Arabic Unicode Inspector
Inspect every Arabic or mixed-text code point, escape value, block, category, script, mark, and hidden direction control.
Quick Answer: This Arabic Unicode inspector turns entered text into a character-by-character technical table. It reports code-point indexes, Unicode values, UTF-16 escapes, broad names, blocks, categories, scripts, and warnings. Hidden controls become visible labels. The original text remains unchanged and stays inside your browser.
Inspect Arabic Unicode characters
Paste Arabic, mixed-script, OCR, database, or bidirectional text.
Visible Unicode sequence
| # | Character | Code point | UTF-16 escape | Broad name | Block | Category | Script | Flags | Copy |
|---|---|---|---|---|---|---|---|---|---|
| Enter text to inspect its code points. | |||||||||
How do you use the Arabic Unicode inspector?
Paste or type text in the input box. The table updates while you work. Press Inspect Characters for a clear status message.
Copy the original string without cleaning or normalizing it first.
Review hidden controls, combining marks, scripts, and blocks.
Save escapes or a table before changing the source.
The visual sequence places a box around each code point. Spaces, line breaks, and controls receive readable labels. This helps reveal items that normal rendering hides.
Use the copy button in any table row to copy its `U+` value. Copy Escapes creates a full JavaScript-style Unicode escape sequence.
How does an Arabic Unicode inspector work?
Digital text is a sequence of Unicode code points. The inspector iterates by code point, so supplementary characters such as many emoji are not split into two rows.
Each row receives a zero-based code-point index. The page calculates its hexadecimal value, UTF-16 escape, broad block, general category, likely script, and diagnostic flags.
What are code points and UTF-16 escapes?
A code point is written as `U+` followed by hexadecimal digits. For example, Arabic letter Seen is U+0633. The escape `\u0633` can represent it in JavaScript source.
Code points above U+FFFF require a UTF-16 surrogate pair when written with `\u` escapes. The tool reports both halves together. This differs from a single code-point value.
Why are hidden Arabic controls important?
Bidirectional controls can change display order without showing a visible shape. Zero-width characters can affect joining, cursor movement, searching, or matching.
These controls can be valid in multilingual text. They can also cause confusing output or security concerns. Inspect their purpose before removal.
What methodology does the Arabic Unicode checker use?
Block names come from explicit code-point ranges. Script and category labels use browser Unicode property escapes. The page does not fetch a remote character database.
Broad names are descriptive labels, not the complete official Unicode name for every character. Common Arabic marks, spaces, and controls receive specific names. Other letters receive category-based names.
| Field | Method | Scope |
|---|---|---|
| Index | Zero-based code-point order | Not a UTF-16 code-unit index |
| Code point | Hexadecimal Unicode scalar value | Shown as U+XXXX or longer |
| UTF-16 escape | One unit or surrogate pair | Useful in JavaScript strings |
| Block | Explicit range lookup | Broad technical grouping |
| Category | Unicode property tests | Letter, mark, number, punctuation, separator, symbol, or control |
| Script | Unicode script property tests | Arabic, Latin, inherited, common, or other |
| Flags | Known control and mark checks | Diagnostic warning only |
The inspector does not normalize or repair input. This preserves the exact sequence for review. Use the Arabic Text Normalizer only after documenting the original.
What does a detailed Arabic Unicode example show?
Consider سَ. It contains Arabic letter Seen followed by Fatha. The reader may perceive one marked letter, but the inspector creates two rows.
Seen is U+0633 and belongs to the Arabic block. Fatha is U+064E, a combining mark in the same block. The Fatha row receives a combining-mark flag.
| Index | Item | Code point | Category | Flag |
|---|---|---|---|---|
| 0 | س | U+0633 | Letter | Arabic script |
| 1 | ◌َ | U+064E | Combining mark | Combining mark |
Additional verified Unicode examples
A regular space is U+0020 and receives the label SPACE. A line feed is U+000A and appears as a visible `[LF]` token.
