4. Exceptions to the PMIx Standard
Exceptions to the base PMIx Standard are listed here for each OpenPMIx release. These exceptions are not indicative of any intent to stray from the Standard, but instead represent the difference between the pace of development of the library versus the normal Standard’s process. Accordingly, it is expected that the exceptions listed below will make their way into a future release of the PMIx Standard and then be removed from the list of exceptions in some future OpenPMIx release.
4.1. Extensions
OpenPMIx v4.2.3rc2 is based on the PMIx 4.2 Standard. In
addition to the Extensions, this release includes the conversion of
all support macros to PMIx function APIs — e.g., the
PMIX_LOAD_PROCID
macro is now the PMIx_Load_procid()
function. The macro versions have been retained as deprecated (without
warnings) for backward compatibility.
4.1.1. APIs
Load a key:
void PMIx_Load_key(pmix_key_t key, const char *src);
Check a key:
bool PMIx_Check_key(const char *key, const char *str);
Check to see if a key is a “reserved” key:
bool PMIx_Check_reserved_key(const char *key);
Load a string into a pmix_nspace_t struct:
void PMIx_Load_nspace(pmix_nspace_t nspace, const char *str);
Check two
nspace
structs for equality:bool PMIx_Check_nspace(const char *key1, const char *key2);
Check if a namespace is invalid:
bool PMIx_Nspace_invalid(const char *nspace);
Load a process ID struct:
void PMIx_Load_procid(pmix_proc_t *p, const char *ns, pmix_rank_t rk);
Transfer a process ID struct (non-destructive):
void PMIx_Xfer_procid(pmix_proc_t *dst, const pmix_proc_t *src);
Check two proc IDs for equality:
bool PMIx_Check_procid(const pmix_proc_t *a, const pmix_proc_t *b);
Check two ranks for equality:
bool PMIx_Check_rank(pmix_rank_t a, pmix_rank_t b);
Check if proc ID is invalid:
bool PMIx_Procid_invalid(const pmix_proc_t *p);
Argv handling:
int PMIx_Argv_count(char **a); pmix_status_t PMIx_Argv_append_nosize(char ***argv, const char *arg); pmix_status_t PMIx_Argv_prepend_nosize(char ***argv, const char *arg); pmix_status_t PMIx_Argv_append_unique_nosize(char ***argv, const char *arg); void PMIx_Argv_free(char **argv); char **PMIx_Argv_split_inter(const char *src_string, int delimiter, bool include_empty); char **PMIx_Argv_split_with_empty(const char *src_string, int delimiter); char **PMIx_Argv_split(const char *src_string, int delimiter); char *PMIx_Argv_join(char **argv, int delimiter); char **PMIx_Argv_copy(char **argv);
Set environment variable:
pmix_status_t PMIx_Setenv(const char *name, const char *value, bool overwrite, char ***env);
Initialize a value struct:
void PMIx_Value_construct(pmix_value_t *val);
Free memory stored inside a value struct:
void PMIx_Value_destruct(pmix_value_t *val);
Create and initialize an array of value structs:
pmix_value_t* PMIx_Value_create(size_t n);
Free memory stored inside an array of coord structs (does not free the struct memory itself):
void PMIx_Value_free(pmix_value_t *v, size_t n);
Check the given value struct to determine if it includes a boolean value (includes strings for
true
andfalse
, including abbreviations such ast
orf
), and if so, then its value. A value type ofPMIX_UNDEF
is taken to imply a booleantrue
.pmix_boolean_t PMIx_Value_true(const pmix_value_t *v);
Load data into a
pmix_value_t
structure. The data can be of any PMIx data type — which means the load can be somewhat complex to implement (e.g., in the case of apmix_data_array_t
). The data is copied into the value struct:pmix_status_t PMIx_Value_load(pmix_value_t *val, const void *data, pmix_data_type_t type);
Unload data from a
