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Serial code setting up Sipgate in Asterisk PBX - UK VoIP Forums

Qos QoS (Quality of Service) is a major issue in VoIP implementations. Learn the four key areas you need to be focusing on to help deliver a healthy and well-performing data center. Asterisk patch for iLBC 20 Asterisk already supports iLBC 30. This patch adds.

Asterisk ABE 1.6.2 Certification - AT&T Business

Im using G729 codec avaible on phones.

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How do I register a G729 license

Quote: Also if you want to know if Digium fully complies the the GPL no. They dont. There's a nice Asterisk Manager API reference at the end of my book Switching to VoIP (O'Reilly). Yep, I have looked more into the g729 codec issue, and, while asterisk does not prevent the use of the codec, and can pass the call through if the calling handset already has the codec (hence calls work) the issue materialises whenever asterisk has to be able to directly handle the voice encoded by the g729 codec - which it does if it wants to play a recorded message to a handset using the codec!

2
G729 Codec License Solutions, G729 Asterisk
1 [Solved] Setting g729 on 64bit distro - General Help 33%
2 Linux – Page 2 – whizzy.org 56%
3 Mario's adventures in geekery: Asterisk 1.8 and native 22%
4 Asterisk Install G729 License 25%
5 Install Ilbc Codec Asterisk Sign 22%
6 2N IP/SIP Speaker License for G.729 Codec 90%

Manually Configure a Yealink T32G, T38G, T42G, T46G IP

Fedora Core 10 and g729 codec (13 Jun 2020 ) 5 msgs: AmooCon video recordings online (12 Jun 2020 ) 2 msgs: Asterisk + TC400B - Clock Trouble (12 Jun 2020 ) 3 msgs: sending sip info messages (12 Jun 2020 ) 27 msgs: Help building dahdi for debian (12 Jun 2020 ) 1 msg: Friday 12th June @ 12 Noon EDT: VoIP UsersConference Skype to ZipDX (12 Jun. For example: If you have a basic high-speed connection at home (768kbps/128kbps), configure your phone. G729 codec for asterisk key.

3

Digium G.729 Codec License for use with Asterisk, 1

I really like the stats package included with WordPress, it provides an excellent source of ideas for what I should write about next. Design a complete Voice over IP (VoIP) or traditional PBX system with Asterisk, even if you have only basic telecommunications knowledge. A G key can only be re-registered once without authorization from Digium, so we strongly recommend that you make a backup copy of the license file created during the activation (registration) process.

Dect/asterisk - Asterisk with DECT support

Epic duel hack credits. Please review our plans below and find the plan that best fits your needs. For Inbound routes and Extensions you can follow the Guide as it is quite concise and helpful.

4

Digium Asterisk G.729 Codec License (8G729CODEC)

Russian sound files for Asterisk (g729) ()Description This package contains the core ${MODAS_LANGNAME} sound files for Asterisk in ${MODAS_CODEC} format. Emedia card designer crack key keygen. Uniden's IP phones, like the UIP200, are excellent business-grade telephones that can be mass configured by TFTPthat is, if you know how.

How to enable codec g729 – Yeastar Support

I could be wrong on that. This codec does not come encumbered with a licensing requirement the way that GA does, and it offers outstanding performance with respect to the demand it places on the CPU. Also when i set my ATA codec to g729 and in asterisk i allow=g729, i get a very low weird sound.

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G729 codec for CSipSimple Hacks, Tips, Hints and Cheats

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Asterisk is a complete PBX in software. The Asterisk box is negotiating payload 97 for ilbc. Internet manager serial number version 6.05.

MicroSIP Downloads - Installer and Portable version

Annex B (Voice Activity Detection, Comfort Noise) is not supported by Asterisk. PAP2 connected to extension has "Preferred Codec = g729" with and "Use Pref Codec Only = NO". Ulead photoimpact 12 crack fifa.

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Serverless Asterisk with Docker and AWS Fargate

Serverless Asterisk with Docker and AWS Fargate
Asterisk is a powerful freebase PBX providing VoIP and Telephony solutions*,* catering to the needs of both Enterprise and Stand-Alone levels. In the article below, we would demonstrate the creation of a highly-scalable Asterisk cloud server through Fargate task, which would require minimal maintenance and administration.

