Section 3

• Perspective · visible portion of an interactor
• petsc4py · PETSc for Python
• pfm_dispatch_events · determine PMC registers values for a set of events to measure
• pfm_find_event
• pfm_find_event_bycode · search for events and unit masks
• pfm_find_event_bycode_next · search for events and unit masks
• pfm_find_event_mask · search for events and unit masks
• pfm_find_full_event · search for events and unit masks
• pfm_force_pmu · query library about supported PMU models
• pfm_get_cycle_event · get basic event descriptors
• pfm_get_event_attr_info · get event attribute information
• pfm_get_event_code · get event information
• pfm_get_event_code_counter · get event information
• pfm_get_event_counters · get event information
• pfm_get_event_description · get event information
• pfm_get_event_encoding · get raw event encoding
• pfm_get_event_info · get event information
• pfm_get_event_mask_code · get event information
• pfm_get_event_mask_description · get event information
• pfm_get_event_mask_name · get event information
• pfm_get_event_name · get event information
• pfm_get_event_next · iterate over events
• pfm_get_full_event_name · get event information
• pfm_get_hw_counter_width · return bitmask of implemented PMU registers or number of PMU registers
• pfm_get_impl_counters · return bitmask of implemented PMU registers or number of PMU registers
• pfm_get_impl_pmcs · return bitmask of implemented PMU registers or number of PMU registers
• pfm_get_impl_pmds · return bitmask of implemented PMU registers or number of PMU registers
• pfm_get_inst_retired · get basic event descriptors
• pfm_get_max_event_name_len · get event information
• pfm_get_num_counters · return bitmask of implemented PMU registers or number of PMU registers
• pfm_get_num_events · get event information
• pfm_get_num_pmcs · return bitmask of implemented PMU registers or number of PMU registers
• pfm_get_num_pmds · return bitmask of implemented PMU registers or number of PMU registers
• pfm_get_os_event_encoding · get event encoding for a specific operating system
• pfm_get_perf_event_encoding · encode event for perf_event API
• pfm_get_pmu_info · get PMU information
• pfm_get_pmu_name · query library about supported PMU models
• pfm_get_pmu_name_bytype · query library about supported PMU models
• pfm_get_pmu_type · query library about supported PMU models
• pfm_get_version · get library version
• pfm_initialize · initialize library
• pfm_list_supported_pmus · query library about supported PMU models
• pfm_pmu_is_supported · query library about supported PMU models
• pfm_regmask_and · operations on pfmlib_regmask_t bitmasks
• pfm_regmask_clr · operations on pfmlib_regmask_t bitmasks
• pfm_regmask_copy · operations on pfmlib_regmask_t bitmasks
• pfm_regmask_eq · operations on pfmlib_regmask_t bitmasks
• pfm_regmask_isset · operations on pfmlib_regmask_t bitmasks
• pfm_regmask_or · operations on pfmlib_regmask_t bitmasks
• pfm_regmask_set · operations on pfmlib_regmask_t bitmasks
• pfm_regmask_weight · operations on pfmlib_regmask_t bitmasks
• pfm_self_start · start and stop monitoring for a self-monitoring process
• pfm_self_stop · start and stop monitoring for a self-monitoring process
• pfm_set_options · set performance monitoring library debug options
• pfm_strerror · return constant string describing error code
• pfm_terminate · free resources used by library
• pfsv · pfsv: factor and solve [not available]
• pfsv_comp · --- rectangular full packed (RFP) ---
• pfsv_driver · --- rectangular full packed (RFP) ---
• pftrf · pftrf: triangular factor
• pftri · pftri: triangular inverse
• pftrs · pftrs: triangular solve using factor
• PGABuildDatatype · Build an MPI datatype for string p in population pop.
• PGAChange · Repeatedly apply mutation to a string (with an increasing mutation rate) until one or more mutations have occurred. This routine is usually used with PGADuplicate to modify a duplicate string. It is not intended to replace PGAMutation
• PGACheckStoppingConditions · returns boolean to indicate if the PGAPack termination conditions -- PGA_STOP_MAXITER, PGA_STOP_TOOSIMILAR, PGA_STOP_NOCHANGE -- have been met.
• PGACheckSum · maps a string to a number to be used a verification check PGA_DATATYPE_USER is not supported.
• PGAClearDebugLevel · Turn off a debul level.
• PGAClearDebugLevelByName · Turn off debugging of the named function.
• PGACopyIndividual · copies string p1 in population pop1 to position p2 in population pop2
• PGACreate · creates an uninitialized context variable. The Fortran version of this function call contains only the last three arguments
• PGACrossover · performs crossover on two parent strings to create two child strings (via side-effect).
