dcsobral

Pull request #8373 implementing issue 333 (but please note differences).

Pull request description follows:

This PR adds a -Wconf compiler flag that allows filtering and configuring compiler warnings (silence them, or turn them into errors).

It also integrates the fantastic silencer compiler plugin by @ghik into the compiler, which allows suppressing warnings locally using the @nowarn annotation.

dcsobral

open ()
{
    # The first argument to start needs to be empty to avoid issues when paths have spaces
    cmd.exe /C start "" "$(wslpath -w "$1")"
}

dcsobral

package slamdata

import sjsonnew.IsoString
import sjsonnew.shaded.scalajson.ast.unsafe.JValue
import sjsonnew.support.scalajson.unsafe.{Converter, Parser, PrettyPrinter}

import java.nio.file.Path

final class ManagedVersions private (path: Path) {

dcsobral

Initialize engine version: 2018.2.0f2 (787658998520)
GfxDevice: creating device client; threaded=1
Direct3D:
    Version:  Direct3D 11.0 [level 11.1]
    Renderer: NVIDIA GeForce GTX 1080 Ti (ID=0x1b06)
    Vendor:   
    VRAM:     11127 MB
    Driver:   26.21.14.3630
Begin MonoManager ReloadAssembly
- Completed reload, in  0.110 seconds

dcsobral

#!/bin/zsh
#
# Purpose: run speficied command with specified arguments and cache result. If cache is fresh enough, don't run command again but return cached output.
# Also cache exit status and stderr.
# License: GPLv3

# Use silly long variable names to avoid clashing with whatever the invoked program might use
RUNCACHED_MAX_AGE=${RUNCACHED_MAX_AGE:-300}
RUNCACHED_IGNORE_ENV=${RUNCACHED_IGNORE_ENV:-0}
RUNCACHED_IGNORE_PWD=${RUNCACHED_IGNORE_PWD:-0}

dcsobral

I'm getting increasingly fascinated by the trouble that is getting the real path to a file in Unixy filesystems. That is, the path to a file that has no symbolic links on any of its components. You don't see what the big deal is? Check https://stackoverflow.com/questions/284662/how-do-you-normalize-a-file-path-in-bash. Now... please note that, as far as pure shell solutions go, none of them are correct.

I've seen plenty of examples of this, and they work fine, for values of fine that do not include nested symlinking. For example, sbt-extras has this:

get_script_path () {

dcsobral

  <!-- Multiwall -->
  <block id="1857" name="multiWall_Steel_9m">
    <property name="Class" value="PlantGrowing" />
    <property name="CustomIcon" value="steelBlock" />
    <property name="Material" value="Msteel" />
    <property name="Texture" value="355,355,355,355,355,355" />
    <property class="PlantGrowing">
      <property name="FertileLevel" value="0" />
      <property name="Next" value="steelBlock" />

dcsobral

  <!-- ADMIN ITEMS -->
  <item id="3500" name="Admin_nailgun">
    <property name="IsDeveloper" value="true"/>
    <property name="Meshfile" value="Items/Tools/nailgunPrefab"/>
    <property name="CustomIcon" value="nailgun"/>
    <property name="CustomIconTint" value="FF0000"/>
    <property name="Material" value="metal"/>
    <property name="HoldType" value="37"/>
    <property name="Stacknumber" value="1"/>
    <property name="RepairTools" value="repairKit"/>

dcsobral

### Keybase proof

I hereby claim:

  * I am dcsobral on github.
  * I am dcsobral (https://keybase.io/dcsobral) on keybase.
  * I have a public key whose fingerprint is C049 F080 3A32 FC38 4487  9042 5F35 D49A D3BE CD47

To claim this, I am signing this object:

dcsobral

// Since this link got passed around some, I'm going to paste here the
// versions made by sirthias. If you want to see the old ones, 
// look up the history.

// Well, actually, these are non-pimped versions. See the comments to
// a link where they are provided as pimped methods on String.

import scala.annotation.tailrec

def fastSplit(s: String, delimiter: Char): List[String] = {