pmix_value_t
structure:pmix_status_t PMIx_Value_unload(pmix_value_t *val, void **data, size_t *sz);
Transfer data from one
pmix_value_t
to another. This is actually executed as a copy operation, so the original data is not altered:pmix_status_t PMIx_Value_xfer(pmix_value_t *dest, const pmix_value_t *src);
Compare the contents of two
pmix_value_t
structures:pmix_value_cmp_t PMIx_Value_compare(pmix_value_t *v1, pmix_value_t *v2);
Destroy a data array object:
void PMIx_Data_array_destruct(pmix_data_array_t *d);
Initialize an info struct:
void PMIx_Info_construct(pmix_info_t *p);
Free memory stored inside an info struct:
void PMIx_Info_destruct(pmix_info_t *p);
Create and initialize an array of info structs:
pmix_info_t* PMIx_Info_create(size_t n);
Free memory stored inside an array of coord structs (does not free the struct memory itself):
void PMIx_Info_free(pmix_info_t *p, size_t n);
Check the given info struct to determine if it includes a boolean value (includes strings for
true
andfalse
, including abbreviations such ast
orf
), and if so, then its value. A value type ofPMIX_UNDEF
is taken to imply a booleantrue
as the presence of the key defaults to indicatingtrue
.pmix_boolean_t PMIx_Info_true(const pmix_info_t *p);
Load key/value data into a
pmix_info_t
struct. Note that this effectively is aPMIX_LOAD_KEY
operation to copy the key, followed by aPMIx_Value_load
to copy the data into thepmix_value_t
in the provided info struct:pmix_status_t PMIx_Info_load(pmix_info_t *info, const char *key, const void *data, pmix_data_type_t type);
Transfer data from one
pmix_info_t
to another. This is actually executed as a copy operation, so the original data is not altered:pmix_status_t PMIx_Info_xfer(pmix_info_t *dest, const pmix_info_t *src);
Mark the info struct as required:
void PMIx_Info_required(pmix_info_t *p);
Mark the info struct as optional:
void PMIx_Info_optional(pmix_info_t *p);
Check if the info struct is required:
bool PMIx_Info_is_required(const pmix_info_t *p);
Check if the info struct is optional:
bool PMIx_Info_is_optional(const pmix_info_t *p);
Mark the info struct as processed:
void PMIx_Info_processed(pmix_info_t *p);
Check if the info struct has been processed:
bool PMIx_Info_was_processed(const pmix_info_t *p);
Mark the info struct as the end of an array:
void PMIx_Info_set_end(pmix_info_t *p);
Check if the info struct is the end of an array:
bool PMIx_Info_is_end(const pmix_info_t *p);
Mark the info as a qualifier:
void PMIx_Info_qualifier(pmix_info_t *p);
Check if the info struct is a qualifier:
bool PMIx_Info_is_qualifier(const pmix_info_t *p);
Mark the info struct as persistent — do not release its contents:
void PMIx_Info_persistent(pmix_info_t *p);
Check if the info struct is persistent:
bool PMIx_Info_is_persistent(const pmix_info_t *p);
Initialize a coord struct:
void PMIx_Coord_construct(pmix_coord_t *m);
Free memory stored inside a coord struct:
void PMIx_Coord_destruct(pmix_coord_t *m);
Create and initialize an array of coord structs:
pmix_coord_t* PMIx_Coord_create(size_t dims, size_t number);
Free memory stored inside an array of coord structs (does not free the struct memory itself):
void PMIx_Coord_free(pmix_coord_t *m, size_t number);
Initialize a topology struct:
void PMIx_Topology_construct(pmix_topology_t *t);
Free memory stored inside a topology struct:
void PMIx_Topology_destruct(pmix_topology_t *topo);
Create and initialize an array of topology structs:
pmix_topology_t* PMIx_Topology_create(size_t n);
Free memory stored inside an array of topology structs (does not free the struct memory itself):
void PMIx_Topology_free(pmix_topology_t *t, size_t n);
