People searching CAT tool tags, inline tags in translation, insert tags in CAT tools, paired tags translation, formatting tags localization, or how to fix missing tags before export are usually solving a problem that sits between language and file structure. The target sentence must sound natural, but the hidden or visible tags inside that sentence may control bold text, hyperlinks, variables, footnotes, formatting, XML structure, or other behavior that the exported file still needs.
A fast translation workflow therefore treats inline tag placement as a structural editing skill rather than as decorative cleanup. The translator has to preserve the required tag set, move tags when target word order changes, keep paired tags properly nested, insert required single tags, and verify the result before export. Current CAT-tool documentation uses practical terms such as paired tags, unpaired tags, insert tag, insert all tags, expand tags, tag QA, and tag shortcuts because tag handling remains one of the most common causes of broken or unexportable target files.
This article owns one reader job: translate naturally while placing source-required inline tags in the correct target positions with the least possible interruption. It is not a general article about placeholders, file preparation, HTML authoring, or QA configuration. The focus is the sentence-level operation: the text changes order; the structure still has to survive.
Quick answer
When a source segment contains tags, first understand what each tag controls.
Then translate the sentence for meaning.
Finally place each required tag around the target words or at the target position where the same function belongs.
The basic loop is:
read source meaning → identify tag function → draft target structure → insert or move tags → check pairing/nesting → run tag QA → confirm
Do not keep tags at source character positions merely because they started there.
Do not delete tags because they interrupt the sentence.
Tags follow function.
Target words follow target grammar.
What inline tags represent
A CAT editor may show tags for:
- bold or italic formatting;
- hyperlinks;
- footnotes;
- variables;
- embedded code;
- XML elements;
- line breaks;
- special fields;
- styled spans;
- processing instructions;
- joined-segment markers.
The visible tag is often only a compact representation of richer underlying structure.
That is why changing, deleting, or duplicating one can affect the exported file even when the target sentence looks fine inside the editor.
The translator does not need to become a developer.
They do need to respect the structural contract.
Paired tags versus single tags
Paired tags have an opening and closing boundary.
Conceptually:
<b> important phrase </b>
The target language may reorder the important phrase, but the opening and closing tags still need to surround the equivalent target content.
Single or unpaired tags mark one location.
Examples may include:
- a footnote anchor;
- a line break;
- a variable marker;
- a standalone formatting instruction.
The editing problem differs.
Paired tags protect a span.
Single tags protect a point.
Worked example 1: bold phrase moves in the target
Source:
Click Advanced settings to continue.
The target language naturally says the equivalent of:
To continue, click Advanced settings.
The words have moved.
If the translator leaves the bold tags near the original source position, the wrong phrase may become bold.
Correct tag placement follows the translated concept.
The target should read naturally first, then the paired tags should wrap the translated equivalent of “Advanced settings.”
Worked example 2: link text expands
Source:
Read the <a>privacy policy</a>.
The target equivalent of “privacy policy” is longer.
That is fine.
The paired hyperlink tags should still surround the complete translated link text.
Do not keep the closing tag after the same number of words.
Tags define functional scope, not character length.
Worked example 3: one tag marks a footnote
Source:
The figures are preliminary.{1}
The target syntax moves the note marker earlier or after punctuation according to the target style.
The translator must know whether the tag represents the footnote anchor and whether punctuation belongs before or after it.
Moving the marker may be acceptable.
Deleting it is not.
This is why expanding or inspecting tag meaning can be useful when the position is unclear.
The first speed rule: insert, do not retype
If the CAT tool provides commands such as:
- insert tag;
- insert all tags;
- insert next tag;
- insert tag by number;
- copy tag sequence;
use them.
Manual retyping of structural markup is slower and riskier.
The tool already knows the exact tag identity.
Your job is usually position, not reconstruction.
This is the same productivity logic used with placeholders: preserve the protected token and translate the relationship around it.
The second speed rule: translate around tag function, not tag shape
A visible tag may look like {1} or a small colored marker.
That shape tells you little about meaning.
Ask:
- Is it formatting?
- A variable?
- A link?
- A field?
- A line break?
- An XML element?
- A joined-segment marker?
