Penulis: LH

Percobaan cloud4pi dengan PHP

LH 
<!--?php
// A sample PHP Script to POST data using cURL
// Data in JSON format

$json= '&#91;{"name":"Temperature","type":"numeric"},{"name":"LEDOn","type":"bool"}&#93;';
$arr=json_decode($json, false);

echo '

<pre-->';
print_r($arr);
echo '


';

$employee_object = new stdClass;
$employee_object-&gt;name = "Temperature";
$employee_object-&gt;type = "numeric";
$employee_object1 = new stdClass;
$employee_object1-&gt;name = "LEDOn";
$employee_object1-&gt;type = "bool"; 

$data = array
  (
  $employee_object,
  $employee_object1
);

$payload = json_encode($data);
echo "==&gt;".$payload;

$token = '2HSmdfzsEAXB3puVUTi6ZoirV';

// Prepare new cURL resource
$ch = curl_init('https://cloud4rpi.io/api/devices/'.$token.'/config');
curl_setopt($ch, CURLOPT_RETURNTRANSFER, true);
curl_setopt($ch, CURLINFO_HEADER_OUT, true);
curl_setopt($ch, CURLOPT_POST, true);
curl_setopt($ch, CURLOPT_POSTFIELDS, $payload);

// Set HTTP Header for POST request
curl_setopt($ch, CURLOPT_HTTPHEADER, array(
    'Content-Type: application/json',
    'Content-Length: ' . strlen($payload))
);

// Submit the POST request
$result = curl_exec($ch);

echo $result;
// Close cURL session handle
curl_close($ch);

$json = '{"ts":"date","payload":{"Temperature":24,"LEDOn":true}}';
$arr=json_decode($json, true);

echo '









<pre>';
print_r($arr);
echo '</pre>
';

$dt = date(DateTime::ISO8601);

$carss = array
(
"ts"=&gt;$dt,
"payload"=&gt;array("Temperature"=&gt;22,"LEDOn"=&gt;0)
);

$payload = json_encode($carss);
echo "==&gt;".$payload;

$token = '2HSmdfzsEAXB3puVUTi6ZoirV';

// Prepare new cURL resource
$ch = curl_init('https://cloud4rpi.io/api/devices/'.$token.'/data');
curl_setopt($ch, CURLOPT_RETURNTRANSFER, true);
curl_setopt($ch, CURLINFO_HEADER_OUT, true);
curl_setopt($ch, CURLOPT_POST, true);
curl_setopt($ch, CURLOPT_POSTFIELDS, $payload);

// Set HTTP Header for POST request
curl_setopt($ch, CURLOPT_HTTPHEADER, array(
'Content-Type: application/json',
'Content-Length: ' . strlen($payload))
);

// Submit the POST request
$result = curl_exec($ch);

echo $result;
// Close cURL session handle
curl_close($ch);

?&gt;

Setting printer USB di Raspberry Pi

LH

sudo chown www-data:www-data etc
sudo chmod 775 etc
sudo chown www-data:www-data /dev/usb/lp0

source:
https://www.howtogeek.com/169679/how-to-add-a-printer-to-your-raspberry-pi-or-other-linux-computer/
https://kernelmastery.com/enable-regular-users-to-add-printers-to-cups/
https://maker.pro/raspberry-pi/projects/how-to-turn-a-usb-printer-into-a-wireless-printer-with-raspberry-pi-zero-w

Setting printer serial di raspberry pi

LH

sudo raspi-config

“Interfacing Options,” “Serial.” Turn OFF: login shell over serial, ENABLE: hardware serial port
“Interfacing Options,” enable SSH

sudo apt-get update
sudo apt-get install git cups wiringpi build-essential libcups2-dev libcupsimage2-dev python-serial python-pil python-unidecode

cd ~
git clone https://github.com/adafruit/zj-58
cd zj-58
make
sudo ./install

sudo usermod -a -G lp pi
sudo usermod -a -G lp www-data
reboot

sudo lpadmin -p ZJ-58 -E -v serial:/dev/serial0?baud=9600 -m zjiang/ZJ-58.ppd
sudo lpoptions -d ZJ-58

git clone https://github.com/adafruit/Python-Thermal-Printer
cd Python-Thermal-Printer
python printertest.py

sudo usermod -a -G dialout www-data
sudo usermod -a -G dialout pi
reboot

Membuat Daemon di Raspberry Pi

LH

Buka terminal lalu ketik:

hciconfig
hcitool scan

Nama perangkat biasanya bernama: hci0
Misalkan hasilnya adalah:

