man pages section 3: Extended Library Functions, Volume 2

Skip to ContentSun and Oracle Channel Sun How to Buy Log In

Innerhalb

Nach weiteren Dokumenten suchen

Support-Ressourcen

Dieses Buch im PDF-Format herunterladen (1742 KB)

Extended Library Functions, Volume 2

A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z

A
- acos(3M) – arc cosine functions
- acosf(3M) – arc cosine functions
- acosh(3M) – inverse hyperbolic cosine functions
- acoshf(3M) – inverse hyperbolic cosine functions
- acoshl(3M) – inverse hyperbolic cosine functions
- acosl(3M) – arc cosine functions
- advance(3GEN) – regular expression compile and match routines
- asin(3M) – arc sine function
- asinf(3M) – arc sine function
- asinh(3M) – inverse hyperbolic sine functions
- asinhf(3M) – inverse hyperbolic sine functions
- asinhl(3M) – inverse hyperbolic sine functions
- asinl(3M) – arc sine function
- atan2(3M) – arc tangent function
- atan2f(3M) – arc tangent function
- atan2l(3M) – arc tangent function
- atan(3M) – arc tangent function
- atanf(3M) – arc tangent function
- atanh(3M) – inverse hyperbolic tangent functions
- atanhf(3M) – inverse hyperbolic tangent functions
- atanhl(3M) – inverse hyperbolic tangent functions
- atanl(3M) – arc tangent function
B
- bgets(3GEN) – read stream up to next delimiter
- bufsplit(3GEN) – split buffer into fields
C
- cabs(3M) – return a complex absolute value
- cabsf(3M) – return a complex absolute value
- cabsl(3M) – return a complex absolute value
- cacos(3M) – complex arc cosine functions
- cacosf(3M) – complex arc cosine functions
- cacosh(3M) – complex arc hyperbolic cosine functions
- cacoshf(3M) – complex arc hyperbolic cosine functions
- cacoshl(3M) – complex arc hyperbolic cosine functions
- cacosl(3M) – complex arc cosine functions
- carg(3M) – complex argument functions
- cargf(3M) – complex argument functions
- cargl(3M) – complex argument functions
- casin(3M) – complex arc sine functions
- casinf(3M) – complex arc sine functions
- casinh(3M) – complex arc hyperbolic sine functions
- casinhf(3M) – complex arc hyperbolic sine functions
- casinhl(3M) – complex arc hyperbolic sine functions
- casinl(3M) – complex arc sine functions
- catan(3M) – complex arc tangent functions
- catanf(3M) – complex arc tangent functions
- catanh(3M) – complex arc hyperbolic tangent functions
- catanhf(3M) – complex arc hyperbolic tangent functions
- catanhl(3M) – complex arc hyperbolic tangent functions
- catanl(3M) – complex arc tangent functions
- cbrt(3M) – cube root functions
- cbrtf(3M) – cube root functions
- cbrtl(3M) – cube root functions
- ccos(3M) – complex cosine functions
- ccosf(3M) – complex cosine functions
- ccosh(3M) – complex hyperbolic cosine functions
- ccoshf(3M) – complex hyperbolic cosine functions
- ccoshl(3M) – complex hyperbolic cosine functions
- ccosl(3M) – complex cosine functions
- ceil(3M) – ceiling value function
- ceilf(3M) – ceiling value function
- ceill(3M) – ceiling value function
- cexp(3M) – complex exponential functions
- cexpf(3M) – complex exponential functions
- cexpl(3M) – complex exponential functions
- cimag(3M) – complex imaginary functions
- cimagf(3M) – complex imaginary functions
- cimagl(3M) – complex imaginary functions
- clog(3M) – complex natural logarithm functions
- clogf(3M) – complex natural logarithm functions
- clogl(3M) – complex natural logarithm functions
- compile(3GEN) – regular expression compile and match routines
- conj(3M) – complex conjugate functions
- conjf(3M) – complex conjugate functions
- conjl(3M) – complex conjugate functions
- copylist(3GEN) – copy a file into memory
- copysign(3M) – number manipulation function
- copysignf(3M) – number manipulation function
- copysignl(3M) – number manipulation function
- cos(3M) – cosine function
- cosf(3M) – cosine function
- cosh(3M) – hyperbolic cosine function
- coshf(3M) – hyperbolic cosine function
- coshl(3M) – hyperbolic cosine function
- cosl(3M) – cosine function
- cpow(3M) – complex power functions
- cpowf(3M) – complex power functions
- cpowl(3M) – complex power functions