If you know the function, placement becomes easier.
If you do not, expand the tag, inspect context, or use preview before guessing.
Source order is not target order
One of the most common tag mistakes is treating the source tag sequence as a fixed target word sequence.
Consider:
The <b>red emergency stop</b> button must remain accessible.
A target language may naturally place the modifier after the noun.
The bolded concept still needs to remain complete.
If the translator copies the tag sequence and then changes word order outside the span, bolding can split the phrase incorrectly.
Translate the unit.
Then wrap the translated unit.
Nested tags raise the stakes
Source:
<a>Read the <b>important notice</b></a>
One pair controls the link.
Another pair controls bold formatting inside the link.
The target may reorder “important notice,” but the nesting must remain valid:
link opens → bold opens → bold closes → link closes.
If the pairs cross:
link opens → bold opens → link closes → bold closes
the structure becomes invalid or unpredictable.
CAT tag QA often checks this.
The translator should understand it too.
Worked example 4: nested formatting
Suppose the target naturally places the bold phrase at the beginning of the linked text.
That is still fine.
The outer link pair can surround the full target link phrase.
The inner bold pair surrounds the emphasized portion.
Think in layers.
Outer function first.
Inner function second.
Do not move individual tag markers randomly.
Tag density changes the drafting strategy
A sentence with one formatting tag can be translated normally.
A segment with twelve tags can become visually noisy.
For dense segments:
- read the clean source meaning first;
- expand tags only if necessary;
- draft target wording mentally or in the target cell;
- insert tag pairs around completed target units;
- run tag QA.
Do not let tag markers become the sentence.
They are structure attached to the sentence.
When “insert all tags” helps
If the target order is close to the source and tags are simple, inserting all tags can save time.
You then type around the markers.
This works well for:
- short UI strings;
- stable formatting spans;
- simple labels;
- target languages with similar word order.
It works less well when target structure changes dramatically.
In those cases, tag-by-tag placement after drafting may be faster than moving many automatically inserted markers.
Use the command that minimizes correction.
When tag-by-tag insertion is better
Choose deliberate insertion when:
- the target reorders clauses;
- the formatted phrase moves;
- nested tags exist;
- only one or two tags matter;
- the source has dense markup;
- automatic insertion creates clutter.
A fast tool user does not apply one tag strategy to every segment.
They choose the method that matches structural complexity.
Tag shortcuts can remove repeated friction
When a project contains many tagged segments, keyboard commands for:
- next tag;
- all tags;
- tag by number;
- tag selection;
- expand tags;
can remove repeated mouse travel.
This is not a generic keyboard-shortcut article.
The point is specific: tags are structural items that may need insertion hundreds of times.
If the same tag action recurs, a direct command reduces interruption.
The language task remains central.
Failure mode 1: deleting tags to make the sentence easier
The target looks clean.
Export fails.
Formatting disappears.
A variable is lost.
The file cannot be generated.
The translator saved seconds and created a delivery problem.
Do not remove source-required tags unless the project explicitly permits it.
Failure mode 2: duplicating tags
The translator inserts all tags, then manually inserts one again.
The target now contains an extra marker.
Depending on file type, the result may be:
- duplicate formatting;
- broken XML;
- duplicated variables;
- export failure.
Tag QA is useful because visual reading may not reveal the duplicate.
Failure mode 3: correct tag count, wrong placement
Every required tag is present.
QA may even pass a simple count check.
But the hyperlink surrounds the wrong phrase.
The bold span emphasizes the wrong words.
The footnote marker attaches to the wrong claim.
Presence is not enough.
Function must be preserved.
Failure mode 4: paired tags cross
Nested structure becomes invalid.
This is especially easy when the target reorders phrases.
Think of paired tags like parentheses.
They must close in a structurally valid order.
If tag A opens outside tag B, tag B usually closes before tag A.
Failure mode 5: tag meaning is edited unnecessarily
Some CAT tools allow authorized users to edit tag contents.
This is advanced structural editing.
Do not change tag internals merely because the visible code looks strange.
The underlying content may belong to the source application.
Most translators should copy and place tags, not redesign them.
