section 3 · Library functions 📚

178720 pages · page 387 of 894

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L (continued)

Lire::Report::Section(3pm)Interface to the content of the section's element.✨
Lire::Report::Subreport(3pm)Interface to a Lire subreport.✨
Lire::Report::TableInfo(3pm)Object that holds all the GroupInfo and ColumnInfo for one subreport✨
Lire::ReportConfig(3pm)API to the report configuration file✨
Lire::ReportJob(3pm)Object used to configure periodical report generation✨
Lire::ReportOperator(3pm)Base class for all operators that can be used to compute reports✨
Lire::ReportParser(3pm)Lire::XMLParser which parses XML reports✨
Lire::ReportParser::AsciiDocBookFormatter(3pm)Lire::ReportParser subclass which formats description.✨
Lire::ReportParser::AsciiWriter(3pm)Lire::ReportParser processor that formats the report in ASCII✨
Lire::ReportParser::ExcelWriter(3pm)Transform Lire XML Reports into a Excel95(tm) spreadsheet.✨
Lire::ReportParser::HTMLDocBookFormatter(3pm)Lire::ReportParser subclass which formats description.✨
Lire::ReportParser::HTMLWriter(3pm)converting lire XML reports to HTML✨
Lire::ReportParser::LaTeXDocBookFormatter(3pm)Lire::DocBookParser subclass which formats description to LaTeX.✨
Lire::ReportParser::LaTeXWriter(3pm)Lire::ReportParser processor that formats the report in LaTeX✨
Lire::ReportParser::ReportBuilder(3pm)Creates Lire::Report objects from XML files✨
Lire::ReportParser::RowColHandler(3pm)Lire::ReportParser subclass which synthetize row✨
Lire::ReportSchedule(3pm)Object which reprents one periodical report generation.✨
Lire::ReportSection(3pm)API to report configuration's section✨
Lire::ReportSpec(3pm)API to the XML report specifications.✨
Lire::SQLExt::LrCountUniq(3pm)FILL ME IN✨
Lire::SQLExt::LrFirst(3pm)FILL ME IN✨
Lire::SQLExt::LrLast(3pm)FILL ME IN✨
Lire::SQLExt::LrMatch(3pm)FILL ME IN✨
Lire::SQLExt::LrMissingCases(3pm)FILL ME IN✨
Lire::SQLExt::LrRangegroup(3pm)FILL ME IN✨
Lire::SQLExt::LrTimegroup(3pm)FILL ME IN✨
Lire::SQLExt::LrTimeslot(3pm)FILL ME IN✨
Lire::SQLExt::Registry(3pm)FILL ME IN✨
Lire::Sum(3pm)Lire class that implements the sum operator✨
Lire::Syslog(3pm)syslog style lines parser✨
Lire::Test::CommandResult(3pm)Object used to report the results of shell commands✨
Lire::Test::CursesUIDriver(3pm)Object that can be used to drive a Curses::UI interface✨
Lire::Test::DlfAnalyserTestCase(3pm)Base class for writing DlfAnalyser unit tests✨
Lire::Test::DlfConverterTestCase(3pm)Base class for writing DLfConverter unit tests✨
Lire::Test::FunctionalTestCase(3pm)Base class for writing functional unit tests✨
Lire::Test::HashConfig(3pm)Braindead Lire::Config implementation✨
Lire::Test::Mock(3pm)Create mock object✨
Lire::Test::PluginTestCase(3pm)Base class for writing Plugin unit tests✨
Lire::Test::TestCase(3pm)Common base for Lire test cases.✨
Lire::Time(3pm)parses and prints date in formats common to many log files.✨
Lire::Timegroup(3pm)Base class for implementation of the timegroup aggregator✨
Lire::Timeslot(3pm)Base class for implementation of the timeslot aggregator✨
Lire::UI(3pm)Interface to a DLF store✨
Lire::UI::Prefs(3pm)Preferences management✨
Lire::UI::Utils(3pm)Utility functions for UI management✨
Lire::UI::Widget(3pm)Views for Lire::Config::Value object.✨
Lire::Utils(3pm)Various general-purpose function.✨
Lire::W3CExtendedLog(3pm)Base implementation of a W3C Extended Log parser✨
Lire::WeekCalculator(3pm)handle different weeknumbering schemes✨
