![]() ![]() In both 2008 genomes, within-sample sequence read heterogeneity was evident at six homopolymeric G/C-tracts confined to the known hypervariable ~ 7 kb region in the left terminal region of the genome. Approximately 56 unique homopolymer A/T-tract variations were identified that were unique to the Georgia 2007/1 genome. The two genomes exhibited complete collinearity and identical gene content with the Georgia 2007/1 reference genome. No sequence variation was observed in conventional ASFV subtyping markers. The C315R/C147L locus represents the earliest observed variable repeat sequence polymorphism reported among isolates from this epidemic. The 2008/2 genome possessed a novel allele state at a previously undescribed intergenic repeat locus between genes C315R and C147L. The G-2008/1 and G-2008/2 genomes were distinguished from each other by coding changes in seven genes, including MGF 110-1 L, X69R, MGF 505-10R, EP364R, H233R, E199L, and MGF 360-21R in addition to eight homopolymer tract variations. Sequence repeat architecture was analyzed using DNASTAR GeneQuest 14.1.0. Genomic illustrations, sequence alignments and assembly figures were generated using Geneious v10.2.4. De novo and mapped sequence assemblies were performed using CLCBio software. Genomic DNA was extracted directly from low-volume ASFV PCR-positive porcine blood samples and subjected to next generation sequencing on the Illumina Miseq platform. To provide a more comprehensive baseline for genetic variation early in the ASF outbreak, we sequenced two Georgian ASFV samples, G-2008/1 and G-2008/2, derived from domestic porcine blood collected in 2008. To date, intra-epidemic whole-genome variation for ASFV has not been reported. No vaccine is available and the potential for catastrophic disease in Europe remains elevated due to the ongoing ASF epidemic in Russia and Baltic countries. Or with config: var coolors = require('coolors') Ĭonsole.African swine fever virus (ASFV) causes an acute hemorrhagic infection in suids with a mortality rate of up to 100%. You can use simply: var coolors = require('coolors') Ĭonsole.log(coolors('My cool console log', 'red')) It will set black color for every console.log call in your application. ![]() Specifically for your problem, here's the simplest solution: var con = require('manakin').global Ĭon.log.color = 30 // Use black color for console.log I had to change the console background color to white because of eye problems, but the font is gray colored and it makes the messages unreadable. One significant difference from the generic color libraries - it can set colors either globally or locally, while keeping consistent syntax and output format for every Node.js console method, which you then use without having to specify the colors, as they are all set automatically. One such library - manakin lets you automatically set standard colors for all your console methods ( log, warn, error and info). One is through general-purpose libraries that can decorate a text string with color tags, which you then output through the standard console.log.Īnd the other way - patching the existing console methods. There are two ways to look at changing colors for a Node.js console today. Normally you would put it into a module (logger.js) and export the class to be able to use it everywhere in your app as const logger = require('./logger') Now you can use your logger in the same way as you would with console. This is a list of available colours (both background and foreground) in the console with some available actions (like reset, reverse, etc). Wikipedia has a nice comparison of how different terminals display colors Escape sequences dealing only with colors and styles are also known as ANSI escape code and are standardized, so therefore they (should) work on any platform. In fact, \x1b is the code for the non-printable control character escape. \x1b[0m resets the terminal color so it doesn't continue to be the chosen color anymore after this point.įor example, \x1b[31m is an escape sequence that will be intercepted by your terminal and instructs it to switch to the red color. Note %s is where in the string (the second argument) gets injected. Below you can find colors reference of text to command when running node.js application: console.log('\x1b[36m%s\x1b[0m', 'I am cyan') //cyanĬonsole.log('\x1b[33m%s\x1b[0m', stringToMakeYellow) //yellow ![]()
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