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Table of Contents

This repository contains Mobile QE Functional / Integration tests.

$ git clone https://github.com/couchbaselabs/mobile-testkit.git
$ cd mobile-testkit/

Repo Structure

The repo structure is the following:

  • libraries

  • keywords (new devopement, will be renamed to testkit in the near future)

  • provision

  • testkit (legacy)

  • utilities

  • testsuites

  • listener

  • syncgateway

Mobile Testkit Dependencies

Setup Controller on OSX

The "controller" is the machine that runs the tests and communicates with the system under test, which is typically:

  • Your developer workstation

  • A virtual machine / docker container

The instructions below are for setting up directly on OSX. If you prefer to run this under Docker, see the Running under Docker wiki page.

Install Python via brew

If you are on OSX El Capitan, you must install python via brew rather than using the system python due to Pip issue 3165.

$ brew install [email protected]

After you install it, you should see that the python installed via brew is the default python:

$ which python
/usr/local/bin/python
$ python --version
Python 2.7.10

Install libcouchbase

On MacOSX

$ brew install libcouchbase@2

On CentOS7

$ yum install gcc libffi-devel python-devel openssl-devel
$ yum install -y libev libevent
$ wget http://packages.couchbase.com/clients/c/libcouchbase-2.5.6_centos7_x86_64.tar && \
    tar xvf libcouchbase-2.5.6_centos7_x86_64.tar && \
    cd libcouchbase-2.5.6_centos7_x86_64 && \
    rpm -ivh libcouchbase-devel-2.5.6-1.el7.centos.x86_64.rpm \
             libcouchbase2-core-2.5.6-1.el7.centos.x86_64.rpm \
	     libcouchbase2-bin-2.5.6-1.el7.centos.x86_64.rpm \
	     libcouchbase2-libevent-2.5.6-1.el7.centos.x86_64.rpm && \
    rm -f *.rpm

If you run into this error when running source setup.sh:

  src/pycbc.h:29:31: fatal error: libcouchbase/cbft.h: No such file or directory
     #include <libcouchbase/cbft.h>

The update your libcouchbase version via:

wget http://packages.couchbase.com/releases/couchbase-release/couchbase-release-1.0-2-x86_64.rpm
sudo rpm -iv couchbase-release-1.0-2-x86_64.rpm
sudo yum install libcouchbase-devel libcouchbase2-bin gcc gcc-c++

Set up virtualenv install python dependencies

$ [sudo] pip install virtualenv
$ cd mobile-testkit/

Setup PATH, PYTHONPATH, and ANSIBLE_CONFIG

source setup.sh

If you plan on doing development, it may be helpful to add the PYTHONPATH env variables to your .bashrc file so that you do not have to run this setup everytime you open a new shell.

Development Environment

Running Mobile-Testkit Framework Unit Tests

Below is an example on how to run mobile testkit framework unit tests

pytest libraries/provision/test_install_sync_gateway.py

Sync Gateway Tests

The sync_gateway tests require targeting different cluster topologies of sync_gateway(s) + Couchbase Server(s). Don’t worry! We will set this up for you. There are a few options for these cluster nodes. You can use EC2 AWS instances, docker (Sequoia) or local vms (vagrant).

The sync_gateway tests use Ansible to provision the clusters.

Using Sequoia for Provisioning

Prerequistites - Go installed - Docker installed

Download and build Sequoia

$ go get -v github.com/couchbaselabs/sequoia
$ cd $GOPATH/src/github.com/couchbaselabs/sequoia
$ go build

Edit the providers/docker/options.yml file to specify the versions you would like to use

  1. Setup the Sync Gateway + Couchbase Server cluster

$ ./sequoia -test tests/mobile/test_sg.yml -scope tests/mobile/scope_1sg_1cbs.yml --expose_ports --skip_teardown --skip_test --network cbl

  1. Copy the hosts.json from $SEQUOIA_REPO_ROOT/hosts.json to root of mobile-testkit repo

  2. Mount testkit. Make sure to do this from the same director as the root directory of your development repository. This will mirror your local repo in the container and allow changes you make on the host to mirror in the container context

$ docker run --privileged -it --network=cbl --name mobile-testkit -v $(pwd):/opt/mobile-testkit -v /var/run/docker.sock:/var/run/docker.sock -v /usr/bin/docker:/usr/bin/docker couchbase/mobile-testkit /bin/bash
[mobile-teskit] $ python libraries/utilities/generate_config_from_sequoia.py --host-file hosts.json --topology base_cc

  1. Run tests (Functional or System)

[mobile-teskit] $ pytest -s --skip-provisioning --xattrs --mode=cc --server-version=5.0.0-3217 --sync-gateway-version=1.5.0-465 testsuites/syncgateway/functional/tests/

Using AWS for Provisioning

AWS Environment requirements

You will need an access key and secret access key. The AWSCredentials guide explains how to get them from your AWS account.

