977 1978 #if !defined(PETSC_USE_FORTRAN_KERNEL_MDOT) 1979 #define PETSC_USE_FORTRAN_KERNEL_MDOT 1980 #endif 1981 1982 #if !defined(PETSC_USE_FORTRAN_KERNEL_XTIMESY) 1983 #define PETSC_USE_FORTRAN_KERNEL_XTIMESY 1984 #endif 1985 1986 #if !defined(PETSC_USE_FORTRAN_KERNEL_AYPX) 1987 #define PETSC_USE_FORTRAN_KERNEL_AYPX 1988 #endif 1989 1990 #if !defined(PETSC_USE_FORTRAN_KERNEL_WAXPY) 1991 #define PETSC_USE_FORTRAN_KERNEL_WAXPY 1992 #endif 1993 1994 #endif 1995 1996 /* 1997 Macros for indicating code that should be compiled with a C interface, 1998 rather than a C++ interface. Any routines that are dynamically loaded 1999 (such as the PCCreate_XXX() routines) must be wrapped so that the name 2000 mangler does not change the functions symbol name. This just hides the 2001 ugly extern "C" {} wrappers. 2002 */ 2003 #if defined(__cplusplus) 2004 #define PETSC_EXTERN_C extern "C" 2005 #define EXTERN_C_BEGIN extern "C" { 2006 #define EXTERN_C_END } 2007 #else 2008 #define PETSC_EXTERN_C 2009 #define EXTERN_C_BEGIN 2010 #define EXTERN_C_END 2011 #endif 2012 2013 /* --------------------------------------------------------------------*/ 2014 2015 /*MC 2016 MPI_Comm - the basic object used by MPI to determine which processes are involved in a 2017 communication 2018 2019 Level: beginner 2020 2021 Note: This manual page is a place-holder because MPICH does not have a manual page for MPI_Comm 2022 2023 .seealso: PETSC_COMM_WORLD, PETSC_COMM_SELF 2024 M*/ 2025 2026 /*MC 2027 PetscScalar - PETSc type that represents either a double precision real number, a double precision 2028 complex number, a single precision real number, a long double or an int - if the code is configured 2029 with --with-scalar-type=real,complex --with-precision=single,double,longdouble,int,matsingle 2030 2031 2032 Level: beginner 2033 2034 .seealso: PetscReal, PassiveReal, PassiveScalar, MPIU_SCALAR, PetscInt 2035 M*/ 2036 2037 /*MC 2038 PetscReal - PETSc type that represents a real number version of PetscScalar 2039 2040 Level: beginner 2041 2042 .seealso: PetscScalar, PassiveReal, PassiveScalar 2043 M*/ 2044 2045 /*MC 2046 PassiveScalar - PETSc type that represents a PetscScalar 2047 Level: beginner 2048 2049 This is the same as a PetscScalar except in code that is automatically differentiated it is 2050 treated as a constant (not an indendent or dependent variable) 2051 2052 .seealso: PetscReal, PassiveReal, PetscScalar 2053 M*/ 2054 2055 /*MC 2056 PassiveReal - PETSc type that represents a PetscReal 2057 2058 Level: beginner 2059 2060 This is the same as a PetscReal except in code that is automatically differentiated it is 2061 treated as a constant (not an indendent or dependent variable) 2062 2063 .seealso: PetscScalar, PetscReal, PassiveScalar 2064 M*/ 2065 2066 /*MC 2067 MPIU_SCALAR - MPI datatype corresponding to PetscScalar 2068 2069 Level: beginner 2070 2071 Note: In MPI calls that require an MPI datatype that matches a PetscScalar or array of PetscScalars 2072 pass this value 2073 2074 .seealso: PetscReal, PassiveReal, PassiveScalar, PetscScalar, MPIU_INT 2075 M*/ 2076 2077 #if defined(PETSC_HAVE_MPIIO) 2078 #if !defined(PETSC_WORDS_BIGENDIAN) 2079 extern PetscErrorCode MPIU_File_write_all(MPI_File,void*,PetscMPIInt,MPI_Datatype,MPI_Status*); 