Initialize a cpuset struct:
void PMIx_Cpuset_construct(pmix_cpuset_t *cpuset);
Free memory stored inside a cpuset struct:
void PMIx_Cpuset_destruct(pmix_cpuset_t *cpuset);
Create and initialize an array of cpuset structs:
pmix_cpuset_t* PMIx_Cpuset_create(size_t n);
Free memory stored inside an array of cpuset structs (does not free the struct memory itself):
void PMIx_Cpuset_free(pmix_cpuset_t *c, size_t n);
Initialize a geometry struct:
void PMIx_Geometry_construct(pmix_geometry_t *g);
Free memory stored inside a cpuset struct:
void PMIx_Geometry_destruct(pmix_geometry_t *g);
Create and initialize an array of cpuset structs:
pmix_geometry_t* PMIx_Geometry_create(size_t n);
Free memory stored inside an array of cpuset structs (does not free the struct memory itself):
void PMIx_Geometry_free(pmix_geometry_t *g, size_t n);
Initialize a device distance struct:
void PMIx_Device_distance_construct(pmix_device_distance_t *d);
Free memory stored inside a device distance struct:
void PMIx_Device_distance_destruct(pmix_device_distance_t *d);
Create and initialize an array of device distance structs:
pmix_device_distance_t* PMIx_Device_distance_create(size_t n);
Free memory stored inside an array of device distance structs (does not free the struct memory itself):
void PMIx_Device_distance_free(pmix_device_distance_t *d, size_t n);
Initialize a byte object struct:
void PMIx_Byte_object_construct(pmix_byte_object_t *b);
Free memory stored inside a byte object struct:
void PMIx_Byte_object_destruct(pmix_byte_object_t *g);
Create and initialize an array of byte object structs:
pmix_byte_object_t* PMIx_Byte_object_create(size_t n);
Free memory stored inside an array of byte object structs (does not free the struct memory itself):
void PMIx_Byte_object_free(pmix_byte_object_t *g, size_t n);
Load a byte object:
void PMIx_Byte_object_load(pmix_byte_object_t *b, char *d, size_t sz);
Initialize an endpoint struct:
void PMIx_Endpoint_construct(pmix_endpoint_t *e);
Free memory stored inside an endpoint struct:
void PMIx_Endpoint_destruct(pmix_endpoint_t *e);
Create and initialize an array of endpoint structs:
pmix_endpoint_t* PMIx_Endpoint_create(size_t n);
Free memory stored inside an array of endpoint structs (does not free the struct memory itself):
void PMIx_Endpoint_free(pmix_endpoint_t *e, size_t n);
Initialize an envar struct:
void PMIx_Envar_construct(pmix_envar_t *e);
Free memory stored inside an envar struct:
void PMIx_Envar_destruct(pmix_envar_t *e);
Create and initialize an array of envar structs:
pmix_envar_t* PMIx_Envar_create(size_t n);
Free memory stored inside an array of envar structs (does not free the struct memory itself):
void PMIx_Envar_free(pmix_envar_t *e, size_t n);
Load an envar struct:
void PMIx_Envar_load(pmix_envar_t *e, char *var, char *value, char separator);
Initialize a data buffer struct:
void PMIx_Data_buffer_construct(pmix_data_buffer_t *b);
Free memory stored inside a data buffer struct:
void PMIx_Data_buffer_destruct(pmix_data_buffer_t *b);
Create a data buffer struct:
pmix_data_buffer_t* PMIx_Data_buffer_create(void);
Free memory stored inside a data buffer struct:
void PMIx_Data_buffer_release(pmix_data_buffer_t *b);
Load a data buffer struct:
void PMIx_Data_buffer_load(pmix_data_buffer_t *b, char *bytes, size_t sz);
Unload a data buffer struct:
void PMIx_Data_buffer_unload(pmix_data_buffer_t *b, char **bytes, size_t *sz);
Initialize a proc struct:
void PMIx_Proc_construct(pmix_proc_t *p);
Clear memory inside a proc struct:
void PMIx_Proc_destruct(pmix_proc_t *p);
Create and initialize an array of proc structs:
