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TLDR

Our project uses Docker Compose. Please install Docker and Docker Compose using the official documentation:

For windows users, once it's installed, you may have to use powershell or equivalent in order to type (replace ... with your MAIN_ADDRESS):

MAIN_ADDRESS=... rss=1 bit=1 jvc=1 ch4=1 for=1 hac=1 mas=1 nos=1 a7d=1 ap9=1 lem=1 wei=1 fol=1 you=1 tra=1 new=1 docker compose -f spotters.yaml -f docker-compose.yaml up -d

This will launch a spotter for every possible driver. You are then able to configure their distribution based on your liking.

Available parameters

  • MAIN_ADDRESS rewarded eth wallet
  • UPIPE_SIZE: allow to spawn multiple upipe service, which are responsible for CPU unit-processing
  • UPIPE_PROCESSING_TIMEOUT: allows you to specify the timeout on CPU processing logic, a short time can be used on better machine while slower machine will fall in the 8s range.

More parameters (pros)

  • TRACE: enable tracing (this requires the `monitoring stack to be set up, please ignore if you don't know what this is)

Example

  • with automaticly managed spotters (2 spotters)
MAIN_ADDRESS=... SPOTTERS_AMOUNT=2 docker compose up -d
  • only core
MAIN_ADDRESS=... docker compose up -d

Enable GPU

You can enable GPU processing on your bpipe instance using the gpu.yaml

MAIN_ADDRES=... docker compose -f docker-compose.yaml -f gpu.yaml up -d

1️⃣ Core

image Image size description Version Pulls
transactioneer Docker Image Size Web3 interaction Docker Image Version Docker Pulls
bpipe Docker Image Size Batch processing Docker Image Version Docker Pulls
upipe Docker Image Size Unit processing Docker Image Version Docker Pulls
orchestrator Docker Image Size Orchestration & Monitoring Docker Image Version Docker Pulls

Custom spotters distribution

spotters.yaml provides an easy way to launch the different spotters with different redundancy parameters, each module is parametrable with it's three first leters (jumping over spot)

rss=1 bit=1 jvc=1 ch4=1 for=1 hac=1 mas=1 nos=1 a7d=1 ap9=1 lem=1 wei=1 fol=1 you=1 tra=1 docker compose -f spotters.yaml up -d

The spotters.yaml is connected with services in docker-compose trough a docker network called exorde-network. You do not have to launch them together as they will automaticly reach out.

2️⃣ Spotters

image Image size Version Pulls
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Custom Spotter Logic

  • Pushing data is as simple as making a POST request to a upipe instance on /

  • You can use orchestrator to streamline the access to your different services,

      curl 'http://orchestrator/get?network.exorde.service=upipe' -> will return a list of `upipe` ips
    

    You select a random one and are ready to push data

    note: all services use port 8000

    ⚠️ We infer the location of each service at runtime because of live-update which cause your services location to be inconsistent in time. This is NOT an option if you want something stable, EVEN if your custom spotters are not updated (exorde ones are) the upipe, bpipe etc.. ARE

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