- cproj(3M) – complex projection functions
- cprojf(3M) – complex projection functions
- cprojl(3M) – complex projection functions
- creal(3M) – complex real functions
- crealf(3M) – complex real functions
- creall(3M) – complex real functions
- csin(3M) – complex sine functions
- csinf(3M) – complex sine functions
- csinh(3M) – complex hyperbolic sine functions
- csinhf(3M) – complex hyperbolic sine functions
- csinhl(3M) – complex hyperbolic sine functions
- csinl(3M) – complex sine functions
- csqrt(3M) – complex square root functions
- csqrtf(3M) – complex square root functions
- csqrtl(3M) – complex square root functions
- ctan(3M) – complex tangent functions
- ctanf(3M) – complex tangent functions
- ctanh(3M) – complex hyperbolic tangent functions
- ctanhf(3M) – complex hyperbolic tangent functions
- ctanhl(3M) – complex hyperbolic tangent functions
- ctanl(3M) – complex tangent functions
D
E
- erf(3M) – error function
- erfc(3M) – complementary error function
- erfcf(3M) – complementary error function
- erfcl(3M) – complementary error function
- erff(3M) – error function
- erfl(3M) – error function
- exp2(3M) – exponential base 2 functions
- exp2f(3M) – exponential base 2 functions
- exp2l(3M) – exponential base 2 functions
- exp(3M) – exponential function
- expf(3M) – exponential function
- expl(3M) – exponential function
- expm1(3M) – compute exponential function
- expm1f(3M) – compute exponential function
- expm1l(3M) – compute exponential function
F
- fabs(3M) – absolute value function
- fabsf(3M) – absolute value function
- fabsl(3M) – absolute value function
- fdim(3M) – compute positive difference between two floating-point numbers
- fdimf(3M) – compute positive difference between two floating-point numbers
- fdiml(3M) – compute positive difference between two floating-point numbers
- feclearexcept(3M) – clear floating-point exception
- fegetenv(3M) – get and set current floating-point environment
- fegetexceptflag(3M) – get and set floating-point status flags
- fegetprec(3M) – control floating point rounding precision modes
- fegetround(3M) – get and set current rounding direction
- feholdexcept(3M) – save current floating-point environment
- feraiseexcept(3M) – raise floating-point exception
- fesetenv(3M) – get and set current floating-point environment
- fesetexceptflag(3M) – get and set floating-point status flags
- fesetprec(3M) – control floating point rounding precision modes
- fesetround(3M) – get and set current rounding direction
- fetestexcept(3M) – test floating-point exception flags
- feupdateenv(3M) – update floating-point environment
- fex_getexcepthandler(3M) – control floating point exception handling modes
- fex_get_handling(3M) – control floating point exception handling modes
- fex_get_log(3M) – log retrospective diagnostics for floating point exceptions
- fex_get_log_depth(3M) – log retrospective diagnostics for floating point exceptions
- fex_log_entry(3M) – log retrospective diagnostics for floating point exceptions
- fex_merge_flags(3M) – manage the floating point environment
- fex_setexcepthandler(3M) – control floating point exception handling modes
- fex_set_handling(3M) – control floating point exception handling modes
- fex_set_log(3M) – log retrospective diagnostics for floating point exceptions
- fex_set_log_depth(3M) – log retrospective diagnostics for floating point exceptions
- floor(3M) – floor function
- floorf(3M) – floor function
- floorl(3M) – floor function
- fma(3M) – floating-point multiply-add
- fmaf(3M) – floating-point multiply-add
- fmal(3M) – floating-point multiply-add
- fmax(3M) – determine maximum numeric value of two floating-point numbers
- fmaxf(3M) – determine maximum numeric value of two floating-point numbers
- fmaxl(3M) – determine maximum numeric value of two floating-point numbers
- fmin(3M) – determine minimum numeric value of two floating-point numbers
- fminf(3M) – determine minimum numeric value of two floating-point numbers
- fminl(3M) – determine minimum numeric value of two floating-point numbers
- fmod(3M) – floating-point remainder value function
