Fall Back Function in Solidity

Fall Back Functions in Solidity

Introduction The solidity fallback function is executed if no one of the opposite functions matches the function identifier. It is executed if no data was given the call. Just one unnamed function is frequently assigned to a contract. It’s executed whenever the contract receives plain Ether with no data. The fallback function must be marked payable to receive Ether and add it … Read more

Polymorphism and Function Overloading in Solidity

Introduction Solidity is an object-oriented programming language that supports contract composition. It means combining many contracts or data types together to make complex data structures and contracts. Solidity also supports inheritance flanked by smart contracts. Inheritance is the process of essential many contracts that are linked to each other over parent-child relationships. In this post, … Read more

The Byte Data Type in Solidity

The Byte Data Type in Solidity

Introduction In Solidity programming the type of each variable whichever that is a state or local variable needs to be specified. Solidity delivers many elementary types that can be linked to make complex types. The types may relate to each other in languages covering operators. A data type permits the compiler to check the accurate … Read more

Literals And Integers in Solidity


Literals Solidity gives the usage of literal for assignments to variables. Literals don’t have names; they’re the values themselves. Variables can change their values during program execution, but a literal remains an equivalent value throughout. Take a glance at the subsequent samples of various literals: Ilustrations of integer literals are 1, 10, 1,000, -1, and -100. Examples of string literals are “Ritesh” and ‘Modi’. String literals are … Read more

How to Build a Smart Contract with Solidity?

Smart Contract with Solidity

Introduction Solidity smart contract was created by Dr. Gavin Wood as a language explicitly for writing smart contracts with features to directly support execution within the decentralized environment of the Ethereum world computer. The resulting attributes are quite general, then it’s ended up getting used for coding smart contracts on several other blockchain platforms. It … Read more

Debugging in Solidity

Debugging in Solidity

Introduction Debugging is a crucial exercise when authoring Solidity smart contracts. Debugging denotes finding issues, bugs, and removing them by changing code. It’s very difficult to debug a sensible contract if there’s adequate support from tools and utilities. Generally, debugging involves executing each line of code step by step, finding the present state of temporary, … Read more

Solidity Exception And Error Handling

  Solidity Exception And Error Handling

Introduction Writing contracts is that the fundamental purpose of Solidity. However, writing a contract demands sound error and exception handling. Errors and exceptions are the norms in programming and Solidity provides ample infrastructure for managing both. Writing robust contracts with proper error and exception management is one of the highest best practices. Events are another important construct in Solidity. … Read more