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Commit c7f22fb

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Fix broken links
Various broken links were found by scanning the content with the markdown-link-check tool and fixed. The breakage had several causes: - Typos made by content author - Content moved to a different URL without a redirect - Content removed from Internet Various techniques were used to correct these: - Fix typos - Update URL to new location of content - Update URL to equivalent content (e.g., replacing link to Arduino Store page with hardware documentation page link) - Use Wayback Machine archive of page - Remove insignificant broken links
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‎content/arduino-cloud/02.features/04.ota-getting-started/ota-getting-started.md‎

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![Adding a variable.](assets/adding_variable.png)
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> **Note:** If you want to know more about how to get started with the Arduino IoT Cloud, visit the [getting started tutorial](https://drive.google.com/file/d/1yW_kH0-O9ehJATrGQUvpuyhWPXLUc_uN/view?usp=sharing).
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> **Note:** If you want to know more about how to get started with the Arduino IoT Cloud, visit the [getting started tutorial](/arduino-cloud/getting-started/iot-cloud-getting-started).
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**3.** Once you have added the variable, you’ll need to associate your device (Arduino MKR WiFi 1010 or Arduino Nano 33 IoT) to this new thing and add your network credentials.

‎content/arduino-cloud/02.features/08.iot-cloud-historical-data/iot-cloud-historical-data.md‎

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## Introduction
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It is possible to download historical data from your [Arduino IoT Cloud]((https://create.arduino.cc/iot/)) Things and Variables. It is downloaded in `.csv` format, and can be used for data comparison.
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It is possible to download historical data from your [Arduino IoT Cloud](https://create.arduino.cc/iot/) Things and Variables. It is downloaded in `.csv` format, and can be used for data comparison.
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## Goals
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‎content/arduino-cloud/03.tutorials/store-your-sensitive-data-safely-when-sharing/store-your-sensitive-data-safely-when-sharing.md‎

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As you can see, there are some identifiers like `SECRET_SIID` and `SECRET_PSW`. If you now click on the tab called "Secret," you will notice some input fields where you can fill in your data.
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If you have a [MKR1000](https://store.arduino.cc/arduino-mkr1000-with-headers-mounted) lying around, you can upload this sketch on it and watch your board connect to Internet (just make sure you join a 2GHz WiFi network).
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If you have a [MKR1000](/hardware/mkr-1000-wifi) lying around, you can upload this sketch on it and watch your board connect to Internet (just make sure you join a 2GHz WiFi network).
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![share_secure_sketches_img_2](assets/share_secure_sketches_img_2.png)
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![share_secure_sketches_img_3](assets/share_secure_sketches_img_3.jpg)

‎content/built-in-examples/03.analog/AnalogInput/AnalogInput.md‎

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At the beginning of this sketch, the variable `sensorPin` is set to to analog pin 0, where your potentiometer is attached, and `ledPin` is set to digital pin 13. You'll also create another variable, `sensorValue` to store the values read from your sensor.
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The [`analogRead()`](https://www.arduino.cc/reference/en/language/functions/analog-io/analogread/unctions/analog-io/analogread/) command converts the input voltage range, 0 to 5 volts, to a digital value between 0 and 1023. This is done by a circuit inside the microcontroller called an *analog-to-digital converter* or *ADC*.
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The [`analogRead()`](https://www.arduino.cc/reference/en/language/functions/analog-io/analogread/) command converts the input voltage range, 0 to 5 volts, to a digital value between 0 and 1023. This is done by a circuit inside the microcontroller called an *analog-to-digital converter* or *ADC*.
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By turning the shaft of the potentiometer, you change the amount of resistance on either side of the center pin (or wiper) of the potentiometer. This changes the relative resistances between the center pin and the two outside pins, giving you a different voltage at the analog input. When the shaft is turned all the way in one direction, there is no resistance between the center pin and the pin connected to ground. The voltage at the center pin then is 0 volts, and `analogRead()` returns 0. When the shaft is turned all the way in the other direction, there is no resistance between the center pin and the pin connected to +5 volts. The voltage at the center pin then is 5 volts, and `analogRead()` returns 1023. In between, `analogRead()` returns a number between 0 and 1023 that is proportional to the amount of voltage being applied to the pin.
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‎content/built-in-examples/04.communication/ReadASCIIString/ReadASCIIString.md‎

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### Code
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You'll first set up some [global variables](/reference/en/language/variables/variable-scope-qualifiers/scope/) for the pins your LED will connect to. This will make it easier to differentiate which one is red, green, and blue in the main part of your program:
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You'll first set up some [global variables](https://www.arduino.cc/reference/en/language/variables/variable-scope-qualifiers/scope/) for the pins your LED will connect to. This will make it easier to differentiate which one is red, green, and blue in the main part of your program:
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```arduino
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const int redPin = 3;

‎content/built-in-examples/04.communication/VirtualColorMixer/VirtualColorMixer.md‎