Failure mode 6: tags treated like ordinary punctuation
A tag is moved past punctuation without checking its function.
Sometimes that is harmless.
Sometimes punctuation is part of the formatted or linked span.
Preview can clarify.
The correct position follows the intended rendering.
Tag QA should be early enough to be cheap
Do not wait until the final export to discover missing tags.
If the CAT tool runs live tag checks, use them.
If not, run a targeted QA pass at section boundaries.
Tag errors are cheap to fix while the segment is familiar.
They are more expensive after the file has been exported, rejected, reopened, and searched.
This is the correction-distance principle applied to structure.
Worked example 5: missing closing tag
Source pair:
opening bold tag → phrase → closing bold tag.
Target contains the opening tag only.
The editor may show a warning.
Fix it immediately.
If the missing closing marker survives export, formatting can spill into later content or the file can become invalid.
Worked example 6: tag pair moves across a verb
Source:
Select <i>Automatic</i> mode.
Target natural order:
Choose the mode called <i>Automatic</i>.
The italic label remains the same named UI value.
The tag pair should surround only the translated label, not the entire target noun phrase.
This preserves interface identity.
Tags and translation memory
Translation memories often store tags with segments.
That creates two useful effects:
- repeated tagged sentences can be reused;
- tag structure can be represented as placeholders in matches.
But it also creates a risk.
A TM match may contain historical tag structure from another occurrence.
Check whether the current source tags match.
Do not assume a high linguistic match means the tag layout is identical.
Tags and fuzzy matches
A fuzzy match can appear nearly perfect while one new tag has been added.
The new structural difference may be easy to miss because the words look familiar.
When using a high fuzzy match, inspect both textual differences and tag differences.
A small tag delta can matter more than several word changes.
Tags and pre-translation
Pre-translation can seed tagged target text.
Useful.
But the target may still need word-order changes that move the tags.
Pre-translated does not mean structurally finished.
Review the segment as a target sentence, not as a preserved string.
Tags and segment boundary repair
Joining and splitting can introduce or reposition structural markers.
After boundary repair, inspect tag sequence again.
This is especially important when formatting spans or joined-segment markers sit near the boundary.
The two workflows intersect at structure.
Tags and placeholders
Both are protected structure, but not always the same thing.
A placeholder often represents dynamic content such as {name}.
An inline formatting tag may wrap a span such as bold text.
Some CAT tools represent both with similar visual markers.
The handling question is therefore functional:
- should the item remain at one point?
- or should it surround a translated span?
That determines placement.
Tags in XML-like content
Structured formats can contain tags whose validity is governed by a schema or file parser.
A translator who inserts a new tag that was not in the source needs special caution.
The tag name, type, attributes, and nesting may all need to satisfy document rules.
Unless you control the XML structure and understand the file requirements, copying existing source-required tags is much safer than inventing new ones.
The preview test
When available, preview answers a simple question:
Did the target render the structural function where I intended?
Use preview for:
- bold/italic scope;
- hyperlink labels;
- line breaks;
- footnote positions;
- formatted UI values.
Tag QA tells you whether structure is formally present.
Preview can show whether the visual result is sensible.
A fast tag routine
For a normal tagged segment:
- read source without obsessing over markers;
- identify what each tag protects;
- formulate target word order;
- insert tags with tool commands;
- check pair order;
- read target normally;
- confirm.
This routine should become quick enough that tags stop feeling like a separate task.
A dense-tag routine
For heavily tagged segments:
- expand tag information if needed;
- identify outer and inner pairs;
- mark named labels or variables;
- draft target clause order;
- insert outer pairs;
- insert inner pairs;
- place single tags;
- run QA;
- preview if the rendering matters.
Structure from outside inward.
Failure triage: which tag problem matters most?
Prioritize:
Critical
- missing required tag;
- broken pair;
- invalid nesting;
- missing variable;
- export-blocking structure.
Important
- wrong formatting scope;
- link around wrong text;
- footnote at wrong claim.
Cosmetic
- a formatting span slightly wider than the source but still semantically acceptable.
Severity guides attention.
Not every tag warning deserves the same response time.
Tag handling in spreadsheets
Spreadsheet-based localization can contain hidden structural tags from rich text, formatting, or embedded markup.
