Best File Extension Extractors in Erlang to Buy in January 2026
HeeYaa Nail File 12 PCS Professional Reusable 100/180 Grit Double Sides Washable Nail File Manicure Tools for Poly Nail Extension Gel and Acrylic Nails Tools Suit for Home Salon
-
HIGH-QUALITY MATERIALS: DURABLE ADHESIVE AND EMERY FOR LONG-LASTING USE.
-
VERSATILE SET OF 12: PERFECT FOR SALONS, HOBBIES, AND DIY NAIL ART.
-
WASHABLE & REUSABLE: EASY TO CLEAN, WATER-RESISTANT FOR LASTING PERFORMANCE.
REXBETI 25Pcs Metal File Set, Premium Grade T12 Drop Forged Alloy Steel, Flat/Triangle/Half-round/Round Large File and 12pcs Needle Files with Carry Case, 6pcs Sandpaper, Brush, A Pair Working Gloves
- DURABLE T12 STEEL FILES FOR LONG-LASTING, HIGH-PERFORMANCE CUTTING.
- COMPREHENSIVE 25-PIECE SET, INCLUDING LARGE AND PRECISION FILES.
- ERGONOMIC RUBBER HANDLE ENSURES COMFORT FOR EXTENDED WOODWORKING USE.
2 Pack Round File Handle with Ajustable Tightening Nut, File Cutting Tool Files Round Handle Replacement Accessories Plastic Nylon Handles for Chainsaw Files Diameter 4mm-5mm 0.2 Inch Hole Saw Chain
- RUGGED NYLON BUILD: ULTIMATE DURABILITY FOR HEAVY-DUTY USE IN ANY PROJECT.
- ERGONOMIC DESIGN: COMFORT GRIP REDUCES FATIGUE FOR LONG-LASTING TASKS.
- QUICK INSTALL: ADJUSTABLE FIT FOR VERSATILE USE ACROSS VARIOUS TOOLS.
WORKPRO W051002 10 In. Flat File – Durable Steel File to Sharpen Tools and Deburr, Comfortable Anti-Slip Grip, Double Cut – Tool Sharpener for Professionals and DIY (Single Pack)
-
ERGONOMIC, ANTI-SLIP GRIP ENSURES COMFORT AND CONTROL DURING USE.
-
DURABLE, DOUBLE-CUT TEETH MAKE SHARPENING FAST AND PRECISE.
-
VERSATILE TOOL FOR DEBURRING AND FILING FOR ALL SKILL LEVELS.
CRAFTSMAN Needle File Set, 6 Piece (CMHT82529)
- ACHIEVE PRECISION WITH NEEDLE FILES FOR DETAILED PROJECTS.
- ENJOY COMFORT WITH SURE-GRIP RUBBER HANDLES FOR EASY USE.
- SMOOTH PATTERN ENSURES LIGHT MATERIAL REMOVAL WITH EASE.
17Pcs File Tool Set with Carry Case,Premium Grade T12 Drop Forged Alloy Steel, Precision Flat/Triangle/Half-round/Round Large File and 12pcs Needle Files/1 brush
ValueMax 7PCS Interchangeable Needle File Set, Small File Set Includes Flat, Flat Warding, Round, Half-Round, Square, Triangular File and A Handle, Suitable for Shaping Metal, Wood, Jewelry, Plastic
- VERSATILE SET FOR ALL PROJECTS: INCLUDES 6 FILE TYPES FOR DIVERSE TASKS.
- COMPACT AND PORTABLE STORAGE: ORGANIZED CASE ENSURES EASY TRANSPORT ANYWHERE.
- ERGONOMIC GRIP FOR EFFICIENCY: COMFORTABLE, LONGER HANDLES ENHANCE USABILITY.
Hi-Spec 17 Piece Metal Hand & Needle File Tool Kit Set. Large & Small Mini T12 Carbon Steel Flat, Half-Round, Round & Triangle Files. Complete in a Zipper Case with a Brush
- VERSATILE 16-PIECE SET FOR PRECISION FILING ACROSS MULTIPLE MATERIALS.
- DURABLE T12 CARBON STEEL FOR EXCEPTIONAL HARDNESS AND LONGEVITY.
- ORGANIZED STORAGE CASE FOR EASY TRANSPORT AND TOOL PROTECTION.
MelodySusie Electric Nail Drill Machine,PC120I Portable Electric Nail File Efile Set for Acrylic Gel Nails, Manicure Pedicure Tool with Nail Drill Bits Sanding Bands Dust Brush, Black
- 20,000RPM POWER: VERSATILE NAIL DRILL FOR ALL NAIL TYPES AND ARTISTRY.
- LOW HEAT & NOISE: OPERATES QUIETLY WITH MINIMAL VIBRATION FOR COMFORT.
- ADJUSTABLE SPEED: EASILY CUSTOMIZED FOR PROS AND BEGINNERS ALIKE.
In Erlang, you can get the extension from a string filename using the following steps:
- Start by importing the file library module with the following line of code:
-include_lib("kernel/include/file.hrl").