2080 extern PetscErrorCode MPIU_File_read_all(MPI_File,void*,PetscMPIInt,MPI_Datatype,MPI_Status*); 2081 #else 2082 #define MPIU_File_write_all(a,b,c,d,e) MPI_File_write_all(a,b,c,d,e) 2083 #define MPIU_File_read_all(a,b,c,d,e) MPI_File_read_all(a,b,c,d,e) 2084 #endif 2085 #endif 2086 2087 /* the following petsc_static_inline require petscerror.h */ 2088 2089 /* Limit MPI to 32-bits */ 2090 #define PETSC_MPI_INT_MAX 2147483647 2091 #define PETSC_MPI_INT_MIN -2147483647 2092 /* Limit BLAS to 32-bits */ 2093 #define PETSC_BLAS_INT_MAX 2147483647 2094 #define PETSC_BLAS_INT_MIN -2147483647 2095 /* On 32 bit systems HDF5 is limited by size of integer, because hsize_t is defined as size_t */ 2096 #define PETSC_HDF5_INT_MAX 2147483647 2097 #define PETSC_HDF5_INT_MIN -2147483647 2098 2099 #if defined(PETSC_USE_64BIT_INDICES) 2100 #define PetscMPIIntCheck(a) if ((a) > PETSC_MPI_INT_MAX) SETERRQ(PETSC_COMM_SELF,PETSC_ERR_ARG_OUTOFRANGE,"Message too long for MPI") 2101 #define PetscBLASIntCheck(a) if ((a) > PETSC_BLAS_INT_MAX) SETERRQ(PETSC_COMM_SELF,PETSC_ERR_ARG_OUTOFRANGE,"Array too long for BLAS/LAPACK") 2102 #define PetscMPIIntCast(a) (PetscMPIInt)(a);PetscMPIIntCheck(a) 2103 #define PetscBLASIntCast(a) (PetscBLASInt)(a);PetscBLASIntCheck(a) 2104 2105 #if (PETSC_SIZEOF_SIZE_T == 4) 2106 #define PetscHDF5IntCheck(a) if ((a) > PETSC_HDF5_INT_MAX) SETERRQ(PETSC_COMM_SELF,PETSC_ERR_ARG_OUTOFRANGE,"Array too long for HDF5") 2107 #define PetscHDF5IntCast(a) (hsize_t)(a);PetscHDF5IntCheck(a) 2108 #else 2109 #define PetscHDF5IntCheck(a) 2110 #define PetscHDF5IntCast(a) a 2111 #endif 2112 2113 #else 2114 #define PetscMPIIntCheck(a) 2115 #define PetscBLASIntCheck(a) 2116 #define PetscHDF5IntCheck(a) 2117 #define PetscMPIIntCast(a) a 2118 #define PetscBLASIntCast(a) a 2119 #define PetscHDF5IntCast(a) a 2120 #endif 2121 2122 2123 /* 2124 The IBM include files define hz, here we hide it so that it may be used 2125 as a regular user variable. 2126 */ 2127 #if defined(hz) 2128 #undef hz 2129 #endif 2130 2131 /* For arrays that contain filenames or paths */ 2132 2133 2134 #if defined(PETSC_HAVE_LIMITS_H) 2135 #include <limits.h> 2136 #endif 2137 #if defined(PETSC_HAVE_SYS_PARAM_H) 2138 #include <sys/param.h> 2139 #endif 2140 #if defined(PETSC_HAVE_SYS_TYPES_H) 2141 #include <sys/types.h> 2142 #endif 2143 #if defined(MAXPATHLEN) 2144 # define PETSC_MAX_PATH_LEN MAXPATHLEN 2145 #elif defined(MAX_PATH) 2146 # define PETSC_MAX_PATH_LEN MAX_PATH 2147 #elif defined(_MAX_PATH) 2148 # define PETSC_MAX_PATH_LEN _MAX_PATH 2149 #else 2150 # define PETSC_MAX_PATH_LEN 4096 2151 #endif 2152 2153 /* Special support for C++ */ 2154 #include "petscsys.hh" 2155 2156 2157 /*MC 2158 2159 UsingFortran - Fortran can be used with PETSc in four distinct approaches 2160 2161 $ 1) classic Fortran 77 style 2162 $#include "finclude/petscXXX.h" to work with material from the XXX component of PETSc 2163 $ XXX variablename 2164 $ You cannot use this approach if you wish to use the Fortran 90 specific PETSc routines 2165 $ which end in F90; such as VecGetArrayF90() 2166 $ 2167 $ 2) classic Fortran 90 style 2168 $#include "finclude/petscXXX.h" 2169 $#include "finclude/petscXXX.h90" to work with material from the XXX component of PETSc 2170 $ XXX variablename 