Zero Width Non-Joiner is U+200C. The visualizer labels it `[ZWNJ]` and the warning reports a hidden or direction control.
The emoji 😊 is U+1F60A. It uses one code-point row but two UTF-16 code units. The escape column shows its surrogate pair.
How should you interpret Arabic Unicode results?
Begin with warnings, then inspect nearby rows. A combining mark after an Arabic letter is often normal. An unexpected control inside a name or identifier deserves closer review.
Block membership does not prove language or meaning. Arabic blocks contain letters, digits, punctuation, marks, and controls used across several languages.
What should you do with a hidden-character warning?
Save the original and identify the exact code point. Check whether mixed-direction display or joining requires it. Compare behavior in the destination system.
Do not delete all controls automatically. Some are intentional. If removal is required, use a controlled cleaner with a before-and-after log.
Which Unicode fields answer common Arabic text questions?
| Question | Field | Reason |
|---|---|---|
| What value is stored? | Code point | Identifies the Unicode scalar value. |
| How can code represent it? | UTF-16 escape | Shows JavaScript-compatible units. |
| Is it a letter or mark? | Category | Separates general character classes. |
| Is it Arabic script? | Script | Reports the broad script property. |
| Is it hidden? | Flags and visual token | Surfaces controls without deleting them. |
| Why does it look unusual? | Neighbor rows and block | Combining order and font support may matter. |
What common Arabic Unicode mistakes should you avoid?
Counting UTF-16 units as code points
Supplementary characters use surrogate pairs. Code-unit length can exceed the code-point total.
Assuming an Arabic block contains only letters
Arabic blocks also include digits, punctuation, marks, and controls. Check category and script separately.
Deleting every hidden control
Some controls support correct joining or direction. Review intent and destination behavior before removal.
Normalizing before inspection
Normalization can change the evidence you need to diagnose. Export the original sequence first.
Treating broad labels as official Unicode names
This browser-only tool provides broad names. Consult the Unicode Character Database for authoritative names and properties.
What limitations and security issues affect Unicode inspection?
The browser controls available Unicode property data. Broad block ranges and labels are practical diagnostics, not a complete copy of the Unicode Character Database.
Bidirectional controls can contribute to misleading visual order in source code or identifiers. This page warns about common controls but does not perform a full security audit.
Fonts may hide unsupported characters or place marks poorly. Compare the code-point table with a suitable Arabic font and the final application.
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Choose a focused tool for Unicode inspection, normalization, counting, and cleanup.
Arabic Unicode inspector FAQs
Does the inspector change my text?
No. It reads the exact entered sequence and does not normalize or remove characters.
What is a Unicode code point?
It is a numbered value assigned to a text character or control in the Unicode Standard.
Why can one visible Arabic letter produce two rows?
A base letter and combining diacritic are separate code points even when rendered together.
Does the tool show hidden characters?
Yes. Common spaces, line breaks, zero-width characters, and direction controls receive visible labels.
Are the names official Unicode names?
Common controls and marks receive specific names. Other items use broad descriptive names.
Can it inspect mixed Arabic and English text?
Yes. The table reports Arabic, Latin, common, inherited, and other script groups.
Is my text uploaded?
No. Inspection and exports run locally in the browser.
Can I export Unicode escapes?
Yes. Copy the full escape sequence or download CSV and JSON reports.
Reviewed by: Moulana Haji Abdul Basit (Islamic Scholar & Mentor)
Last Updated: August 29, 2026
Sources for Arabic Unicode inspection
View authoritative sources
Disclaimer: This is a technical diagnostic aid, not a complete Unicode security scanner or authoritative character database. Verify sensitive findings with official Unicode data.
Final Unicode inspection check
Before editing a suspicious string, save its original code-point report and reproduce the issue in the destination application. Rendering behavior can depend on fonts, browser engines, and surrounding text.
Document any removed or replaced control by its exact `U+` value. This makes later review safer and reproducible.
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