function writeReport () {
var formatted = formatter.format(reports);
if (check.isUnemptyString(cli.output)) {
fs.writeFile(cli.output, formatted, 'utf8', function (err) {
if (err) {
error('writeReport', err);
}
});
} else {
console.log(formatted);
}
}
function parseCommandLine () {
cli.
usage('[options] <file...>').
option(
'-o, --output <file>',
'specify an output file for the report'
).
option(
'-f, --format <format>',
'specify the output format of the report'
).
option(
'-a, --allfiles',
'include hidden files in the report'
).
option(
'-p, --filepattern <pattern>',
'specify the files to process using a regular expression to match against file names'
).
option(
'-x, --maxfiles <number>',
'specify the maximum number of files to have open at any point',
parseInt
).
option(
'-m, --maxmi <maintainability>',
'specify the per-module maintainability index threshold',
parseFloat
).
option(
'-c, --maxcc <complexity>',
'specify the per-function cyclomatic complexity threshold',
parseInt
).
option(
'-d, --maxhd <difficulty>',
'specify the per-function Halstead difficulty threshold',
parseFloat
).
option(
'-v, --maxhv <volume>',
'specify the per-function Halstead volume threshold',
parseFloat
).
option(
'-e, --maxhe <effort>',
'specify the per-function Halstead effort threshold',
parseFloat
).
option(
'-s, --silent',
'don\'t write any output to the console'
).
option(
'-l, --logicalor',
'disregard operator || as source of cyclomatic complexity'
).
option(
'-w, --switchcase',
'disregard switch statements as source of cyclomatic complexity'
).
option(
'-i, --forin',
'treat for...in statements as source of cyclomatic complexity'
).
option(
'-t, --trycatch',
'treat catch clauses as source of cyclomatic complexity'
).
option(
'-n, --newmi',
'use the Microsoft-variant maintainability index (scale of 0 to 100)'
);
cli.parse(process.argv);
options = {
logicalor: !cli.logicalor,
switchcase: !cli.switchcase,
forin: cli.forin || false,
trycatch: cli.trycatch || false,
newmi: cli.newmi || false
};
if (check.isUnemptyString(cli.format) === false) {
cli.format = 'plain';
}
if (check.isUnemptyString(cli.filepattern) === false) {
cli.filepattern = '\\.js$';
}
cli.filepattern = new RegExp(cli.filepattern);
if (check.isNumber(cli.maxfiles) === false) {
cli.maxfiles = 1024;
}
try {
formatter = require('./formats/' + cli.format);
} catch (error) {
formatter = require(cli.format);
}
}
function parseCommandLine () {
cli.
usage('[options] <file...>').
option(
'-o, --output <file>',
'specify an output file for the report'
).
option(
'-f, --format <format>',
'specify the output format of the report'
).
option(
'-m, --maxmi <maintainability>',
'specify the per-module maintainability index threshold',
parseFloat
).
option(
'-c, --maxcc <complexity>',
'specify the per-function cyclomatic complexity threshold',
parseInt
).
option(
'-d, --maxhd <difficulty>',
'specify the per-function Halstead difficulty threshold',
parseFloat
).
option(
'-v, --maxhv <volume>',
'specify the per-function Halstead volume threshold',
parseFloat
).
option(
'-e, --maxhe <effort>',
'specify the per-function Halstead effort threshold',
parseFloat
).
option(
'-s, --silent',
'don\'t write any output to the console'
).
option(
'-l, --logicalor',
'disregard operator || as source of cyclomatic complexity'
).
option(
'-w, --switchcase',
'disregard switch statements as source of cyclomatic complexity'
).
option(
'-i, --forin',
'treat for...in statements as source of cyclomatic complexity'
).
option(
'-t, --trycatch',
'treat catch clauses as source of cyclomatic complexity'
).
option(
'-n, --newmi',
'use the Microsoft-variant maintainability index (scale of 0 to 100)'
);
cli.parse(process.argv);
options = {
logicalor: !cli.logicalor,
switchcase: !cli.switchcase,
forin: cli.forin || false,
trycatch: cli.trycatch || false,
newmi: cli.newmi || false
};
if (check.isUnemptyString(cli.format) === false) {
cli.format = 'plain';
}
formatter = require('./formats/' + cli.format);
}