- fmodf(3M) – floating-point remainder value function
- fmodl(3M) – floating-point remainder value function
- fpclassify(3M) – classify real floating type
- frexp(3M) – extract mantissa and exponent from a floating-point number
- frexpf(3M) – extract mantissa and exponent from a floating-point number
- frexpl(3M) – extract mantissa and exponent from a floating-point number
G
- gamma(3M) – log gamma function
- gammaf(3M) – log gamma function
- gammaf_r(3M) – log gamma function
- gammal(3M) – log gamma function
- gammal_r(3M) – log gamma function
- gamma_r(3M) – log gamma function
- gmatch(3GEN) – shell global pattern matching
H
- HBA_CloseAdapter(3HBAAPI) – open and close a specific adapter
- HBA_FreeLibrary(3HBAAPI) – load and free the resources used by the HBA Common Library
- HBA_GetAdapterAttributes(3HBAAPI) – retrieve attributes about a specific HBA
- HBA_GetAdapterName(3HBAAPI) – retrieve the name of a specific HBA
- HBA_GetAdapterPortAttributes(3HBAAPI) – retrieve Fibre Channel port attributes for a specific device
- HBA_GetBindingCapability(3HBAAPI) – return and sets binding capabilities on an HBA port
- HBA_GetBindingSupport(3HBAAPI) – return and sets binding capabilities on an HBA port
- HBA_GetDiscoveredPortAttributes(3HBAAPI) – retrieve Fibre Channel port attributes for a specific device
- HBA_GetEventBuffer(3HBAAPI) – remove and return the next event from the HBA's event queue
- HBA_GetFC4Statistics(3HBAAPI) – Access Port statistics for a specific HBA port.
- HBA_GetFcpPersistentBinding(3HBAAPI) – handle persistent bindings between FCP-2 discovered devices and operating system SCSI information
- HBA_GetFCPStatistics(3HBAAPI) – Access Port statistics for a specific HBA port.
- HBA_GetFcpTargetMapping(3HBAAPI) – retrieve mapping between FCP-2 discovered devices and operating system SCSI information
- HBA_GetFcpTargetMappingV2(3HBAAPI) – retrieve mapping between FCP-2 discovered devices and operating system SCSI information
- HBA_GetNumberOfAdapters(3HBAAPI) – report the number of HBAs known to the Common Library
- HBA_GetPersistentBindingV2(3HBAAPI) – handle persistent bindings between FCP-2 discovered devices and operating system SCSI information
- HBA_GetPortAttributesByWWN(3HBAAPI) – retrieve Fibre Channel port attributes for a specific device
- HBA_GetPortStatistics(3HBAAPI) – Access Port statistics for a specific HBA port.
- HBA_GetRNIDMgmtInfo(3HBAAPI) – access Fibre Channel Request Node Identification Data (RNID)
- HBA_GetVendorLibraryAttributes(3HBAAPI) – return details about the implementation of the wrapper library and the vendor specific library
- HBA_GetVersion(3HBAAPI) – determine the version of the API supported by the Common Library
- HBA_GetWrapperLibraryAttributes(3HBAAPI) – return details about the implementation of the wrapper library and the vendor specific library
- HBA_LoadLibrary(3HBAAPI) – load and free the resources used by the HBA Common Library
- HBA_OpenAdapter(3HBAAPI) – open and close a specific adapter
- HBA_OpenAdapterByWWN(3HBAAPI) – open and close a specific adapter
- HBA_RefreshAdapterConfiguration(3HBAAPI) – refresh information for a specific HBA
- HBA_RefreshInformation(3HBAAPI) – refresh information for a specific HBA
- HBA_RegisterForAdapterAddEvents(3HBAAPI) – SNIA event handling functions
- HBA_RegisterForAdapterEvents(3HBAAPI) – SNIA event handling functions
- HBA_RegisterForAdapterPortEvents(3HBAAPI) – SNIA event handling functions
- HBA_RegisterForAdapterPortStatEvents(3HBAAPI) – SNIA event handling functions
- HBA_RegisterForLinkEvents(3HBAAPI) – SNIA event handling functions
- HBA_RegisterForTargetEvents(3HBAAPI) – SNIA event handling functions
- HBA_RemoveAllPersistentBindings(3HBAAPI) – handle persistent bindings between FCP-2 discovered devices and operating system SCSI information
- HBA_RemoveCallback(3HBAAPI) – SNIA event handling functions
- HBA_RemovePersistentBinding(3HBAAPI) – handle persistent bindings between FCP-2 discovered devices and operating system SCSI information
- HBA_ResetStatistics(3HBAAPI) – Access Port statistics for a specific HBA port.