Lire::WELF(3pm)Base implementation of a WebTrends(tm) Enhanced Log Format parser✨
Lire::XMLParser(3pm)Base object-oriented XML parser.✨
Lire::XMLSpecContainer(3pm)Base clase for XML report and filter specifications✨
Lire::XMLSpecI18N(3pm)Extract strings for localization from XML Specs✨
Lire::XMLSpecParser(3pm)Creates Lire::XMLSpecContainer object form XML files.✨
lis(3)library of iterative solvers for linear systems✨
lis_array_abs(3)get the absolute values of the elements of the vector✨
lis_array_abs(3f)get the absolute values of the elements of the vector✨
lis_array_axpy(3)calculate the sum of the vectors✨
lis_array_axpy(3f)calculate the sum of the vectors✨
lis_array_axpyz(3)calculate the sum of the vectors✨
lis_array_axpyz(3f)calculate the sum of the vectors✨
lis_array_cgs(3)calculate the QR factorization with the classical Gram- Schmidt process✨
lis_array_cgs(3f)calculate the QR factorization with the classical Gram- Schmidt process✨
lis_array_copy(3)copy the values of the vector elements✨
lis_array_copy(3f)copy the values of the vector elements✨
lis_array_dot(3)calculate the Hermitian inner product of the vectors✨
lis_array_dot(3f)calculate the Hermitian inner product of the vectors✨
lis_array_ge(3)calculate the inverse of the matrix with the Gaussian elimination✨
lis_array_ge(3f)calculate the inverse of the matrix with the Gaussian elimination✨
lis_array_matmat(3)calculate the matrix-matrix product✨
lis_array_matmat(3f)calculate the matrix-matrix product✨
lis_array_matmat_ns(3)calculate the matrix-matrix product✨
lis_array_matmat_ns(3f)calculate the matrix-matrix product✨
lis_array_matvec(3)calculate the matrix vector product✨
lis_array_matvec(3f)calculate the matrix vector product✨
lis_array_matvec_ns(3)calculate the matrix vector product✨
lis_array_matvec_ns(3f)calculate the matrix vector product✨
lis_array_matvect(3)calculate the matrix vector product✨
lis_array_matvect(3f)calculate the matrix vector product✨
lis_array_mgs(3)calculate the QR factorization with the modified Gram- Schmidt process✨
lis_array_mgs(3f)calculate the QR factorization with the modified Gram- Schmidt process✨
lis_array_nrm1(3)calculate the 1-norm of the vector✨
lis_array_nrm1(3f)calculate the 1-norm of the vector✨
lis_array_nrm2(3)calculate the 2-norm of the vector✨
lis_array_nrm2(3f)calculate the 2-norm of the vector✨
lis_array_nrmi(3)calculate the infinity norm of the vector✨
lis_array_nrmi(3f)calculate the infinity norm of the vector✨
lis_array_pdiv(3)divide each element of a vector by the corresponding element of another✨
lis_array_pdiv(3f)divide each element of a vector by the corresponding of another✨
lis_array_pmul(3)multiply each element of a vector by the corresponding element of another✨
lis_array_pmul(3f)multiply each element of a vector by the corresponding of another✨
lis_array_qr(3)calculate the eigenvalues with the QR algorithm✨
lis_array_qr(3f)calculate the eigenvalues with the QR algorithm✨
lis_array_reciprocal(3)get the reciprocal values of the elements of the vector✨
lis_array_reciprocal(3f)get the reciprocal values of the elements of the vector✨
lis_array_scale(3)multiply the vector by the scalar✨
lis_array_scale(3f)multiply the vector by the scalar✨
lis_array_set_all(3)assign the value to the elements of the vector✨
lis_array_set_all(3f)assign the value to the elements of the vector✨
lis_array_shift(3)get the shifted values of the elements of the vector✨