Prerequisite

  1. Docker installed on your personal machine.
  2. An active AWS account for deploying images.
Note : You can use either of AWS EC2 or Cloud9 IDE for setting up Docker.

Creating Asterisk on Docker

  1. Creating the base image -
We have chosen Debian Buster Slim for the base image as shown above. It is recommended that you keep the container light and use smallest size for the base image. You can also choose Alpine, Jessie or Stretch versions as per your convenience.
  1. Setting up Asterisk -

    base image for container

    $ docker build -t asterisk:latest Sending build context to Docker daemon 2.048kBStep 1/1 : FROM debian:buster-slim: Pulling from library/debian8ec398bc0356: Pull completeDigest: sha256:e4c1417236abc57971755ca2bfccd546cbca45b33daf66001a5addae4bf78517Status: Downloaded newer image for debian:buster-slim- e1af56d072b8Successfully built e1af56d072b8Successfully tagged asterisk:latest
Use docker build -t asterisk to setup Asterisk on the Docker image.
$docker images REPOSITORY TAG IMAGE ID CREATED SIZE   a8b00d3e8229 37 minutes ago 592MB asterisk latest e1af56d072b8 2 weeks ago 69.2MB debian buster-slim e1af56d072b8 2 weeks ago 69.2MB debian latest b5d2d9b1597b 2 weeks ago 114MB 
As shown above, Asterisk is installed with image id e1af56d072b8 showing the image size of 69.2 MB which is tiny compared to the overall ISO size.
  1. Labeling the Asterisk image -

    base image for container

    FROM debian:buster-slim
    LABEL maintainer="Bora Ozkan [email protected]"
Once the labeling is done, you can run docker inspect to do a quick inspection of the Docker image as shown below -
$docker inspect asterisk:latest [ { "Id": "sha256:d216cbd1c686b8afbcaab3406adf02a8ac481797510ea5a189ac1314ae654ead", "RepoTags": [ "asterisk:latest" ], "RepoDigests": [], "Parent": "sha256:e1af56d072b8d93fce4b566f4bf76311108dbbbe952b12a85418bd32c2fcdda7", "Comment": "", "Created": "2020-01-14T09:06:47.708064046Z", "Container": "d552618057cb929857b2c9dbd1efa2f2be9d7e422c7ab85ff858fa2064398cb1", "ContainerConfig": { "Hostname": "d552618057cb", "Domainname": "", "User": "", "AttachStdin": false, "AttachStdout": false, "AttachStderr": false, "Tty": false, "OpenStdin": false, "StdinOnce": false, "Env": [ "PATH=/uslocal/sbin:/uslocal/bin:/ussbin:/usbin:/sbin:/bin" ], "Cmd": [ "/bin/sh", "-c", "#(nop) ", "LABEL maintainer=Bora OZKAN " ], "ArgsEscaped": true, "Image": "sha256:e1af56d072b8d93fce4b566f4bf76311108dbbbe952b12a85418bd32c2fcdda7", "Volumes": null, "WorkingDir": "", "Entrypoint": null, "OnBuild": null, "Labels": { "maintainer": "Bora OZKAN " } }, "DockerVersion": "18.09.7", "Author": "", "Config": { "Hostname": "", "Domainname": "", "User": "", "AttachStdin": false, "AttachStdout": false, "AttachStderr": false, "Tty": false, "OpenStdin": false, "StdinOnce": false, "Env": [ "PATH=/uslocal/sbin:/uslocal/bin:/ussbin:/usbin:/sbin:/bin" ], "Cmd": [ "bash" ], "ArgsEscaped": true, "Image": "sha256:e1af56d072b8d93fce4b566f4bf76311108dbbbe952b12a85418bd32c2fcdda7", "Volumes": null, "WorkingDir": "", "Entrypoint": null, "OnBuild": null, "Labels": { "maintainer": "Bora OZKAN " } }, "Architecture": "amd64", "Os": "linux", "Size": 69208427, "VirtualSize": 69208427, "GraphDriver": { "Data": { "MergedDir": "/valib/dockeoverlay2/495f15d329ebee16bec4985ea625d8d835be42adac19cf075a3b998535bbd58e/merged", "UpperDir": "/valib/dockeoverlay2/495f15d329ebee16bec4985ea625d8d835be42adac19cf075a3b998535bbd58e/diff", "WorkDir": "/valib/dockeoverlay2/495f15d329ebee16bec4985ea625d8d835be42adac19cf075a3b998535bbd58e/work" }, "Name": "overlay2" }, "RootFS": { "Type": "layers", "Layers": [ "sha256:556c5fb0d91b726083a8ce42e2faaed99f11bc68d3f70e2c7bbce87e7e0b3e10" ] }, "Metadata": { "LastTagTime": "2020-01-14T09:06:47.718230311Z" } } ] 
  1. Setting up Environment Variables -

