What is the problem Create Process Failed; code 2 No matter what solved you please

The creation process failed; code 2

java – IntelliJ build error: abnormal shutdown of build process

My project was working fine until I clicked on the plugins update. IntellIJ updated my plugins and restarted them. Now, when I try to build my project, the error message appears.

Error: Abnormal termination of build process: "C:  Program Files  Java  jdk1.8.0_201  bin  java.exe" -Xmx700m

-Djava.awt.headless = true -Djava.endorsed.dirs = "" -Djdt.compiler.useSingleThread = true -Dcompile.parallel = false -Drebuild.on.dependency.change = true -Djava.net.preferIPv4Stack = true -Dio.netty.initialSeedUniquifier = -6213682071515911696 -Dfile.encoding = windows-1252 -Duser.language = en -Duser.country = CA -Didea.paths.selector = IdeaIC2019.1 "-Didea.home. Program Files JetBrains IntelliJ IDEA Community Edition 2019.1 "
-Didea.config.path = C: Users User.IdeaIC2019.1 config -Didea.plugins.path = C: Users User.IdeaIC2019.1 config plugins -Djps.log.dir = C: / Users / User / .IdeaIC2019.1 / system / log / build-log "-Djps.fallback.jdk.home = C: / Program Files / JetBrains / IntelliJ IDEA
Community Edition 2019.1 / jre64 "
-Djps.fallback.jdk.version = 1.8.0_202-release -Dio.netty.noUnsafe = true -Djava.io.tmpdir = C: /Users/User/.IdeaIC2019.1/system/compile-server/master_b70dc503/temp
-Djps.backward.ref.index.builder = true -Dkotlin.incremental.compilation = true -Dkotlin.incremental.compilation.js = true -Dkotlin.daemon.enabled -Dkotlin.daemon.client.alive.path = "C : Users User AppData Local Temp kotlin-idea-8024519870145682952-is-running "
-classpath "C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / jps-launcher.jar; C: / Program Files / Java / jdk1.8.0_201 / lib / tools.jar"
org.jetbrains.jps.cmdline.Launcher "C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / maven-repository-metadata-3.3.9.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / plexus-component-annotations-1.6.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / slf4j-api-1.7.25.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / trove4j.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / oro-2.0.8.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / aether-spi-1.1.0.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / resources_en.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / netty-resolver-4.1.32.Final.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / jps-model.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / maven-model-3.3.9.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / netty-buffer-4.1.32.Final.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / maven-builder-support-3.3.9.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / maven-aether-provider-3.3.9.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / plexus-interpolation-1.21.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / httpclient-4.5.6.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / httpcore-4.4.10.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / log4j.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / netty-transport-4.1.32.Final.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / aether-transport-file-1.1.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / nanoxml-2.2.3.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / jps-builders.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / jps-builders-6.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / netty-codec-4.1.32.Final.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / forms_rt.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / asm-all-7.0.1.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / commons-lang3-3.4.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / aether-util-1.1.0.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / commons-codec-1.10.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / aether-impl-1.1.0.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / jna-platform.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / jdom.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / aether-transport-http-1.1.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / guava-25.1-jre.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / javac2.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / forms-1.1-preview.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / aether-api-1.1.0.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / lz4-1.3.0.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / idea_rt.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / maven-model-builder-3.3.9.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / aether-connector-basic-1.1.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / netty-common-4.1.32.Final.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / plexus-utils-3.0.22.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / commons-logging-1.2.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / jna.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / protobuf-java-3.5.1.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / annotations.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / maven-artifact-3.3.9.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / util.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / aether-dependency-resolver.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / platform-api.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / gradle / lib / gradle-api-4.10.3.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / gradle / lib / step-api-impldep-4.10.3.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / ant / lib / ant.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / groovy-all-2.4.15.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / gson-2.8.5.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / lib / slf4j-api-1.7.25.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / slf4j-log4j12-1.7.25.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / gson-2.8.5.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / plugins / android / lib / jarutils.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / guava-25.1-jre.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / common-26.3.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / gradle / lib / gradle-api-4.10.3.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / gson-2.8.5.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition 2019.1 / plugins / android / lib / jarutils.jar; C: / Program
Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / lib / guava-25.1-jre.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / common-26.3.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / gradle / lib / gradle-api-4.10.3.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / ant / lib / ant-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / uiDesigner / lib / jps / ui-designer-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / IntelliLang / lib / intellilang-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / Groovy / lib / groovy-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / Groovy / lib / groovy-rt-constants.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / eclipse / lib / eclipse-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / eclipse / lib / common-eclipse-util.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / maven / lib / maven-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / gradle / lib / gradle-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / devkit / lib / devkit-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / Kotlin / lib / jps / kotlin-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / Kotlin / lib / kotlin-stdlib.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / Kotlin / lib / kotlin-reflect.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / Kotlin / lib / kotlin-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / jps / android-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / android-common.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / build-common.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / android-rt.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / android-extensions-ide.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / sdk-common-26.3.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / common-26.3.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / repository-26.3.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / sdklib-26.3.0.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / jarutils.jar; C: / Programs / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / layoutlib-api-26.3.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / android / lib / manifest-merger-26.3.0.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / javaFX / lib / javaFX-jps-plugin.jar; C: / Program Files / JetBrains / IntelliJ IDEA Community Edition
2019.1 / plugins / javaFX / lib / common-javaFX-plugin.jar "org.jetbrains.jps.cmdline.BuildMain 127.0.0.1 53775
fc63aa12-aec9-459c-91f2-c8f233a0cd08
C: /Users/User/.IdeaIC2019.1/system/compile-server Construction Process
start. Classpath: C: / Program Files / JetBrains / IntelliJ IDEA Community
2019.1 edition / lib / jps-launcher.jar; C: / Program
Files / Java / jdk1.8.0_201 / lib / tools.jar #