2171 $ 2172 $ 3) Using Fortran modules 2173 $#include "finclude/petscXXXdef.h" 2174 $ use petscXXXX 2175 $ XXX variablename 2176 $ 2177 $ 4) Use Fortran modules and Fortran data types for PETSc types 2178 $#include "finclude/petscXXXdef.h" 2179 $ use petscXXXX 2180 $ type(XXX) variablename 2181 $ To use this approach you must ./configure PETSc with the additional 2182 $ option --with-fortran-datatypes You cannot use the type(XXX) declaration approach without using Fortran modules 2183 2184 Finally if you absolutely do not want to use any #include you can use either 2185 2186 $ 3a) skip the #include BUT you cannot use any PETSc data type names like Vec, Mat, PetscInt, PetscErrorCode etc 2187 $ and you must declare the variables as integer, for example 2188 $ integer variablename 2189 $ 2190 $ 4a) skip the #include, you use the object types like type(Vec) type(Mat) but cannot use the data type 2191 $ names like PetscErrorCode, PetscInt etc. again for those you must use integer 2192 2193 We recommend either 2 or 3. Approaches 2 and 3 provide type checking for most PETSc function calls; 4 has type checking 2194 for only a few PETSc functions. 2195 2196 Fortran type checking with interfaces is strick, this means you cannot pass a scalar value when an array value 2197 is expected (even though it is legal Fortran). For example when setting a single value in a matrix with MatSetValues() 2198 you cannot have something like 2199 $ PetscInt row,col 2200 $ PetscScalar val 2201 $ ... 2202 $ call MatSetValues(mat,1,row,1,col,val,INSERT_VALUES,ierr) 2203 You must instead have 2204 $ PetscInt row(1),col(1) 2205 $ PetscScalar val(1) 2206 $ ... 2207 $ call MatSetValues(mat,1,row,1,col,val,INSERT_VALUES,ierr) 2208 2209 2210 See the example src/vec/vec/examples/tutorials/ex20f90.F90 for an example that can use all four approaches 2211 2212 Developer Notes: The finclude/petscXXXdef.h contain all the #defines (would be typedefs in C code) these 2213 automatically include their predecessors; for example finclude/petscvecdef.h includes finclude/petscisdef.h 2214 2215 The finclude/petscXXXX.h contain all the parameter statements for that package. These automatically include 2216 their finclude/petscXXXdef.h file but DO NOT automatically include their predecessors; for example 2217 finclude/petscvec.h does NOT automatically include finclude/petscis.h 2218 2219 The finclude/ftn-custom/petscXXXdef.h90 are not intended to be used directly in code, they define the 2220 Fortran data type type(XXX) (for example type(Vec)) when PETSc is ./configure with the --with-fortran-datatypes option. 2221 2222 The finclude/ftn-custom/petscXXX.h90 (not included directly by code) contain interface definitions for 2223 the PETSc Fortran stubs that have different bindings then their C version (for example VecGetArrayF90). 2224 2225 The finclude/ftn-auto/petscXXX.h90 (not included directly by code) contain interface definitions generated 2226 automatically by "make allfortranstubs". 