- HBA_ScsiInquiryV2(3HBAAPI) – gather SCSI information from discovered ports
- HBA_ScsiReadCapacityV2(3HBAAPI) – gather SCSI information from discovered ports
- HBA_ScsiReportLUNsV2(3HBAAPI) – gather SCSI information from discovered ports
- HBA_SendCTPassThru(3HBAAPI) – end a Fibre Channel Common Transport request to a Fabric
- HBA_SendCTPassThruV2(3HBAAPI) – end a Fibre Channel Common Transport request to a Fabric
- HBA_SendLIRR(3HBAAPI) – issue an Extended Link Service through the local HBA Port
- HBA_SendReadCapacity(3HBAAPI) – gather SCSI information from discovered ports
- HBA_SendReportLUNs(3HBAAPI) – gather SCSI information from discovered ports
- HBA_SendRLS(3HBAAPI) – issue an Extended Link Service through the local HBA Port
- HBA_SendRNID(3HBAAPI) – access Fibre Channel Request Node Identification Data (RNID)
- HBA_SendRNIDV2(3HBAAPI) – access Fibre Channel Request Node Identification Data (RNID)
- HBA_SendRPL(3HBAAPI) – issue an Extended Link Service through the local HBA Port
- HBA_SendRPS(3HBAAPI) – issue an Extended Link Service through the local HBA Port
- HBA_SendScsiInquiry(3HBAAPI) – gather SCSI information from discovered ports
- HBA_SendSRL(3HBAAPI) – issue an Extended Link Service through the local HBA Port
- HBA_SetBindingSupport(3HBAAPI) – return and sets binding capabilities on an HBA port
- HBA_SetPersistentBindingV2(3HBAAPI) – handle persistent bindings between FCP-2 discovered devices and operating system SCSI information
- HBA_SetRNIDMgmtInfo(3HBAAPI) – access Fibre Channel Request Node Identification Data (RNID)
- hypot(3M) – Euclidean distance function
- hypotf(3M) – Euclidean distance function
- hypotl(3M) – Euclidean distance function
I
- ilogb(3M) – return an unbiased exponent
- ilogbf(3M) – return an unbiased exponent
- ilogbl(3M) – return an unbiased exponent
- isencrypt(3GEN) – determine whether a buffer of characters is encrypted
- isfinite(3M) – test for finite value
- isgreater(3M) – test if x greater than y
- isgreaterequal(3M) – test if x greater than or equal to y
- isinf(3M) – test for infinity
- isless(3M) – test if x is less than y
- islessequal(3M) – test if x is less than or equal to y
- islessgreater(3M) – test if x is less than or greater than y
- isnan(3M) – test for NaN
- isnormal(3M) – test for a normal value
- isunordered(3M) – test if arguments are unordered
- it_config_commit(3ISCSIT) – set and retrieve configuration data for the iSCSI Target Port Provider
- it_config_free(3ISCSIT) – set and retrieve configuration data for the iSCSI Target Port Provider
- it_config_load(3ISCSIT) – set and retrieve configuration data for the iSCSI Target Port Provider
- it_config_setprop(3ISCSIT) – set and retrieve configuration data for the iSCSI Target Port Provider
- it_ini_create(3ISCSIT) – create, modify and delete iSCSI Initiator Contexts
- it_ini_delete(3ISCSIT) – create, modify and delete iSCSI Initiator Contexts
- it_ini_free(3ISCSIT) – create, modify and delete iSCSI Initiator Contexts
- it_ini_setprop(3ISCSIT) – create, modify and delete iSCSI Initiator Contexts
- it_portal_create(3ISCSIT) – create and delete iSCSI portals
- it_portal_delete(3ISCSIT) – create and delete iSCSI portals
- it_tgt_create(3ISCSIT) – create, modify and delete iSCSI Targets
- it_tgt_delete(3ISCSIT) – create, modify and delete iSCSI Targets
- it_tgt_free(3ISCSIT) – create, modify and delete iSCSI Targets
- it_tgt_setprop(3ISCSIT) – create, modify and delete iSCSI Targets
- it_tpg_create(3ISCSIT) – create and delete iSCSI target portal groups
- it_tpg_delete(3ISCSIT) – create and delete iSCSI target portal groups
- it_tpg_free(3ISCSIT) – create and delete iSCSI target portal groups
- it_tpgt_create(3ISCSIT) – create, modify and delete iSCSI Targets
- it_tpgt_delete(3ISCSIT) – create, modify and delete iSCSI Targets