development process – How to manage updates after a publication?

I wonder how to handle the commitments we make AFTER the release of a version, according to SEMVER.
For example, I just released 1.0.1, now I have 2 choices:

  • Change version immediately to 1.0.2 and start working on this version. Once the work is done, I'll just mark the last commit that will be officially version 1.0.2 (this seems to be the SEMVER way to do it).

  • Keep working on version 1.0.1 and, when finished, I make a modification of version 1.0.2 and the tag as the official version 1.0.2.

In fact, SEMVER says that

Once a versioned package has been released, the contents of this version MUST NOT be modified. Any changes MUST be published in a new version.

But the second solution seems more logical, because when a version is incremented, the software should already have all the features of this version. So what should I do?

operating systems – How does a processor do process planning?

I know in theory the workings of various scheduling algorithms, such as the round robin, in which each process receives small slices of time to execute a few instructions, before the operating system runs to execution. following process, etc.

What I do not understand is how it is possible. The operating system only contains code, as does all processes, so why does not this happen?

  1. The operating system runs to the first process.
  2. Now that this process is running, the operating system can not stop it because the CPU can only execute one instruction at a time and this instruction is the process & # 39 ;.
  3. At present, the operating system has no control over the process and can not stop it.

Obviously, that does not happen, but why not? How would the operating system say something like: "Okay, you can run 3 instructions now, but then let the other process run."

workflow – How to better represent a process flow in a dashboard?

My goal is to build a dashboard to position users on multiple processes (commands) running in a workshop.

The process has several steps, named for illustration as STEP 1, 2ND STEP, STEP 3, Stepn.

Each order has an appropriate workflow. Example:

ORDER1: STEP1-> STEP2-> STEP10
ORDER2: STEP3-> STEP6-> STEP9

It is possible that dozens of commands are executed at the same time.

I need to find a way to create a dashboard of all the orders, its workflow and its current position in the process, as well as to report late orders (all steps have a set time).

I can really think that only one grid:

                                STEP 1 | STEP 2 | STEP 3 | STEP 4 | STEP 5 | STEP 6 | STEP7 | STEP 8 | STEP 9 | STEP 10
ORDER1 OK | * | - | - | - | - | - | - | - | WAITING
ORDER2 - | - | Ok | - | - | * | - | - | WAITING | - |

In my diagram:
-: Not used in the command
*: Current stage
WAITING: waiting step

I need advice on an intuitive and optimal way to create a situation screen for users, showing all the required information detailed above.

EDIT 1:

I noticed that the workflow does not follow a specific step order. Example:

ORDER1: STEP1-> STEP2-> STEP10
ORDER2: STEP3-> STEP6-> STEP9
ORDER3: STEP10-> STEP5-> STEP6
ORDER4: STEP9-> STEP2-> STEP6-> STEP3

So that changes the concept a bit because I can not have a sequential representation …

workflow – How to better represent a process flow?

