{"items":[{"id":"3019c9cd-450e-4a35-9e10-947019bf2510","type":"push","org":"lws803","repo":"BLE-jammer","title":"Added an explicit startup sequence for the NRF24 radios so all three modules initialize and power up in a controlled order.","summary":"This change updates the jammer sketch to initialize each RF24 instance up front, immediately power them down, and then bring them online one at a time during setup. The revised sequence avoids relying on implicit startup behavior and makes radio configuration more deterministic across all three modules before channels and transmit settings are applied. In practice, startup should be more reliable and easier to reason about on real hardware.","url":"https://nomit.dev/lws803/BLE-jammer/status/53e6a67e3e69768c33fc8a040b53141e3a2ca40b4c0c6f6e63686516b8cc5f83","author":"lws803","contributors":["lws803"],"updated_at":"2020-10-31T10:53:38+00:00"},{"id":"a3eee3fe-fb13-4a53-b1b5-18cba046c396","type":"push","org":"lws803","repo":"BLE-jammer","title":"Added Blue Pill wiring support for the nRF jammer by updating the pin mapping and including a Fritzing schematic.","summary":"This commit adapts the Arduino sketch to a Blue Pill-style STM32 pinout, changing the RF24 CE/CSN assignments and switching the status LED handling to PC13. It also adds a Fritzing project file so the hardware wiring is documented alongside the firmware, which makes the setup much easier to reproduce correctly. The practical effect is that building and flashing this on a Blue Pill should be more straightforward and less error-prone.","url":"https://nomit.dev/lws803/BLE-jammer/status/daef604b1e64a7ae2953ea115c190503ee572681a3ae1e28a13e17a2caed3625","author":"lws803","contributors":["lws803"],"updated_at":"2020-10-31T08:19:44+00:00"},{"id":"f6070ff9-cbb1-4567-bce2-46c5326dcfe2","type":"push","org":"lws803","repo":"BLE-jammer","title":"Set the transmitted byte to 255 in the NRF jammer loop to maximize the payload value being broadcast.","summary":"This change updates `nrf_jammer.ino` so the radios continuously send `255` instead of `0` in the main loop. It’s a tiny code change, but it alters the actual byte pattern emitted by all three `writeFast` calls and may be intended to produce a stronger or more consistent test/jamming signal depending on the receiver behavior. The practical effect is that the jammer now transmits an all-bits-set byte on every iteration.","url":"https://nomit.dev/lws803/BLE-jammer/status/499fb6f91c5efee2193940bb30bc4cbf3f3ce301c508738052c610687fff2159","author":"lws803","contributors":["lws803"],"updated_at":"2020-09-11T14:00:53+00:00"},{"id":"0d8b2915-e56a-44c8-8ee2-c59b400bd34e","type":"push","org":"lws803","repo":"BLE-jammer","title":"Updated the jammer payload variable to use a byte instead of a string so the radios transmit a simpler fixed value.","summary":"This change replaces the loop payload in `nrf_jammer.ino` from a one-character string buffer to a single `byte`, while keeping the same `writeFast` calls across all radios. It simplifies the transmitted data and makes the payload type match the apparent intent of sending a minimal fixed value rather than a string. The practical effect is a small cleanup to payload handling, but not a major behavioral change.","url":"https://nomit.dev/lws803/BLE-jammer/status/38cd674ea05c5dc09cd91995256e1f6fa2727998dc7823b8fd9830d205d9149f","author":"lws803","contributors":["lws803"],"updated_at":"2020-07-14T13:10:50+00:00"},{"id":"d0422573-7c4c-42e1-80f8-1608b7811e49","type":"push","org":"lws803","repo":"BLE-jammer","title":"Updated the NRF jammer sketch to use corrected radio pin mappings and initialize each transceiver on a fixed channel during setup.","summary":"This change adjusts the SPI chip-select wiring for two RF24 instances and moves channel selection out of the main loop into setup, so each radio is configured once before transmission starts. It also changes the D33 control pin sequencing to go HIGH before initialization and LOW after all three radios are ready, which likely stabilizes startup behavior. The practical effect is a cleaner initialization path with corrected hardware configuration and less repeated work during packet transmission.","url":"https://nomit.dev/lws803/BLE-jammer/status/2e0061d3c063b2a0e7a6234b311f17db4a34a107c62a6a67c7fd3aa1e1a0a420","author":"lws803","contributors":["lws803"],"updated_at":"2020-06-27T15:56:23+00:00"}],"pagination":{"offset":0,"limit":5,"has_more":true}}