lis_array_shift(3f)get the shifted values of the elements of the vector✨
lis_array_solve(3)solve the linear equation with the direct method✨
lis_array_solve(3f)solve the linear equation with the direct method✨
lis_array_sum(3)calculate the sum of the elements of the vector✨
lis_array_sum(3f)calculate the sum of the elements of the vector✨
lis_array_swap(3)swap the values of the vector elements✨
lis_array_swap(3f)swap the values of the vector elements✨
lis_array_xpay(3)calculate the sum of the vectors✨
lis_array_xpay(3f)calculate the sum of the vectors✨
lis_esolve(3)solve the standard eigenvalue problem✨
lis_esolve(3f)solve the standard eigenvalue problem✨
lis_esolver_create(3)create the eigensolver✨
lis_esolver_create(3f)create the eigensolver✨
lis_esolver_destroy(3)destroy the eigensolver✨
lis_esolver_destroy(3f)destroy the eigensolver✨
lis_esolver_get_esolver(3)get the eigensolver number from the eigensolver✨
lis_esolver_get_esolver(3f)get the eigensolver number from the eigensolver✨
lis_esolver_get_esolvername(3)get the eigensolver name from the eigensolver number✨
lis_esolver_get_esolvername(3f)get the eigensolver name from the eigensolver number✨
lis_esolver_get_evalues(3)get all the eigenvalues from the eigensolver✨
lis_esolver_get_evalues(3f)get all the eigenvalues from the eigensolver✨
lis_esolver_get_evectors(3)get all the eigenvectors from the eigensolver✨
lis_esolver_get_evectors(3f)get all the eigenvectors from the eigensolver✨
lis_esolver_get_iter(3)get the number of iterations for the specified eigenpair from the eigensolver✨
lis_esolver_get_iter(3f)get the number of iterations for the specified eigenpair from the eigensolver✨
lis_esolver_get_iterex(3)get the detailed information on the number of iterations for the specified eigenpair from the eigensolver✨
lis_esolver_get_iterex(3f)get the detailed information on the number of iterations for the specified eigenpair from the eigensolver✨
lis_esolver_get_iters(3)get the numbers of iterations for all the eigenpairs from the eigensolver✨
lis_esolver_get_iters(3f)get the numbers of iterations for all the eigenpairs from the eigensolver✨
lis_esolver_get_residualnorm(3)get the relative residual norm for the specified eigenpair from the eigensolver✨
lis_esolver_get_residualnorm(3f)calculate the relative residual norm from the eigenvector✨
lis_esolver_get_residualnorms(3)Get the relative residual norm for all the eigenpairs from the eigensolver✨
lis_esolver_get_residualnorms(3f)get the relative residual norms for all the eigenpairs from the eigensolver✨
lis_esolver_get_rhistory(3)Get the residual history for the specified eigenpair from the eigensolver✨
lis_esolver_get_rhistory(3f)get the residual history for the specified eigenpair from the eigensolver✨
lis_esolver_get_status(3)get the status for the specified eigenpair from the eigensolver✨
lis_esolver_get_status(3f)get the status for the specified eigenpair from the eigensolver✨
lis_esolver_get_time(3)get the execution time for the specified eigenpair from the eigensolver✨
lis_esolver_get_time(3f)get the execution time for the specified eigenpair from the eigensolver✨
lis_esolver_get_timeex(3)get the detailed information on the execution time for the specified eigenpair from the eigensolver✨
lis_esolver_get_timeex(3f)get the detailed information on the execution time for the specified eigenpair from the eigensolver✨
lis_esolver_set_option(3)set the options for the eigensolver✨
lis_esolver_set_option(3f)set the options for the eigensolver✨
