Renesas Flash Programmer V2 Manual Is Separated
Note that we have discontinued the further revisions of the Renesas Flash Programmer with V.2.05.03, concerning the additions of new functions and MCUs support. Keywords SWD, SW-DP, AHB-AP, Core debug, IAP, Flash Programming Abstract This.Migrating Renesas Flash Programmer from V2 to V3. The RL78 Flash Self-programming Library Type 01 user’s manual is separated into the following parts: Overview Programming Environment Interrupts During Execution of Flash Self-programming Security Setting Boot Swap FunctionThis document describes sample circuits for programming the flash memory of a microcontroller by using Renesas Flash Programmer connected to a PC serial.I have moved an an existing project from SSP 1.2.1 to 1.3.0.Available microcontroller list for Renesas Flash Programmer This is information about the next version of Renesas Flash Programmer (modules), etc.(2014/4 update) Version V2.04.00 MINICUBE2 Firmware Version V7.07 : supported X: not supported -: Support not planned R20UT0676EJ1200 78K0 78K0/LC3 UPD78F0400 (TypeA) - UPD78F0400It was necessary to change the I2C framework in my thread.The ST-LINK/V2 is used to program an STM32 microcontroller evaluation. Below) for using flash self-programming library to rewrite the code flash memories.
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Even when the I2C bus is interrupted during rx/tx by the higher prior CAN-Interrupt, I can't see a problem, because a transmitted byte will leave the register and transmision could be continued after CAN-INT is processed, the same in I2C-rx case, a received byte on I2C buy will be hold in the RX-register and could be read out after CAN-INT processed.Both threads don't share any data or HW-resources. This happens only during parallel rx/tx of CAN-Messages, without CAN-traffic read data are always correct.The correct data are 0x0 0x3 and they are always overwritten(?) with the same values 0x55 0x55.The Frmework function returns SSP_SUCCES at any case!Actually I can't see where the problem is?The I2C framework should be threadsave - as far as I know. */Status = nx_ip_interface_status_check(&g_ip0, 0, NX_IP_LINK_ENABLED, &actual_status, TX_WAIT_FOREVER) Status = nx_dhcp_server_start(&g_dhcp_server0) Err = g_sf_wifi0.p_api->provisioningSet (g_sf_wifi0.p_ctrl, &g_provision_info) /* Wait for IP address from DHCP server */While (dhcp_status != NX_IP_ADDRESS_RESOLVED)Nx_ip_status_check(&g_ip0, NX_IP_ADDRESS_RESOLVED, &dhcp_status, 100) Nx_ip_address_get(&g_ip0, &ip1_ip_address, &ip1_mask) //g_http_server1.nx_http_server_media_ptr = g_fx_media0_ptr Status = nx_http_server_start(&g_http_server0) This code runs without error but I can't connect to the Wifi point with any smartphone.I think I don't configurate sufficiently my dhcp server but I don't know what to do.Not knowing whether there is still general issue in SSP 1.1.0 regarding the I2C framework, but in my application sometimes I read wrong I2C data (I read out 2 bytes).
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