• PGADebugPrint · Write debugging information
• PGADestroy · deallocate memory for this instance of PGAPack, if this context initialized MPI, finalize MPI as well.
• PGADone · Returns PGA_TRUE if the stopping conditions have been met, otherwise returns false. Calls exactly one of the user defined C or fortran or system (PGACheckStoppingConditions) stopping condition functions.
• PGADuplicate · determines if a specified string is a duplicate of one already in an existing population
• PGAEncodeIntegerAsBinary · encodes an integer value as a binary string
• PGAEncodeIntegerAsGrayCode · encodes a real value as a binary reflected Gray code sequence
• PGAEncodeRealAsBinary · encodes a real value as a binary string
• PGAEncodeRealAsGrayCode · encodes a real value as a binary reflected Gray code sequence
• PGAError · reports error messages. Prints out the message supplied, and the value of a piece of data. Terminates if PGA_FATAL.
• PGAEvaluate · Calls a user-specified function to return an evaluation of each string in the population. The user-specified function is only called if the string has been changed (e.g., by crossover or mutation) or the user has explicitly signaled the string's evaluation is out-of-date by a call to PGASetEvaluationUpToDateFlag().
• PGAFitness · Maps the user's evaluation function value to a fitness value. First, the user's evaluation function value is translated to all positive values if any are negative. Next, this positive sequence is translated to a maximization problem if the user's optimization direction was minimization. This positive sequence is then mapped to a fitness value using linear ranking, linear normalization fitness, or the identity (i.e., the evaluation function value). This routine is usually used after PGAEvaluate is called.
• PGAGetBestIndex · returns the index of the string with the best evaluation function value in population pop
• PGAGetBinaryAllele · returns the value of a (binary) allele in a PGA_DATATYPE_BINARY string
• PGAGetBinaryInitProb · Returns the probability that an allele will be randomly initialized to "1" in a PGA_DATATYPE_BINARY string.
• PGAGetCharacterAllele
• PGAGetCommunicator · Returns the default communicator used when PGARun is called.
• PGAGetCrossoverProb · Returns the crossover probability
• PGAGetCrossoverType · Returns the type of crossover selected
• PGAGetDataType · Returns the data type used by the given context.
• PGAGetEvaluation · returns the evaluation function value for string p in population pop
• PGAGetEvaluationUpToDateFlag · returns true/false to indicate whether the evaluate function value is up to date
• PGAGetFitness · returns the fitness value for a string
• PGAGetFitnessCmaxValue · returns the value of the multiplier used by PGAFitnessMinCmax.
• PGAGetFitnessMinType · Returns the type of fitness transformation used for minimization problems.
• PGAGetFitnessType · Returns the type of fitness transformation used.
• PGAGetGAIterValue · returns the number of the current genetic algorithm generation
• PGAGetIntegerAllele · Returns the value of allele i of member p in population pop. Assumes the data type is PGA_DATATYPE_INTEGER.
• PGAGetIntegerFromBinary · interpets a binary string as encoding an integer value and returns the integer value it represents.
• PGAGetIntegerFromGrayCode · interpets a binary reflected Gray code sequence as encoding an integer value and returns the integer value it represents.
• PGAGetIntegerInitType · returns the type of scheme used to randomly initialize strings of data type PGA_DATATYPE_INTEGER.
• PGAGetMaxFitnessRank · returns the maximum value used in rank-based fitness.
• PGAGetMaxGAIterValue · Returns the maximum number of iterations to run
• PGAGetMaxIntegerInitValue · returns the maximum of the range of integers used to randomly initialize integer strings.
• PGAGetMaxMachineDoubleValue · returns the largest double of the current machine
• PGAGetMaxMachineIntValue · returns the largest integer of the current machine
• PGAGetMaxRealInitValue · returns the maximum value used to randomly initialize allele i in a real string
• PGAGetMinIntegerInitValue · returns the minimum of the range of integers used to randomly initialize integer strings.
• PGAGetMinMachineDoubleValue · returns the smallest double of the current machine
• PGAGetMinMachineIntValue · returns the smallest integer of the current machine
• PGAGetMinRealInitValue · returns the minimum value used to randomly initialize allele i in a real string
• PGAGetMutationAndCrossoverFlag · Returns true if mutation occurs only when crossover does.
• PGAGetMutationBoundedFlag · returns PGA_TRUE or PGA_FALSE to indicate whether mutated integer strings remain in the range specified when initialized with PGASetIntegerInitRange.
• PGAGetMutationIntegerValue · Returns the value of the multiplier used to mutate PGA_DATATYPE_INTEGER strings with.
• PGAGetMutationOrCrossoverFlag · Returns true if mutation only occurs when crossover does not.
• PGAGetMutationProb · Returns the probability of mutation.