2227 2228 The finclude/petscXXX.h90 includes the custom finclude/ftn-custom/petscXXX.h90 and if ./configure 2229 was run with --with-fortran-interfaces it also includes the finclude/ftn-auto/petscXXX.h90 These DO NOT automatically 2230 include their predecessors 2231 2232 Level: beginner 2233 2234 M*/ 2235 2236 extern PetscErrorCode PetscGetArchType(char[],size_t); 2237 extern PetscErrorCode PetscGetHostName(char[],size_t); 2238 extern PetscErrorCode PetscGetUserName(char[],size_t); 2239 extern PetscErrorCode PetscGetProgramName(char[],size_t); 2240 extern PetscErrorCode PetscSetProgramName(const char[]); 2241 extern PetscErrorCode PetscGetDate(char[],size_t); 2242 2243 extern PetscErrorCode PetscSortInt(PetscInt,PetscInt[]); 2244 extern PetscErrorCode PetscSortRemoveDupsInt(PetscInt*,PetscInt[]); 2245 extern PetscErrorCode PetscSortIntWithPermutation(PetscInt,const PetscInt[],PetscInt[]); 2246 extern PetscErrorCode PetscSortStrWithPermutation(PetscInt,const char*[],PetscInt[]); 2247 extern PetscErrorCode PetscSortIntWithArray(PetscInt,PetscInt[],PetscInt[]); 2248 extern PetscErrorCode PetscSortIntWithArrayPair(PetscInt,PetscInt*,PetscInt*,PetscInt*); 2249 extern PetscErrorCode PetscSortMPIIntWithArray(PetscMPIInt,PetscMPIInt[],PetscMPIInt[]); 2250 extern PetscErrorCode PetscSortIntWithScalarArray(PetscInt,PetscInt[],PetscScalar[]); 2251 extern PetscErrorCode PetscSortReal(PetscInt,PetscReal[]); 2252 extern PetscErrorCode PetscSortRealWithPermutation(PetscInt,const PetscReal[],PetscInt[]); 2253 extern PetscErrorCode PetscSortSplit(PetscInt,PetscInt,PetscScalar[],PetscInt[]); 2254 extern PetscErrorCode PetscSortSplitReal(PetscInt,PetscInt,PetscReal[],PetscInt[]); 2255 extern PetscErrorCode PetscProcessTree(PetscInt,const PetscBool [],const PetscInt[],PetscInt*,PetscInt**,PetscInt**,PetscInt**,PetscInt**); 2256 extern PetscErrorCode PetscMergeIntArrayPair(PetscInt,const PetscInt*,const PetscInt*,PetscInt,const PetscInt*,const PetscInt*,PetscInt*,PetscInt**,PetscInt**); 2257 2258 extern PetscErrorCode PetscSetDisplay(void); 2259 extern PetscErrorCode PetscGetDisplay(char[],size_t); 2260 2261 /*J 2262 PetscRandomType - String with the name of a PETSc randomizer 2263 with an optional dynamic library name, for example 2264 http://www.mcs.anl.gov/petsc/lib.a:myrandcreate() 2265 2266 Level: beginner 2267 2268 Notes: to use the SPRNG you must have ./configure PETSc 2269 with the option --download-sprng 2270 2271 .seealso: PetscRandomSetType(), PetscRandom 2272 J*/ 2273 #define PetscRandomType char* 2274 #define PETSCRAND "rand" 2275 #define PETSCRAND48 "rand48" 2276 #define PETSCSPRNG "sprng" 2277 2278 /* Logging support */ 2279 extern PetscClassId PETSC_RANDOM_CLASSID; 2280 2281 extern PetscErrorCode PetscRandomInitializePackage(const char[]); 2282 2283 /*S 2284 PetscRandom - Abstract PETSc object that manages generating random numbers 2285 2286 Level: intermediate 2287 2288 Concepts: random numbers 2289 2290 .seealso: PetscRandomCreate(), PetscRandomGetValue(), PetscRandomType 2291 S*/ 2292 typedef struct _p_PetscRandom* PetscRandom; 2293 2294 /* Dynamic creation and loading functions */ 2295 extern PetscFList PetscRandomList; 2296 extern PetscBool PetscRandomRegisterAllCalled; 2297 2298 extern PetscErrorCode PetscRandomRegisterAll(const char []); 2299 extern PetscErrorCode PetscRandomRegister(const char[],const char[],const char[],PetscErrorCode (*)(PetscRandom)); 2300 extern PetscErrorCode PetscRandomRegisterDestroy(void); 2301 extern PetscErrorCode PetscRandomSetType(PetscRandom, const