    base image for container

    FROM debian:buster-slim
    LABEL maintainer='Bora Ozkan [email protected]'
    ENV ASTERISK_VERSION 17-current ENV OPUS_CODEC asterisk-17.0/x86-64/codec_opus-17.0_current-x86_64
The ENV instruction sets the environment variable which is important while installing Asterisk. Above we have created two environment values; first is defining the version while the second is for using Default Codec.
#base image for container FROM debian:buster-slim LABEL maintainer='Bora Ozkan ' ENV ASTERISK_VERSION 17-current ENV OPUS_CODEC asterisk-17.0/x86-64/codec_opus-17.0_current-x86_64 COPY build-asterisk.sh / RUN /build-asterisk.sh 
The COPY instruction copies files to the image directory as specified while building image, while the RUN instruction will execute any commands in a new layer on top of the current image and commit results.
Now we can create our build-asterisk.sh
  1. Declaring commands - We start with declaring all commands to be run in the bash shell. For reference, we are checking if the ASTERISK_VERSION is higher than 2.

    !/bin/bash

    PROGNAME=$(basename $0)
    if test -z ${ASTERISK_VERSION}; then echo "${PROGNAME}: ASTERISK_VERSION required" >&2 exit 1 fi
    set -ex
    useradd --system asterisk
The set -ex command is quite useful instructing the process to exit when the step fails in bash script, along with tracing errors within the bash script.
Using useradd command for creating new system account named 'Asterisk'.
#!/bin/bash PROGNAME=$(basename $0) if test -z ${ASTERISK_VERSION}; then echo "${PROGNAME}: ASTERISK_VERSION required" >&2 exit 1 fi set -ex useradd --system asterisk apt-get update -qq DEBIAN_FRONTEND=noninteractive apt-get install -y --no-install-recommends --no-install-suggests \ autoconf \ binutils-dev \ build-essential \ ca-certificates \ curl \ file \ libcurl4-openssl-dev \ libedit-dev \ libgsm1-dev \ libogg-dev \ libpopt-dev \ libresample1-dev \ libspandsp-dev \ libspeex-dev \ libspeexdsp-dev \ libsqlite3-dev \ libsrtp2-dev \ libssl-dev \ libvorbis-dev \ libxml2-dev \ libxslt1-dev \ procps \ portaudio19-dev \ unixodbc \ unixodbc-bin \ unixodbc-dev \ odbcinst \ uuid \ uuid-dev \ xmlstarlet 
Above we are installing necessary libraries, as the base image being slim didn't had additional packages and modules.
It is very important in Docker that each step works smoothly without error. To ensure this we can DEBIAN_FRONTEND=noninteractive and parameters. This will essentially install all modules, packages and libraries in Quite Mode and not attempt to CLI. This will also automate our installation, reducing manual time and effort considerably.