• PGAGetMutationRealValue · Returns the value of the multiplier used to mutate PGA_DATATYPE_REAL strings with.
• PGAGetMutationType · Returns the type of mutation used
• PGAGetNoDuplicatesFlag · Returns PGA_TRUE if duplicates are not allowed, else returns PGA_FALSE.
• PGAGetNumProcs · Returns the size of communicator comm in processes. If comm is NULL or a sequential version of PGAPack is used, PGAGetNumProcs() returns 1.
• PGAGetNumReplaceValue · Returns the maximum number of strings to replace each generation.
• PGAGetOptDirFlag · Returns a symbolic constant that represents the direction of optimization
• PGAGetPopReplaceType · returns the symbolic constant used to determine which strings to copy from the old population to the new population.
• PGAGetPopSize · Returns the population size
• PGAGetPrintFrequencyValue · returns how often to print statistics reports
• PGAGetPTournamentProb · returns the probability of selecting the best string in a probabilistic binary tournament
• PGAGetRandomInitFlag · returns true/false to indicate whether or not alleles are randomly initialized.
• PGAGetRandomSeed · returns the integer to seed random numbers with
• PGAGetRank · Returns the rank of the processor in communicator comm. If comm is NULL or a sequential version of PGAPack is used, PGAGetRank() returns 0.
• PGAGetRealAllele · returns the value of real-valued allele i in string p in population pop
• PGAGetRealFromBinary · Interpets a binary string as encoding a real value and returns the real value it represents.
• PGAGetRealFromGrayCode · interpets a binary reflected Gray code sequence in a binary string as encoding a real value and returns the real value it represents.
• PGAGetRealInitType · returns the type of scheme used to randomly initialize strings of data type PGA_DATATYPE_REAL.
• PGAGetRestartAlleleChangeProb · returns the probability with which an allele will be mutated during a restart
• PGAGetRestartFlag · returns whether the algorithm should employ the restart operator
• PGAGetRestartFrequencyValue · returns the number of iterations of no change in the best string after which the algorithm should restart
• PGAGetSelectType · Returns the type of selection selected
• PGAGetSortedPopIndex · returns a population string index from the array created by PGASortPop().
• PGAGetStoppingRuleType · Returns a symbolic constant that defines the termination criteria.
• PGAGetStringLength · Returns the string length
• PGAGetUniformCrossoverProb · returns the probability of a bit being selected from the first child string in uniform crossover
• PGAGetWorstIndex · returns the index of the string with the worst evaluation function value in population pop
• PGAHammingDistance · Calculates the mean Hamming distance for a population of binary strings. For all other data types returns a value of 0.0 and prints a warning message.
• PGAMean · calculates the mean value of an array of elements
• PGAMutate · This routine performs mutation on a string.
• PGAPrintContextVariable · prints the value of all the fields in the context variable.
• PGAPrintIndividual · prints the allele values of a string and associated fields (evaluation, fitness, etc.) of a string
• PGAPrintPopulation · Calls PGAPrintIndividual to print each member of a population
• PGAPrintReport · prints genetic algorithm statistics. The statistics that are printed are determined by PGASetPrintOptions().
• PGAPrintString · write the allele values in a string to a file
• PGARandom01 · generates a uniform random number on the interval [0,1) If the second argument is 0 it returns the next random number in the sequence. Otherwise, the second argument is used as a new seed for the population
• PGARandomFlip · flip a biased coin and return PGA_TRUE if the coin is a "winner." Otherwise, return PGA_FALSE.
• PGARandomGaussian · returns an approximation to a Gaussian random number
• PGARandomInterval · returns a uniform random number on the specified interval
• PGARandomUniform · returns a uniform random number on the interval [start,end]
• PGARank · returns the rank of a string in a population. This is a value between 1,...,N (the population size). The most fit string has rank 1, the least fit string has rank N.
• PGAReceiveIndividual · receive an individual from another process
• PGARestart · reseeds a population from the best string
• PGARound · Mathematically round a double to an integer, using 0.5 as the cutoff value.
• PGARun · Highest level routine to execute the genetic algorithm. It is called after PGACreate and PGASetup have been called.
• PGARunGM · High-level routine to execute the genetic algorithm using the global model. It is called after PGACreate and PGASetup have been called. If a NULL communicator is given, a sequential execution method is used, otherwise, work is divided among the processors in the communicator.
• PGARunMutationAndCrossover · Performs crossover and mutation from one population to create the next. Assumes PGASelect has been called.
• PGARunMutationOrCrossover · Performs crossover or mutation (but not both) from one populationto create the next. Assumes PGASelect has been called.
• PGASelect · performs genetic algorithm selection using either the default selection scheme or that specified with PGASetSelectType().
