Use github SSH keys (see https://pagodabox.io/docs/setting_up_ssh-osx-linux). The following command puts the public key into the clipboard:
pbcopy < ~/.ssh/github_rsa.pub
Can then paste this key into Pagodabox site.
I found that sometimes Pagodabox would expect the github SSH key, authorities the one I’d generated for Pagodabox, so I pasted both keys into the Pagodabox admin panel.
You need to add Pagoda as a remote repository:
git remote add pagoda [email protected]:apps/biostor.git
Then push the changes
git push pagoda --all
Nanobox is the replacement to Pagodabox. It requires a different boxfile. Note that this file needs specify some additional PHP extensions that others depend upon, for example, just adding xsl by itself generated linking errors until dom was also added.
run.config:
# install php and associated runtimes
engine: php
# php engine configuration (php version, extensions, etc)
engine.config:
# sets the php version to 5.6
runtime: php-5.6
extensions:
- curl
- exif
- gd
- mbstring
- dom # need this for xsl to work
- xml # need this for utf8_decode
- xsl
web.main:
start:
php: start-php
apache: start-apache
# the path to a logfile you want streamed to the nanobox dashboard
log_watch:
apache[access]: /data/var/log/apache/access.log
apache[error]: /data/var/log/apache/error.log
php[error]: /data/var/log/php/php_error.log
php[fpm]: /data/var/log/php/php_fpm.log
To make a local version of BioStor, type:
nanobox deploy dry-run
To deploy to nanobox add a remote, e.g.:
nanobox remote add happy-hog
Then deploy:
nanobox deploy
-
Make sure that your DNS for your website points to the IP address (A-Record) of the nanobox app (find the A-Record in the “Network” tab).
-
Add New Relic key to the “CONFIG” tab.
Initially ran on Google Cloud using f1-micro (1 vCPU, 0.6 GB memory), which Google Cloud reported was overused. Can add more resources via nanobox “scale” which sets up a new server. Need to explore why we need more resources.
| Type | Name | Value |
|---|---|---|
| A | biostor.org | IP address from nanobox |
| Type | Name | Value |
|---|---|---|
| CNAME | biostor.org | biostor.org.herokudns.com |
| CNAME | www | biostor.org.herokudns.com |
Cloudflare applies CNAME flattening to
Deploy to Heroku.
Check it is installed:
heroku run env --app biostor | grep NEW_RELIC
Create an instance at https://google.bitnami.com/vms
Note that you need to follow the steps here https://docs.bitnami.com/google/infrastructure/couchdb/#how-to-connect-to-couchdb-from-a-different-machine in order to be able to connect. Click on “Launch ssh console” and edit the local.ini file:
sudo nano /opt/bitnami/couchdb/etc/local.ini
Change the bind_address from 127.0.0.1 to 0.0.0.0:
[chttpd]
port = 5984
bind_address = 0.0.0.0
...
[httpd]
bind_address = 0.0.0.0
...
Reboot the VM.
Note that now we also need to add firewall access, see https://docs.bitnami.com/google/faq/administration/use-firewall/
curl http://localhost:5984/_replicate -H 'Content-Type: application/json' -d '{ "source": "biostor", "target": "http://admin:<password>@IP-SERVER:5984/biostor"}'
Added New Relic key, after a while New Relic shows data for the app https://rpm.newrelic.com/accounts/691868/applications/8332767
Launch this from local machine to replicate CouchDB with Cloudant.
curl http://localhost:5984/_replicate -H 'Content-Type: application/json' -d '{ "source": "biostor", "target": "https://<username>:<password>@rdmpage.cloudant.com/biostor"}'
IBM hosted Cloudant
curl http://localhost:5984/_replicate -H 'Content-Type: application/json' -d '{ "source": "biostor", "target": "https://<username>:<password>@4c577ff8-0f3d-4292-9624-41c1693c433b-bluemix.cloudant.com/biostor" }'
BioStor uses CloudFlare http://cloudflare.com to provide caching, and by default CloudFlare doesn’t cache images that with dynamic URLs (i.e., it expects a URL to have a file extension). I’ve borrowed heavily from https://github.com/andrieslouw/imagesweserv to create an image proxy that fetches images from BHL, then outputs them such that CloudFlare will treat them as static images and cache them.
For a very different interface to historical texts see the UK Medical Heritage Library.
See details in “backup” folder.
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