66:12:13:EE:D1:76 Bluetooth Printer

Test printer dengan perintah:

sudo rfcomm bind /dev/rfcomm0 66:12:13:EE:D1:76 1
echo “Test” > /dev/rfcomm0

Jika printer berhasil mencetak maka koneksi sudah berhasil

Selanjutnya tambahkan file untuk daemon service

sudo leafpad /etc/systemd/system/rfcomm.service

Ketik kode berikut dan simpan:

[Unit]
Description=RFCOMM service
After=bluetooth.service
Requires=bluetooth.service

[Service]
ExecStart=/usr/bin/rfcomm bind hci0 66:12:13:EE:D1:76 1

[Install]
WantedBy=multi-user.target

Ganti nama hci0 dengan nama hasil hciconfig dan ganti 66:12:13:EE:D1:76 dengan hasil hcitool scan

Aktifkan daemon, ubah preferensi printer dan booting

sudo systemctl enable rfcomm
sudo systemctl start rfcomm
Sudo reboot

Menambahkan RTC pada Raspberry Pi 3

LH

Setting antarmuka I2C

sudo apt-get install -y python-smbus
sudo apt-get install -y i2c-tools
sudo raspi-config

Pilih Interfacing Option > I2C > Enable lanjutkan dengan booting. Selanjutnya test koneksi dengan perintah i2cdetect untuk antaruka I2C 1. (Cek juga antarmuka ke 0 jika perlu) 

sudo i2cdetect -y 1 #isikan angka 1 bila mengunakan I2C1, isikan 0 bila menggunakan I2C 0

Setting RTC

sudo modprobe rtc-ds1307 #load rtc ke kernel
sudo bash #masuk ke super user
echo ds1307 0x68 > /sys/class/i2c-adapter/i2c-1/new_device #tambahkan device ds1307 di alamat 0x68 ke I2C1
exit #keluar dari super user
sudo hwclock -r #baca waktu dari RTC
sudo hwclock -w #tulis RTC berdasarkan sistem

Set agar waktu yang digunakan menggunakan RTC

sudo nano /etc/modules #agar modul rtc-ds1307 diload
#tambahkan baris berikut:
i2c-bcm2708 
rtc-ds1307

sudo nano sudo nano /etc/rc.local #agar dijalankan saat booting
#tambahkan baris berikut sebelum exit 0:
echo ds1307 0x68 > /sys/class/i2c-adapter/i2c-1/new_device #tambahkan device ds1307  di alamat 0x68 ke I2C1
sudo hwclock -s #set waktu yang digunkan adalah RTC
date #baca waktu saat ini dari RTC

Sumber:

Memprogram 24LC64 dengan Port Serial

LH 
using System;
using System.Collections.Generic;
using System.ComponentModel;
using System.Data;
using System.Drawing;
using System.Linq;
using System.Text;
using System.Windows.Forms;
using System.Threading;

namespace _24LC64
{
    /// 
<summary>
    /// Pin 3 (TX)  --          -- CS
    /// pin 4 (DTR) -- SCL      -- SCK
    /// Pin 6 (DSR) -- SDA IN   -- 
    /// Pin 7 (RTS) -- SDA OUT  -- MOSI (DO)
    /// Pin 8 (CTS) --          -- MISO (DI)
    /// </summary>


    public partial class Form1 : Form
    {
        public const bool H = true, L = false;
        public Form1()
        {
            InitializeComponent();
        }

        private void button1_Click(object sender, EventArgs e)
        {
            serialPort1.BaudRate = 9600;
            serialPort1.PortName = textBox1.Text;
            serialPort1.Open();

            //serialPort1.DtrEnable = true;
            //serialPort1.RtsEnable = true;

            //perintah Write
            StartBit();
            kirim(0xA0);
            bit(1); //ACK
            
            //Alamat memory (0x001)
            //0x00 
            kirim(0x00);
            bit(1); //ACK
            //0x01
            kirim(0x01);
            bit(1); //ACK

            //Data (0x33)
            //kirim(0x33);
            byte[] data = StringToByteArray(textBox2.Text);
            kirim(data[0]);
            bit(1); //ACK
            
            StopBit();


            serialPort1.Close();