• PGASelectNextIndex · returns the index of next individual in internal array that contains the indices determined by PGASelect
• PGASendIndividual · transmit an individual to another process
• PGASendReceiveIndividual · Send an individual to a process, while receiving a different individual from a different process.
• PGASetBinaryAllele · sets a binary allele to the specified value.
• PGASetBinaryInitProb · specify the probability of initializing an allele to "1" when creating a PGA_DATATYPE_BINARY string. The default value is 0.5.
• PGASetCharacterAllele · sets the value of an allele in a PGA_DATATYPE_CHARACTER string.
• PGASetCharacterInitType · sets a flag to specify whether the character strings will be exclusively lowercase, exclusively uppercase, or a mixure of both cases. Legal flags are PGA_CINIT_UPPER, PGA_CINIT_LOWER, and PGA_CINIT_MIXED. Default is PGA_CINIT_LOWER.
• PGASetCommunicator · Set the default communicator to use when PGARun is called. Does not necessarily need to be the same as the number of processes in MPI_COMM_WORLD (which is the default).
• PGASetCrossoverProb · Probability that a selected string will undergo crossover.
• PGASetCrossoverType · specify the type of crossover to use.
• PGASetDebugLevel · Turn on a debug level.
• PGASetDebugLevelByName · Turn on debugging of the named function.
• PGASetEvaluation · Set the evaluation function value for a string to a specified value. Also sets the evaulation up to date flag to PGA_TRUE.
• PGASetEvaluationUpToDateFlag · sets the flag associated with a string to PGA_TRUE or PGA_FLASE to indicate whether the evaluate function value is out-of-date or not. Note that this flag is always set to PGA_TRUE when PGASetEvaluation is called.
• PGASetFitnessCmaxValue · The value of the multiplier used by PGAFitnessMinCmax so that the worst string has a nonzero fitness. The default value is 1.01.
• PGASetFitnessMinType · sets the type of algorithm used if a minimization problem is specified to determine how values are remapped for maximization. Valid choices are PGA_FITNESSMIN_RECIPROCAL and PGA_FITNESSMIN_CMAX to do the mapping using the reciprocal of the evaluation function, or by subtracting the worst evaluation function value from each evaluation function value, respectively. The default is PGA_FITNESSMIN_CMAX
• PGASetFitnessType · Set the type of fitness algorithm to use. Valid choices are PGA_FITNESS_RAW, PGA_FITNESS_NORMAL, or PGA_FITNESS_RANKING for raw fitness (the evaluation function value), linear normalization, or linear ranking, respectively. The default is PGA_FITNESS_RAW.
• PGASetIntegerAllele · sets the value of a (integer) allele.
• PGASetIntegerInitPermute · sets a flag to tell the initialization routines to set each integer-valued gene to a random permutation of the values given by an upper and lower bound. The length of the interval must be the same as the string length. This is the default strategy for initializing integer-valued strings. The default interval is [0,L-1] where L is the string length. No string initialization is done by this call.
• PGASetIntegerInitRange · sets a flag to tell the initialization routines to set each integer-valued gene to a value chosen randomly from the interval given by an upper and lower bound. No string initialization is done by this call.
• PGASetMaxFitnessRank · The value of the parameter Max when using linear ranking for fitness determination. The default value is 1.2. The value must be from the interval [1.0, 2.0]. The fitness type must have been set to PGA_FITNESS_RANKING with PGASetFitnessType for this function call to have any effect.
• PGASetMaxGAIterValue · specify the maximum number of iterations for the stopping rule PGA_STOP_MAXITER (which, by itself, is the default stopping rule and is always in effect). The default value is 1000 iterations.
• PGASetMaxNoChangeValue · specifiy maximum number of iterations of no change in the evaluation function value of the best string before stopping. The default value is 50. The stopping rule PGA_STOP_NOCHANGE must have been set by PGASetStoppingRuleType for this function call to have any effect.
• PGASetMaxSimilarityValue · Specifiy the maximum percent of homogeneity of the population before stopping. The similarity measure is the same evaluation function value. The default value is 95 percent. The stopping rule PGA_STOP_TOOSIMILAR must have been set by PGASetStoppingRuleType for this function call to have any effect.
• PGASetMutationAndCrossoverFlag · A boolean flag to indicate if recombination uses both crossover and mutation on selected strings
• PGASetMutationBoundedFlag · If this flag is set to PGA_TRUE, then for Integer and Real strings whenever a gene is mutated, if it underflows (overflows) the lower (upper)bound it is reset to the lower (upper) bound.
• PGASetMutationIntegerValue · Set multiplier to mutate PGA_DATATYPE_INTEGER strings with.
• PGASetMutationOrCrossoverFlag · A boolean flag to indicate if recombination uses exactly one of crossover or mutation on selected strings.