#!/bin/bash PROGNAME=$(basename $0) if test -z ${ASTERISK_VERSION}; then echo "${PROGNAME}: ASTERISK_VERSION required" >&2 exit 1 fi set -ex useradd --system asterisk apt-get update -qq DEBIAN_FRONTEND=noninteractive apt-get install -y --no-install-recommends --no-install-suggests \ autoconf \ binutils-dev \ build-essential \ ca-certificates \ curl \ file \ libcurl4-openssl-dev \ libedit-dev \ libgsm1-dev \ libogg-dev \ libpopt-dev \ libresample1-dev \ libspandsp-dev \ libspeex-dev \ libspeexdsp-dev \ libsqlite3-dev \ libsrtp2-dev \ libssl-dev \ libvorbis-dev \ libxml2-dev \ libxslt1-dev \ procps \ portaudio19-dev \ unixodbc \ unixodbc-bin \ unixodbc-dev \ odbcinst \ uuid \ uuid-dev \ xmlstarlet apt-get purge -y --auto-remove rm -rf /valib/apt/lists/* mkdir -p /ussrc/asterisk cd /ussrc/asterisk curl -vsL http://downloads.asterisk.org/pub/telephony/asterisk/releases/asterisk-${ASTERISK_VERSION}.tar.gz | tar --strip-components 1 -xz || \ 
apt-get purge is equivalent to apt-get remove --purge and will remove user data/configuration files. Above we are also creating folder in desired directory and install Asterisk source code from the Asterisk repository.
#!/bin/bash PROGNAME=$(basename $0) if test -z ${ASTERISK_VERSION}; then echo "${PROGNAME}: ASTERISK_VERSION required" >&2 exit 1 fi set -ex useradd --system asterisk apt-get update -qq DEBIAN_FRONTEND=noninteractive apt-get install -y --no-install-recommends --no-install-suggests \ autoconf \ binutils-dev \ build-essential \ ca-certificates \ curl \ file \ libcurl4-openssl-dev \ libedit-dev \ libgsm1-dev \ libogg-dev \ libpopt-dev \ libresample1-dev \ libspandsp-dev \ libspeex-dev \ libspeexdsp-dev \ libsqlite3-dev \ libsrtp2-dev \ libssl-dev \ libvorbis-dev \ libxml2-dev \ libxslt1-dev \ procps \ portaudio19-dev \ unixodbc \ unixodbc-bin \ unixodbc-dev \ odbcinst \ uuid \ uuid-dev \ xmlstarlet apt-get purge -y --auto-remove rm -rf /valib/apt/lists/* mkdir -p /ussrc/asterisk cd /ussrc/asterisk curl -vsL http://downloads.asterisk.org/pub/telephony/asterisk/releases/asterisk-${ASTERISK_VERSION}.tar.gz | tar --strip-components 1 -xz || \ # 1.5 jobs per core works out okay : ${JOBS:=$(( $(nproc) + $(nproc) / 2 ))} ./configure --with-resample \ --with-pjproject-bundled \ --with-jansson-bundled make menuselect/menuselect menuselect-tree menuselect.makeopts 
${JOBS:=$(( $(nproc) + $(nproc) / 2 ))} ensures performance and load balancing. Use ./configure and related parameters to make Asterisk ready for configuration.
  1. Compiling Asterisk Modules - The next step in the build process is to tell Asterisk which modules to compile and install, as well as set various compiler options. These settings are all controlled via a menu-driven system called Menuselect through interactive installation.

https://preview.redd.it/xt7ekmg983o51.png?width=638&format=png&auto=webp&s=6431b99e0569ddf42526a47d121285dc452953ce
Options in Menuselect can be controlled from the command line. Menuselect can be built without invoking the user interface via the menuselect.makeopts as shown in the scipt below -

