Metadata-Version: 2.1 Name: VisionFive.gpio Version: 1.3.1 Summary: A module to control VisionFive GPIO ports Home-page: http://gitlab.starfivetech.com/product1/software-ae/visionfive-python-gpio/gpio-libs Author: StarFive Author-email: support@starfivetech.com License: MIT Keywords: VisionFive GPIO Classifier: Development Status :: 5 - Production/Stable Classifier: Operating System :: POSIX :: Linux Classifier: License :: OSI Approved :: MIT License Classifier: Intended Audience :: Developers Classifier: Programming Language :: Python :: 3 Classifier: Programming Language :: Python :: 3.10 Classifier: Topic :: Software Development Classifier: Topic :: Home Automation Classifier: Topic :: System :: Hardware License-File: LICENCE.txt This package provides a Python module to control the GPIO on a VisionFive SBC. Support basic GPIO function including I/O, edge detection, PWM, I2C, SPI. Although hardware PWM is not available yet, software PWM is available to use on all channels. Installation -------------- Pypi does not support uploading binaries of RISC-V architectures, there are two ways to install VisionFive.gpio: pip: a. First, access the following website to check the latest version number of VisionFive.gpio: b. Replace "1.x.x" in the following URL with the latest version number obtained from the above step: c. Visit the modified URL, for example: d. Hover over the file with the ".whl" extension (e.g., VisionFive.gpio-1.2.12-cp34-abi3-any.whl) and right-click to copy the link address. e. Download the .whl installation package using the wget command: $ wget download_address_of_whl_package f. Rename the .whl package by replacing "any" with "linux_riscv64": $ mv VisionFive.gpio-1.2.12-cp34-abi3-any.whl VisionFive.gpio-1.2.12-cp34-abi3-linux_riscv64.whl g. Finally, install the .whl package using the following command: $ pip install VisionFive.gpio-1.2.12-cp34-abi3-any.whl script: You can use the method provided in the following URL to install the script: Usage ------- Same as RPi.GPIO, help and usage of APIs can be obtained through help() API: $ import VisionFive.gpio as GPIO $ help(GPIO) $ help(GPIO.setup) Sample Code ------------- Support python sample, such as: - GPIO basic operation including input and output - Sense HAT(B) basing I2C API - LED_Matrix to display logo about Starfive - uart_gps_demo to read gps information from GPS NEO-6M - pwm_led to test PWM module works well - edge_detection_basic about basic edge API usage - edge_with_waiting_time about edge detection with specific time - edge_with_LED_Matrix about trigger LED display by button - RPi_demo_#GPIO_basic#_run_on_VisionFive about running RPi GPIO demo on VisionFive board - RPi_demo_#PWM#_run_on_VisionFive about running RPi PWM demo on VisionFive board All demos above are on the example folder. Change Log ========== 1.3.1 ------- - Fix bugs in 'gpio_function()' 1.3.0 ------- - Improve the setmode() and getmode() functions - Added BCM mode - Updated the demo program 1.2.16 ------- - Fix and update demo program of 2.4inch_LCD 1.2.15 ------- - Supplementary help documentation - Fix the missing warning message when 'GPIO.cleanup()' is repeated 1.2.10 ------- - Fix gpio issues and text format 1.2.9 ------- - Add help description for gpio, i2c, spi 1.2.8 ------- - Fix gpio issue 1.2.7 ------- - Fix pud issue 1.2.6 ------- - Support GPIO edge detection - Add GPIO edge detection demo 1.2.5 ------- - Support GPIO pud 1.2.4 ------- - update 2.24inch LCD demo 1.2.3 ------- - Update setup.py 1.2.2 ------- - Update gpio code 1.2.1 ------- - Modify PWM 1.2.0 ------- - Modify Demo Code 1.1.1 ------- - Modify prompt information 1.0.1 ------- - ###Basic function: - For SPI API: add a function to write multiple bytes - ###Python sample: - ADD a SPI demo: using VisionFive SPI support LCD display 1.0.0 ------- - ###Basic function: - Support basic GPIO function - Support I2C API - Support PWM API - Support SPI API - ###Python sample: - GPIO basic operation, including input, output - Sense HAT(B) basing I2C API - LED_Matrix to display logo about Starfive - uart_test to test VersionFive's UART works well with UART loopback - uart_gps_demo to read gps information from GPS NEO-6M - pwm_led to test PWM module works well