pmix_proc_t* PMIx_Proc_create(size_t n);
Free memory stored inside an array of proc structs (does not free the struct memory itself):
void PMIx_Proc_free(pmix_proc_t *p, size_t n);
Load a proc struct:
void PMIx_Proc_load(pmix_proc_t *p, char *nspace, pmix_rank_t rank);
Construct a multicluster
nspace
struct from cluster andnspace
values:void PMIx_Multicluster_nspace_construct(pmix_nspace_t target, pmix_nspace_t cluster, pmix_nspace_t nspace);
Parse a multicluster nspace struct to separate out the cluster and
nspace
portions:void PMIx_Multicluster_nspace_parse(pmix_nspace_t target, pmix_nspace_t cluster, pmix_nspace_t nspace);
Initialize a proc info struct:
void PMIx_Proc_info_construct(pmix_proc_info_t *p);
Clear memory inside a proc info struct:
void PMIx_Proc_info_destruct(pmix_proc_info_t *p);
Create and initialize an array of proc info structs:
pmix_proc_info_t* PMIx_Proc_info_create(size_t n);
Free memory stored inside an array of proc info structs (does not free the struct memory itself):
void PMIx_Proc_info_free(pmix_proc_info_t *p, size_t n);
Initialize a proc stats struct:
void PMIx_Proc_stats_construct(pmix_proc_stats_t *p);
Clear memory inside a proc stats struct:
void PMIx_Proc_stats_destruct(pmix_proc_stats_t *p);
Create and initialize an array of proc stats structs:
pmix_proc_stats_t* PMIx_Proc_stats_create(size_t n);
Free memory stored inside an array of proc stats structs (does not free the struct memory itself):
void PMIx_Proc_stats_free(pmix_proc_stats_t *p, size_t n);
Initialize a disk stats struct:
void PMIx_Disk_stats_construct(pmix_disk_stats_t *p);
Clear memory inside a disk stats struct:
void PMIx_Disk_stats_destruct(pmix_disk_stats_t *p);
Create and initialize an array of disk stats structs:
pmix_disk_stats_t* PMIx_Disk_stats_create(size_t n);
Free memory stored inside an array of disk stats structs (does not free the struct memory itself):
void PMIx_Disk_stats_free(pmix_disk_stats_t *p, size_t n);
Initialize a net stats struct:
void PMIx_Net_stats_construct(pmix_net_stats_t *p);
Clear memory inside a net stats struct:
void PMIx_Net_stats_destruct(pmix_net_stats_t *p);
Create and initialize an array of net stats structs:
pmix_net_stats_t* PMIx_Net_stats_create(size_t n);
Free memory stored inside an array of net stats structs (does not free the struct memory itself):
void PMIx_Net_stats_free(pmix_net_stats_t *p, size_t n);
Initialize a pdata struct:
void PMIx_Pdata_construct(pmix_pdata_t *p);
Clear memory inside a pdata struct:
void PMIx_Pdata_destruct(pmix_pdata_t *p);
Create and initialize an array of pdata structs:
pmix_pdata_t* PMIx_Pdata_create(size_t n);
Free memory stored inside an array of pdata structs (does not free the struct memory itself):
void PMIx_Pdata_free(pmix_pdata_t *p, size_t n);
App operations:
void PMIx_App_construct(pmix_app_t *p); void PMIx_App_destruct(pmix_app_t *p); pmix_app_t* PMIx_App_create(size_t n); void PMIx_App_info_create(pmix_app_t *p, size_t n); void PMIx_App_free(pmix_app_t *p, size_t n); void PMIx_App_release(pmix_app_t *p);
Constructing arrays of
pmix_info_t
for passing to an API can be tedious since thepmix_info_t
itself is not a “list object”. Since this is a very frequent operation, a set of APIs has been provided that opaquely manipulates internal PMIx list structures for this purpose. The user only need provide avoid*
pointer to act as the caddy for the internal list object.Initialize a list of
pmix_info_t
structures:void* PMIx_Info_list_start(void);
Add data to a list of
pmix_info_t
structs. Theptr
passed here is the pointer returned byPMIx_Info_list_start