make menuselect/menuselect menuselect-tree menuselect.makeopts # disable BUILD_NATIVE to avoid platform issues menuselect/menuselect --disable BUILD_NATIVE menuselect.makeopts # enable required modules menuselect/menuselect --enable BETTER_BACKTRACES menuselect.makeopts # enable ooh323 menuselect/menuselect --enable chan_ooh323 menuselect.makeopts # codecs # menuselect/menuselect --enable codec_opus menuselect.makeopts # menuselect/menuselect --enable codec_silk menuselect.makeopts # # download more sounds # for i in CORE-SOUNDS-EN MOH-OPSOUND EXTRA-SOUNDS-EN; do # for j in ULAW ALAW G722 GSM SLN16; do # menuselect/menuselect --enable $i-$j menuselect.makeopts # done # done # we don't need any sounds in docker, they will be mounted as volume menuselect/menuselect --disable-category MENUSELECT_CORE_SOUNDS menuselect.makeopts menuselect/menuselect --disable-category MENUSELECT_MOH menuselect.makeopts menuselect/menuselect --disable-category MENUSELECT_EXTRA_SOUNDS menuselect.makeopts 
As shown above, some modules have been enabled/disabled as required using menuselect.makeopts.
make -j ${JOBS} all make install # copy default configs # cp /ussrc/asterisk/configs/basic-pbx/*.conf /etc/asterisk/ make samples # set runuser and rungroup sed -i -E 's/^;(run)(user|group)/\1\2/' /etc/asterisk/asterisk.conf # Install opus mkdir -p /ussrc/codecs/opus \ && cd /ussrc/codecs/opus \ && curl -vsL http://downloads.digium.com/pub/telephony/codec_opus/${OPUS_CODEC}.tar.gz | tar --strip-components 1 -xz \ && cp *.so /uslib/asterisk/modules/ \ && cp codec_opus_config-en_US.xml /valib/asterisk/documentation/ mkdir -p /etc/asterisk/ \ /vaspool/asterisk/fax chown -R asterisk:asterisk /etc/asterisk \ /va*/asterisk \ /us*/asterisk chmod -R 750 /vaspool/asterisk cd / rm -rf /ussrc/asterisk \ /ussrc/codecs 
With make install we are finishing menuselect and the build of our Asterisk image. Additionally the sed command will modify asterisk.conf and -E add the script to be executed.
# remove *-dev packages devpackages=`dpkg -l|grep '\-dev'|awk '{print $2}'|xargs` DEBIAN_FRONTEND=noninteractive apt-get --yes purge \ autoconf \ build-essential \ bzip2 \ cpp \ m4 \ make \ patch \ perl \ perl-modules \ pkg-config \ xz-utils \ ${devpackages} rm -rf /valib/apt/lists/* exec rm -f /build-asterisk.sh 
Finally clean the Dev packages(if any) from the Docker image. That's it!
Let us go back to the Dockerfile and continue creating our image.
#base image for container FROM debian:buster-slim LABEL maintainer='Bora Ozkan ' ENV ASTERISK_VERSION 17-current ENV OPUS_CODEC asterisk-17.0/x86-64/codec_opus-17.0_current-x86_64 COPY build-asterisk.sh / RUN /build-asterisk.sh EXPOSE 5060/udp 5060/tcp VOLUME /valib/asterisk/sounds /valib/asterisk/keys\ /valib/asterisk/phoneprov /vaspool/asterisk\ /valog/asterisk COPY docker-entrypoint.sh / ENTRYPOINT ["/docker-entrypoint.sh"] CMD ["/ussbin/asterisk", "-vvvdddf", "-T", "-W", "-U", "asterisk", "-p"] 
EXPOSE informs Docker that the container listens on the specified network ports during runtime. You can specify whether the port listens on TCP or UDP, where the default is TCP if the protocol is not specified. Use the VOLUME instruction to create a mount point with the specified name and mark it as holding externally mounted volumes from native host or other containers. We can also add custom codec, sound and log from our local directory to the image. Additionally, ENTRYPOINT allows you to configure a container that will run as an executable and will start Asterisk when Docker run is executed. Let us put some additional commands in docker-entrypoint.sh -
#!/bin/sh # run as user asterisk by default ASTERISK_USER=${ASTERISK_USER:-asterisk} if [ "$1" = "" ]; then COMMAND="/ussbin/asterisk -T -W -U ${ASTERISK_USER} -p -vvvdddf" else COMMAND="[email protected]" fi if [ "${ASTERISK_UID}" != "" ] && [ "${ASTERISK_GID}" != "" ]; then # recreate user and group for asterisk # if they've sent as env variables (i.e. to macth with host user to fix permissions for mounted folders deluser asterisk && \ adduser --gecos "" --no-create-home --uid ${ASTERISK_UID} --disabled-password ${ASTERISK_USER} || exit chown -R ${ASTERISK_UID}:${ASTERISK_UID} /etc/asterisk \ /va*/asterisk \ /us*/asterisk fi exec ${COMMAND} 
The above script will create an Asterisk user for us, also checking if user is working with correct permissions. With this we finish our Dockerfile script which will help installing and configuring Asterisk. Now it is time to build our image from the Dockerfile.
docker build -t asterisk:latest .
With this command you are creating image from the Dockerfile.
#docker images REPOSITORY TAG IMAGE ID CREATED SIZE asterisk latest e275d4a274de 4 minutes ago 421MB 
As shown above, Asterisk image created is now of 421Mb as we added certain modules and installation scripts.

