Boarddefs.h Library Download
Leida Haury
Note:
This change will affect any previous projects as well as future projects that make use of Timer1 !! If you want to prevent this, you will have to make a copy of the IRremote library to the sketch folder; that however is another chapter.
I suspect that you use a bad mix of the old library and the update. Where did you extract the files? I guess that the extracted files should replace the files in the original library folder. Please try to contact Ken Shirriff maudialfarish for this issue.
DrDiettrich:
I suspect that you use a bad mix of the old library and the update. Where did you extract the files? I guess that the extracted files should replace the files in the original library folder. Please try to contact Ken Shirriff maudialfarish for this issue.
The interrupt vector names or syntax seem to have changed in the compiler. In boarddefs.h (part of the current IRremote library) I found the vector names with an appended "_vect" suffix, like
#define TIMER_INTR_NAME TIMER1_COMPA_vect
where the old IRremoteint.h contained
#define TIMER_INTR_NAME TIMER1_COMPA
DrDiettrich:
The interrupt vector names or syntax seem to have changed in the compiler. In boarddefs.h (part of the current IRremote library) I found the vector names with an appended "_vect" suffix, like
#define TIMER_INTR_NAME TIMER1_COMPA_vect
where the old IRremoteint.h contained
#define TIMER_INTR_NAME TIMER1_COMPA
In old library, there is not complete protocol as the newest version one but not support for multiple pin output .
Then I try to modified the newest with add as maudyalfarish library.
Firsttime there is so many error, but one by can fix, until l'm stuck on this error :
C:\Program Files (x86)\Arduino\libraries\IRremote\irSend.cpp:125:2: error: stray '' in program
The MULTI_CHANNEL solution #defines different names for each timer, e.g. TIMER2_INTR_NAME for T2, TIMER3_INTR_NAME for T3 etc. This was the real reason for the first error message, because TIMER_INTR_NAME was never defined without a timer number. If you want to follow that pattern, you have to edit all #defines of timer-specific macros in boarddefs.h, and include the timer number in the names. Also remove all the #ifdef IR_USE_TIMERxxx and their #endif from boarddefs.h, so that all numbered macros are always defined. That's much work, and also is the reason why such changes never will find their way into the official library
I did some research and found out that it is a problem with timers.But, inside the IRRemote library file (boarddefs.h) there is a possibility to choose different timer (It uses TIMER2 as default, so I supposed that FastLed uses also Timer2).
I have just started with Arduino and C++ so I apologise if my question is very basic. I am trying to use tone() with a passive buzzer to create a sound while also using the IRremote library for a remote. However, whenever they are used together, it gives this error:
Since Tone is included in ArduinoCore (and compiled) we can't easilly modify it so the only thing that worked for me is to modify boarddefs.h file of IRremote library. Since it's code is easilly available after downloading it using "Library Manager" included in ArduinoIDE.
I recently had the same problem with the USB Host library, see Change select pin of USB Host library. It is annoying when you can't define the pin(s), that a particular library uses, yourself... However, the authors of the library probably have their reasons for doing so.
I have the code working on an uno, and I wanted to transfer it to a Pro Micro (clone? it seems weird to call a knockoff of a compatible that, but whatever). They are based on the 32u4, and it shows up as a leonardo in the IDE. I moved the LED to pin 10 (this seems to be what the library wants me to do, but I'm not very good at deciphering them yet), but still nothing. I'm currently using a white LED for the sake of testing. My IR LEDs won't show up for a day or 2. Anyway, the LED was lighting on the uno, but isn't on the Pro Micro.
Exception from the standard implementation of the init function are cases where it is necessary to forward explicit value as an argument to the compiler library, i.e. it is impossible to give a function parameter as an argument to the compiler function and in that case, the initialization function is called from a simple switch statement.
I am having trouble with the Radiohead RFM95 encrypted client example, seems Speck.h shows as no such file or directory. I can find code for Speck.h but not as a file I can drop in my library. I imagine there is a way to create the right file type in VS but I am not familiar with how to do that, assuming that would even do the trick. I would appreciate a little help here as I am rather new to Arduino and C++.
More research brought up Marcel Majoor's28PW9525 Remote Control documentationthat suggests the "Picture Format" button is RC6 0 245 (this did notwork for me, but it might be that the library can't deal with codesbeyond 7 bit values -- I didn't bother to check, as another code worked).It also has a list of additional codes that are not on remote controls,but that might be understood by Philips TVs for Power On, AV inputselection and picture format selection (presumably so that configurationof these parameters can be automated in some applications).
PlatformIO Core (CLI) is a command-line tool that consists of a multi-platform build system, platform and library managers and other integration components. It can be used with a variety of code development environments and allows integration with cloud platforms and web services
The WiFi module on the WF32 is intended for use with the Digilent network libraries DNETcK and DWIFIcK. The DNETcK library provides TCP/IP protocol support for all compatible network interfaces supported by Digilent products, including the WF32. The DWIFIcK library provides the additional library support required for connecting to and operating with the Microchip MRF24WG0MA wireless network modules.
The DWIFIcK library supports both the MRF24WB0MA and MRF24WG0MA modules. The correct header file mustbe used to specify the network hardware being used by the sketch. When writing a network sketch on the WF32, use the following hardware library:
The Digilent network libraries are available here. These libraries make use of a custom version of the Microchip Application Library. It is necessary to accept the Microchip Application Library license agreement before downloading the library.
Synchronous serial port. Pin 10 (SS), Pin 11 (MOSI), Pin 12 (MISO), Pin 13 (SCK).This can be accessed using the SPIstandard library. It can also be accessed using the DSPI0 object from the DSPI standard library. This uses SPI2 (SS2,SDI2, SDO2, SCK2) on the PIC32 microcontroller. These signals also appear on connector J10.
SPI1: Synchronous serial port. This is an additional SPI interface on the PIC32 microcontroller that can be assessedusing the DSPI1 object from the DSPI standard library. It is not accessible using the SPI standard library. Several ofthe SPI1 signals are shared in various ways with other peripheral functions. SS1 is connected to connector J9, pin15, the connector location for digital pin 7, via a 1K ohm resistor. This signal is accessed via digital pin number 71.SDO1 is accessed via digital pin 3. This conflicts with one of the PWM outputs accessed using analogWrite(). SDI1 isaccessed via digital pin 38. SCK1 is connected to connector J7, pin 1, the connector location for digital pin 8, via a1K ohm resistor. This conflicts with external interrupt INT3. This signal can be accessed via digital pin number 72.
SPI3: Synchronous serial port. This is an additional SPI interface on the PIC32 microcontroller that can be accessedusing the DSPI2 object from the DSPI standard library. It is not accessible using the SPI standard library. Pin 39(SS3), pin 1 (SDO3), pin 0 (SDI1), and pin 40 (SCK3). Note that pins 0 and 1 conflict with UART1: object class Serial.Pins 39 and 40 conflict with UART4: Serial1 object class.
SPI4: Synchronous serial port. This port is dedicated for access to the MR24WG0MA WiFi module and is normallyonly used by the networking libraries. This can be accessed using the DSPI3 object class from the DSPI standardlibrary, but this is not recommended for normal operation of the board.
I recently bought a Heltec Wireless Stick and now spent two days in getting the thing up and running using Arduino Environment and the OTAA_OLED example. I exactly followed the instructions on the Heltec Site to set up the environment and i even tried different methods (directly from Arduino and GIT) to install the library. I even tried a on a second PC (which never had Arduino installed before) but failed equally.
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