normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads

normally have a read-only “master” repository that has a short, but identifiable, prefix (like “metrics.mysystem”), and many write-only repositories with prefixes that start with the master prefix (like metrics metrics.mysystem.* in the example above). It is efficient to read all the keys from a “master” repository like that, but inefficient to read a subset with a longer prefix (e.g. using one of the writing repositories) common workflow for Heroku deployments is to git push the code to production. $ git push heroku master Initializing repository, done. Counting objects: 95, done. Delta compression using up to 8 threads