        }
        void kirim(int byteData) {
            for (int i = 7; i >= 0; i--) 
            {
                int bitData = (byteData >> i & 0x01);
                bit(bitData);
            }
        }
        void StartBit()
        {
            SDA(H); SCL(H);
            Thread.Sleep(1);
            SDA(L); SCL(H);
            Thread.Sleep(1);
        }
        void StopBit()
        {
            SDA(L); SCL(H);
            Thread.Sleep(1);
            SDA(H); SCL(H);
            Thread.Sleep(1);
        }
        void bit(int val) 
        {
            SCL(L);
            if (val == 0) SDA(L);
            else SDA(H);
            SCL(H);
            Thread.Sleep(1);
            SCL(L);
            SDA(H);
            Thread.Sleep(1);
        }

        void SCL(bool status)
        {
            serialPort1.DtrEnable = status;
        }
        void SDA(bool status)
        {
            serialPort1.RtsEnable = status;
        }

        int bacaBit() {
            int bitData = 0;
            SCL(L);
            SCL(H);
            bool bit = serialPort1.DsrHolding;
            if (bit == true) bitData = 1;
            Thread.Sleep(1);
            SCL(L);
            SDA(H);
            Thread.Sleep(1);
            return bitData;
        }

        public static byte[] StringToByteArray(string hex)
        {
            return Enumerable.Range(0, hex.Length)
                             .Where(x => x % 2 == 0)
                             .Select(x => Convert.ToByte(hex.Substring(x, 2), 16))
                             .ToArray();
        }

        private void button2_Click(object sender, EventArgs e)
        {
            serialPort1.BaudRate = 9600;
            serialPort1.PortName = textBox1.Text;
            serialPort1.Open();


            //perintah Write
            StartBit();
            kirim(0xA0);
            bit(1); //ACK

            //Alamat memory (0x001)
            //0x00 
            kirim(0x00);
            bit(1); //ACK
            //0x01
            kirim(0x01);
            bit(1); //ACK

            //perintah Read
            kirim(0xA1);
            bit(1); //ACK


            int data = 0;
            for (int i = 7; i >= 0; i--)
            {
                data = data << 1;
                data = data | bacaBit();
            }
            bit(1); //ACK

            StopBit();


            serialPort1.Close();
            byte[] hasil = new byte[1]; hasil[0] = (byte)data;
            textBox2.Text = BitConverter.ToString(hasil);
        }
    }
}

Menngunakan SyntaxHighlighter

LH

Contoh penggunaan SyntaxHighlighter

[ cpp highlight="1,2,10-12" title="test.cpp"]

#include <OneWire.h>
#include <EEPROM.h>

#define DEBUG 1

OneWire ds(A1); // This is where DQ of your DS18B20 will connect.
bool validity = false;
void setup(void) {

#ifdef DEBUG
Serial.begin(9600);
#endif

validity = getDeviceAddress();
}
[/cpp]

#include <OneWire.h>
#include <EEPROM.h>

#define DEBUG 1

OneWire  ds(A1);  // This is where DQ of your DS18B20 will connect.
bool validity = false;
void setup(void) {

#ifdef DEBUG
  Serial.begin(9600);
#endif

  validity = getDeviceAddress();
}

Bahasa pemgrograman yang didukung:

actionscript3
bash
clojure
coldfusion
cpp
csharp
css
delphi
diff
erlang
fsharp
groovy
html
java
javafx
javascript
latex (tidak dapat untuk shortcode)
matlab (keywords saja)
objc
perl
php
powershell
python
r (tidak dapat untuk shortcode)
ruby
scala
sql
text
vb
xml

Mengubah USB ISP menjadi USBASP

LH

USBISP berbeda dengan USBASP. USBISP tidak dapat dioperasikan dengan AVRDude, namun harus menggunakan PROG ISP. USB ISP menggunakan uC ATmega88, dengan skema mirim USBASP namun bedanya adalah pin D- pada USB dihubungkan ke PD3, jadi PD3 harus diubah menjadi pin INPUT.

Agar dapat berfungsi jadi USBASP, maka download firmware dari https://www.fischl.de/usbasp/usbasp.2011-05-28.tar.gz dan ekstrak.

Buka file bin/usbasp.atmega88.2011-05-28.hex menggunakan notepad++ atau wordpad.

Lihat pada baris 100B8000,

:100B8000D9F77A9589F708951BB815B88BEF8AB90C

ubah menjadi :

:100B8000D9F77A9589F708951BB815B880EF8AB917

ubah ldi pada DDRD 8BEF menjadi  80EF

dan ubah checksum dari  0C  menjadi  17

Buka kemasan USBISP dan hubungkan via (lubang) yang ditandai <– UP –> menggunakan kabel kecil.

Upload dengan USBASP atau Arduino yang telah dijadikan Arduino as ISP.