Because spreadsheet exports are particularly sensitive to structural corruption, run tag QA before delivery.
The text can be correct while the workbook generation fails.
This is one reason tag work belongs to translation productivity rather than only developer tooling.
Tag handling in XML
XML is explicit about structure.
Missing or overlapping pairs can break validation.
When the CAT tool protects XML tags, respect that protection.
Do not copy visible code into plain text manually unless the workflow requires it.
Use tag insertion commands.
Tag handling in documents
Word-processing files may represent:
- formatting spans;
- fields;
- hyperlinks;
- bookmarks;
- footnotes;
as inline tags.
The translator sees compact markers instead of the underlying document complexity.
That abstraction is helpful.
Treat the tags as handles attached to content.
Tag handling in subtitles
Subtitle formats can include markup for italics, speaker positioning, or styling.
The target may reorder the emphasized phrase.
Again, tags follow function.
However, subtitle constraints also include timing and line length.
Do not allow tag placement to obscure the timed-text reader job.
A tag audit before export
Before final export:
- run tag QA;
- check missing tags;
- check extra tags;
- check pair order;
- inspect high-risk nested segments;
- verify placeholders;
- preview representative formatted segments;
- regenerate a sample target file if the project is structurally complex.
This is much cheaper than discovering the problem in a rejected delivery.
Tag noise and attention
Dense tags can make target drafting cognitively expensive.
Use editor display options if available:
- compact tag view;
- expanded tag view only when needed;
- shortcuts;
- hidden details.
The best view shows enough structure to edit safely without turning the sentence into code.
Practice drill: move one formatting span
Take a simple tagged sentence.
Translate it into a language or structure where the emphasized phrase changes position.
Before inserting tags, write the natural target word order.
Then wrap the equivalent phrase.
Compare that with blindly copying source tag positions.
The difference teaches the core principle.
Practice drill: nested pairs
Use a source with link + bold.
Draw the nesting as parentheses:
A(B phrase B)A
Translate the phrase.
Then reproduce the same nesting around the target functions.
This makes structural validity intuitive.
Practical check: after insert-all
If you insert all tags automatically:
- count them visually;
- check their order;
- make sure target text did not get trapped between the wrong pair;
- remove no tag unless you know why;
- read the sentence without mentally pronouncing tag markers.
Practical check: after manual placement
If you place tags manually:
- compare source/target tag count;
- compare tag identities;
- check pair nesting;
- check structural single tags;
- run QA.
Manual control increases placement precision and increases omission risk.
Compensate with verification.
Transfer: markup editing
The same skill appears in HTML, XML, and rich-text editing.
Content and structure interact.
The words can move.
The markup must still describe the intended structure.
Transfer: mathematical notation
A formula can contain protected symbols and variables around translatable explanation.
You translate the prose.
You preserve formal structure.
The mental discipline is similar.
The deeper principle: preserve function while allowing language to move
Translation requires target-language freedom.
Structured files require technical stability.
Inline tags are the point where those needs meet.
The wrong response is to freeze target word order around source markup.
The other wrong response is to ignore the markup and repair the file later.
The productive rule is:
understand the tag function, translate the sentence naturally, then place the structure around the equivalent target function.
That preserves both language and file integrity.
Advanced practice: tag placement by semantic anchor
A useful way to place tags is to identify the semantic anchor they belong to.
For each tag or tag pair, ask:
What source concept does this structure attach to?
Examples:
- bold pair → warning phrase;
- hyperlink pair → linked label;
- footnote tag → factual claim;
- line break tag → visual boundary;
- variable tag → dynamic data position.
Then find the equivalent target concept.
Place the tag there.
This is more robust than counting words or copying source positions.
Create a tag map for dense segments
For a heavily tagged segment, write a tiny map before editing:
- A = outer hyperlink;
- B = bold phrase;
- C = footnote;
- D = variable.
Then read the source without tag noise.
Plan target order.
Finally place A/B/C/D.
This may sound slower.
It is much faster than repeatedly dragging tags after they become tangled.
Worked example 7: two formatted phrases exchange order
Source:
Compare <b>Current value</b> with <i>Target value</i>.