7. Testing the Asterisk image -

Let us test the Asterisk image by starting our container with the Expose Port parameter. Run your container with the command below and you should see an output similar to this:
docker run -p 5060:5060 asterisk:latest 

https://preview.redd.it/qkm052ks83o51.png?width=915&format=png&auto=webp&s=7a3c6900b29878383f1dc605b1522cdb2ea2a45b
The port 5060 should be reachable now which you can test further by registering with a softphone. It is however important that you expose a range of ports when running the container using -P (capital P). Normally when you start a container it is reachable from container to internet but cannot reach from outside to container. In this case, if you use -P with docker run, the port will be exposed once for TCP and once for UDP. Remember that -P uses an ephemeral high-ordered host port on the host, so the port will not be the same for TCP and UDP.
docker run -P asterisk:latest 
Now we are ready to push our images to our Docker Hub account; which we will use for Fargate and ECR in AWS Cloud.
docker login --username=yourhubusername [email protected] 
After succesfully login to the docker hub account we are ready to push our images to the hub -
docker tag e275d4a274de boraozkan/asterisk_fargate:firsttry 
It is also advised to tag your images to make it easier to remember as above. Following which you can push it to the Docker -
#docker push boraozkan/asterisk_fargate The push refers to repository [docker.io/boraozkan/asterisk_fargate]81fa04b8a12f: Pushed24243a5e2b77: Pushing 45.21MB/352.1MB23d7848c4bd6: Pushed556c5fb0d91b: Mounted from library/debian 
https://preview.redd.it/c3i2livx83o51.png?width=1281&format=png&auto=webp&s=56872df21dfcaa156e734e7383f7fc1e0b7ef536

Deploying Asterisk Docker Image on Fargate through ECR


https://preview.redd.it/dpxp3jpz83o51.png?width=801&format=png&auto=webp&s=23f4c21070f568ef79b620d3aac1b7206da3102a

1. Setting up AWS EC2 image for Asterisk -

a. Let us start by creating an EC2 instance which will host our Asterisk image and registering it to the ECR.
b. Open AWS console and launch a new instance on EC2 -

https://preview.redd.it/o7iv7f3293o51.png?width=1297&format=png&auto=webp&s=b8f01dcfe4772a0e815e9924371f9c6ef8e9c80a
c. Select Amazon Linux 2 AMI and choose free-tier instance t2.nano or t2.micro (as per your choice). Follow instructions and launch machine. Keep your PEM file which we will need while login to SSH. Navigate to EC2 console again and wait a couple of minutes until the new instance gets ready. Click new instance when it is available, following which copy the IP (ours is 35.153.102.33 as shown below) -

https://preview.redd.it/ca7uoo1393o51.png?width=1295&format=png&auto=webp&s=ad2a2b959e3e9cff31208f75f2a4343fc5897992
d. After creating the instance, assign IAM Role to the instance which essentially gives permission to access ECR(Elastic Container Registry) service. For doing the above, you can go to Action Menu > Instance Settings > Attach/Replace IAM Role

https://preview.redd.it/2dtc90k593o51.png?width=1293&format=png&auto=webp&s=d336a595cd09ab13d09e43309b4cee47e5c30bc9
e. Choose EC2 >> Go to next page >> Search for 'elastic container service' >> Apply for this permission >> Assign a name tag for ease of remembrance.