:pmix_status_t PMIx_Info_list_add(void *ptr, const char *key, const void *value, pmix_data_type_t type); pmix_status_t PMIx_Info_list_insert(void *ptr, pmix_info_t *info);
Transfer the data in an existing
pmix_info_t
struct to a list. This is executed as a copy operation, so the original data is not altered. Theptr
passed here is the pointer returned byPMIx_Info_list_start
:pmix_status_t PMIx_Info_list_xfer(void *ptr, const pmix_info_t *info);
Convert the constructed list of
pmix_info_t
structs to apmix_data_array_t
ofpmix_info_t
. Data on the list is copied to the array elements:pmix_status_t PMIx_Info_list_convert(void *ptr, pmix_data_array_t *par);
Release all data on the list and destruct all internal tracking:
void PMIx_Info_list_release(void *ptr);
Check if the tool is connected to a PMIx server:
bool PMIx_tool_is_connected(void);
Request a session control action. The sessionID identifies the session to which the specified control action is to be applied. A
UINT32_MAX
value can be used to indicate all sessions under the caller’s control.The directives are provided as
pmix_info_t
structs in the directives array. The callback function provides a status to indicate whether or not the request was granted, and to provide some information as to the reason for any denial in thepmix_info_cbfunc_t
array ofpmix_info_t
structures. If non-NULL, then the specified release_fn must be called when the callback function completes — this will be used to release any providedpmix_info_t
array.Passing NULL as the
cbfunc
to this call indicates that it shall be treated as a blocking operation, with the return status indicative of the overall operation’s completion.pmix_status_t PMIx_Session_control(uint32_t sessionID, const pmix_info_t directives[], size_t ndirs, pmix_info_cbfunc_t cbfunc, void *cbdata);
The following pretty-print support APIs have been added:
const char* PMIx_Value_comparison_string(pmix_value_cmp_t cmp); char* PMIx_App_string(const pmix_app_t *app);
The following pretty-print support APIs have been slightly modified to add a
const
qualifier to their input parameter:const char* PMIx_Get_attribute_string(const char *attribute); const char* PMIx_Get_attribute_name(const char *attrstring); char* PMIx_Info_string(const pmix_info_t *info); char* PMIx_Value_string(const pmix_value_t *value);
This is not expected to cause any issues for users.
4.1.2. Constants
PMIX_DATA_BUFFER
: data type for packing/unpacking ofpmix_data_buffer_t
objectsPMIX_DISK_STATS
: data type for packing/unpacking ofpmix_disk_stats_t
objectsPMIX_NET_STATS
: data type for packing/unpacking ofpmix_net_stats_t
objectsPMIX_NODE_STATS
: data type for packing/unpacking ofpmix_node_stats_t
objectsPMIX_PROC_STATS
: data type for packing/unpacking ofpmix_proc_stats_t
objectsPMIX_ERR_JOB_EXE_NOT_FOUND
: specified executable not foundPMIX_ERR_JOB_INSUFFICIENT_RESOURCES
: insufficient resources to spawn jobPMIX_ERR_JOB_SYS_OP_FAILED
: system library operation failedPMIX_ERR_JOB_WDIR_NOT_FOUND
: specified working directory not foundPMIX_READY_FOR_DEBUG
: event indicating job/proc is ready for debug (accompanied byPMIX_BREAKPOINT
indicating where proc is waiting)PMIX_ERR_PROC_REQUESTED_ABORT
: process calledPMIx_Abort
PMIX_ERR_PROC_KILLED_BY_CMD
: process was terminated by RTE commandPMIX_ERR_PROC_FAILED_TO_START
: process failed to startPMIX_ERR_PROC_ABORTED_BY_SIG
: process aborted by signal (e.g., segmentation fault)PMIX_ERR_PROC_SENSOR_BOUND_EXCEEDED
: process terminated due to exceeding a sensor boundaryPMIX_ERR_EXIT_NONZERO_TERM
: process exited normally, but with a non-zero status
4.1.3. Attributes
Attribute |
