Service Discovery Demo

This project includes demo applications and configuration to demo Checkmarx service discovery on kubernetes.

Security note: These applications are vulnerable by design. Do not use them as reference for secured applications.

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Contents

• 1   Usage
  • 1.1   Clone the source code
  • 1.2   Cross language flows
    • 1.2.1   Cross HTTP applications
• 2   Meta
  • 2.1   Networking information
    • 2.1.1   IAST manager
    • 2.1.2   Kafka
    • 2.1.3   RabbitMQ
    • 2.1.4   etcd
    • 2.1.5   k8s
    • 2.1.6   MySQL
    • 2.1.7   Java applications
    • 2.1.8   Node.js applications
    • 2.1.9   .NET CORE applications
    • 2.1.10   .NET FRAMEWORK applications
  • 2.2   Contributors
  • 2.3   License

1   Usage

1.1   Clone the source code

git clone https://github.com/yevgenykuz/service-discovery-demo-parent.git

Specific instructions for every programming language can be found in each folder.

1.2   Cross language flows

In addition to the possible flows in every programming language, there are some flows which run across applications written in different programming languages.

Application launching can be done manually by following the instructions for every programming language, or by using docker compose files found below.

An agent will be downloaded from the configured manager for each application before running.

Depending on your machine, full environment startup may take a couple of minutes.

Do the following steps before launching the applications:

• Start a local IAST manager instance
• Edit the provided ".env" file if needed

1.2.1   Cross HTTP applications

Relevant applications:

• bank-gateway
• bank-analysis
• dotnet-core-http-entry-point
• dotnet-core-http-propagator
• nodejs-http-entry-point
• nodejs-http-propagator
• nodejs-http-sink

Control with docker compose:

# pull latest:
docker-compose -f docker-compose-cross-http.yml pull
# start:
docker-compose -f docker-compose-cross-http.yml up -d
# check status:
docker-compose -f docker-compose-cross-http.yml ps
# check logs:
docker-compose -f docker-compose-cross-http.yml logs
# stop:
docker-compose -f docker-compose-cross-http.yml down

To trigger HTTP flows you can send HTTP GET request as follows:

• bank-gateway -> bank-analysis -> dotnet-http-entry-point -> dotnet-http-propagator ->

  nodejs-http-entry-point -> nodejs-http-propagator -> nodejs-http-sink

  http://localhost:8110/cross-http/?name=${text}

Replace ${text} with any string.

2   Meta

2.1   Networking information

Components' ports are detailed below for clarity.

2.1.1   IAST manager

• IAST manager IP should be accessible from the docker host machine
• Default expected IAST manager HTTP port is 8380 (without SSL)

2.1.2   Kafka

Port	App
9000	Kafka-manager
9001	Zookeeper
9002	Kafka (internal listener)
9003	Kafka (external listener)

2.1.3   RabbitMQ

Port	App
15672	RabbitMQ management
5672	RabbitMQ server

2.1.4   etcd

Port	App
2379	etcd compose client

2.1.5   k8s

Port	App
6443	k8s cluster API
8001	k8s management portal

2.1.6   MySQL

Port	App
3306	MySQL DB

2.1.7   Java applications

• HTTP access ports:

Port	App	Remarks
8110	bank-gateway
8111	bank-analysis
8112	bank-storage
8113	java-kafka-http-entry-point
8114	java-kafka-entry-point	Reserved
8115	java-kafka-propagator	Reserved
8116	java-kafka-sink	Reserved
8117	java-rabitmq-http-entry-point
8118	java-rabitmq-entry-point	Reserved
8119	java-rabitmq-propagator	Reserved
8120	java-rabitmq-sink	Reserved

• HTTP remote debug ports:

Port	App
8410	bank-gateway
8411	bank-analysis
8412	bank-storage
8413	java-kafka-http-entry-point
8414	java-kafka-entry-point
8415	java-kafka-propagator
8416	java-kafka-sink
8417	java-rabitmq-http-entry-point
8418	java-rabitmq-entry-point
8419	java-rabitmq-propagator
8420	java-rabitmq-sink

2.1.8   Node.js applications

• HTTP access ports:

Port	App
5010	node-entry-point
5011	node-propagator
5012	node-sink

2.1.9   .NET CORE applications

• HTTP access ports:

Port	App
5551	net-core-entry-point
5552	net-core-propagator
5553	net-core-sink

2.1.10   .NET FRAMEWORK applications

• HTTP access ports:

Port	App
5561	net-framework-entry-point
5562	net-framework-propagator
5563	net-framework-sink

2.2   Contributors

• yevgenykuz
• ofertavivcx
• asafHalely
• snirshemtov
• idantsadok
• talilabok
• MorisR
• mariakulesskiy

2.3   License

MIT License

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