Note:

# TARGET=atmega8 HFUSE=0xc9 LFUSE=0xef
# TARGET=atmega48 HFUSE=0xdd LFUSE=0xff
# TARGET=atmega88 HFUSE=0xdd LFUSE=0xff

gunakan HEX berikut, jika uC yang digunakan adalah ATmega8:

:100000003BC09FC554C053C052C051C050C04FC028
:100010004EC04DC04CC04BC04AC049C048C047C08C
:1000200046C045C044C0040309041C0377007700A0
:1000300077002E00660069007300630068006C00A2
:100040002E00640065000E0355005300420061005D
:100050007300700012011001FF000008C016DC05DB
:1000600003010102000109021200010100801909C7
:10007000040000000000000011241FBECFE5D4E002
:10008000DEBFCDBF10E0A0E6B0E0E0EAFDE002C0D8
:1000900005900D92A236B107D9F710E0A2E6B0E0C4
:1000A00001C01D92A73AB107E1F702D077C6A8CFE9
:1000B00012BA18BA11BA8FEF87BB17BA93E094BB84
:1000C0008EEF85BB93BF08D478940DD4FECFFF92FA
:1000D0000F931F93CF93DF939C01F62E80916200C4
:1000E000813021F4E90110E000E078C08430D1F3E0
:1000F0001FEF77C080916200813079F580917300A5
:100100009091740020916F003091700040917100C7
:1001100050917200892B31F4CA01B901488121E064
:1001200088D321C0CA01B901488120E082D38091DF
:1001300076008150809376008823A9F460916F0047
:10014000709170008091710090917200488126D367
:10015000809173008093760006C080916F0090912B
:1001600070006881F7D280916300909164000197DC
:100170009093640080936300892BD9F410926200FD
:100180008091750081FF14C08091760090E02091ED
:100190007300309174008217930751F060916F00E3
:1001A0007091700080917100909172004881F6D238
:1001B00011E080916F0090917000A0917100B0915A
:1001C00072000196A11DB11D80936F009093700085
:1001D000A0937100B09372000F5F21960F1508F481
:1001E00089CF812FDF91CF911F910F91FF900895BB
:1001F0000F931F93CF93DF939C01062F8091620092
:100200008250823010F00FEF32C0E90110E029C0B7
:1002100080916200823051F460916F0070917000A3
:10022000809171009091720043D205C080916F005F
:100230009091700071D2888380916F0090917000CE
:10024000A0917100B09172000196A11DB11D809323
:100250006F0090937000A0937100B09372001F5FC5
:1002600021961017A8F2083010F410926200802F27
:10027000DF91CF911F910F910895CF93DF93EC0100
:100280008981813061F49A9902C085E002C0809131
:1002900065001FD110926600A99879D104C0823000
:1002A00021F496D1A99A20E0F7C0833011F5E091AE
:1002B0007800F09179008A81099580936700E09138
:1002C0007800F09179008B81099580936800E09126
:1002D0007800F09179008C81099580936900E09114
:1002E0007800F09179008D81099580936A0024E06F
:1002F000D3C0843011F580916600882391F49B81EE
:1003000080E02A8130E0822B932BAA2797FDA095CD
:10031000BA2F80936F0090937000A0937100B093F8
:1003200072009F8180E02E8130E0822B932B90938E
:1003300064008093630082E090C0873011F5809163
:100340006600882391F49B8180E02A8130E0822B33
:10035000932BAA2797FDA095BA2F80936F009093B7
:100360007000A0937100B09372009F8180E02E8195
:1003700030E0822B932B909364008093630083E0A2
:100380006CC0853021F451D18093670084C08630E1
:10039000D9F580916600882391F49B8180E02A81C1
:1003A00030E0822B932BAA2797FDA095BA2F80933C
:1003B0006F0090937000A0937100B09372008C81D5
:1003C0009D81292F2F7020937500492F50E0407F89
:1003D000507094E0440F551F9A95E1F7480F511D56
:1003E000509374004093730020FF02C04093760046
:1003F0009F8180E02E8130E0822B932B90936400CC
:100400008093630081E029C0883059F580916600AF
:10041000882391F49B8180E02A8130E0822B932B0A
:10042000AA2797FDA095BA2F80936F009093700034
:10043000A0937100B0937200109274001092730038
:10044000109275009F8180E02E8130E0822B932BEB
:10045000909364008093630084E0809362002FEFA8
:100460001BC0893081F481E0809366008A819B8182
:10047000AC81BD8180936F0090937000A093710058
:10048000B093720010CF8A3009F00DCF8A8180932B
:1004900065001092670021E087E690E090938C0061
:1004A00080938B00822FDF91CF910895382F90E0B9
:1004B00006C022B782B7821B8C33E0F39F5F93178D