PetscRandomType); 2302 extern PetscErrorCode PetscRandomSetFromOptions(PetscRandom); 2303 extern PetscErrorCode PetscRandomGetType(PetscRandom, const PetscRandomType*); 2304 extern PetscErrorCode PetscRandomViewFromOptions(PetscRandom,char*); 2305 extern PetscErrorCode PetscRandomView(PetscRandom,PetscViewer); 2306 2307 /*MC 2308 PetscRandomRegisterDynamic - Adds a new PetscRandom component implementation 2309 2310 Synopsis: 2311 PetscErrorCode PetscRandomRegisterDynamic(const char *name, const char *path, const char *func_name, PetscErrorCode (*create_func)(PetscRandom)) 2312 2313 Not Collective 2314 2315 Input Parameters: 2316 + name - The name of a new user-defined creation routine 2317 . path - The path (either absolute or relative) of the library containing this routine 2318 . func_name - The name of routine to create method context 2319 - create_func - The creation routine itself 2320 2321 Notes: 2322 PetscRandomRegisterDynamic() may be called multiple times to add several user-defined randome number generators 2323 2324 If dynamic libraries are used, then the fourth input argument (routine_create) is ignored. 2325 2326 Sample usage: 2327 .vb 2328 PetscRandomRegisterDynamic("my_rand","/home/username/my_lib/lib/libO/solaris/libmy.a", "MyPetscRandomtorCreate", MyPetscRandomtorCreate); 2329 .ve 2330 2331 Then, your random type can be chosen with the procedural interface via 2332 .vb 2333 PetscRandomCreate(MPI_Comm, PetscRandom *); 2334 PetscRandomSetType(PetscRandom,"my_random_name"); 2335 .ve 2336 or at runtime via the option 2337 .vb 2338 -random_type my_random_name 2339 .ve 2340 2341 Notes: $PETSC_ARCH occuring in pathname will be replaced with appropriate values. 2342 2343 For an example of the code needed to interface your own random number generator see 2344 src/sys/random/impls/rand/rand.c 2345 2346 Level: advanced 2347 2348 .keywords: PetscRandom, register 2349 .seealso: PetscRandomRegisterAll(), PetscRandomRegisterDestroy(), PetscRandomRegister() 2350 M*/ 2351 #if defined(PETSC_USE_DYNAMIC_LIBRARIES) 2352 #define PetscRandomRegisterDynamic(a,b,c,d) PetscRandomRegister(a,b,c,0) 2353 #else 2354 #define PetscRandomRegisterDynamic(a,b,c,d) PetscRandomRegister(a,b,c,d) 2355 #endif 2356 2357 extern PetscErrorCode PetscRandomCreate(MPI_Comm,PetscRandom*); 2358 extern PetscErrorCode PetscRandomGetValue(PetscRandom,PetscScalar*); 2359 extern PetscErrorCode PetscRandomGetValueReal(PetscRandom,PetscReal*); 2360 extern PetscErrorCode PetscRandomGetInterval(PetscRandom,PetscScalar*,PetscScalar*); 2361 extern PetscErrorCode PetscRandomSetInterval(PetscRandom,PetscScalar,PetscScalar); 2362 extern PetscErrorCode PetscRandomSetSeed(PetscRandom,unsigned long); 2363 extern PetscErrorCode PetscRandomGetSeed(PetscRandom,unsigned long *); 2364 extern PetscErrorCode PetscRandomSeed(PetscRandom); 2365 extern PetscErrorCode PetscRandomDestroy(PetscRandom*); 2366 2367 extern PetscErrorCode PetscGetFullPath(const char[],char[],size_t); 2368 extern PetscErrorCode PetscGetRelativePath(const char[],char[],size_t); 2369 extern PetscErrorCode PetscGetWorkingDirectory(char[],size_t); 2370 extern PetscErrorCode PetscGetRealPath(const char[],char[]); 2371 extern PetscErrorCode PetscGetHomeDirectory(char[],size_t); 2372 extern