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### Schematic
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![](assets/schematic.png.png)
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![](assets/schematic.png)
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### Code
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The sensor values are sent from the Arduino to the computer as [ASCII-encoded decimal numbers](http://www.tigoe.net/pcomp/code/communication/interpreting-serial-data-bytes). This means that each number is sent using the ASCII characters "0" through "9". For the value "234" for example, three bytes are sent: ASCII "2" (binary value 50), ASCII "3" (binary value 51), and ASCII "4" (binary value 52).
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The sensor values are sent from the Arduino to the computer as [ASCII-encoded decimal numbers](https://www.tigoe.com/pcomp/code/communication/interpreting-serial-data-bytes/). This means that each number is sent using the ASCII characters "0" through "9". For the value "234" for example, three bytes are sent: ASCII "2" (binary value 50), ASCII "3" (binary value 51), and ASCII "4" (binary value 52).
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```arduino
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‎content/hacking/01.software/MidiWith8U2Firmware/MidiWith8U2Firmware.md‎

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You can read the Wikipedia [MIDI](http://en.wikipedia.org/wiki/MIDI) entry for complete information on the specification, but in a nutshell, MIDI is a useful protocol for controlling synthesizers, sequencers, and other musical devices. MIDI devices are generally grouped in two broad classes: controllers (i.e. devices that generate MIDI signals based on human actions) and synthesizers (including samplers, sequencers, and so forth).
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For more information, see this [introduction to MIDI](http://www.tigoe.net/pcomp/code/communication/midi) or this [example](http://itp.nyu.edu/physcomp/Labs/MIDIOutput).
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For more information, see this [introduction to MIDI](https://www.tigoe.com/pcomp/code/communication/midi/) or this [example](http://itp.nyu.edu/physcomp/Labs/MIDIOutput).
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The Serial.print() function will send a MIDI command to the software synthesizer of your choice (in this example we will use Cycling74's Max/MSP, but any application that accepts MIDI will do).
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‎content/hacking/01.software/PortManipulation/content.md‎

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* C (analog input pins)
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Each port is controlled by three registers, which are also defined variables in the arduino language. The DDR register, determines whether the pin is an INPUT or OUTPUT. The PORT register controls whether the pin is HIGH or LOW, and the PIN register reads the state of INPUT pins set to input with pinMode(). The maps of the [ATmega8](http://www.arduino.cc/en/Hacking/PinMapping) and [ATmega168](//www.arduino.cc/en/Reference/Atmega168Hardware) chips show the ports. The newer Atmega328p chip follows the pinout of the Atmega168 exactly.
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Each port is controlled by three registers, which are also defined variables in the arduino language. The DDR register, determines whether the pin is an INPUT or OUTPUT. The PORT register controls whether the pin is HIGH or LOW, and the PIN register reads the state of INPUT pins set to input with pinMode(). The maps of the [ATmega8](/hacking/hardware/PinMapping) and [ATmega168](/hacking/hardware/Atmega168Hardware) chips show the ports. The newer Atmega328p chip follows the pinout of the Atmega168 exactly.
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DDR and PORT registers may be both written to, and read. PIN registers correspond to the state of inputs and may only be read.
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PINC - The Port C Input Pins Register - read only
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Each bit of these registers corresponds to a single pin; e.g. the low bit of DDRB, PORTB, and PINB refers to pin PB0 (digital pin 8). For a complete mapping of Arduino pin numbers to ports and bits, see the diagram for your chip: [ATmega8](//www.arduino.cc/en/Hacking/PinMapping), [ATmega168](//www.arduino.cc/en/Hacking/PinMapping168). (Note that some bits of a port may be used for things other than i/o; be careful not to change the values of the register bits corresponding to them.)
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Each bit of these registers corresponds to a single pin; e.g. the low bit of DDRB, PORTB, and PINB refers to pin PB0 (digital pin 8). For a complete mapping of Arduino pin numbers to ports and bits, see the diagram for your chip: [ATmega8](/hacking/hardware/PinMapping), [ATmega168](/hacking/hardware/PinMapping168). (Note that some bits of a port may be used for things other than i/o; be careful not to change the values of the register bits corresponding to them.)
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## Examples
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‎content/hacking/02.hardware/building-an-arduino-on-a-breadboard/building-an-arduino-on-a-breadboard.md‎

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![ArduinoISP](assets/ArduinoISP_Front2.jpg)
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The AVRISP mkII can be purchased from Digikey (Part # [ATAVRISP2-ND](http://search.digikey.com/scripts/DkSearch/dksus.dll?Detail?name=ATAVRISP2-ND)) while the USBtinyISP must be assembled and can be found at [Adafruit Industries](http://www.adafruit.com/index.php?main_page=product_info&cPath=16&products_id=46). The documentation and the links to the Arduino Store and to the distributors list can be found in the [ArduinoISP product page](http://www.arduino.cc/en/Main/ArduinoISP).
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The AVRISP mkII can be purchased from Digikey (Part # [ATAVRISP2-ND](http://search.digikey.com/scripts/DkSearch/dksus.dll?Detail?name=ATAVRISP2-ND)) while the USBtinyISP must be assembled and can be found at [Adafruit Industries](https://www.adafruit.com/product/46). The documentation and the links to the Arduino Store and to the distributors list can be found in the [ArduinoISP product page](http://www.arduino.cc/en/Main/ArduinoISP).
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### Using an Arduino board
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‎content/hardware/01.mkr/01.boards/mkr-1000-wifi/tutorials/mkr-1000-battery-life/mkr-1000-battery-life.md‎

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## Hardware & Software Needed
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- [Arduino MKR1000 WiFi Board](https://store.arduino.cc/arduino-mkr1000-wifi-with-headers-mounted)
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- [Arduino MKR1000 WiFi Board](/hardware/mkr-1000-wifi)
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- 1400mAh LiPo battery
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- Ammeter

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