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cpusetFreeNameList(3x) -- release memory used by a cpuset_NameList_t structure
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The cpusetFreeNameList function is used to release memory used by a cpuset_NameList_t structure. This function releases all memory associated with the cpuset_NameList_t structure. The name argument is the pointer to the cpuset_NameList_t structure that will have it's memory released. This function should be used to release the memory allocated during a previous call to the function cpusetGetNameList(3x) or cpusetGetName(3x).... |
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cpusetFreePIDList(3x) -- release memory used by a cpuset_PIDList_t structure
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The cpusetFreePIDList function is used to release memory used by a cpuset_PIDList_t structure. This function releases all memory associated with the cpuset_PIDList_t structure. The pid argument is the pointer to the cpuset_PIDList_t structure that will have it's memory released. This function should be used to release the memory allocated during a previous call to the function cpusetGetPIDList(3x).... |
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cpusetFreeProperties(3x) -- release memory used by a cpuset_Properties_t structure
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The cpusetFreeProperties function is used to release memory used by a cpuset_Properties_t structure. This function releases all memory associated with the cpuset_Properties_t structure. The csp argument is the pointer to the cpuset_Properties_t structure that will have its memory released. This function should be used to release the memory allocated during a previous call to the function cpusetGetProperties(3x).... |
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cpusetFreeQueueDef(3x) -- release memory used by a cpuset_QueueDef_t structure
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The cpusetFreeQueueDef function is used to release memory used by a cpuset_QueueDef_t structure. This function releases all memory associated with the cpuset_QueueDef_t structure. The qdef argument is the pointer to the cpuset_QueueDef_t structure that will have it's memory released. This function should be used to release the memory allocated during a previous call to the function cpusetAllocQueueDef(3x).... |
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cpusetGetCPUCount(3x) -- obtain the number of CPUs configured on the system
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The cpusetGetCPUCount function returns the number of CPUs that are configured on the system. |
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cpusetGetCPUList(3x) -- get the list of all CPUs assigned to a cpuset
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The cpusetGetCPUList function is used to obtain the list of the CPUs assigned to the specified cpuset. Only processes running with a user ID or group ID that has read access permissions on the permissions file can successfully execute this function. The qname argument is the name of the specified cpuset. The function returns a pointer to a structure of type cpuset_CPUList_t (defined in ). The function cpusetGetCPUList allocates the memory for the structure and the user is responsible f... |
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cpusetGetName(3x) -- get the name of the cpuset to which a process is attached
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The cpusetGetName function is used to obtain the name of the cpuset to which the specified process has been attached. The pid argument specifies the process ID. Currently, the only valid value for pid is 0, which returns the name of the cpuset to which the current process is attached. The function returns a pointer to a structure of type cpuset_NameList_t (defined in ). The function cpusetGetName allocates the memory for the structure and all of its associated data. The user is respons... |
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cpusetGetNameList(3x) -- get the list of names for all defined cpusets
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The cpusetGetNameList function is used to obtain a list of the names for all the cpusets on the system. The function returns a pointer to a structure of type cpuset_NameList_t (defined in ). The function cpusetGetNameList allocates the memory for the structure and all of its associated data. The user is responsible for freeing the memory using the function cpusetFreeNameList(3x). The cpuset_NameList_t structure is defined as follows: typedef struct { int count; char **list; int *status... |
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cpusetGetPIDList(3x) -- get a list of all PIDs attached to a cpuset
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The cpusetGetPIDList function is used to obtain a list of the PIDs for all processes currently attached to the specified cpuset. Only processes with a user ID or group ID that has read permissions on the permissions file can successfully execute this function. The qname argument is the name of the cpuset to which the current process should be attached. The function returns a pointer to a structure of type cpuset_PIDList_t (defined in ). The function cpusetGetPIDList allocates the memor... |
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cpusetGetProperties(3x) -- retrieve various properties associated with a cpuset
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The cpusetGetProperties function is used retrieve various properties identified by qname and returns a pointer to a cpuset_Properties_t structure. Every cpuset queue has a file that defines access permissions to the queue. The read permissions for that file will determine if a process owned by a specific user can retrieve the properties from the cpuset. The qname argument is the name of the cpuset to which the properties should be retrieved.... |
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complib/CQRDC(3) -- CQRDC uses Householder transformations to compute the QR
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On Entry X COMPLEX(LDX,P), where LDX .GE. N. X contains the matrix whose decomposition is to be computed. LDX INTEGER. LDX is the leading dimension of the array X. N INTEGER. N is the number of rows of the matrix X. P INTEGER. P is the number of columns of the matrix X. JVPT INTEGER(P). JVPT contains integers that control the selection of the pivot columns. The K-th column X(K) of X is placed in one of three classes according to the value of JVPT(K). If JVPT(K) .GT. 0, then X(K) is an initial co... |
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complib/CQRSL(3) -- CQRSL applies the output of CQRDC to compute coordinate transformations, projections, and least squares soluti
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On Entry X COMPLEX(LDX,P). X contains the output of CQRDC. LDX INTEGER. LDX is the leading dimension of the array X. N INTEGER. N is the number of rows of the matrix XK. It must have the same value as N in CQRDC. K INTEGER. K is the number of columns of the matrix XK. K must not be greater than (N,P), where P is the same as in the calling sequence to CQRDC. QRAUX COMPLEX(P). QRAUX contains the auxiliary output from CQRDC. Y COMPLEX(N) Y contains an N-vector that is to be manipulated by CQRSL. JO... |
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complib/CRFFT2(3) -- Calculate a complex-to-real Fourier synthesis/analysis.
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Tcl/crtcommand(3) -- implement new commands in C
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Tcl_Interp *interp (in) Interpreter in which to create new command. char *cmdName (in) Name of command. Tcl_CmdProc *proc (in) Implementation of new command: proc will be called whenever cmdName is invoked as a command. ClientData clientData (in) Arbitrary one-word value to pass to proc and deleteProc. Tcl_CmdDeleteProc *deleteProc (in) Procedure to call before cmdName is deleted from the interpreter; allows for command-specific cleanup. If NULL, then no procedure is called before the command is... |
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Tk/crterrhdlr(3) -- handle X protocol errors
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Display *display (in) Display whose errors are to be handled. int error (in) Match only error events with this value in the error_code field. If -1, then match any error_code value. int request (in) Match only error events with this value in the request_code field. If -1, then match any request_code value. int minor (in) Match only error events with this value in the minor_code field. If -1, then match any minor_code value. Tk_ErrorProc *proc (in) Procedure to invoke whenever an error event is r... |