- Define a function that takes a filename as a string parameter and returns its extension:
get_extension(FileName) -> case filename:split_extension(FileName) of {Base, Extension} -> Extension; _ -> "" end.
- The filename:split_extension/1 function splits the filename into a base name and an extension. If an extension exists, it will be returned. Otherwise, an empty string will be returned.
- To use the get_extension/1 function, simply call it with a filename as a string:
FileName = "example.txt", Extension = get_extension(FileName), io:format("Extension: ~s~n", [Extension]).
In this example, the filename "example.txt" is passed to the get_extension/1 function, and the extension "txt" will be printed using io:format/2.
Remember to handle the case where the filename has no extension by checking for an empty string.
How to get the last component of a file extension in Erlang?
To get the last component of a file extension in Erlang, you can use the filelib module's splitext/1 function. Here's an example:
-module(file_extension). -export([get_last_component/1]).
get_last_component(FilePath) -> {_, Extension} = filelib:splitext(FilePath), lists:last(string:tokens(Extension, ".")).
In this example, the get_last_component/1 function takes a file path as input and returns the last component of the file extension.
First, the splitext/1 function splits the file path into a tuple of base name and extension. Then, the extension is tokenized using the string:tokens/2 function, splitting it into a list of components. Finally, the lists:last/1 function is used to get the last component from the list.
Here's an example of how you can use this function:
1> file_extension:get_last_component("/path/to/file.tar.gz"). "gz"
In this example, the function returns "gz" as the last component of the file extension.
How to check if a filename has a valid extension in Erlang?
To check if a filename has a valid extension in Erlang, you can use pattern matching and regular expressions. Here's an example function that checks if a file name has a valid extension:
-module(filename_check). -export([has_valid_extension/1]).
has_valid_extension(Filename) -> case re:run(Filename, "\\.[a-zA-Z0-9]+$", [{capture, none}]) of nomatch -> false; %% No valid extension found _ -> true end.
In this function, the regular expression "\\.[a-zA-Z0-9]+$" matches a dot followed by one or more alphanumeric characters at the end of the string. It uses the re:run/3 function to check if the regular expression matches the given filename. If it doesn't match, nomatch is returned, indicating that the filename doesn't have a valid extension. If it matches, _ (a wildcard) is returned, indicating that the filename has a valid extension.
Here's an example usage:
1> filename_check:has_valid_extension("example.txt"). true 2> filename_check:has_valid_extension("example"). false
In the first example, the filename "example.txt" has a valid extension, so the function returns true. In the second example, the filename "example" doesn't have a valid extension, so the function returns false.
How to retrieve the file name without the extension in Erlang?
To retrieve the file name without the extension in Erlang, you can use the filename:basename/1 function from the filename module along with some string manipulation functions. Here is an example:
-module(file_utils).
-export([get_filename_without_extension/1]).
get_filename_without_extension(FilePath) -> {ok, FileName, _} = file:consult_filename(FilePath), BaseName = filename:basename(FileName), remove_extension(BaseName).
remove_extension(FileName) -> case string:rfind(FileName, ".") of {match, Index} -> string:substr(FileName, 1, Index-1); nomatch -> FileName end.
In the above code, the get_filename_without_extension/1 function first uses file:consult_filename/1 to get the file name from the provided file path. Then, it uses filename:basename/1 to remove the directory prefixes from the file name. Finally, the remove_extension/1 function is used to remove the extension from the file name by finding the last occurrence of "." using string:rfind/2 and extracting the substring before it using string:substr/3.
Here is an example usage:
1> file_utils:get_filename_without_extension("/path/to/file.txt"). "file"
This will return the file name "file" without the extension ".txt".
What is the maximum length limit for a file extension in Erlang?
In Erlang, there is no maximum length limit for a file extension. File extensions are simply part of the file name and can be any length, as long as the overall file name does not exceed the maximum file name length imposed by the operating system. The maximum file name length varies depending on the operating system and file system being used.
What are the common file extensions used in Erlang?
The common file extensions used in Erlang are:
- .erl - This is the file extension for Erlang source code files. It contains the code written in the Erlang programming language.
- .hrl - This file extension is used for Erlang header files. Header files contain included libraries and definitions, which are used by Erlang source code files.
- .beam - After compiling Erlang source code files, the resulting binaries are stored with the .beam file extension. These files can be executed by the Erlang Virtual Machine (BEAM).
- .yrl - This extension is used for Erlang Yecc parser files. Yecc is a parser generator in Erlang, and these files contain parser specifications.
- .app - Erlang applications are packaged and deployed using .app files. These files contain metadata and configuration information about the Erlang application.
- .conf - Configuration files in Erlang often use the .conf extension. These files contain settings and preferences for applications or systems.
- .sml - Some Erlang projects may include Standard ML (SML) files, which have the .sml extension. SML is another functional programming language that can be used alongside Erlang.
Please note that these are some common file extensions used in Erlang, but there might be additional or project-specific file extensions depending on the specific use case or framework being utilized.