Then you will need an AWS keypair. The EC2 keypairs guide explains how to import your own Key Pair to Amazon EC2. Mobile-testkit creates a key-pair in the us-east region so the key pair must be set on this region too.

  • Add boto configuration

$ cd ~/
$ touch .boto
$ vi .boto
Note
 Do not check in the information below

  • Add your AWS credentials (Below are a fake example).

[Credentials]
aws_access_key_id = CDABGHEFCDABGHEFCDAB
aws_secret_access_key = ABGHEFCDABGHEFCDABGHEFCDABGHEFCDABGHEFCDAB

  • Add AWS env variables

$ export AWS_ACCESS_KEY_ID=CDABGHEFCDABGHEFCDAB
$ export AWS_SECRET_ACCESS_KEY=ABGHEFCDABGHEFCDABGHEFCDABGHEFCDABGHEFCDAB
$ export AWS_KEY=<your-aws-keypair-name>

You probably want to persist these in your .bash_profile

Spin Up Machines on AWS

  1. Create and AWS CloudFormation Stack. Make sure you have set up AWS credentials described in [Sync Gateway Test Dependencies]

$ python libraries/provision/create_and_instantiate_cluster.py \
    --stackname="YourCloudFormationStack" \
    --num-servers=1 \
    --server-type="m3.large" \
    --num-sync-gateways=2 \
    --sync-gateway-type="m3.medium" \
    --num-gatlings=1 \
    --gatling-type="m3.medium" \
    --num-lbs=0 \
    --lb-type="m3.medium"

  1. Generate pool.json file

Replace YourCloudFormationStack with the actual cloudformation stack name used.

python libraries/provision/generate_pools_json_from_aws.py --stackname YourCloudFormationStack --targetfile resources/pool.json

Using Vagrant for Provisioning

Note
 This has only been tested on Mac OSX

Installation

  1. NOTE: Install the Vagrant only when Virtual box is up and running

  2. Install VirtualBox

  3. Install Vagrant

  4. cd into vagrant/private_network (or vagrant/public_network if you need VM’s exposed to LAN, for example when testing against actual mobile devices)

  5. Create the cluster.

    vagrant up

  6. Run the following.

    python utilities/generate_cluster_configs_from_vagrant_hosts.py --private-network|public-network

    • This will discover running vagrant boxes and get their ips

    • Generate resources/pool.json

    • Go to resources folder and copy the pool.json.example to generate the pool.json

    • Generate resources/cluster_configs/

SSH Authentication

  1. Create an ssh key. cd <home-dir>/.ssh/ && ssh-keygen

  2. Make sure you have PasswordAuthentication set on each vagrant instance

    cd vagrant/private_network/ && vagrant ssh host1
$ [root@localhost vagrant]# sudo bash
$ [root@localhost vagrant]# vi /etc/ssh/sshd_config

...

# To disable tunneled clear text passwords, change to no here!
#PasswordAuthentication yes
#PermitEmptyPasswords no
PasswordAuthentication yes

...

$ [root@localhost vagrant]# service sshd restart
$ Redirecting to /bin/systemctl restart  sshd.service

  3. Repeat those steps for all hosts listed in Vagrantfile.

  4. Install the ssh key into the machines via

    python libraries/utilities/install_keys.py --public-key-path=~/.ssh/id_rsa.pub --ssh-user=vagrant --ssh-password=vagrant

    The password is set to vagrant.

Install cryptography module when you see any abort errors
 pip install cryptography

Install dependencies

  1. Create ansible.cfg

    $ cp ansible.cfg.example ansible.cfg
$ vi ansible.cfg  # edit to your liking

  2. Edit ansible.cfg and change the user to 'vagrant'

  3. Set the CLUSTER_CONFIG environment variable that is required by the provision_cluster.py script.

    $ export CLUSTER_CONFIG=resources/cluster_configs/1sg

  4. Install the dependencies

    python libraries/provision/install_deps.py

Provision Sync Gateway and Couchbase Server

  1. Run the following command.

    python libraries/provision/provision_cluster.py --server-version=5.5.0 --sync-gateway-version=2.1

    This command downloads and provisions the specified versions of Sync Gateway and Couchbase Server to the VMs. It will look up for those versions at builds/latestbuilds and builds/releases. Both URLs require to be on the Couchbase VPN.