If all the steps are not needed in the feed for a given order, you may be able to represent each step as an icon or graphic, with a color code to represent its status (with some sort of modification graphic, because the mere fact of relying on color is bad idea of ​​accessibility). Color / shape changes can be used to represent not yet started, in progress, delayed, completed, failed, etc.

Then you can simply chain the appropriate graphics for a given command and represent them in the form of a drop-down list of those strings. Each icon / graphic should also have some kind of rollover status (assuming it's a desktop-based user interface – more details about the context of use and users would be super useful) that shows more details on the step itself, status, and any other important information on this step.

Here is a very quick example of the idea (sorry, I only had 10 minutes to devote to that). Green indicates that the operation is complete. For example, yellow may mean during processing, gray = not yet started, and red may mean blocked or failed. Please note that I have not represented any type of shape change to increase the color change for a status, this is an important aspect to include!):
enter the description of the image here

stochastic calculation – Conforming mappings and diffusion process with boundary condition

I have a question about a relationship between conformal matches and diffusion processes with boundary conditions.

Let $ D_1 $ to be a simply connected smooth domain of $ mathbb {R} ^ 2 cong mathbb {C} $. This can be unlimited.

We can define the normally reflecting Brownian motion $ X $ sure $ bar {D_1} $. We can also describe the Skorohod equation. The generator is the Laplacian $ Delta $ sure $ D_1 $ with Neumann limit condition.

Let $ D_2 subset mathbb {R} ^ 2 $ to be another smooth domain simply connected.
Let $ Psi: D_1 to D_2 $ be a conforming map.
We also assume that $ Psi $ is extended to a homeomorphism of $ bar {D_1} to bar {D_2} $ and $ Psi ( partial D_1) = partial D_2 $ (I do not know if this assumption is necessary.Please tell me if it is useless.)

Using this map, we can make the variable change: $ D_1 ni ( rho, z) mapsto (r, w) in D_2 $, or $ r = text {Re} Psi ( rho, z) $ and $ z = text {Im} Psi ( rho, z) $.

In $ (r, w) $-to coordinate, $ Delta $ can not take shape $ frac { partial ^ 2} { partial r ^ 2} + frac { partial ^ 2} { partial w ^ 2} $. In $ (r, w) $-to coordinate, $ Delta $ become a more general broadcast operator. We note by $ mathcal {L} $ l & # 39; operator.

My questions are:

  • Is the dissemination process $ Psi (X) $ correspond to the operator $ mathcal {L} $?
  • Does the operator $ mathcal {L} $ meet Neumann's limit condition on $ partial D_2 $?

You will think that these are trivial. But I do not know how to justify these results.

Do I have to prove that the diffusion process determined by $ mathcal {L} $ (with boundary condition of Neumann) and the diffusion process $ Psi (X) $ coincide?

magento2 – Do you need to create an integration to drive the storage process or can you do it via a remaining API?

We are working on the integration of our ERP system at a Magento store. At this point, we have developed a REST API connection to the store that is working properly. The goal is to be able to take orders in the Magento shop, create them in the ERP system, and then update the shop as the order is processed by our usual business processes.

Is it possible to update the status of the command directly from a back-end administrator login via the REST API so that the status of the command is properly reflected on the client, or will we need to write an integration residing on different server states?

blockchain – How the process "locks a certain amount of coins in the network" is obtained technically in the proof of set algorithm

I'm trying to understand more in depth the proof of proof algorithm. I think I understand the basics, but I have a hard time understanding how this has been done thoroughly in the blockchain network and how the nodes interact. So, for starters, when a node wants to participate in the forging or coining process, it is necessary to lock a certain amount of coins in the network as stake. The size of the stake determines the chances that a node will be selected as the next validator to forge the next block. My main question now is how can this be done technically?
Does each node have a deposit deposit for money wagered?
Does each node spread money bet to other nodes?

Suppose that there is NOT nodes that pay money and I is the selected node to propose a block. How this node I became known to others (N-1) nodes (if possible, do not answer me through a process of election of leaders, but how can this succeed, what are the steps to understand it).

stochastic processes – Show process is martingale with two standard BMs

How can I show that the process $ Xt = log ( sqrt (Bt ^ 2 + Wt ^ 2)) $ is a Martingale, knowing that Bt and Wt are two independent standard Browninans movements?
I imagine that we must use the lemma of Itô to show the condition of integrability, but I do not understand it.