• PGASetMutationProb · Specifies the probability that a given allele will be mutated.
• PGASetMutationRealValue · Set multiplier to mutate PGA_DATATYPE_REAL strings with.
• PGASetNoDuplicatesFlag · A boolean flag to indicate if duplicate strings are allowed in the population. Valid choices are PGA_TRUE and PGA_FALSE. The default is PGA_FALSE -- allow duplicates.
• PGASetNumReplaceValue · specifies the number of new strings to create each generation. The default is ten percent of the population size
• PGASetPopReplaceType · Choose method of sorting strings to copy from old population to new population. Valid choices are PGA_POPREPL_BEST, PGA_POPREPL_RANDOM_NOREP, or PGA_POPREPL_RANDOM_REP for copying the best strings, or random string, with or without replacement, respectively, from the old population into the new population. The default is PGA_POPREPL_BEST.
• PGASetPopSize · Specifies the size of the genetic algorithm population. The default population size is 100.
• PGASetPrintFrequencyValue · Specifies the frequency with which genetic algorithm statistics are reported. The default is every 10 GA iterations. Used only if PGARun() is used to run the GA.
• PGASetPrintOptions · set flags to indicate what GA statistics should be printed whenever output is printed. May be called more than once to specify different report options. Valid choices are PGA_REPORT_AVERAGE, PGA_REPORT_OFFLINE, PGA_REPORT_ONLINE, PGA_REPORT_WORST, PGA_REPORT_HAMMING, and PGA_REPORT_STRING to specify offline analysis, online analysis, the worst string in the population, the Hamming distance of the population, and the actual allele values of the best string. The best string is always printed.
• PGASetPTournamentProb · Specifies the probability that the string that wins a binary tournament will be selected.
• PGASetRandomInitFlag · A boolean flag to indicate whether to randomly initialize alleles. Legal values are PGA_TRUE and PGA_FALSE. Default is PGA_TRUE -- randomly initialize alleles.
• PGASetRandomSeed · set a seed for the random number generator. The default is to use a random seed. Specifying a seed exlicitly allows for reproducibility of runs.
• PGASetRealAllele · sets the value of real-valued allele i in string p in population pop
• PGASetRealInitPercent · sets the upper and lower bounds for randomly initializing real-valued genes. For each gene these bounds define an interval from which the initial allele value is selected uniformly randomly. With this routine the user specifies a median value and a percent offset for each allele.
• PGASetRealInitRange · sets the upper and lower bounds for randomly initializing real-valued genes. For each gene these bounds define an interval from which the initial allele value is selected uniformly randomly. The user specifies two arrays containing lower and bound for each gene to define the interval. This is the default strategy for initializing real-valued strings. The default interval is $[0,1.0]$ for each gene.
• PGASetRestartAlleleChangeProb · specifies the probability with which an allele will be mutated during a restart
• PGASetRestartFlag · specifies whether the algorithm should employ the restart operator
• PGASetRestartFrequencyValue · specifies the number of iterations of no change in the best string after which the algorithm should restart
• PGASetSelectType · specify the type of selection to use.
• PGASetStoppingRuleType · specify a stopping criterion. If called more than once the different stopping criterion are ORed together. Valid choices are PGA_STOP_MAXITER, PGA_STOP_TOOSIMILAR, or PGA_STOP_NOCHANGE to specify iteration limit reached, population too similar, or no change in the best solution found in a given number of iterations, respectively. The default is to stop when a maximum iteration limit is reached (by default, 1000 iterations).
• PGASetUniformCrossoverProb · Probability used in uniform crossover to specify that an allele value value be selected from a particular parent.
• PGASetUp · set all uninitialized variables to default values and initialize some internal arrays. Must be called after PGACreate() and before the GA is started.
• PGASetUserFunction · specifies the name of a user-written function call to provide a specific GA capability (e.g., crossover, mutation, etc.). This function MUST be used when using a non-native datatype and must be called once for each of: PGA_USERFUNCTION_CREATESTRING -- String creation PGA_USERFUNCTION_MUTATION -- Mutation PGA_USERFUNCTION_CROSSOVER -- Crossover PGA_USERFUNCTION_PRINTSTRING -- String Output PGA_USERFUNCTION_COPYSTRING -- Duplication PGA_USERFUNCTION_DUPLICATE -- Duplicate Checking PGA_USERFUNCTION_INITSTRING -- Initialization PGA_USERFUNCTION_BUILDDATATYPE -- MPI Datatype creation PGA_USERFUNCTION_STOPCOND -- Stopping conditions PGA_USERFUNCTION_ENDOFGEN -- Auxiliary functions at the end of each generation It MAY be called when using a native datatype to replace the built-in functions PGAPack has for that datatype (For example, if the Integer data type is used for a traveling salesperson problem, the user may want to provide their own custom crossover operator). See the user guide and the examples in the examples directory for more details.