https://preview.redd.it/dtedn8i693o51.png?width=1258&format=png&auto=webp&s=01acf1864fb1f3f39a66c425ef896ad8bcfb346c
f. Choose EC2 IAM role from the console >> Click on Apply.

https://preview.redd.it/u6io8qf893o51.png?width=1299&format=png&auto=webp&s=167b9d2595669868201572831de6b9d473d77de0
g. Login instance through SSH.
ssh -i xxx.pem [email protected] The authenticity of host '35.153.102.33 (35.153.102.33)' can't be established.ECDSA key fingerprint is SHA256:PAQBN8RnB8YeP/eOG/VoJEmn4ipTpZAoZ/0Lb9rgOx8.Are you sure you want to continue connecting (yes/no)? yesWarning: Permanently added '35.153.102.33' (ECDSA) to the list of known hosts. https://aws.amazon.com/amazon-linux-2/2 package(s) needed for security, out of 13 availableRun "sudo yum update" to apply all updates.[[email protected] ~]$ 
Change your PEM file name as per your convenience >> Assign permission with chmod 600 or 700 >> Login to a fresh instance >> Make necessary updates on instance as required.
[[email protected] ~]$ sudo yum -y update
[[email protected] ~]$ sudo amazon-linux-extras install docker
[[email protected] ~]$ sudo service docker start
[[email protected] ~]$ sudo usermod -a -G docker ec2-user
[[email protected] ~]$ sudo docker info
sudo docker login
Enter your credentials and then extract the Asterisk image which we created on Docker hub.
[[email protected] ~]$ sudo docker pull boraozkan/asterisk_fargate:firsttry firsttry: Pulling from boraozkan/asterisk_fargate 8ec398bc0356: Pull complete cfb6ad1933f7: Pull complete 3ac5bd4b41b7: Pull complete 985634a4d9b2: Pull complete Digest: sha256:f519a1f04018f34f0e17380492a0722adf360c9e2f021a951d7acaa3a7533c4d Status: Downloaded newer image for boraozkan/asterisk_fargate:firsttry [[email protected] ~]$ 
The Asterisk image is now on our EC2 instance -
[[email protected] ~]$ sudo docker images REPOSITORY TAG IMAGE ID CREATED SIZE boraozkan/asterisk_fargate firsttry e275d4a274de 19 hours ago 421MB [[email protected] ~]$ 
The next step is to push this image to ECR, however before pushing it to ECR we need to first create a repository in ECR.

2. Creating ECR Repository on AWS EC2 -

a. Go to the ECR console and create a repository.

https://preview.redd.it/a89e8iib93o51.png?width=1300&format=png&auto=webp&s=fd8ffc277566d6857b73f7f5c099b1b9e1fa4364
b. Copy the URI after create the repository

