STRING FUNCTIONS IN JAVA BY N SARATH KUMAR
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![STRINGS
Strings represents a sequence of charcters
Ex:
char Name[]= new char[5];
Name[0]=¡®r¡¯
Name[1]=¡®a¡¯
Name[2]=¡®j¡¯
Name[3]=¡®a¡¯
Name[4]=¡®h¡¯
In java strings are class objects implemented by two classes
1. String class and
2. StringBuffer class
String class is used to create strings of fixed length
And StringBuffer class creates strings of flexible length
which can be modified in terms of length and content](https://image.slidesharecdn.com/javastrings-250401103921-0d8020c4/85/STRING-FUNCTIONS-IN-JAVA-BY-N-SARATH-KUMAR-1-320.jpg)
![SRINGS
String arrays:
We can also creat arrays that contain strings.
String names[]=new String[3];
String methods:
s2=s1.toLowerCase
Converts the string s1 to all lower case
s2=s1.toUpperCase
Convers the string s1 to all Upper case](https://image.slidesharecdn.com/javastrings-250401103921-0d8020c4/85/STRING-FUNCTIONS-IN-JAVA-BY-N-SARATH-KUMAR-4-320.jpg)
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All-Data, Any-AI Integration: FME & Amazon Bedrock in the Real-World
All-Data, Any-AI Integration: FME & Amazon Bedrock in the Real-WorldSafe Software
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Join us for an exclusive webinar featuring special guest speakers from Amazon, Amberside Energy, and Avineon-Tensing as we explore the power of Amazon Bedrock and FME in AI-driven geospatial workflows.
Discover how Avineon-Tensing is using AWS Bedrock to support Amberside Energy in automating image classification and streamlining site reporting. By integrating Bedrock¡¯s generative AI capabilities with FME, image processing and categorization become faster and more efficient, ensuring accurate and organized filing of site imagery. Learn how this approach reduces manual effort, standardizes reporting, and leverages AWS¡¯s secure AI tooling to optimize their workflows.
If you¡¯re looking to enhance geospatial workflows with AI, automate image processing, or simply explore the potential of FME and Bedrock, this webinar is for you!The Road to SAP S4HANA Cloud with SAP Activate.pptx
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202408³å´³´¡°Â³§±Ê´¡±·°¸é´¡°Õ±õ°¿±·³å×îÖÕ°æ.±è»å´ÚSmarter RAG Pipelines: Scaling Search with Milvus and Feast
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Learn how Milvus and Feast can be used together to scale vector search and easily declare views for retrieval using open source. We¡¯ll demonstrate how to integrate Milvus with Feast to build a customized RAG pipeline.
Topics Covered
- Leverage Feast for dynamic metadata and document storage and retrieval, ensuring that the correct data is always available at inference time
- Learn how to integrate Feast with Milvus to support vector-based retrieval in RAG systems
- Use Milvus for fast, high-dimensional similarity search, enhancing the retrieval phase of your RAG modelAutomating Behavior-Driven Development: Boosting Productivity with Template-D...
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We have successfully established our development process for Drupal custom modules, including automated testing using PHPUnit, all managed through our own GitLab CI/CD pipeline. This setup mirrors the automated testing process used by Drupal.org, which was our goal to emulate.
Building on this success, we have taken the next step by learning Behavior-Driven Development (BDD) using Behat. This approach allows us to automate the execution of acceptance tests for our Cloud Orchestration modules. Our upcoming session will provide a thorough explanation of the practical application of Behat, demonstrating how to effectively use this tool to write and execute comprehensive test scenarios.
In this session, we will cover:
1. Introduction to Behavior-Driven Development (BDD):
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- How BDD aligns with agile methodologies and enhances collaboration between developers, testers, and stakeholders.
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Automating Behavior-Driven Development: Boosting Productivity with Template-D...DOCOMO Innovations, Inc.
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STRING FUNCTIONS IN JAVA BY N SARATH KUMAR
- 1. STRINGS Strings represents a sequence of charcters Ex: char Name[]= new char[5]; Name[0]=¡®r¡¯ Name[1]=¡®a¡¯ Name[2]=¡®j¡¯ Name[3]=¡®a¡¯ Name[4]=¡®h¡¯ In java strings are class objects implemented by two classes 1. String class and 2. StringBuffer class String class is used to create strings of fixed length And StringBuffer class creates strings of flexible length which can be modified in terms of length and content
- 2. STRINGS A java string is an instantiated object of String class A java string is not a character array and it is not Null terminated. A string can be created as follows String stringname; stringname = new String(¡°string¡±); Ex: String collegename; collegename = new String(¡°Rajah college¡±);
- 3. STRINGS Like arrays we can find the length of a string by using length() method. Ex: int length= collegename.length(); length=13 Java strings can be concatenated using ¡°+ ¡° operator ex: String strin1=¡°rajah¡± String string2=¡°college¡± String string3= string1+string2; string=¡°rajahcollege¡±
- 4. SRINGS String arrays: We can also creat arrays that contain strings. String names[]=new String[3]; String methods: s2=s1.toLowerCase Converts the string s1 to all lower case s2=s1.toUpperCase Convers the string s1 to all Upper case
- 5. STRINGS s2=s1.replace(¡®x¡¯ , ¡®y¡¯) Replaces all the appearance of ¡®x¡¯ with ¡®y¡¯ s2=s1.trim() Removes the white spaces at the beginning and end of the string s1. s1.equals(s2) Returns true if s1 is equal to s2 s1.equalsIgnoreCase(s2) Returns true if s1 is equal to s2 by ignoring case s1.length() Returns the length of the string s1
- 6. STRINGS s1.charAt(n) It returns the character at positon s1.compareTo(s2) Returns true if s1<s2, positive if s1>s2 and zero if s1=s2 s1.concate(s2) Concatenates s1 and s2
- 7. STRINGS s1.subString(n) Give s a substring starting from nth character s1.subString(n,m) Gives a substring starting from nth character upto mth not including mth character. s1.indexOf(¡®x¡¯) Gives the postion of first appearance of x in string s1 s1.indexOf(¡®x¡¯,n) Gives the first appearance of ¡®x¡¯ after nth position in string s1
- 8. STRINGBUFFER CLASS StringBuffer class is used to create strings of flexible length. Strings that are created by using StringBuffer class can be modified both in terms of length and content. Ex: StringBuffer str= new StringBuffer(¡°object language¡±) StringBuffer class methods: s1.setCharAt(n,¡¯x¡¯) Modifies the nth character to x. s1.append(s2) Appends the string s2 to the end of s1
- 9. STRINGBUFFER CLASS s1.insert(n,s2) Inserts the string s2 at the postion n of the string s1 s1.setLength(n) Set the length of the string s1 to n. If n<s1.length() S1 is truncated. If n>s1.length(). Zeros are added.