- it_tpgt_free(3ISCSIT) – create, modify and delete iSCSI Targets
J
- j0(3M) – Bessel functions of the first kind
- j0f(3M) – Bessel functions of the first kind
- j0l(3M) – Bessel functions of the first kind
- j1(3M) – Bessel functions of the first kind
- j1f(3M) – Bessel functions of the first kind
- j1l(3M) – Bessel functions of the first kind
- jn(3M) – Bessel functions of the first kind
- jnf(3M) – Bessel functions of the first kind
- jnl(3M) – Bessel functions of the first kind
K
- kstat(3KSTAT) – kernel statistics facility
- kstat_chain_update(3KSTAT) – update the kstat header chain
- kstat_close(3KSTAT) – initialize kernel statistics facility
- kstat_data_lookup(3KSTAT) – find a kstat by name
- kstat_lookup(3KSTAT) – find a kstat by name
- kstat_open(3KSTAT) – initialize kernel statistics facility
- kstat_read(3KSTAT) – read or write kstat data
- kstat_write(3KSTAT) – read or write kstat data
- kvm_close(3KVM) – specify a kernel to examine
- kvm_getcmd(3KVM) – get the u-area or invocation arguments for a process
- kvm_getproc(3KVM) – read system process structures
- kvm_getu(3KVM) – get the u-area or invocation arguments for a process
- kvm_kread(3KVM) – copy data to or from a kernel image or running system
- kvm_kwrite(3KVM) – copy data to or from a kernel image or running system
- kvm_nextproc(3KVM) – read system process structures
- kvm_nlist(3KVM) – get entries from kernel symbol table
- kvm_open(3KVM) – specify a kernel to examine
- kvm_read(3KVM) – copy data to or from a kernel image or running system
- kvm_setproc(3KVM) – read system process structures
- kvm_uread(3KVM) – copy data to or from a kernel image or running system
- kvm_uwrite(3KVM) – copy data to or from a kernel image or running system
- kvm_write(3KVM) – copy data to or from a kernel image or running system
L
- ldexp(3M) – load exponent of a floating point number
- ldexpf(3M) – load exponent of a floating point number
- ldexpl(3M) – load exponent of a floating point number
- lgamma(3M) – log gamma function
- lgammaf(3M) – log gamma function
- lgammaf_r(3M) – log gamma function
- lgammal(3M) – log gamma function
- lgammal_r(3M) – log gamma function
- lgamma_r(3M) – log gamma function
- lgrp_affinity_get(3LGRP) – get of set lgroup affinity
- lgrp_affinity_set(3LGRP) – get of set lgroup affinity
- lgrp_children(3LGRP) – get children of given lgroup
- lgrp_cookie_stale(3LGRP) – determine whether snapshot of lgroup hierarchy is stale
- lgrp_cpus(3LGRP) – get CPU IDs contained in specified lgroup
- lgrp_fini(3LGRP) – finished using lgroup interface
- lgrp_home(3LGRP) – get home lgroup
- lgrp_init(3LGRP) – initialize lgroup interface
- lgrp_latency(3LGRP) – get latency between two lgroups
- lgrp_latency_cookie(3LGRP) – get latency between two lgroups
- lgrp_mem_size(3LGRP) – return the memory size of the given lgroup
- lgrp_nlgrps(3LGRP) – get number of lgroups
- lgrp_parents(3LGRP) – get parents of given lgroup
- lgrp_resources(3LGRP) – get lgroup resources of given lgroup
- lgrp_root(3LGRP) – return root lgroup ID
- lgrp_version(3LGRP) – coordinate library and application versions
- lgrp_view(3LGRP) – get view of lgroup hierarchy
- llrint(3M) – round to nearest integer value using current rounding direction
- llrintf(3M) – round to nearest integer value using current rounding direction
- llrintl(3M) – round to nearest integer value using current rounding direction
- llround(3M) – round to nearest integer value
- llroundf(3M) – round to nearest integer value
- llroundl(3M) – round to nearest integer value
- log10(3M) – base 10 logarithm function
- log10f(3M) – base 10 logarithm function
- log10l(3M) – base 10 logarithm function
- log1p(3M) – compute natural logarithm
- log1pf(3M) – compute natural logarithm
- log1pl(3M) – compute natural logarithm
- log2(3M) – compute base 2 logarithm functions
- log2f(3M) – compute base 2 logarithm functions
