fs.readFile("logs/lib.coverage.json", function(error, data){
if (error!=null){
//console.log("readfile error: "+error);
} else {
try{
var json=JSON.parse(data);
coverage=json.coverage;
var files=json.files;
var testsarr=stderr.match(/(\d*) tests/);
testnum=testsarr==undefined? "?": testsarr[1];
} catch(error){
//console.log("json error: "+error);
}
}
terminal.clear().move(1,0).colorize('%cTests : %b'+testnum).nl();
terminal.colorize('%cCoverage:');
if(coverage>90){
terminal.colorize('%w%2 '+coverage+' %n ');
} else if(coverage>60){
terminal.colorize('%w%3 '+coverage+' %n ');
} else {
terminal.colorize('%w%1 '+coverage+' %n ');
}
terminal.nl().write("----------------------------------------").nl();
if (errormsg==undefined){
terminal.color("white").write("no error");
} else {
terminal.write(errormsg);
}
lock=false;
terminal.move(0,0).color("green").write('status: unlock');
});
var renderChart = function(title, blocks, datas) {
// Remove spaces from available blocks, and titles.
var totalColorBlocks = blocks - (datas.length - 1) - title.length;
var sum = 0;
for (var d = 0; d < datas.length; d++) {
sum += datas[d].value;
}
var totalColorBlocksRendered = 0;
nodeTerminal.write(title);
for (d = 0; d < datas.length; d++) {
var val = datas[d].value;
var pct = val / sum;
var blocksToRender = Math.floor(pct * totalColorBlocks);
var textLen = Math.min(datas[d].text.length, blocksToRender);
var spacesToRender = blocksToRender - textLen;
var color = val < datas[d].bad/2 ? GREEN :
val < datas[d].bad ? YELLOW : RED;
nodeTerminal.colorize(color).colorize(
datas[d].text.substr(0, textLen)
);
for (var i = 0; i < spacesToRender; i++) {
nodeTerminal.write(' ');
}
totalColorBlocksRendered += blocksToRender;
if (d === datas.length - 1) {
var padding = Math.max(totalColorBlocks - totalColorBlocksRendered, 0);
for (var ii = 0; ii < padding; ii++) {
nodeTerminal.write(' ');
}
}
nodeTerminal.reset().write(' ');
}
nodeTerminal.reset().write('\n\n');
};