PetscErrorCode PetscTestFile(const char[],char,PetscBool *); 2373 extern PetscErrorCode PetscTestDirectory(const char[],char,PetscBool *); 2374 2375 extern PetscErrorCode PetscBinaryRead(int,void*,PetscInt,PetscDataType); 2376 extern PetscErrorCode PetscBinarySynchronizedRead(MPI_Comm,int,void*,PetscInt,PetscDataType); 2377 extern PetscErrorCode PetscBinarySynchronizedWrite(MPI_Comm,int,void*,PetscInt,PetscDataType,PetscBool ); 2378 extern PetscErrorCode PetscBinaryWrite(int,void*,PetscInt,PetscDataType,PetscBool ); 2379 extern PetscErrorCode PetscBinaryOpen(const char[],PetscFileMode,int *); 2380 extern PetscErrorCode PetscBinaryClose(int); 2381 extern PetscErrorCode PetscSharedTmp(MPI_Comm,PetscBool *); 2382 extern PetscErrorCode PetscSharedWorkingDirectory(MPI_Comm,PetscBool *); 2383 extern PetscErrorCode PetscGetTmp(MPI_Comm,char[],size_t); 2384 extern PetscErrorCode PetscFileRetrieve(MPI_Comm,const char[],char[],size_t,PetscBool *); 2385 extern PetscErrorCode PetscLs(MPI_Comm,const char[],char[],size_t,PetscBool *); 2386 extern PetscErrorCode PetscOpenSocket(char*,int,int*); 2387 extern PetscErrorCode PetscWebServe(MPI_Comm,int); 2388 2389 /* 2390 In binary files variables are stored using the following lengths, 2391 regardless of how they are stored in memory on any one particular 2392 machine. Use these rather then sizeof() in computing sizes for 2393 PetscBinarySeek(). 2394 */ 2395 #define PETSC_BINARY_INT_SIZE (32/8) 2396 #define PETSC_BINARY_FLOAT_SIZE (32/8) 2397 #define PETSC_BINARY_CHAR_SIZE (8/8) 2398 #define PETSC_BINARY_SHORT_SIZE (16/8) 2399 #define PETSC_BINARY_DOUBLE_SIZE (64/8) 2400 #define PETSC_BINARY_SCALAR_SIZE sizeof(PetscScalar) 2401 2402 /*E 2403 PetscBinarySeekType - argument to PetscBinarySeek() 2404 2405 Level: advanced 2406 2407 .seealso: PetscBinarySeek(), PetscBinarySynchronizedSeek() 2408 E*/ 2409 typedef enum {PETSC_BINARY_SEEK_SET = 0,PETSC_BINARY_SEEK_CUR = 1,PETSC_BINARY_SEEK_END = 2} PetscBinarySeekType; 2410 extern PetscErrorCode PetscBinarySeek(int,off_t,PetscBinarySeekType,off_t*); 2411 extern PetscErrorCode PetscBinarySynchronizedSeek(MPI_Comm,int,off_t,PetscBinarySeekType,off_t*); 2412 extern PetscErrorCode PetscByteSwap(void *,PetscDataType,PetscInt); 2413 2414 extern PetscErrorCode PetscSetDebugTerminal(const char[]); 2415 extern PetscErrorCode PetscSetDebugger(const char[],PetscBool ); 2416 extern PetscErrorCode PetscSetDefaultDebugger(void); 2417 extern PetscErrorCode PetscSetDebuggerFromString(char*); 2418 extern PetscErrorCode PetscAttachDebugger(void); 2419 extern PetscErrorCode PetscStopForDebugger(void); 2420 2421 extern PetscErrorCode PetscGatherNumberOfMessages(MPI_Comm,const PetscMPIInt[],const PetscMPIInt[],PetscMPIInt*); 2422 extern PetscErrorCode PetscGatherMessageLengths(MPI_Comm,PetscMPIInt,PetscMPIInt,const PetscMPIInt[],PetscMPIInt**,PetscMPIInt**); 2423 extern PetscErrorCode PetscGatherMessageLengths2(MPI_Comm,PetscMPIInt,PetscMPIInt,const PetscMPIInt[],const PetscMPIInt[],PetscMPIInt**,PetscMPIInt**,PetscMPIInt**); 2424 extern PetscErrorCode PetscPostIrecvInt(MPI_Comm,PetscMPIInt,PetscMPIInt,const PetscMPIInt[],const PetscMPIInt[],PetscInt***,MPI_Request**); 2425 extern PetscErrorCode PetscPostIrecvScalar(MPI_Comm,PetscMPIInt,PetscMPIInt,const