Enjoy! You now have a Couchbase Server + Sync Gateway cluster running on your machine!

Ansible Setup

Setup Global Ansible Config

$ cp ansible.cfg.example ansible.cfg
$ vi ansible.cfg  # edit to your liking

Make sure to use your ssh user ("root" is default). If you are using AWS, you may have to change this to "centos"

Create pool.json file

This is the list of machines that is used to generate the resources/cluster_configs which are used by the functional tests.

Create a pool.json of endpoints you would like to target (IPs or AWS ec2 endpoints)

  • Rename resources/pool.json.example to resources/pool.json. Update the fake ips with your endpoints or EC2 endpoints.

  • If you do not have IP endpoints and would like to use Vagrant, see [Spin Up Machines on Vagrant]

  • If you do not have IP endpoints and would like to use AWS, see Spin Up Machines on AWS

  • Make sure you have at least 4 unique endpoints

  • If you are using vms and do not have key access for ssh, you can use the key installer script (Not required for AWS). This will target 'resources/pool.json' and attempt to deploy a public key of your choice to the machines.

In order to use Ansible, the controller needs to have it’s SSH keys in all the hosts that it’s connecting to.

Follow the instructions in Docker container SSH key instructions to setup keys in Docker

python libraries/utilities/install_keys.py --public-key-path=~/.ssh/id_rsa.pub --ssh-user=root

  • Generate the necessary cluster topologies to run the tests

python libraries/utilities/generate_clusters_from_pool.py

This targets the 'resources/pool.json' you supplied above and generates cluster definitions required for provisioning and running the tests. The generated configurations can be found in 'resources/cluster_configs/'.

  • Provision the cluster with --install-deps flag (only once)

  • Set the CLUSTER_CONFIG environment variable that is required by the provision_cluster.py script. Eg: $ export CLUSTER_CONFIG=resources/cluster_configs/2sg_1cbs

  • Install the dependencies:

python libraries/provision/install_deps.py

  • Install sync_gateway package:

$ python libraries/provision/provision_cluster.py \
    --server-version=4.1.1 \
    --sync-gateway-version=1.2.0-79

  • OR Install sync_gateway source:

Since building Sync Gateway from source requires access to the private sync-gateway-accel repo, you will need to be in possession of the appropriate SSH key. See install-gh-deploy-keys.py for more info.

$ python libraries/utilities/install-gh-deploy-keys.py
    --key-path=/path/to/cbmobile_private_repo_read_only_key
    --ssh-user=vagrant
$ python libraries/provision/provision_cluster.py \
    --server-version=4.1.1 \
    --sync-gateway-commit=062bc26a8b65e63b3a80ba0f11506e49681d4c8c (requires full commit hash)

If you experience ssh errors, you may need to verify that the key has been added to your ssh agent

eval "$(ssh-agent -s)"
ssh-add ~/.ssh/sample_key

Windows Setup for Ansible

[windows]
win1 ansible_host=111.22.333.444

[windows:vars]
# Use your RDP / local windows user credentials for ansible_user / ansible_password
ansible_user=FakeUser
ansible_password=FakePassword
ansible_port=5986
ansible_connection=winrm
# The following is necessary for Python 2.7.9+ when using default WinRM self-signed certificates:
ansible_winrm_server_cert_validation=ignore

Save as resources/cluster_configs/windows

Note
 Do not publish or check this inventory file in. If you do, anyone could potentially access your machine. 
.\ConfigureRemotingForAnsible.ps1 -SkipNetworkProfileCheck

Refer this winrm set up which can set ansible

$url = "https://raw.githubusercontent.com/ansible/ansible/devel/examples/scripts/ConfigureRemotingForAnsible.ps1"
$file = "$env:temp\ConfigureRemotingForAnsible.ps1"

(New-Object -TypeName System.Net.WebClient).DownloadFile($url, $file)

powershell.exe -ExecutionPolicy ByPass -File $file

To view the current listeners that are running on the WinRM service, run the following command:

winrm enumerate winrm/config/Listener

If you hit errors, you may have to allow unsigned script execution (Use with caution)