- log2l(3M) – compute base 2 logarithm functions
- log(3M) – natural logarithm function
- logb(3M) – radix-independent exponent
- logbf(3M) – radix-independent exponent
- logbl(3M) – radix-independent exponent
- logf(3M) – natural logarithm function
- logl(3M) – natural logarithm function
- lrint(3M) – round to nearest integer value using current rounding direction
- lrintf(3M) – round to nearest integer value using current rounding direction
- lrintl(3M) – round to nearest integer value using current rounding direction
- lround(3M) – round to nearest integer value
- lroundf(3M) – round to nearest integer value
- lroundl(3M) – round to nearest integer value
M
- maillock(3MAIL) – functions to manage lockfile(s) for user's mailbox
- mailunlock(3MAIL) – functions to manage lockfile(s) for user's mailbox
- matherr(3M) – math library exception-handling function
- m_create_layout(3LAYOUT) – initialize a layout object
- m_destroy_layout(3LAYOUT) – destroy a layout object
- m_getvalues_layout(3LAYOUT) – query layout values of a LayoutObject
- mkdirp(3GEN) – create or remove directories in a path
- modf(3M) – decompose floating-point number
- modff(3M) – decompose floating-point number
- modfl(3M) – decompose floating-point number
- mp(3MP) – multiple precision integer arithmetic
- MP_AssignLogicalUnitToTPG(3MPAPI) – assign a multipath logical unit to a target port group
- MP_CancelOverridePath(3MPAPI) – cancel a path override
- MP_CompareOIDs(3MPAPI) – compare two object IDs
- MP_DeregisterForObjectPropertyChanges(3MPAPI) – deregister a previously registered client function
- MP_DeregisterForObjectVisibilityChanges(3MPAPI) – deregister a client function
- MP_DeregisterPlugin(3MPAPI) – deregister a plugin
- MP_DisableAutoFailback(3MPAPI) – disable auto-failback
- MP_DisableAutoProbing(3MPAPI) – disable auto-probing
- MP_DisablePath(3MPAPI) – disable a path
- MP_EnableAutoFailback(3MPAPI) – enable auto-failback
- MP_EnableAutoProbing(3MPAPI) – enable auto-probing
- MP_EnablePath(3MPAPI) – enable a path
- MP_FreeOidList(3MPAPI) – free up memory
- mp_gcd(3MP) – multiple precision integer arithmetic
- MP_GetAssociatedPathOidList(3MPAPI) – get a list of object IDs
- MP_GetAssociatedPluginOid(3MPAPI) – get the object ID for the plugin
- MP_GetAssociatedTPGOidList(3MPAPI) – get a list of the object IDs
- MP_GetDeviceProductOidList(3MPAPI) – get a list of the object IDs
- MP_GetDeviceProductProperties(3MPAPI) – get the properties of a specified device product
- MP_GetInitiatorPortOidList(3MPAPI) – gets a list of the object IDs
- MP_GetInitiatorPortProperties(3MPAPI) – get initiator port properties
- MP_GetLibraryProperties(3MPAPI) – get MP library properties
- MP_GetMPLogicalUnitProperties(3MPAPI) – get logical unit properties
- MP_GetMPLuOidListFromTPG(3MPAPI) – return a list of object IDs
- MP_GetMultipathLus(3MPAPI) – return a list of multipath logical units
- MP_GetObjectType(3MPAPI) – get an object type
- MP_GetPathLogicalUnitProperties(3MPAPI) – get the specified path properties
- MP_GetPluginOidList(3MPAPI) – get a list of the object IDs
- MP_GetPluginProperties(3MPAPI) – get specified plugin properties
- MP_GetProprietaryLoadBalanceOidList(3MPAPI) – get a list of object IDs
- MP_GetProprietaryLoadBalanceProperties(3MPAPI) – get load balance properties
- MP_GetTargetPortGroupProperties(3MPAPI) – return properties of the target port group
- MP_GetTargetPortOidList(3MPAPI) – get a list of target port object IDs
- MP_GetTargetPortProperties(3MPAPI) – get targrt port properties
- mp_itom(3MP) – multiple precision integer arithmetic
- mp_madd(3MP) – multiple precision integer arithmetic
- mp_mcmp(3MP) – multiple precision integer arithmetic
- mp_mdiv(3MP) – multiple precision integer arithmetic
- mp_mfree(3MP) – multiple precision integer arithmetic
