barabashd

The Composable Architecture

The Composable Architecture (скорочено TCA) - це бібліотека для побудови додатків у послідовному та зрозумілому підході з урахуванням композиції, тестування та ергономіки. Вона може бути в

jjvillavicencio

Recientemente StarUML se actualizó de 2.0 a 3.0. El método de crack original, la forma de modificar la función de verificación de licencia no se puede usar. La ubicación de instalación ha cambiado y se ha encontrado el archivo LicenseManagerDomain.js. ¿Qué debería hacer? El viejo conductor les dijo a todos que resolvieran el problema.

StarUML está escrito en nodejs. Específicamente, está escrito en el marco frontal de Electron. Todo el código fuente de starUML en la nueva versión viene empaquetado por la herramienta asar.

Ingresar al directorio (Windows)

C:\Program Files\StarUML\resources

shaps80

extension UIFont {
    
    // The `rawValue` MUST match the filename (without extension)
    public enum Graphik: String, FontCacheDescriptor {
        case regular = "GraphikAltWeb-Regular"
        case medium = "GraphikAltWeb-Medium"
        case regularItalic = "GraphikAltWeb-RegularItalic"
        case mediumItalic = "GraphikAltWeb-MediumItalic"
    }
    

reflog

{
  "presets": ["@babel/preset-typescript", "next/babel"],
}
  
  
/* tslint:disable */
const withCss = require("@zeit/next-css");
const withSass = require("@zeit/next-sass");
const withTypescript = require("@zeit/next-typescript");
const withSourceMaps = require("@zeit/next-source-maps");

trandaison

Note: This is the guide for v 2.x.

For the v3, please follow this url: https://blog.csdn.net/sam_shan/article/details/80585240 Thanks @liy-cn for contributing.

For the v6, please follow the comment below: https://gist.github.com/trandaison/40b1d83618ae8e3d2da59df8c395093a?permalink_comment_id=5079514#gistcomment-5079514

StarUML

Download: StarUML.io

cantbewong

Install DC/OS on bare metal

Assume 5 physical nodes, or VMs, that will be used with ScaleIO storage

• All nodes have 2 CPU cores, 64GB of disk storage. Hardware or VM type needs to support CentOS 7.3.
• The Install bootstrap node needs 4GB of memory, Other node types might get by with 2GB, though the spec calls for more (32GB on Master and Boot node, 16GB on others), and 2GB is cutting it close on the Master node for sure.
• Assume a single NIC each, All on a common subnet - though other configurations may work
• Each node must have a hostname in DNS, with forward and reverse lookup working, DHCP is OK

etpinard

"Use electron to export plotly.js graphs as images."

Robbepop

# ----------------------------------------------------------------------------------
#                      r u s t f m t   -   C O N F I G
# ==================================================================================
# 
# Version: 0.7.1
# Author : Robbepop <[email protected]>
# 
# A predefined .rustfmt.toml file with all configuration options and their
# associated description, possible values and default values for use in other
# projects.

nexdrew

#!/usr/bin/env bash

trap 'exit' ERR

for PACKAGE
do
    echo "$PACKAGE"

    # download and extract tarball for latest version
    curl `npm info $PACKAGE dist.tarball --registry https://registry.npmjs.org` | tar xz

valyala

Optimizing postgresql table for more than 100K inserts per second

• Create UNLOGGED table. This reduces the amount of data written to persistent storage by up to 2x.
• Set WITH (autovacuum_enabled=false) on the table. This saves CPU time and IO bandwidth on useless vacuuming of the table (since we never DELETE or UPDATE the table).
• Insert rows with COPY FROM STDIN. This is the fastest possible approach to insert rows into table.
• Minimize the number of indexes in the table, since they slow down inserts. Usually an index on time timestamp with time zone is enough.
• Add synchronous_commit = off to postgresql.conf.
• Use table inheritance for fast removal of old data: