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   <|repo_name|>jsdelivrbot/SEOContentGenerator<|file_sep|>/input/post-xml-optimization-for-seo.md --- title: Post-XML Optimization for SEO date: '2020-05-17' permalink: /post-xml-optimization-for-seo/ description: Learn about post-XML optimization techniques that can enhance your website's SEO performance. categories: - SEO tags: - SEO - XML - Web Development --- ## Understanding XML Sitemaps XML sitemaps are essential tools that help search engines understand your website structure. They provide a roadmap of all your pages, ensuring that search engines can crawl them efficiently. ### Key Components of an XML Sitemap 1. **URLs**: List all URLs you want search engines to index. 2. **Priority**: Indicate the importance of each URL relative to other URLs on your site. 3. **Change Frequency**: Suggest how often a page might change. 4. **Last Modified**: Provide the last modification date of each URL. ## Optimizing Your XML Sitemap ### Keep It Updated Regularly update your XML sitemap to reflect new content or changes in URL structure. ### Use Correct Prioritization Assign higher priority to critical pages like your homepage or main product pages. ### Set Appropriate Change Frequencies Help search engines understand how often they should revisit pages by setting realistic change frequencies. ## Submitting Your XML Sitemap Once optimized, submit your XML sitemap to search engines via their webmaster tools: 1. **Google Search Console**: Add your sitemap URL under "Sitemaps." 2. **Bing Webmaster Tools**: Submit your sitemap under "Configure My Site." ## Monitoring Performance Use analytics tools to monitor how effectively search engines are crawling your site based on your sitemap data. ## Conclusion Post-XML optimization is crucial for enhancing SEO performance. By maintaining an updated and well-structured XML sitemap, you ensure better visibility and indexing by search engines. Remember, while XML sitemaps alone won't improve rankings directly, they play a vital role in facilitating efficient crawling and indexing processes. <|repo_name|>josephf23/hello-world<|file_sep|>/README.md # hello-world just another repository hi my name is joseph i like video games. file_sep|RFID MIFARE Classic card reader using MFRC522 module ======================================== [](https://www.ardu-badge.com/author/RDWebb) [](https://github.com/RDWebb/RfidMifareClassic/releases) [](https://github.com/RDWebb/RfidMifareClassic/issues) [](LICENSE) This Arduino library provides an easy way to read/write MIFARE Classic card (e.g., Mifare Classic Card) using [MFRC522 module](http://www.nxp.com/products/rfid-near-field-communication-nfc/nfc-type-cards-and-reader-writers/mfrc522-contactless-smart-card-reader-csu-module-csu1xx-with-pcb-mounting-option:NFC-CSU1xx?tab=overview). This library was created because I could not find an existing Arduino library that was easy enough for me. See [MFRC522 Arduino Library](https://github.com/miguelbalboa/rfid/tree/master/MFRC522) if you want more advanced features than this library provides. *Compatible with Arduino IDE version >=1.0* ### Requirements ### * [Arduino IDE](http://arduino.cc/en/Main/Software) * Arduino compatible board (e.g., [Arduino Uno](http://arduino.cc/en/Main/ArduinoBoardUno)) * MFRC522 module ([source](http://www.nxp.com/products/rfid-near-field-communication-nfc/nfc-type-cards-and-reader-writers/mfrc522-contactless-smart-card-reader-csu-module-csu1xx-with-pcb-mounting-option:NFC-CSU1xx)) * MIFARE Classic card (e.g., [Mifare Classic Card](http://www.nxp.com/products/rfid-near-field-communication-nfc/nfc-type-cards-and-reader-writers/mifare-classic-card-mfc1xxx)) ### Setup ### Connect MFRC522 module pins as follows: * MFRC522 pin SDA -> Arduino pin SS (10 by default) * MFRC522 pin MOSI -> Arduino pin MOSI (11 by default) * MFRC522 pin MISO -> Arduino pin MISO (12 by default) * MFRC522 pin SCK -> Arduino pin SCK (13 by default) * MFRC522 pin GND -> Arduino GND * MFRC522 pin RST -> Arduino pin RST (9 by default) * MFRC522 pin LED -> Arduino +5V (optional) Also connect MIFARE Classic card reader antenna connector as follows: * Antenna connector GND -> Arduino GND * Antenna connector VCC -> Arduino +5V See [MFRC522 datasheet](http://www.nxp.com/documents/data_sheet/MFRC522.pdf) for more details. ### Usage ### See example sketch `RfidMifareClassic_Example.ino` included with this library. c++ #include "RfidMifareClassic.h" // RFID MIFARE Classic instance using default pins RfidMifareClassic rfid; void setup() { // Initialize serial port at baud rate of 9600 Serial.begin(9600); // Initialize RFID reader using default pins if (!rfid.begin()) { Serial.println(F("RFID reader initialization failed")); while (true); } // Set LED off rfid.setLed(false); } void loop() { // Check if card present is detected if (!rfid.isCardPresent()) { return; } // Check if authentication successful using keyA if (!rfid.authenticateKeyA()) { return; } // Read block #1 data into buffer `data` byte data[16]; if (!rfid.readBlock(1,data)) { return; } // Print read data as hexadecimal string separated by spaces for (byte i=0; i<16; i++) { Serial.print(data[i],HEX); Serial.print(' '); } Serial.println(); delay(1000); } ### License ### This library is licensed under MIT license - see [LICENSE.md](LICENSE.md) file.<|repo_name|>josephf23/hello-world<|file_sep**This repository is no longer maintained** Please see https://github.com/tamahashi/RFID-MIFARE-Classic instead.<|repo_name|>josephf23/hello-world<|file_sep mantainer = "RDWebb" authors = ["RDWebb"] version = "1.0" extra = """ # MIFARE Classic commands # ### Read command ### Reads specified block from authenticated sector into buffer provided by caller. #### Parameters #### * `block` Block number (`byte`) * `buffer` Buffer (`byte[16]`) where read data will be written into #### Returns #### Returns `true` if read operation successful; otherwise returns `false`. ### Write command ### Writes specified block within authenticated sector from buffer provided by caller. #### Parameters #### * `block` Block number (`byte`) * `buffer` Buffer (`byte[16]`) containing data to write into block #### Returns #### Returns `true` if write operation successful; otherwise returns `false`. ### Authenticate command ### Authenticates specified sector using specified key type (either Key A or Key B). #### Parameters #### * `sector` Sector number (`byte`) * `keyType` Key type (`KeyA | KeyB`) * `key` Key (`byte[6]`) used for authentication process #### Returns #### Returns `true` if authentication operation successful; otherwise returns `false`. """ description = "Arduino library providing easy way to read/write MIFARE Classic cards using MFRC522 module" keywords = ["Arduino", "RFID", "NFC", "MIFARE Classic", "MFRC522"] url = "https://github.com/RDWebb/RfidMifareClassic" repository = "[email protected]:RDWebb/RfidMifareClassic.git" <|file_sepc++ #include "RfidMifareClassic.h" #define SS_PIN SS_PIN_DEFAULT // RFID reader SS pin (slave select) - SS_PIN_DEFAULT=10 by default #define RST_PIN RST_PIN_DEFAULT // RFID reader reset pin - RST_PIN_DEFAULT=9 by default #define LED_PIN LED_PIN_DEFAULT // RFID reader LED control pin - LED_PIN_DEFAULT=LED_BUILTIN by default #define DEBUG true // Enable debug output via Serial - true by default // RFID MIFARE Classic instance using custom pins RfidMifareClassic rfid(SS_PIN,RST_PIN); void setup() { // Initialize serial port at baud rate of DEBUG_BAUD_RATE defined below if debugging enabled; // otherwise initialize serial port at baud rate of SERIAL_BAUD_RATE defined below if debugging disabled. #if DEBUG == true Serial.begin(DEBUG_BAUD_RATE); #else Serial.begin(SERIAL_BAUD_RATE); #endif // Initialize RFID reader using custom pins provided above. if (!rfid.begin(SS_PIN,RST_PIN)) { #if DEBUG == true