• PGASortPop · Creates an (internal) array of indices according to one of three criteria. If PGA_POPREPL_BEST is used (the default) the array is sorted from most fit to least fit. If PGA_POPREPL_RANDOM_REP is used the indices in the array are selected randomly with replacement. If PGA_POPREPL_RANDOM_NOREP is used the indices in the array are selected randomly without replacement. The function PGASetPopReplaceType() is used to specify which strategy is used. The indices of the sorted population members may then be accessed from the internal array via PGAGetSortedPopIndex(). This routine is typically used during population replacement.
• PGAStddev · calculates the standard deviation of an array of elements
• PGAUpdateGeneration · updates internal data structures for the next genetic algorithm iteration, and checks if the termination conditions, both user and PGAPack, have been met. This routine must be called by both master and slave processes at the end of each GA generation.
• pgbuiltin
• pginterface
• pgperl · allow subroutines in the PGPLOT graphics library to be called from Perl.
• pgpool_adm_pcp_attach_node · a function to attach given node ID
• pgpool_adm_pcp_detach_node · a function to detach given node ID
• pgpool_adm_pcp_health_check_stats · a function to display health check statistics data on given node ID
• pgpool_adm_pcp_node_count · a function to retrieves number of backend nodes.
• pgpool_adm_pcp_node_info · a function to display the information on the given node ID
• pgpool_adm_pcp_pool_status · a function to retrieves parameters in pgpool.conf.
• phcon · mbk physical connector
• phfig · mbk physical figure
• phi.hpp
• phins · mbk physical instance
• phref · mbk physical reference
• phseg · mbk physical segment
• phvia · mbk physical contact
• physfs.h
• PHYSFS_addToSearchPath
• PHYSFS_Allocator · PhysicsFS allocation function pointers.
• PHYSFS_ArchiveInfo · Information on various PhysicsFS-supported archives.
• PHYSFS_Archiver · Abstract interface to provide support for user-defined archives.
• PHYSFS_author · Information on various PhysicsFS-supported archives.
• PHYSFS_caseFold
• PHYSFS_close
• PHYSFS_Deinit · PhysicsFS allocation function pointers.
• PHYSFS_deinit
• PHYSFS_delete
• PHYSFS_deprecated · Deprecated List
• PHYSFS_deregisterArchiver
• PHYSFS_description · Information on various PhysicsFS-supported archives.
• PHYSFS_ENUM_ERROR
• PHYSFS_ENUM_OK
• PHYSFS_ENUM_STOP
• PHYSFS_enumerate
• PHYSFS_EnumerateCallback
• PHYSFS_EnumerateCallbackResult
• PHYSFS_enumerateFiles
• PHYSFS_enumerateFilesCallback
• PHYSFS_EnumFilesCallback
• PHYSFS_eof
• PHYSFS_ERR_APP_CALLBACK
• PHYSFS_ERR_ARGV0_IS_NULL
• PHYSFS_ERR_BAD_FILENAME
• PHYSFS_ERR_BAD_PASSWORD
• PHYSFS_ERR_BUSY
• PHYSFS_ERR_CORRUPT
• PHYSFS_ERR_DIR_NOT_EMPTY
• PHYSFS_ERR_DUPLICATE
• PHYSFS_ERR_FILES_STILL_OPEN
• PHYSFS_ERR_INVALID_ARGUMENT
• PHYSFS_ERR_IO
• PHYSFS_ERR_IS_INITIALIZED
• PHYSFS_ERR_NO_SPACE
• PHYSFS_ERR_NO_WRITE_DIR
• PHYSFS_ERR_NOT_A_FILE
• PHYSFS_ERR_NOT_FOUND
• PHYSFS_ERR_NOT_INITIALIZED
• PHYSFS_ERR_NOT_MOUNTED
• PHYSFS_ERR_OK
• PHYSFS_ERR_OPEN_FOR_READING
• PHYSFS_ERR_OPEN_FOR_WRITING
• PHYSFS_ERR_OS_ERROR
• PHYSFS_ERR_OTHER_ERROR
• PHYSFS_ERR_OUT_OF_MEMORY
• PHYSFS_ERR_PAST_EOF
• PHYSFS_ERR_PERMISSION
• PHYSFS_ERR_READ_ONLY
• PHYSFS_ERR_SYMLINK_FORBIDDEN
• PHYSFS_ERR_SYMLINK_LOOP
• PHYSFS_ERR_UNSUPPORTED
• PHYSFS_ErrorCode
• PHYSFS_exists
• PHYSFS_extension · Information on various PhysicsFS-supported archives.