Name |
Type |
Description |
---|---|---|---|
|
|
|
event base to be used for auxiliary functions (e.g., capturing signals) that would otherwise interfere with the host |
|
|
|
Connect to the system scheduler |
|
|
|
Comma-delimited ranges of CPUs that the internal PMIx progress thread shall be bound to |
|
|
|
Return error if the internal PMIx progress thread cannot be bound |
|
|
|
Array of |
|
|
|
Number of procs to colocate with each identified proc |
|
|
|
Number of procs to colocate on the node of each identified proc |
|
|
|
when registering, indicate that this event handler is to be deleted after being invoked |
|
|
|
Array of |
|
|
|
local context ID for the specified process member of a group |
|
|
|
Tag output with the [local jobid,rank][hostname:pid] and channel it comes from |
|
|
|
Tag output with the [nspace,rank] and channel it comes from |
|
|
|
|
|
|
|
key to a logging message |
|
|
|
value to a logging message |
|
|
|
URI of this proc’s listener socket |
|
|
|
Value being provided consists of the primary key-value pair in first position, followed by one or more key-value qualifiers to be used when subsequently retrieving the primary value |
|
|
|
User specified the working directory |
|
|
|
Environment-specific runtime directives that control job behavior |
|
|
|
Abort the spawned job if any process terminates with non-zero status |
|
|
|
Execute all procedures to prepare the requested job for launch, but do not launch it. Typically combined with the PMIX_DISPLAY_MAP or PMIX_DISPLAY_MAP_DETAILED for debugging purposes. |
|
|
|
Provide periodic progress reports on job launch procedure (e.g., after every 100 processes have been spawned) |
|
|
|
Aggregate help messages, reporting each unique help message once accompanied by the number of processes that reported it |
|
|
|
Report the exit status of any child jobs spawned by the primary job separately. If false, then the final exit status reported will be zero if the primary job and all spawned jobs exit normally, or the first non-zero status returned by either primary or child jobs. |
|
|
|
display a highly detailed placement map upon spawn |
|
|
|
display the resource allocation |
|
|
|
comma-delimited list of hosts whose topology is to be displayed |
|
|
|
Proc array being passed has been sorted |
|
|
|
returns an array of |
|
|
|
index of a topology in a storage array |
|
|
|
by default, all jobs in the resulting allocation are to be considered preemptible (overridable at per-job level) |
Note
The attribute PMIX_DEBUG_STOP_IN_APP
has been modified
to only support a PMIX_BOOL
value instead of an optional
array of ranks due to questions over the use-case calling
for stopping a subset of a job’s processes while allowing
others to run “free”.
Session control attributes
Attribute |
Name |
Type |
Description |
---|---|---|---|
|
|
|
provide a string identifier for this request |
Session instantiation attributes — called by scheduler. Schedulers calling to create a session are required to provide:
the effective userID and groupID that the session should have when instantiated.
description of the resources that are to be included in the session
if applicable, the image that should be provisioned on nodes included in the session
an array of applications (if any) that are to be started in the session once instantiated
Attribute |
Name |
Type |
Description |
---|---|---|---|
|
|
|
Array of |
|
|
|
description of nodes to be provisioned with specified image |
|
|
|
regex identifying nodes that are to be provisioned |
|
|
|
name of the image that is to be provisioned |
Session operational attributes.