- mp_min(3MP) – multiple precision integer arithmetic
- mp_mout(3MP) – multiple precision integer arithmetic
- mp_msqrt(3MP) – multiple precision integer arithmetic
- mp_msub(3MP) – multiple precision integer arithmetic
- mp_mtox(3MP) – multiple precision integer arithmetic
- mp_mult(3MP) – multiple precision integer arithmetic
- mp_pow(3MP) – multiple precision integer arithmetic
- MP_RegisterForObjectPropertyChanges(3MPAPI) – register a client function to be called
- MP_RegisterForObjectVisibilityChanges(3MPAPI) – register a client function to be called
- MP_RegisterPlugin(3MPAPI) – register a plugin with the common library
- mp_rpow(3MP) – multiple precision integer arithmetic
- mp_sdiv(3MP) – multiple precision integer arithmetic
- MP_SetFailbackPollingRate(3MPAPI) – set the polling rates
- MP_SetLogicalUnitLoadBalanceType(3MPAPI) – set a load balancing policy
- MP_SetOverridePath(3MPAPI) – manually override a logical unit path
- MP_SetPathWeight(3MPAPI) – set the weight of a path
- MP_SetPluginLoadBalanceType(3MPAPI) – set the plugin default load balance policy
- MP_SetProbingPollingRate(3MPAPI) – set the polling rate
- MP_SetProprietaryProperties(3MPAPI) – set proprietary properties
- MP_SetTPGAccess(3MPAPI) – set a target port group access state
- mp_xtom(3MP) – multiple precision integer arithmetic
- m_setvalues_layout(3LAYOUT) – set layout values of a LayoutObject
- m_transform_layout(3LAYOUT) – layout transformation
- m_wtransform_layout(3LAYOUT) – layout transformation for wide character strings
N
- nan(3M) – return quiet NaN
- nanf(3M) – return quiet NaN
- nanl(3M) – return quiet NaN
- nearbyint(3M) – floating-point rounding functions
- nearbyintf(3M) – floating-point rounding functions
- nearbyintl(3M) – floating-point rounding functions
- nextafter(3M) – next representable double-precision floating-point number
- nextafterf(3M) – next representable double-precision floating-point number
- nextafterl(3M) – next representable double-precision floating-point number
- nexttoward(3M) – next representable double-precision floating-point number
- nexttowardf(3M) – next representable double-precision floating-point number
- nexttowardl(3M) – next representable double-precision floating-point number
O
P
- p2close(3GEN) – open, close pipes to and from a command
- p2open(3GEN) – open, close pipes to and from a command
- pathfind(3GEN) – search for named file in named directories
- pow(3M) – power function
- powf(3M) – power function
- powl(3M) – power function
Q
R
- regexpr(3GEN) – regular expression compile and match routines
- remainder(3M) – remainder function
- remainderf(3M) – remainder function
- remainderl(3M) – remainder function
- remquo(3M) – remainder functions
- remquof(3M) – remainder functions
- remquol(3M) – remainder functions
- rint(3M) – round-to-nearest integral value
- rintf(3M) – round-to-nearest integral value
- rintl(3M) – round-to-nearest integral value
- rmdirp(3GEN) – create or remove directories in a path
- round(3M) – round to nearest integer value in floating-point format
- roundf(3M) – round to nearest integer value in floating-point format
- roundl(3M) – round to nearest integer value in floating-point format
S
- scalb(3M) – load exponent of a radix-independent floating-point number
- scalbf(3M) – load exponent of a radix-independent floating-point number
- scalbl(3M) – load exponent of a radix-independent floating-point number
- scalbln(3M) – compute exponent using FLT_RADIX
- scalblnf(3M) – compute exponent using FLT_RADIX
- scalblnl(3M) – compute exponent using FLT_RADIX
- scalbn(3M) – compute exponent using FLT_RADIX
- scalbnf(3M) – compute exponent using FLT_RADIX
- scalbnl(3M) – compute exponent using FLT_RADIX
- signbit(3M) – test sign
- significand(3M) – significand function
- significandf(3M) – significand function
- significandl(3M) – significand function