:1004C000C0F3089580917B008DB980917A008EB938
:1004D0000895282F882311F42AE002C0883028F1DB
:1004E00080E193E0909379008093780010927A00F5
:1004F0002930A9F02A3018F4283051F412C02B30DA
:1005000029F02C3029F481E080937A0081E50AC03B
:1005100082E580937B0081E080937A00089582E5F4
:1005200001C083E580937B00089580EF92E0909373
:100530007900809378002430B1F0253038F42230EF
:10054000B1F0233090F42130C9F415C0263031F0D9
:10055000263038F0273091F483E00AC020937C00E5
:1005600008958CE005C088E103C080E301C080E607
:1005700080937C00089580EC80937C00089522B7DE
:1005800090917C0082B7821B8917E0F3089587B3AE
:100590008C6287BBC298C59892B720917C0082B7C5
:1005A000891B8217E0F3C29A92B782B7891B821720
:1005B000E0F3C29880917800909179008051934047
:1005C00031F480917B008DB980917A008EB90895C5
:1005D00087B3837D87BB88B3837D88BB1DB80895AF
:1005E000482F50917C0020E030E047FF02C0C39AC2
:1005F00001C0C398220FB4992F5FC59A92B782B7F2
:10060000891B8517E0F3C59892B782B7891B8517B8
:10061000E0F33F5F383011F0440FE7CF822F0895A9
:100620008FB9779BFECF8FB108950F931F9300E290
:1006300039C0E0917800F09179008CEA0995E09159
:100640007800F091790083E50995E0917800F091C8
:10065000790080E00995182FE0917800F0917900F9
:1006600080E00995133511F480E01FC01DB8C59ACC
:1006700092B720917C0082B7891B8217E0F3C5985E
:1006800092B782B7891B8217E0F38091780090912E
:1006900079008051934031F480917B008DB9809135
:1006A0007A008EB9015028F681E01F910F910895CC
:1006B000EF92FF920F931F937B018C01862F817025
:1006C000880F880F880FE0917800F09179008062A0
:1006D0000995D801C70129E0B695A7959795879503
:1006E0002A95D1F7E0917800F09179000995169557
:1006F0000795F794E794E0917800F09179008E2DBA
:100700000995E0917800F091790080E009951F91BA
:100710000F91FF90EF9008950F931F938C01E0913C
:100720007800F091790080EA0995E0917800F091E5
:100730007900812F0995E0917800F0917900802F60
:100740000995E0917800F091790080E009951F917A
:100750000F910895FF920F931F938C01F62EE09155
:100760007800F091790080EC0995E0917800F091A3
:100770007900812F0995E0917800F0917900802F20
:100780000995E0917800F09179008F2D09958EE11F
:100790008DDE80E01F910F91FF900895CF92DF9240
:1007A000EF92FF920F931F936B017C01142FE09146
:1007B0007800F09179008CE40995D701C60149E0F1
:1007C000B695A795979587954A95D1F7E0917800CA
:1007D000F09179000995D701C601B695A79597952F
:1007E0008795E0917800F09179000995E091780083
:1007F000F091790080E009951F3F19F48FE056DEF3
:1008000007C002B71EE1C701B60152DF8F3F11F0EA
:1008100080E008C082B7801B8D33A8F302B7115067
:1008200091F781E01F910F91FF90EF90DF90CF90B3
:100830000895CF92DF92EF92FF920F931F936B0177
:100840007C01042F122F862F8170880F880F880F4C
:10085000E0917800F091790080640995D701C60194
:1008600069E0B695A795979587956A95D1F7E09138
:100870007800F09179000995D701C601B695A79542
:1008800097958795E0917800F09179000995E0912E
:100890007800F0917900802F09951123A9F00F3786
:1008A00019F48FE003DE10C002B71EE1C701B601E4
:1008B000FFDE8F3749F482B7801B8D33B8F302B760
:1008C0001150A1F781E001C080E01F910F91FF90CE
:1008D000EF90DF90CF90089585B7836085BF8BB789
:1008E00080648BBF08951F93CF93DF9360918D0039
:1008F000635067FDA3C080918A00CCE0D0E0C81BA4
:10090000D109CF56DF4F809189008D3209F084C024
:10091000683009F091C083EC80937D008AE5809374
:100920006000109277008881807639F0CE01A5DCD6
:10093000282F8F3F09F45FC065C09A81109286000E
:100940008981882321F41092870022E04DC08530F0
:1009500019F490938E0047C08630B1F58B818130B9
:1009600019F484E590E004C0823041F486E690E01A
:1009700090938C0080938B0022E122C08330F9F4A5
:100980008A81882341F486E290E090938C008093E2
:100990008B0024E015C0813041F48AE290E090930E
:1009A0008C0080938B002CE10BC0823041F486E4F4
:1009B00090E090938C0080938B002EE001C020E0AB
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