* Unneccesary Operation Removed
(A) extra operation not needed and incorrect:
wrong by 0.5 but happens to be thrown out
( delta * dividend + (divisor / 2) ) / divisor
delta * dividend divisor
= ---------------- + -----------
divisor 2 * divisor
= delta * dividend / divisor + 1/2
(B) check first before doing other computations
(C) changed to rise/run, easier for future maintainer
since it's closer to equation of a line
(D) before: mult, shift, add, div, add
now: mult, div, add
(E) error message easier to trace where thrown
* Update WMath.cpp
forgot to change variable name
* Docs cleanup and version updated to 2.0.2
* Removed issue template information
* Removed issue template file
* Added referecnces for the issue and feature request form
CaptivePortal.ino example did randomly crash for me ... so I start investigate ;-)
Decoding stack results
0x4016faea: WiFiUDP::write(unsigned char const*, unsigned int) at C:\Users\knoeb\AppData\Local\Arduino15\packages\esp32\hardware\esp32\1.0.5\libraries\WiFi\src\WiFiUdp.cpp line 201
0x400d4a4a: DNSServer::replyWithIP() at C:\Users\knoeb\AppData\Local\Temp\arduino_build_486825\sketch\src\DNSServer\DNSServer.cpp line 187
0x400d4d01: DNSServer::processNextRequest() at C:\Users\knoeb\AppData\Local\Temp\arduino_build_486825\sketch\src\DNSServer\DNSServer.cpp line 117
0x400d3e81: loop() at D:\Drive\Dokumente\HTL_Lehrer\2021_22\Projekte\Stromzaehler_Patrick\arduino/arduino.ino line 1078
0x400dd545: loopTask(void*) at C:\Users\knoeb\AppData\Local\Arduino15\packages\esp32\hardware\esp32\1.0.5\cores\esp32\main.cpp line 37
0x4008a0de: vPortTaskWrapper at /home/runner/work/esp32-arduino-lib-builder/esp32-arduino-lib-builder/esp-idf/components/freertos/port.c line 143
I found with wireshark a possibility to trigger the crash on demand is:
nslookup 3.1o1osr0092ons87rp375p1pq8q066o8p56or1sqsps6rs17r4384q9748qr1r52.699p1r741q737393648s29917o45p16q50rn517rnsp73pp68p1q259s92693qp.s607408539s0p06p7559os0899866344r7qq7rpns960o9576q65.r5n94r5so9784pq1.i.03.s.sophosxl.net
The problem was that QNameLength is a signed byte and therefore its not possible to count up to 255. Additionally we need 256 bytes for the QName string to accommodate for the zero termination.
The reason behind this refactoring is that all of the sketch related functions can (and will) be used for other purposes.
Build in the sketch directory: This will make it easy to handle artifacts after the build.
Separate sketch related functions from IDE installation script. This is the main commit.
Create a separate job for the Cmake check. This check was part of one of the Linux build. I believe that it's not the best place for such a check.
Checking for the skip landmarks and validity of the the sketch directory were already done by count_sketches.
With LittleFS the `fs.exists(path)` returns true also on folders. A `isDirectory()` call is required to set _isFile to false on directories.
This enables serving all files from a folder like : `server->serveStatic("/", LittleFS, "/", cacheHeader.c_str());
File f = fs.open(path);
_isFile = (f && (! f.isDirectory()));
Summary
This PR fixes an issue with UART1 default pins.
When using pins RX_1 = 18 and TX_1 = 17, UART1 will display a Break Error on those pins when they are floting (not connected).
It also defines RX_2 = 19 and TX_2 = 20 as default pins for UART2.
Impact
The deaulf pins may look different from the original pinout diagram.
Cache downloaded tools.
Cancel duplicate jobs.
Use current repo when linking the core, this allows users to test their code when creating PRs against their forks (for instance an error in an example sketch will build successfully in a fork workflow.)
Cache Arduino IDE.
Add workflow_dispatch to be able to trigger the workflow manually.
Reliability fix for autoReconnect when assoc_fail, autoReconnect did not work before for these failures.
Changes behavior of WIFI_REASON_ASSOC_FAIL event when autoReconnect is set, removes WIFI_REASON_ASSOC_FAIL/WL_CONNECT_FAILED so retry waitforconnectresult loop stays active for the retry, was not working before.
* change parameter to signed int
As of wrong paramater, the following problem existed, that will be fixed now with this change.
BTScanResultsSet.cpp:67:8: warning: comparison of unsigned expression < 0 is always false [-Wtype-limits]
if (i < 0)
* Change parameter and variable to int
As of wrong paramater, the following problem existed, that will be fixed now with this change.
BTScanResultsSet.cpp:67:8: warning: comparison of unsigned expression < 0 is always false [-Wtype-limits]
if (i < 0)
I2C Slave currently doesn't compile for projects where Arduino is an IDF component. This adds missing conditionals.
Co-authored-by: Me No Dev <me-no-dev@users.noreply.github.com>
* Revert "Examples update, add a note for configTime() that only one ntp server is supported by lwip",
fixed in espressif/esp32-arduino-lib-builder#51
This reverts commit 6b1020967a171c549b3d956825fd0d395de9cce0.
* SimpleTime: add NTPoDHCP option and TimeZone env variable
Summary
This PR is refactoring of SigmaDelta HAL in order to use IDF instead of current Register manipulation approach.
Impact
Change in API:
uint32_t sigmaDeltaSetup(uint8_t channel, uint32_t freq);
changed to -->
uint32_t sigmaDeltaSetup(uint8_t pin, uint8_t channel, uint32_t freq);
void sigmaDeltaAttachPin(uint8_t pin); removed, no longer needed. Pin is attached in sigmaDeltaSetup()
Summary
RMT HAL refactoring based on IDF.
Impact
Improves RMT by adding IDF v4.4 support.
Receiving RMT can handle any size of data.
rmtInit() has a new parameter - RxBufferSize - to hold any number of data when receiving RMT.
rmtWrite() has a new parameter - wait_tx_done - to block writing until sending all data.
Related links
fix#5905
This PR is refactoring of LEDC HAL in order to use IDF instead of current Register manipulation approach.
Fixing duty -> if all bits in resolution are set -> FULL ON
23 Braille Display Page (0x41)
Braille display allow visually impaired computer users to read out text using raised pins. The pins are electro-mechanically
activated. These devices also have support for controls that help navigate the computer screen. Typically, braille displays
interface with software known as a screen reader in order to perform this navigation.
