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First Uploaded:
October 09, 2021

Last Updated:
October 09, 2021

Last Downloaded:
1 day ago

this is my first project on Menyoo trainer This map requires Menyoo PC. You have to have the latest patch of GTA V and the latest Scripthook V.
Once you've installed Menyoo you'll have a "Menyoostuff" folder in your game directory.
drag and drop private base.xml in this directory
\Grand Theft Auto V\menyooStuff\Spooner
Press F8 to open Menyoo Trainer Go to Object Spooner > Manage Saved Files and select private base.xml from the list. Then select Load Placements.
if you use this mod in your gameplay videos pls provide the mod link in your discription
subscribe to my channel:- https://www.youtube.com/channel/UC2KvLvk5IcJskkF6rWdfTMw

First Uploaded:
October 09, 2021

Last Updated:
October 09, 2021

Last Downloaded:
1 day ago

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821 downloads , 347 KB
October 09, 2021

821 downloads , 347 KB
October 09, 2021

@Dude Gaming Hello. Please the next time don't use the "Map Model" tag for Menyoo/Map Editor/YMAP and similar mods. It is reserved for real 3D map models.
it works but there are lots of bugs! then there are losses of fps on top of that all the cars which circulate and the pedestals all disappear, with the trainers making cars appear does not work without removing the base, but once removed I have had texture losses throughout the map. Then if we fall into the water and teleport with the car it no longer works, suddenly we have to walk away ... Which is a shame because the concept is great I would like to be able to have fun with it!
@Alex01 I also experience fps drop and texture missing problems but I thought it is only for me because my device was low end I'm sorry I tried to fix some bugs I even change the location of the place where I have made this but it didn't work I promise I will improve this in next version and thanks for your feedback
@Dude Gaming I would like this to be corrected because it makes a memory of san andreas with his big garage. what would be good would be to be able to put the cars we want in the garage ourselves because thanks to the trainer we have access to the car from online and the add ons in yours I have not succeeded in making them appear. conflict and the most annoying was the texture losses I had to restart the game

821 downloads , 347 KB
October 09, 2021

Table of contents

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Build the base image in a base registry
Create an application build task in another registry to track the base image
Update the base image to trigger an application image task
Display the triggered task
Verify updated application image

