TestSubjector

local node = parser:entry_stat(lex)
local diff_node = copy(node, getmetatable(node))
    
print(node.node_type) -- returns ast.unspecialized.top.Task
print(diff_node.node_type) --  returns ast.unspecialized.top.Task

print(node.node_type == ast.unspecialized.top.Task) -- returns False
print(diff_node.node_type == ast.unspecialized.top.Task) -- returns False

for k, v in pairs(ast.unspecialized.top.Task) do

TestSubjector

// Given below is a view of what the HDF5 files content can look like.  
// This information can be found by using the `H5DUMP` command.

// File Start
HDF5 "point/point.h5" {
GROUP "/" {
   GROUP "1" {
      ATTRIBUTE "total" {
         DATATYPE  H5T_STD_I32LE
         DATASPACE  SIMPLE { ( 1 ) / ( 1 ) }

TestSubjector

Julia Grammar Syntax

< program > ::= < expression_list >   
    
< expression_list > ::= < expression > < terminator > |  
                        < expression > < terminator > < expression_list >  
                          
< expression > ::= < number > |  
 < string > | 

TestSubjector

import numpy as np
import cmath
import matplotlib.pyplot as plt


def input_function(x):
    return cmath.log(x)

def input_deravative_function(x):
    return 1/x

TestSubjector

To run the main code, go to the directory containing the files and run the following commands on bash/terminal.

• gcc -o main central_code.c infixtopostfix.c parsetree.c
• ./main

To run the tests, which are an additional feature that comes with the code

• gcc -o test unittests.c parsetree.c infixtopostfix.c
• ./test

TestSubjector

using SHA
using Dates
"""
An individual block structure
"""
struct Block
    index::Int
    timestamp::DateTime
    data::String
    previous_hash::String