PetscMPIInt[],const PetscMPIInt[],PetscScalar***,MPI_Request**); 2426 2427 extern PetscErrorCode PetscSSEIsEnabled(MPI_Comm,PetscBool *,PetscBool *); 2428 2429 /*E 2430 InsertMode - Whether entries are inserted or added into vectors or matrices 2431 2432 Level: beginner 2433 2434 .seealso: VecSetValues(), MatSetValues(), VecSetValue(), VecSetValuesBlocked(), 2435 VecSetValuesLocal(), VecSetValuesBlockedLocal(), MatSetValuesBlocked(), 2436 MatSetValuesBlockedLocal(), MatSetValuesLocal(), VecScatterBegin(), VecScatterEnd() 2437 E*/ 2438 typedef enum {NOT_SET_VALUES, INSERT_VALUES, ADD_VALUES, MAX_VALUES, INSERT_ALL_VALUES, ADD_ALL_VALUES} InsertMode; 2439 2440 /*MC 2441 INSERT_VALUES - Put a value into a vector or matrix, overwrites any previous value 2442 2443 Level: beginner 2444 2445 .seealso: InsertMode, VecSetValues(), MatSetValues(), VecSetValue(), VecSetValuesBlocked(), 2446 VecSetValuesLocal(), VecSetValuesBlockedLocal(), MatSetValuesBlocked(), ADD_VALUES, 2447 MatSetValuesBlockedLocal(), MatSetValuesLocal(), VecScatterBegin(), VecScatterEnd(), MAX_VALUES 2448 2449 M*/ 2450 2451 /*MC 2452 ADD_VALUES - Adds a value into a vector or matrix, if there previously was no value, just puts the 2453 value into that location 2454 2455 Level: beginner 2456 2457 .seealso: InsertMode, VecSetValues(), MatSetValues(), VecSetValue(), VecSetValuesBlocked(), 2458 VecSetValuesLocal(), VecSetValuesBlockedLocal(), MatSetValuesBlocked(), INSERT_VALUES, 2459 MatSetValuesBlockedLocal(), MatSetValuesLocal(), VecScatterBegin(), VecScatterEnd(), MAX_VALUES 2460 2461 M*/ 2462 2463 /*MC 2464 MAX_VALUES - Puts the maximum of the scattered/gathered value and the current value into each location 2465 2466 Level: beginner 2467 2468 .seealso: InsertMode, VecScatterBegin(), VecScatterEnd(), ADD_VALUES, INSERT_VALUES 2469 2470 M*/ 2471 2472 /*S 2473 PetscSubcomm - Context of MPI subcommunicators, used by PCREDUNDANT 2474 2475 Level: advanced 2476 2477 Concepts: communicator, create 2478 S*/ 2479 typedef struct _n_PetscSubcomm* PetscSubcomm; 2480 2481 struct _n_PetscSubcomm { 2482 MPI_Comm parent; /* parent communicator */ 2483 MPI_Comm dupparent; /* duplicate parent communicator, under which the processors of this subcomm have contiguous rank */ 2484 MPI_Comm comm; /* this communicator */ 2485 PetscInt n; /* num of subcommunicators under the parent communicator */ 2486 PetscInt color; /* color of processors belong to this communicator */ 2487 }; 2488 2489 typedef enum {PETSC_SUBCOMM_GENERAL=0,PETSC_SUBCOMM_CONTIGUOUS=1,PETSC_SUBCOMM_INTERLACED=2} PetscSubcommType; 2490 extern const char *PetscSubcommTypes[]; 2491 2492 extern PetscErrorCode PetscSubcommCreate(MPI_Comm,PetscSubcomm*); 2493 extern PetscErrorCode PetscSubcommDestroy(PetscSubcomm*); 2494 extern PetscErrorCode PetscSubcommSetNumber(PetscSubcomm,PetscInt); 2495 extern PetscErrorCode PetscSubcommSetType(PetscSubcomm,const PetscSubcommType); 2496 extern PetscErrorCode PetscSubcommSetTypeGeneral(PetscSubcomm,PetscMPIInt,PetscMPIInt,PetscMPIInt); 2497 2498 #include <petscctable.h> 2499 2500 PETSC_EXTERN_CXX_END 2501 2502 /* Reset __FUNCT__ in case the user does not define it themselves */ 2503 #undef __FUNCT__ 2504 #define __FUNCT__ "User provided function" 2505 2506 #endif 2507