- sin(3M) – sine function
- sincos(3M) – combined sine and cosine function
- sincosf(3M) – combined sine and cosine function
- sincosl(3M) – combined sine and cosine function
- sinf(3M) – sine function
- sinh(3M) – hyperbolic sine function
- sinhf(3M) – hyperbolic sine function
- sinhl(3M) – hyperbolic sine function
- sinl(3M) – sine function
- sqrt(3M) – square root function
- sqrtf(3M) – square root function
- sqrtl(3M) – square root function
- step(3GEN) – regular expression compile and match routines
- str(3GEN) – string manipulations
- strcadd(3GEN) – copy strings, compressing or expanding escape codes
- strccpy(3GEN) – copy strings, compressing or expanding escape codes
- streadd(3GEN) – copy strings, compressing or expanding escape codes
- strecpy(3GEN) – copy strings, compressing or expanding escape codes
- strfind(3GEN) – string manipulations
- strrspn(3GEN) – string manipulations
- strtrns(3GEN) – string manipulations
- Sun_MP_SendScsiCmd(3MPAPI) – send a SCSI command to a logical unit
T
- tan(3M) – tangent function
- tanf(3M) – tangent function
- tanh(3M) – hyperbolic tangent function
- tanhf(3M) – hyperbolic tangent function
- tanhl(3M) – hyperbolic tangent function
- tanl(3M) – tangent function
- tgamma(3M) – compute gamma function
- tgammaf(3M) – compute gamma function
- tgammal(3M) – compute gamma function
- touchlock(3MAIL) – functions to manage lockfile(s) for user's mailbox
- trunc(3M) – round to truncated integer value
- truncf(3M) – round to truncated integer value
- truncl(3M) – round to truncated integer value
U
V
- vatan2_(3MVEC) – vector atan2 functions
- vatan2f_(3MVEC) – vector atan2 functions
- vatan_(3MVEC) – vector arctangent functions
- vatanf_(3MVEC) – vector arctangent functions
- vc_abs_(3MVEC) – vector complex absolute value functions
- vc_exp_(3MVEC) – vector complex exponential functions
- vc_log_(3MVEC) – vector complex logarithm functions
- vcos_(3MVEC) – vector cosine functions
- vcosf_(3MVEC) – vector cosine functions
- vcospi_(3MVEC) – vector cospi functions
- vcospif_(3MVEC) – vector cospi functions
- vc_pow_(3MVEC) – vector complex power functions
- vexp_(3MVEC) – vector exponential functions
- vexpf_(3MVEC) – vector exponential functions
- vhypot_(3MVEC) – vector hypotenuse functions
- vhypotf_(3MVEC) – vector hypotenuse functions
- vlog_(3MVEC) – vector logarithm functions
- vlogf_(3MVEC) – vector logarithm functions
- vpow_(3MVEC) – vector power functions
- vpowf_(3MVEC) – vector power functions
- vrhypot_(3MVEC) – vector reciprocal hypotenuse functions
- vrhypotf_(3MVEC) – vector reciprocal hypotenuse functions
- vrsqrt_(3MVEC) – vector reciprocal square root functions
- vrsqrtf_(3MVEC) – vector reciprocal square root functions
- vsin_(3MVEC) – vector sine functions
- vsincos_(3MVEC) – vector sincos functions
- vsincosf_(3MVEC) – vector sincos functions
- vsincospi_(3MVEC) – vector sincospi functions
- vsincospif_(3MVEC) – vector sincospi functions
- vsinf_(3MVEC) – vector sine functions
- vsinpi_(3MVEC) – vector sinpi functions
- vsinpif_(3MVEC) – vector sinpi functions
- vsqrt_(3MVEC) – vector square root functions
- vsqrtf_(3MVEC) – vector square root functions
- vz_abs_(3MVEC) – vector complex absolute value functions
- vz_exp_(3MVEC) – vector complex exponential functions
- vz_log_(3MVEC) – vector complex logarithm functions
- vz_pow_(3MVEC) – vector complex power functions
W
X
Y
- y0(3M) – Bessel functions of the second kind
- y0f(3M) – Bessel functions of the second kind
- y0l(3M) – Bessel functions of the second kind
- y1(3M) – Bessel functions of the second kind
- y1f(3M) – Bessel functions of the second kind
- y1l(3M) – Bessel functions of the second kind
- yn(3M) – Bessel functions of the second kind
- ynf(3M) – Bessel functions of the second kind
- ynl(3M) – Bessel functions of the second kind
Z