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#Iar 8051 8.20 code#
Integration of version control systems into the IDE greatly simplifies the development process for sharing files in a project, and for keeping track of source code versions. The integration allows users to perform Subversion commands from within the IAR Embedded Workbench IDE, and to see the current status of project files and folders. Searched: "C:\Program Files\IAR Systems\Embedded Workbench 6.0\8051\inc\clib\"įatal Error: cannot open source file "thread" D:\Shekhar\ASE\CODE\I2C\I2C\i2c_f400.cpp 7įatal Error: #error directive: "This library configuration does not support file I/O, either use another existing library configuration or C:\Program Files\IAR Systems\Embedded Workbench 6.Embedded Systems Conference, San Jose, CA-May 3, 2011-IAR Systems® announced today that one of the most popular version control systems on the market, Subversion, has been integrated in IAR Embedded Workbench®. Searched: "C:\Program Files\IAR Systems\Embedded Workbench 6.0\8051\inc\" Searched: "C:\Program Files\IAR Systems\Embedded Workbench 6.0\8051\inc\dlib\ecpp\" Searched: "C:\Program Files\IAR Systems\Embedded Workbench 6.0\8051\inc\dlib\c\" I am trying to create a project in iar for cc2530 module and during that I have some issues likeįatal Error: cannot open source file "fcntl.h" D:\Shekhar\ASE\CODE\I2C\I2C\gpio_interrupts.cpp 3 I even tryed enabling also the normal interrupt for the gpio in addition to the wake up one but without success.
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Pausing the debugger make the mcu exit the sleep condition and I can see that PORT_A_IRQ_DETECT_ACK has seen the edge also but for some reason still didn't wake the device up.Īm I missing something big here? Is there something particular in the closed source bsp key library that make the key work properly? Moving the GPIO still can't wake the device up, though. I can read the pin correctly in a variable, etc. Now, while debugging, all the registers associated to the port and wake up system are correctly set (PORT_A_PI_IEN, SYS_CTRL_IWE and port settings). inserted MSA_PowerMgr(TRUE) before OSAL_START_SYSTEM() in order to trigger sleep modes.ensured that GPIOIntWakeupEnable(GPIO_IWE_PORT_A) is there.GPIOPowIntTypeSet(GPIO_A_BASE, GPIO_PIN_5, GPIO_POW_FALLING_EDGE) modified in hal_sys_ctrl.c every function involving the POW interrupt for the keys to my gpio (GPIO_A_BASE, GPIO_PIN_5).IOCPadConfigSet(GPIO_A_BASE, GPIO_PIN_5, IOC_OVERRIDE_PUE) GPIOPinTypeGPIOInput(GPIO_A_BASE, GPIO_PIN_5) initialized the GPIO I'd like to use to wake the chip up, using the following code in HAL_BOARD_COMMON_INIT():.The modifications I did on the TIMAC 1.5 are the following: So, the setup is a custom hardware based on CC2538 with both 32 MHz and 32 KHz quartz integrated on board and TIMAC 1.5 firmware. I'd like to wake it up with a GPIO but it keeps caring only about the sleep timer. Essentially I'm not able to control the way the module exit low power modes.
I'm facing problems with the low power management of CC2538 since a long while and would like to see if anyone can give me tips on the topic. In the "Packet RX" tab, the setup exhibits the same bad behavior and does not receive any packets even though my transmission hardware using a separate CC110L module is transmitting correctly, with the same register settings. I get the attached error screen when I click on the "Packet TX" tab or "Packet RX" tab.Īm I entering a limitation with the combination of the CC110L chip and SmartRF studio? I have my radio configured to go to IDLE state upon transmission of a packet, could this be the reason why the continuous TX does not function? The board transmits fine using the GFSK modulation with "Packet TX" or if I use the "RF Device Commands" tab and I manually write a packet to TX FIFO and enter the TX state (using registers set for OOK modulation). However, I do not see any transmission occurring when I look at my spectrum analyzer using the "Packet TX" tab. The registers are configured to use OOK modulation and set the PATable = 0x00 and PATable = 0x1D to provider for the modulation power settings. I've got the CC Debugger connected via SPI to my Anaren CC110L boosterpack module, and I'm using OOK modulation for my target. I'm working on debugging the receiver chain of my application using a CC Debugger and an Anaren CC110L module.