lis_esolver_set_optionC(3)set the options for the eigensolver on the command line✨
lis_esolver_set_optionC(3f)set the options for the eigensolver on the command line✨
lis_finalize(3)finalize the execution environment✨
lis_finalize(3f)finalize the execution environment✨
lis_initialize(3)initialize the execution environment✨
lis_initialize(3f)initialize the execution environment✨
lis_input(3)read the matrix and vector data✨
lis_input(3f)read the matrix and vector data✨
lis_input_matrix(3)read the matrix data✨
lis_input_matrix(3f)read the matrix data✨
lis_input_vector(3)read the vector data✨
lis_input_vector(3f)read the vector data✨
lis_matrix_assemble(3)assemble the matrix into the specified storage format✨
lis_matrix_assemble(3f)assemble the matrix into the specified storage format✨
lis_matrix_axpy(3)calculate the sum of the matrices✨
lis_matrix_axpy(3f)calculate the sum of the matrices✨
lis_matrix_axpyz(3)calculate the sum of the matrices✨
lis_matrix_axpyz(3f)calculate the sum of the matrices✨
lis_matrix_convert(3)convert the matrix format✨
lis_matrix_convert(3f)convert the matrix format✨
lis_matrix_copy(3)copy the values of the matrix elements✨
lis_matrix_copy(3f)copy the values of the matrix elements✨
lis_matrix_create(3)create the matrix✨
lis_matrix_create(3f)create the matrix✨
lis_matrix_destroy(3)destroy the matrix✨
lis_matrix_destroy(3f)destroy the matrix✨
lis_matrix_duplicate(3)duplicate the matrix✨
lis_matrix_duplicate(3f)duplicate the matrix✨
lis_matrix_get_diagonal(3)Get the digonal elemments of the matrix✨
lis_matrix_get_diagonal(3f)get the digonal elemments of the matrix✨
lis_matrix_get_nnz(3)get the number of nonzero elements of the matrix✨
lis_matrix_get_nnz(3f)get the number of nonzero elements of the matrix✨
lis_matrix_get_range(3)get the location of the partial matrix in the global matrix✨
lis_matrix_get_range(3f)get the location of the partial matrix in the global matrix✨
lis_matrix_get_size(3)get the size of the matrix✨
lis_matrix_get_size(3f)get the size of the matrix✨
lis_matrix_get_type(3)get the storage format✨
lis_matrix_get_type(3f)get the storage format✨
lis_matrix_malloc(3)allocate the memory for the matrix✨
lis_matrix_malloc(3f)allocate the memory for the matrix✨
lis_matrix_scale(3)scale the matrix✨
lis_matrix_scale(3f)scale the matrix✨
lis_matrix_set_blocksize(3)assign the block size of the matrix✨
lis_matrix_set_blocksize(3f)assign the block size of the matrix✨
lis_matrix_set_bsc(3)associate the arrays in the BSC format with the matrix✨
lis_matrix_set_bsc(3f)associate the arrays in the BSC format with the matrix✨
lis_matrix_set_bsr(3)associate the arrays in the BSR format with the matrix✨
lis_matrix_set_bsr(3f)associate the arrays in the BSR format with the matrix✨
lis_matrix_set_coo(3)associate the arrays in the COO format with the matrix✨
lis_matrix_set_coo(3f)associate the arrays in the COO format with the matrix✨
lis_matrix_set_csc(3)associate the arrays in the CSC format with the matrix✨
lis_matrix_set_csc(3f)associate the arrays in the CSC format with the matrix✨
lis_matrix_set_csr(3)associate the arrays in the CSR format with the matrix✨
lis_matrix_set_csr(3f)associate the arrays in the CSR format with the matrix✨
lis_matrix_set_dia(3)associate the arrays in the DIA format with the matrix✨
lis_matrix_set_dia(3f)associate the arrays in the DIA format with the matrix✨
lis_matrix_set_dns(3)associate the arrays in the DNS format with the matrix✨