https://preview.redd.it/vawnqeid93o51.png?width=1300&format=png&auto=webp&s=edb0231d1b25910b45bd92763874138184b2c29f
c. Tag your image with this URI in EC2 SSH CLI. Note that we now have two images; one the originally configured Asterisk image while the second one is the one which we tagged in ECR.
[[email protected] ~]$ sudo docker tag boraozkan/asterisk_fargate:firsttry 312867154612.dkr.ecr.us-east-1.amazonaws.com/asterisk [[email protected] ~]$ sudo docker images REPOSITORY TAG IMAGE ID CREATED SIZE 312867154612.dkr.ecr.us-east-1.amazonaws.com/asterisk latest e275d4a274de 19 hours ago 421MB boraozkan/asterisk_fargate firsttry e275d4a274de 19 hours ago 421MB [[email protected] ~]$ 
d. Login to ECR from EC2 AWS CLI >> Keep note of the long key.
[[email protected] ~]$ aws ecr get-login --no-include-email --region us-east-1 docker login -u AWS -p eyJwYXlsb2FkIjoiVFd5UVc4UXhmZ1R0WnFNY1FZd25ITVVTcVZTOFlvZHo2L0l6SDNQMGpCUHpSOFJ1c3JvSjRNems1OFI1ak5kY2QwQldnN 
e. Copy the portion - docker login -u AWS -p eyJwYXlsb2FkIjoiVFd5UVc4UXhmZ1R0WnFNY1FZd25ITVVTcVZTOFlvZHo2L0l6SDNQMGpCUHpSOFJ1c3JvSjRNems1OFI1ak5kY2QwQldnN and paste to SSH CLI to login to ECR
[[email protected] ~]$ sudo docker login -u AWS -p eyJwYXlsb2FkIjoiVFd5UVc4UXhmZ1R0WnFNY1FZd25ITVVTcVZTOFlvZHo2L0l6SDNQMGpCSFcwREVNZkxHL2hpOElIc000UGdpTUVhS2hLWT0iLCJ2ZXJzaW9uIjoiMiIsInR5cGUiOiJEQVRBX0tFWSIsImV4cGlyYXRpb24iOjE1NzkxMjc2MDN9 https://312867154612.dkr.ecr.us-east-1.amazonaws.com WARNING! Using --password via the CLI is insecure. Use --password-stdin. WARNING! Your password will be stored unencrypted in /root/.dockeconfig.json. Configure a credential helper to remove this warning. See https://docs.docker.com/engine/reference/commandline/login/#credentials-store Login Succeeded [[email protected] ~]$ 
f. We are ready to push our image to ECR Repo now. Use URI which was copied during the creation of the ECR repository.
[[email protected] ~]$ sudo docker push 312867154612.dkr.ecr.us-east-1.amazonaws.com/asterisk The push refers to repository [312867154612.dkr.ecr.us-east-1.amazonaws.com/asterisk] 81fa04b8a12f: Pushed 24243a5e2b77: Pushed 23d7848c4bd6: Pushed 556c5fb0d91b: Pushed latest: digest: sha256:f519a1f04018f34f0e17380492a0722adf360c9e2f021a951d7acaa3a7533c4d size: 1157 [[email protected] ~]$ 
g. Check ECR Repo for the Asterisk image. Once we see it there, we are can now deploy the image to Fargate.

https://preview.redd.it/5kfqwh8h93o51.png?width=1300&format=png&auto=webp&s=6259df4eb25395b9e9fea92cc60856965882417a

3. Deploying Asterisk image to Fargate -

a. On the AWS main console's ECS page click on 'Get Started' and you will be in the screen as below -

https://preview.redd.it/ikht8vmi93o51.png?width=1265&format=png&auto=webp&s=ac66e6b3e0076f5a808d91650dac999657700d67
b. Start configuring by giving a name to the container >> Assign a Task >> Select 'Custom' container definition >> Type the Image URI Container name and expose ports.

https://preview.redd.it/zkaxuwvq93o51.png?width=789&format=png&auto=webp&s=80ad806bd81834958a3245c6f466a8ac4725f36b
c. Assign Default for every other options. For the reference of this article, we are not assigning any Load Balancer in this project

https://preview.redd.it/fdupptuw93o51.png?width=799&format=png&auto=webp&s=933599ee2aa69d5e21dfb0d8937ffefb20a9b4b2
d. Leave Default Cluster Configuration -

https://preview.redd.it/91ouw9lz93o51.png?width=1199&format=png&auto=webp&s=eda71471cd4f419839d842f146d2e6e365afb5cf
e. Check reviews and create Fargate. Once finished, go back to the Service View

https://preview.redd.it/8dez8og1a3o51.png?width=1198&format=png&auto=webp&s=f16889d1c9a9269388774ba94e327d8ac1be968c
f. Use a softphone and test by trying to register.

https://preview.redd.it/6frn6o42a3o51.png?width=1274&format=png&auto=webp&s=f80b7cb4b54f538797827524abee4144f6c24603

Conclusion

Hopefully you can now understand and use your Asterisk image to deploy your PBX with Fargate. In another topic we will go through the steps of arranging your Asterisk RTP for voice transfer.
This article was originally published on https://appfleet.com/blog/serverless-asterisk-with-docker-and-aws-fargate/ and has been authorized by Appfleet for a republish.
submitted by GuessRemarkable to u/GuessRemarkable