public void Paired_and_nested_brackets()
{
var value = "([{}({}[])])";
Assert.True(BracketPush.IsPaired(value));
}
public void Unpaired_and_nested_brackets()
{
const string actual = "([{])";
Assert.False(BracketPush.Matched(actual));
}
public void Math_expression()
{
const string actual = "(((185 + 223.85) * 15) - 543)/2";
Assert.True(BracketPush.Matched(actual));
}
public void Simple_nested_brackets()
{
const string actual = "{[]}";
Assert.True(BracketPush.Matched(actual));
}
public void Several_paired_brackets()
{
const string actual = "{}[]";
Assert.True(BracketPush.Matched(actual));
}
public void Empty_string()
{
const string actual = "";
Assert.True(BracketPush.Matched(actual));
}
public void Wrong_ordered_brackets()
{
const string actual = "}{";
Assert.False(BracketPush.Matched(actual));
}
public void Unpaired_brackets()
{
var input = "[[";
Assert.False(BracketPush.IsPaired(input));
}
public void Wrong_ordered_brackets()
{
var input = "}{";
Assert.False(BracketPush.IsPaired(input));
}
public void Complex_latex_expression()
{
var input = "\\left(\\begin{array}{cc} \\frac{1}{3} & x\\\\ \\mathrm{e}^{x} &... x^2 \\end{array}\\right)";
Assert.True(BracketPush.IsPaired(input));
}
public void Empty_string()
{
var input = "";
Assert.True(BracketPush.IsPaired(input));
}
public void Math_expression()
{
var input = "(((185 + 223.85) * 15) - 543)/2";
Assert.True(BracketPush.IsPaired(input));
}
public void Unpaired_and_nested_brackets()
{
var value = "([{])";
Assert.False(BracketPush.IsPaired(value));
}
public void Unopened_closing_brackets()
{
var value = "{[)][]}";
Assert.False(BracketPush.IsPaired(value));
}
public void Unpaired_and_nested_brackets()
{
var input = "([{])";
Assert.False(BracketPush.IsPaired(input));
}
public void Wrong_closing_bracket()
{
var input = "{]";
Assert.False(BracketPush.IsPaired(input));
}
public void Paired_and_wrong_nested_brackets()
{
var input = "[({]})";
Assert.False(BracketPush.IsPaired(input));
}
public void Paired_with_whitespace()
{
var input = "{ }";
Assert.True(BracketPush.IsPaired(input));
}
public void Unpaired_brackets()
{
const string actual = "[[";
Assert.False(BracketPush.Matched(actual));
}
public void Simple_nested_brackets()
{
var input = "{[]}";
Assert.True(BracketPush.IsPaired(input));
}
public void Paired_with_whitespace()
{
const string actual = "{ }";
Assert.True(BracketPush.Matched(actual));
}
public void Several_paired_brackets()
{
var input = "{}[]";
Assert.True(BracketPush.IsPaired(input));
}
public void Paired_square_brackets()
{
const string actual = "[]";
Assert.True(BracketPush.Matched(actual));
}
public void Paired_square_brackets()
{
var input = "[]";
Assert.True(BracketPush.IsPaired(input));
}
public void Paired_and_nested_brackets()
{
const string actual = "([{}({}[])])";
Assert.True(BracketPush.Matched(actual));
}
public void Paired_and_nested_brackets()
{
var input = "([{}({}[])])";
Assert.True(BracketPush.IsPaired(input));
}
public void Paired_and_wrong_nested_brackets()
{
const string actual = "[({]})";
Assert.False(BracketPush.Matched(actual));
}
public void Unopened_closing_brackets()
{
var input = "{[)][]}";
Assert.False(BracketPush.IsPaired(input));
}
public void Complex_latex_expression()
{
const string actual = "\\left(\\begin{array}{cc} \\frac{1}{3} & x\\\\ \\mathrm{e}^{x} &... x^2 \\end{array}\\right)";
Assert.True(BracketPush.Matched(actual));
}
public void Several_paired_brackets()
{
var value = "{}[]";
Assert.True(BracketPush.IsPaired(value));
}