Attribute |
Name |
Type |
Description |
---|---|---|---|
|
|
|
pause all jobs in the specified session |
|
|
|
“un-pause” all jobs in the specified session |
|
|
|
terminate all jobs in the specified session and recover all resources included in the session. |
|
|
|
preempt indicated jobs (given in accompanying |
|
|
|
restore indicated jobs (given in accompanying |
|
|
|
send given signal to all processes of every job in the session |
Session operational attributes — called by RTE.
Attribute |
Name |
Type |
Description |
---|---|---|---|
|
|
|
specified session has completed, all resources have been
recovered and are available for scheduling. Must include
|
4.1.4. Allocation directive values
PMIX_ALLOC_REQ_CANCEL
(value: 5): Cancel the indicated allocation request
4.1.5. Datatypes
pmix_value_cmp_t
: an enum indicating the relative value of twopmix_value_t objects
. Values include:PMIX_EQUAL
PMIX_VALUE1_GREATER
PMIX_VALUE2_GREATER
PMIX_VALUE_TYPE_DIFFERENT
PMIX_VALUE_INCOMPATIBLE_OBJECTS
PMIX_VALUE_COMPARISON_NOT_AVAIL
pmix_disk_stats_t
: contains statistics on disk read/write operationspmix_net_stats_t
: contains statistics on network activitypmix_node_stats_t
: contains statistics on node resource usagepmix_proc_stats_t
: contains statistics on process resource usage
4.1.6. Datatype static initializers
Static initializers were added for each complex data type (i.e., a data type defined as a struct):
PMIX_PROC_STATS_STATIC_INIT
PMIX_DISK_STATS_STATIC_INIT
PMIX_NET_STATS_STATIC_INIT
PMIX_NODE_STATS_STATIC_INIT
4.1.7. Macros
PMIX_XFER_PROCID
: transfer apmix_proc_t
to another one (non-destructive copy)PMIX_INFO_SET_END
: mark thispmix_info_t
as being at the end of an arrayPMIX_INFO_SET_PERSISTENT
: mark that the data in thispmix_info_t
is not to be released byPMIX_Info_destruct()
(or its macro form)PMIX_INFO_SET_QUALIFIER
: mark thispmix_info_t
as a qualifier to the primary keyPMIX_INFO_IS_PERSISTENT
: test if thispmix_info_t
has been marked as persistentPMIX_INFO_IS_QUALIFIER
: test if thispmix_info_t
has been marked as a qualifierPMIX_DATA_ARRAY_INIT
: initialize apmix_data_array_t
PMIX_CHECK_TRUE
: check if apmix_value_t
is booleantrue
(supports string as well as traditional boolean values)PMIX_CHECK_BOOL
: check if apmix_value_t
is a boolean value (supports string as well as traditional boolean values)
Macros supporting pmix_disk_stats_t
objects:
PMIX_DISK_STATS_CONSTRUCT
PMIX_DISK_STATS_CREATE
PMIX_DISK_STATS_DESTRUCT
PMIX_DISK_STATS_FREE
PMIX_DISK_STATS_RELEASE
Macros supporting pmix_net_stats_t
objects:
PMIX_NET_STATS_CONSTRUCT
PMIX_NET_STATS_CREATE
PMIX_NET_STATS_DESTRUCT
PMIX_NET_STATS_FREE
PMIX_NET_STATS_RELEASE
Macros supporting pmix_node_stats_t
objects:
PMIX_NODE_STATS_CONSTRUCT
PMIX_NODE_STATS_CREATE
PMIX_NODE_STATS_DESTRUCT
PMIX_NODE_STATS_RELEASE
Macros supporting pmix_proc_stats_t
objects:
PMIX_PROC_STATS_CONSTRUCT
PMIX_PROC_STATS_CREATE
PMIX_PROC_STATS_DESTRUCT
PMIX_PROC_STATS_FREE
PMIX_PROC_STATS_RELEASE
4.2. Renamed Constants
OpenPMIx version v4.2.3rc2 renamed the following constants:
PMIX_DEBUG_WAIT_FOR_NOTIFY
: renamed toPMIX_READY_FOR_DEBUG