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Por roteiro de banca de aplicativos operadoriais

Instead of using docker-compose for the containers, I am using configuration files located in the file system (see below) to define the hostnames of the containers. Each container is defined in a configuration file; the configuration file of the web application is located at /opt/webserver.conf and /opt/mysql.conf while the configuration file of the web application server is located at /opt/webserver2.conf.

The configuration files have entries for each container. The web server receives the name of the container from a variable (CONTAINER_NAME) set as an environment variable (see illustration above).

The configuration files are very basic for each container. They do nothing more than map the names to the IP addresses.

The file /etc/hostname points to the web application container IP addresses:

Web Application Server’s /opt/webserver2.conf

localhost

mysql

server

webserver2

webapp

That’s it. No localhost.hosts file, no reverse-lookups for the web server’s hostnames. It’s all configuration files.

It’s important to note that the command-line tools have no knowledge of the hostnames in the configuration files. A docker run -v command-line tool is used to create the containers.

Exposing ports

The containers have no ports defined, only configuration files, so they do not have any ports to expose. A docker run -p command-line tool has no way of knowing the IP addresses for the containers.

In order for the web server to connect to the mysql server, I have to modify the configuration files and set the IP addresses. I can use the command-line tool docker exec to modify the configuration files.

$ docker exec nano /opt/webserver.conf
$ docker exec nano /opt/mysql.conf

I can open the configuration files and use the configuration editor Nano to modify the IP addresses.

Here’s an illustration of where I’ve defined the ports for the containers.

Container Portmapping

Let’s look at what the container command-line tools can do. I run a docker ps -a command to list all containers.

web server container IP

https://colab.research.google.com/drive/1lhq7K3oOOpkfkso_a_lpsdOrQsbp7gco
https://colab.research.google.com/drive/1ib6-Hn4OSfdLk6jUbp_LrW9lbN0lxdRm
https://colab.research.google.com/drive/1hq_T7hsrvsAKQJ3kmuf1U3T5qhfpcz2P
https://colab.research.google.com/drive/1jifFTWgwtAyAwKAYNA1Lzj8JYEWJnIHd
https://colab.research.google.com/drive/1mr_mmr4slKXQIV32rzfDvG-yiDGZ_Psj

A:

Does this fix your problem?
export OCSP_START_TLS_CLIENT=never
export OCSP_START_TLS_SERVER=never

A:

You can also use this method.
You can select your OpenSSL file where the exec script is
And update PATH in this file so it finds the openssl command.
PATH=/usr/local/bin:/usr/bin:/bin:/usr/sbin:/sbin
export PATH

A:

adding the following to my.bashrc will help
PATH=/usr/local/bin:/usr/bin:/bin:/usr/sbin:/sbin
export PATH

and adding the following in my Executable file solved my problem
exec /usr/local/bin/ocspd -o “$SSLSERVER_TRUSTSTORE_DIR” “$SSLSERVER_TRUSTSTORE_FILE”

I’m not sure why this was different for me but it is, if you have openssl installed on your system make sure you run:
openssl version -a

and check if it returns
OpenSSL 1.0.2c 10 Jan 2014

Hopefully this would help someone in future!

Apeiron

Apeiron is the name of a planet located in the Apeiron star system. It was once the fourth planet in the solar system, as it was once home to the fourth planet of the Apeiron star, the former planet Apeiron.

Following the ejection of Apeiron, the planet was left alone in a region of space nearly devoid of planets. Its surface temperature was kept low by the energy of Apeiron’s blasts, and thus assumed a crystalline structure, as crystals tend to melt at lower temperatures than glass. The atmosphere of the planet eventually warmed the planet to a more typical temperature. As time passed, new crystals of various sizes were formed and built up into one of the largest conglomerates in the system. As the planet’s surface cooled, the conglomerates cracked and split apart. This process created a vast number of smaller, flatter conglomerates that became known as the Apeironian Plains.

Following the breakup of Apeiron, the planet is split into approximately ten primordial chunks, which are often referred to as islands, or simply islets.

The three largest of these chunks,
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