Set-ExecutionPolicy Unrestricted

if you hit into this error: ansible winrm : the specified credentials were rejected by the server First make sure credentials are right. If it is right then try changing the port from 5985 to 5986 or vice versa If that does not work, make below changes

winrm set winrm/config/service/auth '@{Basic="true"}'
winrm set winrm/config/service '@{AllowUnencrypted="true"}'

Test by:

ansible windows -i resources/cluster_configs/windows -m win_ping

Functional Tests

System Tests

Performance Tests

Collecting Sync Gateway logs

$ python libraries/utilities/fetch_sg_logs.py

If you plan on doing development, it may be helpful to add the PYTHONPATH env variables to your .bashrc file so that you do not have to run this setup everytime you open a new shell.

Development Environment

PyCharm

You may use what ever environment you would like, however PyCharm is a very good option. There are a couple steps required to get going with this IDE if you choose to use it.

Set Interpreter and Library Home

  • Go to PyCharm → Preferences

  • Expand Project: mobile-testkit and select Project Interpreter

  • From the dropdown, make sure your venv (created above) is selected

  • Click Apply

  • Click on the gear next to the interpreter

  • Select More …​

  • Make sure your virtualenv is selected and click on the directory icon on the bottom (Show Paths for Selected Interpreter)

  • Click the plus icon and find the path to mobile-testkit/

  • Select libraries from inside the repo directory

  • Click OK, OK, Apply

Now PyCharm should recognize the custom libraries and provide intellisense.

Android

  • Open Andrond Studio

  • Open the code of mobile-testkit/app/testkit.java/Testkit.java.Android/Tests/AndroidClient2

  • Build the app

  • Run the app

  • If any changes made to the Android code, make sure you run the following — Lint the code : Analyze → Inspect code --- https://developer.android.com/studio/write/lint.html — Code styles and format code : Code → Reformat Code

Listener Tests

The listener tests are a series of tests utilizing Couchbase Lite Listener via LiteServ and Sync Gateway or P2P. They are meant to be cross platform and should be able to run for for all the platforms that expose the Listener (Mac OSX, .NET, Android, iOS)

Make sure you have a Sync Gateway + Couchbase server running: See above for provisioning

Dependencies

Android SDK. Download Android Studio to install

export ANDROID_HOME=$HOME/Library/Android/sdk
export PATH=$ANDROID_HOME/tools:$ANDROID_HOME/platform-tools:$PATH

Mono to execute LiteServ .NET on macosx

http://www.mono-project.com/docs/getting-started/install/mac/

Install libimobiledevice for capture device logging for iOS

$ brew install --HEAD libimobiledevice
$ brew install ideviceinstaller

Install ios-deploy to bootstrap install / lauching of iOS apps

brew install node
npm install -g ios-deploy

The Listener is exposed via a LiteServ application which will be downloaded and launched when running the test.

Note
 For running with Android, you must be running an emulator or device. The easiest is Genymotion with NAT, however devices are supported as long the sync_gateway and the android device can communicate.

Listener Test Excecution (Client + Client (P2P))

Listener Test Excecution (Client + SG)

GenyMotion Emulator Setup

  • In Android Studio, go to File/Settings (for Windows and Linux) or to Android Studio/Preferences (for Mac OS X)

  • Select Plugins and click Browse Repositories.

  • Right-click on Genymotion and click Download and install. To see Genymotion plugin icon, display the toolbar by clicking View > Toolbar.

  • Or Download https://www.genymotion.com/download/ [genymotion] and install

  • Open Genymotion and choose Custom Phone from available templates

  • Open Android app in the android studio[Use sample app form mobile-testkit framework mobile-testkit/CBLClient/Apps/CBLTestServer-Android]

  • Build the app using custom phone emulator

  • Now you should see the custom phone running in the VirtualBox

  • Verify emulator IP (under network details) is matching with the VirtualBox IP(VirtualBox/File/HostNetworkManager/DHCP Server). If it is not matching update it in and restart VirtualBox and Gennymotion.

Android Emulator Setup

Setting up Google Emulators

  • Open Android Studio

  • Create new "dummy" project

  • Click on AVD manager (purple icon)

  • Create Virtual Device

  • Click "Download" next to Marshmallow x86_64

  • Hit Next/Finish to create it

The scenarios can run on Android stock emulators/Genymotion emulators and devices.

If you’re running Android stock emulators you should make sure they are using HAXM. Follow the instructions here to install HAXM.

