cccc(1) [debian man page]
CCCC(1) General Commands Manual CCCC(1) NAME
cccc - C and C++ Code Counter, a software metrics tool SYNOPSIS
cccc [options] file1.c ... DESCRIPTION
CCCC analyses and reports measurements of source code in C, C++, and Java. It was developed to augment programmers' instinctive applica- tion of numeric rules of thumb about what constitutes high or low quality products with an automated analysis tool. CCCC processes the files listed on its command line. If the filenames include '-', read a list of files from standard input. This program is work in progress and is not well documented. Please be prepared to refer to the source code for the meaning of some options. OPTIONS
--help Generate this help message. --outdir=dname Directory for generated files (default=.cccc). --html_outfile=fname Name of primary HTML report generated (default=outdir/cccc.html). --db_infile=fname Preload internal database from named file (default=no initial content). --db_outfile=fname Save internal database to named file (default=outdir/cccc.db). --opt_infile=fname Load options from named file (default=use compiled-in option values, refer to cccc_opt.cc for option information). --opt_outfile=fname Save options to named file (default=outdir/cccc.opt). --lang=string Use language specified for files specified after this option. Languages supported are c, c++, ada, and java (default=use lan- guage/extension mapping controlled by options). --report_mask=hex Control report content (refer to ccccmain.cc for mask values). --debug_mask=hex Control debug output content (refer to ccccmain.cc for mask values). AUTHOR
CCCC was written by Tim Littlefair <tim_littlefair@hotmail.com>. This manual page was written by Colin Watson <cjwatson@debian.org> for the Debian system (but may be used by others). CCCC(1)
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mcxmap(1) USER COMMANDS mcxmap(1) NAME mcxmap - permute or remap the indices of graphs and matrices. SYNOPSIS mcxmap -imx fname (input) [-o fname (output)] [-make-map (output map file name)] [-make-mapc (output map file name)] [-make-mapr (output map file name)] [-cmul a (coefficient)] [-cshift b (translate)] [-rmul c (coefficient)] [-rshift d (translate)] [-mul e (coefficient)] [-shift f (translate)] [-map fname (row/col map file)] [-rmap fname (row map file)] [-cmap fname (column map file)] [-mapi fname (row/col map file (use inverse))] [-rmapi fname (row map file (use inverse))] [-cmapi fname (column map file (use inverse))] [-tab fname (read (and map) tab file)] DESCRIPTION This utility relabels graphs or matrices. Its main use is in applying a map file to a given matrix or graph. A map file contains a so called map matrix in mcl format that has some special properties (given further below). The functionality of mcxmap can also be provided by mcx, as a mapped matrix (i.e. the result of applying a map matrix to another matrix) is simply the usual matrix product of a matrix and a map matrix. However, mcx will construct a new matrix and leave the original matrix to be mapped alone. When dealing with huge matrices, consid- erable gains in efficiency memory-wise and time-wise can be achieved by doing the mapping in-place. This is what mcxmap does. In the future, its functionality may be embedded in mcx with new mcx operators. The special properties of a map matrix are o The column domain and row domain are of the same cardinality. o Each column has exactly one entry. o Each row domain index occurs in exactly one column. These properties imply that the matrix can be used as a map from the column domain onto the row domain. An example map matrix is found in the EXAMPLES Section. OPTIONS -o fname (output file) Output file. -imx fname (input file) Input file. -map fname (row/col map file)) -rmap fname (row map file) -cmap fname (column map file) -mapi fname (row/col map file (use inverse)) -rmapi fname (row map fil (use inverse)) -cmapi fname (column map fil (use inverse)) Different ways to specify map files. -make-map (output map file name) -make-mapc (output map file name) -make-mapr (output map file name) Generate a map that maps the specified domain onto the appropriate canonical domain and write the map matrix to file. -cmul a (coefficient) -cshift b (translate) These options have affect if neither a column map file nor column canonification is specified. If any of the first two options is used, column indices i are mapped to a*i+b. -rmul c (coefficient) -rshift d (translate) These options have affect if neither a row map file nor row canonification is specified. If any of the first two options is used, indices i are mapped to c*i+d. -mul e (coefficient) -shift f (translate) If a map file is specified for a given domain, neither a map file nor canonification is specified. If any of the first two options is used, the indices i will be mapped to e*i+f. -tab fname (read (and map) tab file) This option requires the -map option. mcxmap will output the mapped tab definition. EXAMPLES The matrix below has two canonical domains which are identical. It denotes a map of the canonical domain onto itself, in which node 0 is relabeled to 8, node 1 is relabeled to 5, et cetera. (mclheader mcltype matrix dimensions 12x12 ) (mclmatrix begin 0 8 $ 1 5 $ 2 3 $ 3 2 $ 4 4 $ 5 6 $ 6 7 $ 7 9 $ 8 1 $ 9 10 $ 10 11 $ 11 0 $ ) AUTHOR Stijn van Dongen. SEE ALSO mcxio(5), mcx(1), mcxsubs(1), and mclfamily(7) for an overview of all the documentation and the utilities in the mcl family. mcxmap 12-068 8 Mar 2012 mcxmap(1)