here is what I suggest you could do

100%

here is what I suggest you could do

✓ Published0🌍 Public

Last edited Dec 13, 2013

Created on Dec 13, 2013

This example demonstrates how Ruby overrides object equality to ensure that distinct instances with the same `id` are treated as identical, using ActiveSupport’s `present?` and the `alias :eql? :==` pattern. It shows the result of `Array#uniq_by` (from Active Support) collapsing three `Article` objects into one, even though they are separate instances. The code relies on `attr_accessor :id`, the `==` method, and the `eql?` alias to define value-based comparison. The output is a single `Article` object, illustrating the effect of custom equality in collections. The implementation uses Ruby’s core classes and Active Support extensions.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 3908cc252b823e449510

This example demonstrates a Swift extension that removes duplicate elements from an array of strings, converting the initial list containing repeated values like "P" and "C" into a unique sequence. The custom `unique()` method uses the standard library’s `reduce` function alongside a generic `contains` check to build a filtered result. The code explicitly converts each element to a generic type `T` and appends it only if it is not already present. The final output, printed via `println()`, shows the deduplicated array in its original order, preserving the first occurrence of each string.

CColinEberhardt

48% match

Loading thumbnail…

underscore-d3

This example pairs Underscore.js collection methods with their D3 and vanilla JavaScript equivalents, showing how functions like `each`, `map`, `reduce`, and `sortBy` translate across libraries. It demonstrates D3’s `d3.values`, `d3.entries`, `d3.map`, and `d3.nest` as alternatives for object iteration and grouping, while also highlighting pitfalls like lexicographic sorting and nondeterministic comparators. The code samples use small inline arrays and objects, such as `[1, 2, 3]` and `{one: 1, two: 2, three: 3}`, to illustrate each transformation clearly.

11wheel

48% match

Loading thumbnail…

Gist 50451

This example visualizes Ruby method lookup by displaying the ancestor chain for a given class and method. It shows the hierarchy of `Array < Enumerable < Object < Kernel` and highlights which ancestors define the queried method, using plain text output. The code relies on Ruby’s reflection APIs, including `ancestors`, `instance_methods`, and `singleton_methods`, to inspect class relationships. It prints a search log that marks each ancestor as defining the method as an instance or singleton method, or not at all, making the inheritance behavior explicit.

DDylanFM

47% match

Loading thumbnail…

Making comparisons in XQuery

XQuery’s comparison operators are demonstrated through paired queries that contrast general comparisons with existential quantifiers. The code uses the XQuery `some`/`every` expressions and `satisfies` clauses to test set membership, while `=` and `eq` show value-based versus sequence-based equality. The examples, sourced from a gist, handle XML data with `isbn` attributes and use `where` clauses with `@num` comparisons. A node identity check via the `is` operator highlights how XQuery distinguishes node identity from value equality, all rendered in concise .xqy files.

CCliffordAnderson

47% match

Loading thumbnail…

Gist 7026512

This example demonstrates object-oriented JavaScript patterns for modeling zoo animals, showing how constructor functions and prototypes create shared behavior. The code defines an `Animal` constructor with `identify()` and `name()` methods on its prototype, while a `Zoo` object manages collections of animals. Although the zoo methods contain incomplete logic, the driver code tests animal identification, leg counts, and prototype method sharing across instances. The example uses plain JavaScript—no external libraries—relying on `console.log` for output and a custom `assert` function for validation. It illustrates inheritance and code reuse, though the zoo aggregation methods remain non-functional as written.

EElaineYu

45% match

Loading thumbnail…

Gist 54292

This example demonstrates how Ruby’s `instance_variable_set` and `instance_variable_get` can dynamically alter and read an instance variable defined on a class, using a module-scoped `@foo` that starts as `"bar"` and is changed to `"changed"` via a nested class method. The code defines a `What` module containing `@foo` and a `Whatever` class whose `change_foo` method mutates that variable, then prints its initial and updated values using `p`. The output, shown as comments (`# >> "bar"` and `# >> "changed"`), confirms the state change. No external libraries or rendering APIs are used; the example relies solely on Ruby’s core object model and metaprogramming features.

DDylanFM

45% match

Loading thumbnail…

Gist 71504fe8a72f82b34a64b5586bf0a67f

This example demonstrates a nested-loop algorithm for removing duplicate values from an array, highlighting the logic behind the process. The code defines `removeDuplicatesNested`, which compares each element against every other element using a nested `for` loop, tracking potential matches with a `duplicateFound` flag. It pushes non-duplicate items into a new `returnArray`, though the inner loop’s condition incorrectly checks `returnArray` instead of the original `array`, leading to flawed duplicate detection. The implementation relies solely on standard JavaScript array methods and loops, with no external libraries or rendering APIs. The data source is the input array passed directly to the function, and the visualization focuses on the control flow and comparison steps rather than graphical output.

WWill Carter

44% match

Loading thumbnail…

Gist 7356491

This example demonstrates object-oriented JavaScript patterns for modeling a zoo’s animal inventory, using a custom `Animal` constructor and a `Zoo` object literal to organize data. The code filters animals by leg count through the `Array.prototype.filter` method, separating bipeds from quadrupeds, and includes an `identify` prototype method that returns a descriptive string. The driver code runs assertions to validate the logic, while the Zoo’s `init` method initializes the animal list. No external visualization libraries are used; the focus is on plain JavaScript structure and functional testing.

EElaineYu

44% match