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ACR Tasks supports automated image builds when a container's base image is updated , such as when you patch the OS or application framework in one of your base images.
In this tutorial, you learn how to create an ACR task that triggers a build in the cloud when a container's base image is pushed to another Azure container registry. You can also try a tutorial to create an ACR task that triggers an image build when a base image is pushed to the same Azure container registry .
This tutorial assumes you've already configured your environment and completed the steps in the first two tutorials in the series, in which you:
If you haven't already done so, complete the following tutorials before proceeding:
In addition to the container registry created for the previous tutorials, you need to create a registry to store the base images. If you want to, create the second registry in a different location than the original registry.
Populate these shell environment variables with values appropriate for your environment. This step isn't strictly required, but makes executing the multiline Azure CLI commands in this tutorial a bit easier. If you don't populate these environment variables, you must manually replace each value wherever it appears in the example commands.
This tutorial walks you through a base image update scenario. This scenario reflects a development workflow to manage base images in a common, private container registry when creating application images in other registries. The base images could specify common operating systems and frameworks used by a team, or even common service components.
For example, developers who develop application images in their own registries can access a set of base images maintained in the common base registry. The base registry can be in another region or even geo-replicated.
The code sample includes two Dockerfiles: an application image, and an image it specifies as its base. In the following sections, you create an ACR task that automatically triggers a build of the application image when a new version of the base image is pushed to a different Azure container registry.
Dockerfile-app : A small Node.js web application that renders a static web page displaying the Node.js version on which it's based. The version string is simulated: it displays the contents of an environment variable, NODE_VERSION , that's defined in the base image.
Dockerfile-base : The image that Dockerfile-app specifies as its base. It is itself based on a Node image, and includes the NODE_VERSION environment variable.
In the following sections, you create a task, update the NODE_VERSION value in the base image Dockerfile, then use ACR Tasks to build the base image. When the ACR task pushes the new base image to your registry, it automatically triggers a build of the application image. Optionally, you run the application container image locally to see the different version strings in the built images.
In this tutorial, your ACR task builds and pushes an application container image specified in a Dockerfile. ACR Tasks can also run multi-step tasks , using a YAML file to define steps to build, push, and optionally test multiple containers.
Start by building the base image with an ACR Tasks quick task , using az acr build . As discussed in the first tutorial in the series, this process not only builds the image, but pushes it to your container registry if the build is successful. In this example, the image is pushed to the base image registry.
Next, create a task in the application image registry with az acr task create , enabling a managed identity . The managed identity is used in later steps so that the task authenticates with the base image registry.
This example uses a system-assigned identity, but you could create and enable a user-assigned managed identity for certain scenarios. For details, see Cross-registry authentication in an ACR task using an Azure-managed identity .
This task is similar to the task created in the previous tutorial . It instructs ACR Tasks to trigger an image build when commits are pushed to the repository specified by --context . While the Dockerfile used to build the image in the previous tutorial specifies a public base image ( FROM node:15-alpine ), the Dockerfile in this task, Dockerfile-app , specifies a base image in the base image registry:
This configuration makes it easy to simulate a framework patch in the base image later in this tutorial.
To give the task's managed identity permissions to pull images from the base image registry, first run az acr task show to get the service principal ID of the identity. Then run az acr show to get the resource ID of the base registry:
Assign the managed identity pull permissions to the registry by running az role assignment create :
Run az acr task credential add to add credentials to the task. Pass the --use-identity [system] parameter to indicate that the task's system-assigned managed identity can access the credentials.
Use az acr task run to manually trigger the task and build the application image. This step is needed so that the task tracks the application image's dependency on the base image.
Once the task has completed, take note of the Run ID (for example, "da6") if you wish to complete the following optional step.
If you're working locally (not in the Cloud Shell), and you have Docker installed, run the container to see the application rendered in a web browser before you rebuild its base image. If you're using the Cloud Shell, skip this section (Cloud Shell does not support az acr login or docker run ).
First, authenticate to your container registry with az acr login :
Now, run the container locally with docker run . Replace with the Run ID found in the output from the previous step (for example, "da6"). This example names the container myapp and includes the --rm parameter to remove the container when you stop it.
Navigate to http://localhost:8080 in your browser, and you should see the Node.js version number rendered in the web page, similar to the following. In a later step, you bump the version by adding an "a" to the version string.
To stop and remove the container, run the following command:
Next, list the task runs that ACR Tasks has completed for your registry using the az acr task list-runs command:
If you completed the previous tutorial (and didn't delete the registry), you should see output similar to the following. Take note of the number of task runs, and the latest RUN ID, so you can compare the output after you update the base image in the next section.
Here you simulate a framework patch in the base image. Edit Dockerfile-base , and add an "a" after the version number defined in NODE_VERSION :
Run a quick task to build the modified base image. Take note of the Run ID in the output.
Once the build is complete and the ACR task has pushed the new base image to your registry, it triggers a build of the application image. It may take few moments for the task you created earlier to trigger the application image build, as it must detect the newly built and pushed base image.
Now that you've updated the base image, list your task runs again to compare to the earlier list. If at first the output doesn't differ, periodically run the command to see the new task run appear in the list.
Output is similar to the following. The TRIGGER for the last-executed build should be "Image Update", indicating that the task was kicked off by your quick task of the base image.
If you'd like to perform the following optional step of running the newly built container to see the updated version number, take note of the RUN ID value for the Image Update-triggered build (in the preceding output, it's "ca13").
If you're working locally (not in the Cloud Shell), and you have Docker installed, run the new application image once its build has completed. Replace with the RUN ID you obtained in the previous step. If you're using the Cloud Shell, skip this section (Cloud Shell does not support docker run ).
Navigate to http://localhost:8081 in your browser, and you should see the updated Node.js version number (with the "a") in the web page:
What's important to note is that you updated your base image with a new version number, but the last-built application image displays the new version. ACR Tasks picked up your change to the base image, and rebuilt your application image automatically.
To stop and remove the container, run the following command:
In this tutorial, you learned how to use a task to automatically trigger container image builds when the image's base image has been updated. Now, move on to the next tutorial to learn how to trigger tasks on a defined schedule.

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