• PHYSFS_File · A PhysicsFS file handle.
• PHYSFS_file
• PHYSFS_fileLength
• PHYSFS_FileType
• PHYSFS_FILETYPE_DIRECTORY
• PHYSFS_FILETYPE_OTHER
• PHYSFS_FILETYPE_REGULAR
• PHYSFS_FILETYPE_SYMLINK
• PHYSFS_flush
• PHYSFS_Free · PhysicsFS allocation function pointers.
• PHYSFS_freeList
• PHYSFS_getAllocator
• PHYSFS_getBaseDir
• PHYSFS_getCdRomDirs
• PHYSFS_getCdRomDirsCallback
• PHYSFS_getDirSeparator
• PHYSFS_getErrorByCode
• PHYSFS_getLastError
• PHYSFS_getLastErrorCode
• PHYSFS_getLastModTime
• PHYSFS_getLinkedVersion
• PHYSFS_getMountPoint
• PHYSFS_getPrefDir
• PHYSFS_getRealDir
• PHYSFS_getSearchPath
• PHYSFS_getSearchPathCallback
• PHYSFS_getUserDir
• PHYSFS_getWriteDir
• PHYSFS_Init · PhysicsFS allocation function pointers.
• PHYSFS_init
• PHYSFS_Io · An abstract i/o interface.
• PHYSFS_isDirectory
• PHYSFS_isInit
• PHYSFS_isSymbolicLink
• PHYSFS_major · Information the version of PhysicsFS in use.
• PHYSFS_Malloc · PhysicsFS allocation function pointers.
• PHYSFS_minor · Information the version of PhysicsFS in use.
• PHYSFS_mkdir
• PHYSFS_mount
• PHYSFS_mountHandle
• PHYSFS_mountIo
• PHYSFS_mountMemory
• PHYSFS_opaque · A PhysicsFS file handle.
• PHYSFS_openAppend
• PHYSFS_openRead
• PHYSFS_openWrite
• PHYSFS_patch · Information the version of PhysicsFS in use.
• PHYSFS_permitSymbolicLinks
• PHYSFS_read
• PHYSFS_readBytes
• PHYSFS_readSBE16
• PHYSFS_readSBE32
• PHYSFS_readSBE64
• PHYSFS_readSLE16
• PHYSFS_readSLE32
• PHYSFS_readSLE64
• PHYSFS_readUBE16
• PHYSFS_readUBE32
• PHYSFS_readUBE64
• PHYSFS_readULE16
• PHYSFS_readULE32
• PHYSFS_readULE64
• PHYSFS_Realloc · PhysicsFS allocation function pointers.
• PHYSFS_registerArchiver
• PHYSFS_remove · Abstract interface to provide support for user-defined archives.
• PHYSFS_removeFromSearchPath
• PHYSFS_seek
• PHYSFS_setAllocator
• PHYSFS_setBuffer
• PHYSFS_setErrorCode
• PHYSFS_setRoot
• PHYSFS_setSaneConfig
• PHYSFS_setWriteDir
• PHYSFS_sint16
• PHYSFS_sint32
• PHYSFS_sint64
• PHYSFS_sint8
• PHYSFS_Stat · Meta data for a file or directory.
• PHYSFS_stat
• PHYSFS_StringCallback
• PHYSFS_supportedArchiveTypes
• PHYSFS_swapSBE16
• PHYSFS_swapSBE32
• PHYSFS_swapSBE64
• PHYSFS_swapSLE16
• PHYSFS_swapSLE32
• PHYSFS_swapSLE64
• PHYSFS_swapUBE16
• PHYSFS_swapUBE32
• PHYSFS_swapUBE64
• PHYSFS_swapULE16
• PHYSFS_swapULE32
• PHYSFS_swapULE64
• PHYSFS_symbolicLinksPermitted
• PHYSFS_tell
• PHYSFS_ucs4stricmp
• PHYSFS_uint16
• PHYSFS_uint32
• PHYSFS_uint64
• PHYSFS_uint8
• PHYSFS_unmount
• PHYSFS_url · Information on various PhysicsFS-supported archives.
• PHYSFS_utf16stricmp
• PHYSFS_utf8FromLatin1
• PHYSFS_utf8FromUcs2
• PHYSFS_utf8FromUcs4
• PHYSFS_utf8FromUtf16
• PHYSFS_utf8stricmp
• PHYSFS_utf8ToUcs2
• PHYSFS_utf8ToUcs4
• PHYSFS_utf8ToUtf16
• PHYSFS_VERSION
• PHYSFS_Version · Information the version of PhysicsFS in use.
