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libelf/elf_strptr(3) -- make a string pointer
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This function converts a string section offset to a string pointer. elf identifies the file in which the string section resides, and section gives the section table index for the strings. elf_strptr normally returns a pointer to a string, but it returns a null pointer when elf is null, section is invalid or is not a section of type SHT_STRTAB, the section data cannot be obtained, offset is invalid, or an error occurs.... |
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libelf/elf_update(3) -- update an ELF descriptor
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elf_update causes the library to examine the information associated with an ELF descriptor, elf, and to recalculate the structural data needed to generate the file's image. cmd may have the following values. ELF_C_NULL This value tells elf_update to recalculate various values, updating only the ELF descriptor's memory structures. Any modified structures are flagged with the ELF_F_DIRTY bit.... |
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libelf/elf_version(3) -- coordinate ELF library and application versions
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As elf(3E) explains, the program, the library, and an object file have independent notions of the ``latest'' ELF version. elf_version lets a program determine the ELF library's internal version. It further lets the program specify what memory types it uses by giving its own working version, ver, to the library. Every program that uses the ELF library must coordinate versions as described below. The header file <libelf.h> sup... |
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libelf/elf_xlate(3) -- class-dependent data translation
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elf32_xlatetom translates various data structures from their 32-bit class file representations to their memory representations; elf32_xlatetof provides the inverse. This conversion is particularly important for cross development environments. src is a pointer to the source buffer that holds the original data; dst is a pointer to a destination buffer that will hold the translated copy. encode gives the byte encoding in ... |
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complib/ELMBAK(3) -- EISPACK routine. This subroutine forms the eigenvectors of a REAL GENERAL matrix by back transforming those of
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On INPUT NM must be set to the row dimension of two-dimensional array parameters as declared in the calling program dimension statement. LOW and IGH are integers determined by the balancing subroutine BALANC. If BALANC has not been used, set LOW=1 and IGH equal to the order of the matrix. A contains the multipliers which were used in the reduction by ELMHES in its lower triangle below the subdiagonal. INT contains information on the rows and columns interchanged in the reduction by ELMHES. Only ... |
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complib/ELMHES(3) -- EISPACK routine. Given a REAL GENERAL matrix, this subroutine reduces a submatrix situated in rows and columns
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On INPUT NM must be set to the row dimension of two-dimensional array parameters as declared in the calling program dimension statement. N is the order of the matrix. LOW and IGH are integers determined by the balancing subroutine BALANC. If BALANC has not been used, set LOW=1, IGH=N. A contains the input matrix. On OUTPUT A contains the Hessenberg matrix. The multipliers which were used in the reduction are stored in the remaining triangle under the Hessenberg matrix. INT contains information o... |
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complib/ELTRAN(3) -- EISPACK routine. This subroutine accumulates the stabilized elementary similarity transformations used in the
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On INPUT NM must be set to the row dimension of two-dimensional array parameters as declared in the calling program dimension statement. N is the order of the matrix. LOW and IGH are integers determined by the balancing subroutine BALANC. If BALANC has not been used, set LOW=1, IGH=N. A contains the multipliers which were used in the reduction by ELMHES in its lower triangle below the subdiagonal. INT contains information on the rows and columns interchanged in the reduction by ELMHES. only elem... |
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f90/enable_ieee_interrupt(3) -- Enables floating-point interrupt
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UNICOS/mk and IRIX systems CRAY T90 systems that support IEEE floating-point arithmetic |
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standard/end(3) -- loader defined symbols in a program
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For the convenience of utilities and other applications which need to access an executable in special ways, ld(1) may create one or more of the special symbols in the list above. Of these, only the symbols _procedure_table _procedure_string_table, _rt_symbol_table and _rt_symbol_string_table, __rld_obj_head, __elf_header, __program_header_table, _lib_version, which are described below, actually have associated data, which is specially created by ld(1). For each of the remaining special symbols i... |
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standard/endclosedline(3) -- delimit the vertices of a closed line
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none |
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standard/endcurve(3) -- delimit a NURBS curve definition
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none |
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standard/endfeedback(3) -- control feedback mode
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buffer expects a buffer into which the system writes the feedback output from the Geometry Pipeline. On the Personal Iris, Iris Entry, Indy, XL, XS, XS24, Elan, Extreme, and VGX, the output consists of 32-bit floating point values; on the other IRIS-4D models, the output consists of 16-bit integer values. Be sure you declare your buffer appropriately. size expects the maximum number of buffer elements into which the system will write feedback output. This must not exceed the number of elements i... |
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standard/endfullscrn(3) -- ends full-screen mode
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none |
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standard/endline(3) -- delimit the vertices of a line
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none |
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standard/endpick(3) -- turns off picking mode
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buffer expects a buffer into which to append the contents of the name stack when a drawing routine draws in the picking region. Before writing the contents of the name stack, the system appends the number of entries it is about to append. Thus, if the name stack contains the values, 5, 9, and 17; then endpick appends the values, 3, 5, 9, and 17, to buffer. Because more than one drawing routine may have written in the picking region, it is possible for buffer to contain a number of readings from ... |
