KasperskyOS Community Edition 1.3

hello

Demonstrates the most basic solution. The Hello program sends a message to standard error. For more details, refer to hello example.

Yes

Yes

Yes

ping

Demonstrates use of a solution security policy to control IPC interaction between programs. The two interface methods Ping and Pong provided by the Server program are called by the Client program in a varying sequence. However, the solution security policy allows only alternating calls of Ping and Pong. For more details, refer to ping example.

Yes

Yes

Yes

hello_corrosion

Demonstrates how to let your solution include a simple program that was developed based on Rust and uses Corrosion, which is a set of libraries for integrating Rust into CMake projects. The Hello program sends a message to standard error. For more details, refer to hello_corrosion example.

Yes

Yes

Yes

embedded_vfs

Demonstrates how to include a system program that implements file systems and a network stack in a solution. The Client program creates a directory, creates and deletes a file, and reads from a file or writes to a file. For more details, refer to embedded_vfs example.

Yes

Yes

Yes

net2_with_separate_vfs

Demonstrates how to establish a connection via TCP sockets between the client program running in KasperskyOS and the server program running in the host operating system. The Client program creates a TCP socket, connects to the server, sends data to the server, and closes the connection. The Server program accepts the connection request through the TCP socket, receives data from the client, and then closes the connection. For more details, refer to net2_with_separate_vfs example.

Yes

Yes

Yes

multi_vfs_ntpd

Demonstrates support of the Network Time Protocol (NTP). The Ntpd program is provided in KasperskyOS Community Edition and is an implementation of an NTP client, which synchronizes the system time with NTP servers. The Client program changes the current system time to the time specified in the macro. After the time is synchronized by the Ntpd program, the year in the received system time is expected to differ from the year that was previously set by the macro. For more details, refer to multi_vfs_ntpd example.

Yes

Yes

Yes

multi_vfs_dhcpcd

Demonstrates support of the network protocol named Dynamic Host Configuration Protocol (DHCP) in KasperskyOS. The Dhcpcd program is provided in KasperskyOS Community Edition and is an implementation of a DHCP client, which configures network interfaces. The Client program receives information about the configured network interfaces and prints them to standard error. For more details, refer to multi_vfs_dhcpcd example.

Yes

Yes

Yes

mqtt_subscriber

Demonstrates support of the Message Queue Telemetry Transport (MQTT) protocol for exchanging messages in KasperskyOS. The Subscriber program is an implementation of an MQTT subscriber running in KasperskyOS that prints messages to standard output when it receives those messages from the MQTT publisher running in the host operating system. For more details, refer to mqtt_subscriber example.

Yes

Yes

Yes

gpio_input

Demonstrates use of the General-Purpose Input/Output (GPIO) driver for input via GPIO pins. The Client program configures the GPIO pins to output mode and reads their values. For more details, refer to gpio_input example.

No

Yes

Yes

gpio_interrupt

Demonstrates use of the GPIO driver to verify the operation of interrupts for GPIO pins. The Client program configures GPIO pins to input mode and registers interrupt handling functions for all GPIO pins except those specified in the list of exclusions. If an interrupt is triggered on a GPIO pin, the Client program removes the handler function for this GPIO pin. The program terminates when an interrupt occurs on each GPIO pin. For more details, refer to gpio_interrupt example.

No

Yes

Yes

i2c_ds1307_rtc

Demonstrates use of the Inter-Integrated Circuit (I2C) driver on the Raspberry Pi 4 B hardware platform. The I2cClient program verifies operation of the real-time clock module on the DS1307Z chip via the I2C driver interface by setting and verifying the date on the device. For more details, refer to i2c_ds1307_rtc example.

No

Yes

No

uart

Demonstrates use of the Universal Asynchronous Receiver-Transmitter (UART) driver. The Client program performs the following operations with UART: initialization, opening a port, sending data, and closing a port. For more details, refer to uart example.

Yes

Yes

Yes

barcode_scanner

Demonstrates use of a Universal Serial Bus (USB) driver via the libevdev library. The BarcodeScanner program uses the libevdev library for interaction with a barcode scanner connected to the USB port of Raspberry Pi 4 B. For more details, refer to barcode_scanner example.

No

Yes

Yes

mass_storage

Demonstrates use of the UsbMassStorage driver for working with an external USB drive connected to the USB port of the Raspberry Pi 4 B. The FileVfs program implements the server portion of the virtual file system, thereby providing the interface used for interaction with file systems and block devices. The Client program sends requests to the FileVfs program via IPC to mount file systems to the specified directories and perform basic operations with files (create, write, read, and delete) to verify that the file systems are mounted correctly on an external USB drive. For more details, refer to mass_storage example.

No

Yes

Yes

can2can

Demonstrates use of the CAN driver on the Radxa ROCK 3A hardware platform to forward a message between two CAN interfaces. In contrast to the can_loopback example, which uses only one CAN interface and does not require additional equipment, this example requires two CAN transceivers that are connected to the CAN_H and CAN_L lines. For more details, refer to can2can example.

No

No

Yes

shared_libs

Demonstrates the use of dynamic and static libraries in KasperskyOS. The Client program calls functions from a static library, a dynamic library linked together with the program, and a dynamic library loaded into memory when the dlopen() function of the POSIX interface is called. For more details, refer to shared_libs example.

Yes

Yes

Yes

pcre

Demonstrates use of the pcre library for working with regular expressions in KasperskyOS. The Client program searches for all occurrences of the necessary word within the defined text fragment and counts the number of these occurrences. For more details, refer to pcre example.

Yes

Yes

Yes

messagebus

Demonstrates use of the MessageBus component in KasperskyOS. In this example, the Publisher, SubscriberA and SubscriberB programs use the MessageBus component to exchange messages via IPC. For more details, refer to messagebus example.

Yes

Yes

Yes

secure_logger

Demonstrates use of the Distrustful Decomposition pattern for separating event log read/write operations. The Application program generates a message and forwards it to the Logger program via IPC. The Logger program receives the message and writes it to the event log residing on the drive. The Reader program reads the message from the event log and forwards it to the LogViewer program via IPC. The LogViewer program prints the message to standard output. For more details, refer to secure_logger example.

Yes

Yes

Yes

defer_to_kernel

Demonstrates use of the Defer to Kernel and Policy Decision Point patterns to guarantee isolation of running programs (processes) by the KasperskyOS kernel. In this example, the ValidPictureClient and NonValidPictureClient programs query the PictureManager program to receive information. However, only the ValidPictureClient program is allowed to interact with the PictureManager program. For more details, refer to defer_to_kernel example.

Yes

Yes

Yes

secure_login

Demonstrates use of the Information Obscurity pattern for the capability to transmit critical system information through an untrusted environment. The Civetweb web server interacts with the browser to process authentication requests, and data is transmitted between the browser and the server via the TLS terminator for traffic encryption. The AuthService program generates encryption keys to encrypt passwords based on the Diffie-Hellman algorithm. For more details, refer to secure_login example.

Yes

Yes

Yes