• PHYSFS_write
• PHYSFS_writeBytes
• PHYSFS_writeSBE16
• PHYSFS_writeSBE32
• PHYSFS_writeSBE64
• PHYSFS_writeSLE16
• PHYSFS_writeSLE32
• PHYSFS_writeSLE64
• PHYSFS_writeUBE16
• PHYSFS_writeUBE32
• PHYSFS_writeUBE64
• PHYSFS_writeULE16
• PHYSFS_writeULE32
• PHYSFS_writeULE64
• Picture · composite structured graphic
• pid_t · overview of system data types
• pidfile · library for PID files handling
• pidfile_close · library for PID files handling
• pidfile_fileno · library for PID files handling
• pidfile_open · library for PID files handling
• pidfile_remove · library for PID files handling
• pidfile_signal · library for PID files handling
• pidfile_write · library for PID files handling
• pigpiod_if · A C library to interface to the pigpio daemon.
• pigpiod_if2 · A C library to interface to the pigpio daemon.
• PinComp · pin connector subject, view, structured graphic, and PostScript external representation SlidingPin, FixedPin - rubberbands used in pin manipulation
• ping_construct · Constructor for the liboping class
• ping_get_error · Return the last error message
• ping_host_add · Add a host to a liboping object
• ping_iterator_get · Iterate over all hosts of a liboping object
• ping_iterator_get_context · Store host-dependent data
• ping_iterator_get_info · Receive information about a host
• ping_send · Send ICMP echo requests to all associated hosts and wait for ICMP echo responses to arrive
• ping_setopt · Set options for a liboping object
• pipecmd_arg · pipeline manipulation library
• pipecmd_argf · pipeline manipulation library
• pipecmd_args · pipeline manipulation library
• pipecmd_argstr · pipeline manipulation library
• pipecmd_argv · pipeline manipulation library
• pipecmd_chdir · pipeline manipulation library
• pipecmd_clearenv · pipeline manipulation library
• pipecmd_discard_err · pipeline manipulation library
• pipecmd_dump · pipeline manipulation library
• pipecmd_dup · pipeline manipulation library
• pipecmd_exec · pipeline manipulation library
• pipecmd_fchdir · pipeline manipulation library
• pipecmd_free · pipeline manipulation library
• pipecmd_get_nargs · pipeline manipulation library
• pipecmd_new · pipeline manipulation library
• pipecmd_new_args · pipeline manipulation library
• pipecmd_new_argstr · pipeline manipulation library
• pipecmd_new_argv · pipeline manipulation library
• pipecmd_new_function · pipeline manipulation library
• pipecmd_new_passthrough · pipeline manipulation library
• pipecmd_new_sequence · pipeline manipulation library
• pipecmd_new_sequencev · pipeline manipulation library
• pipecmd_nice · pipeline manipulation library
• pipecmd_pre_exec · pipeline manipulation library
• pipecmd_sequence_command · pipeline manipulation library
• pipecmd_setenv · pipeline manipulation library
• pipecmd_tostring · pipeline manipulation library
• pipecmd_unsetenv · pipeline manipulation library
• pipeline_command · pipeline manipulation library
• pipeline_command_args · pipeline manipulation library
• pipeline_command_argstr · pipeline manipulation library
• pipeline_command_argv · pipeline manipulation library
• pipeline_commands · pipeline manipulation library
• pipeline_commandv · pipeline manipulation library
• pipeline_connect · pipeline manipulation library
• pipeline_dump · pipeline manipulation library
• pipeline_free · pipeline manipulation library
• pipeline_get_command · pipeline manipulation library
• pipeline_get_infile · pipeline manipulation library
• pipeline_get_ncommands · pipeline manipulation library
• pipeline_get_outfile · pipeline manipulation library
• pipeline_get_pid · pipeline manipulation library
• pipeline_ignore_signals · pipeline manipulation library
• pipeline_install_post_fork · pipeline manipulation library
• pipeline_join · pipeline manipulation library
• pipeline_new · pipeline manipulation library
• pipeline_new_command_args · pipeline manipulation library
• pipeline_new_command_argv · pipeline manipulation library
• pipeline_new_commands · pipeline manipulation library
• pipeline_new_commandv · pipeline manipulation library
• pipeline_peek · pipeline manipulation library
• pipeline_peek_size · pipeline manipulation library
• pipeline_peek_skip · pipeline manipulation library
• pipeline_peekline · pipeline manipulation library
• pipeline_pump · pipeline manipulation library
• pipeline_read · pipeline manipulation library
• pipeline_readline · pipeline manipulation library
• pipeline_run · pipeline manipulation library
• pipeline_set_command · pipeline manipulation library
• pipeline_start · pipeline manipulation library
• pipeline_tostring · pipeline manipulation library
• pipeline_wait · pipeline manipulation library
• pipeline_wait_all · pipeline manipulation library