Ensure the RAM allocated to your combined running emulators is less than the total allocated to HAXM. You can configure the RAM for your emulator images in the Android Virtual Device Manager and in HAXM by reinstalling via the .dmg in the android sdk folder.

To run the tests make sure you have lauched the correct number of emulators. You can launch them using the following command.

emulator -scale 0.25 @Nexus_5_API_23 &
emulator -scale 0.25 @Nexus_5_API_23 &
emulator -scale 0.25 @Nexus_5_API_23 &
emulator -scale 0.25 @Nexus_5_API_23 &
emulator -scale 0.25 @Nexus_5_API_23 &

Verify that the names listed below match the device definitions for the test you are trying to run

adb devices -l
List of devices attached
emulator-5562          device product:sdk_google_phone_x86 model:Android_SDK_built_for_x86 device:generic_x86
emulator-5560          device product:sdk_google_phone_x86 model:Android_SDK_built_for_x86 device:generic_x86
emulator-5558          device product:sdk_google_phone_x86 model:Android_SDK_built_for_x86 device:generic_x86
emulator-5556          device product:sdk_google_phone_x86 model:Android_SDK_built_for_x86 device:generic_x86
emulator-5554          device product:sdk_google_phone_x86 model:Android_SDK_built_for_x86 device:generic_x86

Most of the port forwarding will be set up via instantiation of the Listener. However, you do need to complete some additional steps.

Note
 Instantiating a Listener in test_listener_rest.py will automatically forward the port the listener is running on to one on localhost. However, that port forwarding will not be bound on the local IP of your computer. This can be useful when combining actual devices and emulators. The following section describes how to make the emulators reachable from devices.

Once you have emulators and possibly port forwarding setup, set the P2P_APP environment variable to the .apk of the application to be tested.

$ export P2P_APP=/path/to/apk

If the test fails with a hostname unreachable error then it’s probably because port forwarding needs to be configured (read section below).

Port forwarding (setup once)

Add the following lines to the file /etc/sysctl.conf

net.inet.ip.forwarding=1
net.inet6.ip6.forwarding=1

Specifying the 'local_port' when instantiating a Listener will forward the port on localhost only.

We need to bind the port on the `en0` interface to be reachable on the Wi-Fi. On Mac, this can be done with `pfctl`. Create a new anchor file under `/etc/pf.anchors/com.p2p`:
rdr pass on lo0 inet proto tcp from any to any port 10000 -> 127.0.0.1 port 10000
rdr pass on en0 inet proto tcp from any to any port 10000 -> 127.0.0.1 port 10000

rdr pass on lo0 inet proto tcp from any to any port 11000 -> 127.0.0.1 port 11000
rdr pass on en0 inet proto tcp from any to any port 11000 -> 127.0.0.1 port 11000
...

Parse and test your anchor file to make sure there a no errors:

sudo pfctl -vnf /etc/pf.anchors/com.p2p

The file at /etc/pf.conf is the main configuration file that pf loads at boot. Make sure to add both lines below to /etc/pf.conf:

scrub-anchor "com.apple/*"
nat-anchor "com.apple/*"
rdr-anchor "com.apple/*"
rdr-anchor "com.p2p"      # Port forwading for p2p replications
dummynet-anchor "com.apple/*"
anchor "com.apple/*"
load anchor "com.apple" from "/etc/pf.anchors/com.apple"
load anchor "com.p2p" from "/etc/pf.anchors/com.p2p"     # Port forwarding for p2p replications

The lo0 are for local requests, and the en0 entries are for external requests (coming from an actual device or another emulator targeting your host).

Next, load and enable pf by running the following:

$ sudo pfctl -ef /etc/pf.conf

Now, all the databases are reachable on the internal network via host:forwarded_port (ex. http://192.168.0.21:10000/db), where 192.168.0.21 is your host computer’s ip and 10000 is the 'local_port' passed when instantiating the Listener.

Debugging

Thanks to pytest, you can break into pdb very easily

import pdb

for thing in things:
    pdb.set_trace()
    # break here ^
    thing.do()

If you want the test to drop into pdb at the point of failure, you can execute the test with the flag

pytest --pdb

Monitoring

expvarmon

Make sure you have installed expvarmon

go get github.com/divan/expvarmon

To monitor the Gateload expvars for [load_generators] nodes in the cluster_config

python libraries/utilities/monitor_gateload.py

To monitor the sync_gateway expvars for [sync_gateways] nodes in the cluster_config

python libraries/utilities/monitor_sync_gateway.py