morelinq/MoreLINQ

Features

• LINQ Operator Extensions - Extends .NET collection processing with advanced functional operators for declarative data transformation.
• LINQ Query Extensions - Adds advanced sequence manipulation and transformation operators to the standard .NET query library.
• Complex Data Structure Transformation - Provides utilities to reshape and transform sequences into arrays, dictionaries, lookups, and other data structures.
• Data Joins - Implements full, left, and right outer joins between object sequences.
• Full Outer Joins - Provides full, left, and right outer joins to combine two sequences while handling missing matches.
• Data Reshaping Operations - Provides operations for restructuring sequences via batching, windowing, and flattening.
• Sequence Analysis Tools - Performs complex joins, cardinality validation, and single-pass aggregation on data streams.
• Sequence Subset Extractions - Retrieves sequence elements based on conditions such as predicates, intervals, or specific ranges.
• Sequence Validation and Analysis - Checks sequence cardinality and content constraints or calculates statistical aggregates.
• Combined Filtering and Transformation - Combines filtering and projection into a single operation, returning results only when a function indicates a match.
• Data Sequence Manipulation - Performs advanced structural operations such as batching, windowing, and flattening on sequences.
• Lazy Sequences - Provides lazy sequences that process elements on demand using yield return logic to minimize memory usage.
• Enumerable Interface Extensions - Extends objects implementing enumerable interfaces with specialized static querying methods.
• Extension Methods - Uses .NET extension methods to augment collection interfaces with fluent, chainable data pipelines.
• Generator-Based Sequence Production - Produces sequences of values via generator functions and predefined integral ranges without allocating full arrays.
• Sequence Collection Conversions - Transforms sequences into specialized formats such as delimited strings, dictionaries, and hash sets.
• .NET Functional Toolkits - Provides a functional programming toolkit for .NET enabling declarative sequence manipulation.
• Custom Generators - Creates new sequences using seeds, indices, and recursive unfolding logic.
• Sequence Transformation Operators - Provides specialized static methods for performing complex transformations and queries on object sequences.
• Cartesian Product Generation - Generates the Cartesian product of multiple sequences by pairing every element of each sequence with every other element.
• Combinatorial Generators - Produces all possible permutations and subsets from a given set of elements using combinatorial logic.
• Sequence Generation Utilities - Creates numeric, random, recursive, or combinatorial sequences for testing and logic.
• Combinatorial Subsets - Generates all possible orderings and subsets of a given sequence.
• Stream Combinators - Merges multiple sequences into one stream using zipping, interleaving, or padding to handle length mismatches.
• Offset-Based Comparators - Projects pairs of elements separated by a specific positive lead or negative lag offset.
• Iterable Interleaving and Zipping - Merges two or more sequences into one by alternating elements from each.
• Recursive - Generates infinite or state-dependent sequences by recursively applying seed functions to an internal state.
• Table Transpositions - Swaps the rows and columns of a sequence to transpose the data structure.
• Duplicate Element Identification - Extracts all elements that appear more than once in a source sequence.
• Functional Sequence Accumulators - Applies accumulator functions over sequences to produce single results via left or right associativity.
• Hierarchical Data Traversals - Provides utilities for linearizing nested data structures using breadth-first and depth-first search patterns.
• General Purpose Tree Traversals - Enables iteration through tree structures using breadth-first or depth-first search.
• Nested List Flattening - Collapses a hierarchy of nested sequences into a single linear stream of elements.
• Null Value Filling - Replaces null entries in a sequence by propagating values forward or backward from the nearest entry.
• Sequence Cardinality Analysis - Determines if a sequence length is exactly, at least, at most, or within a specific range.
• Sequence Item Ranking - Assigns ranks to items within a sequence based on a specified key.
• Sequence Pairing Utilities - Pairs elements from two sequences by index and projects them into a new form.
• Sequence Position Tagging - Marks elements as being the first, last, or both within their sequence.
• Sequence Splitting - Divides a source sequence into multiple parts using a specified separator.
• Slice Manipulations - Provides utilities for slicing sequences from specific indices and skipping elements until a condition is met.
• Synchronous Sequence Generation - Produces sequences by recursively applying a stateful generator function.
• General Purpose Tree Traversals - Implements breadth-first and depth-first search strategies for traversing hierarchical tree and graph structures.
• Sliding Window Algorithms - Processes a sequence into a series of subsequences representing a sliding window subset.
• Asynchronous Streams - Enables asynchronous result streaming, allowing results to be processed as they complete in a non-blocking workflow.
• Consecutive Element Groupers - Clusters consecutive elements that share a common property or value into distinct segments.
• Random Sequence Generation - Produces infinite sequences of random integers based on range constraints.
• Extreme Element Search - Returns the maximal or minimal elements of a sequence based on a specified projection.
• Offset Projectors - Creates new sequences by evaluating pairs of elements separated by a specified positive offset.
• Sequence Indexing Functions - Provides utilities to pair each element of a sequence with its zero-based index.
• Sequence Zipping - Combines multiple sequences into tuples of N-th elements using padding or truncation.
• Sequence Segmentation - Divides a sequence into multiple subsequences using a specified detector.
• Numeric Range Generations - Creates series of integers within a range using specified increment or decrement steps.
• Run Length Encoding Implementations - Implements general-purpose run-length encoding to compress sequences by replacing identical consecutive elements with counts.
• Sequence Partitioning - Splits sequences into multiple sets based on predicates or keys.
• Range Length Validations - Ensures a sequence contains a specific number of elements, verifying minimums or maximums.
• Sequence Constraint Validation - Checks if a sequence meets specific conditions and throws an exception on failure.
• Single-Pass Collection Transformations - Optimizes performance by computing multiple statistical results or transformations during a single traversal of a data source.
• Distinct Element Filtering - Filters sequences to return unique elements based on custom projection functions and equality comparers.
• Element Batching - Groups elements into fixed-size chunks for processing in smaller, manageable increments.
• Stream State Accumulation - Computes running totals across a sequence to produce an intermediate result for each step.
• Application Frameworks - Extended LINQ operators for object collections.
• Functional Programming - Adds functional-style extension methods to LINQ.

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