Target natural order:
Compare the <i>Target value</i> against the <b>Current value</b>.
Both formatted concepts survive.
Their order changes.
The tag identities must move with their concepts.
Source position is irrelevant.
Worked example 8: hyperlink moves to sentence end
Source:
<a>See the installation guide</a> before continuing.
Target:
Before continuing, consult the <a>installation guide</a>.
The hyperlink pair now wraps a shorter noun phrase.
That may be acceptable if the intended click target remains clear and project policy permits it.
The translator should preserve link function, not necessarily the exact source wording inside the link.
Worked example 9: line-break tag in a narrow UI
Source:
Account details {br} Security settings
The line break is deliberate.
Target labels are longer.
Should the line break remain at the same semantic point?
Preview can answer.
If the target requires a different break to avoid overflow, the project may or may not allow moving the tag.
The translator needs to know whether {br} is structural, cosmetic, or functionally required.
Worked example 10: variable inside a styled span
Source:
Welcome, <b>{name}</b>!
The bold pair surrounds the variable.
The target reorders:
<b>{name}</b>, welcome!
The variable remains bold.
Move the whole tagged unit.
Do not separate the variable from the style unless the target design requires it.
Tag integrity and grammatical agreement
Suppose a tagged product label sits inside a sentence whose article or adjective changes by gender or case.
The tag may remain unchanged while surrounding grammar changes.
This is an important principle:
tag preservation does not mean surrounding-language preservation.
Translate the grammatical frame fully.
Tags and punctuation conventions
Target punctuation can legitimately differ.
If a hyperlink or bold span ends next to punctuation, decide whether punctuation belongs inside or outside the tagged span according to:
- target style;
- semantic scope;
- source application behavior.
Do not mechanically mirror source punctuation if target convention differs.
Tags and spaces
Invisible spaces can create visible bugs.
After inserting a tag:
- check space before;
- check space after;
- check non-breaking spaces;
- check punctuation adjacency.
A missing space around a single tag can create concatenated words in export.
A duplicated space can create ugly layout.
Non-breaking spaces
Some CAT editors allow explicit non-breaking spaces.
These can matter around:
- units;
- names;
- numbers;
- currency;
- short labels.
Do not replace them casually with ordinary spaces if typography or line wrapping depends on them.
Tag-like structural characters may not look important in the grid.
Preview can reveal their function.
Directional marks
Right-to-left and mixed-direction content may contain invisible directional markers.
Treat them as structural items.
Removing a mark can scramble:
- punctuation;
- numbers;
- Latin product names;
- mixed scripts.
If the editor exposes direction-control commands, use them carefully and verify the rendered target.
Tags in right-to-left targets
Tag order can look visually confusing because logical text order and screen rendering differ.
Rely on:
- tag identities;
- editor direction support;
- QA;
- preview.
Do not reorder tag markers based only on how they appear visually in a bidirectional string.
Tag handling in machine-translated output
MT output may include copied tags.
Good.
But verify:
- no tag omitted;
- no tag duplicated;
- correct target phrase inside each pair;
- nesting valid.
Generated fluency can distract from structural errors.
Tag QA should run regardless of how the target was produced.
Tag handling in copied TM matches
A TM match may bring tags from an earlier source version.
If the current source added or removed a formatting span, the match can contain stale structure.
Compare current source tags.
Do not trust old target tag layout solely because the linguistic match is high.
Tag handling after find-and-replace
A global replacement can accidentally:
- cross a tag boundary;
- delete text adjacent to a tag;
- create duplicated punctuation around tags.
After consequential batch edits, rerun tag QA.
Structural integrity can change even when the replacement itself does not touch the marker.
Tag handling after bilingual review
External reviewers working in DOCX or spreadsheets may not understand CAT tags.
If review packages expose tags:
- instruct reviewers not to edit them;
- protect tag cells where possible;
- reimport carefully.
A harmless-looking deletion in Word can become an export failure in the CAT project.
Tag handling and locked segments
Locked segments may still contain tag issues after a source update or global change.
Do not exclude locked content from every tag audit automatically.
If source structure changed, revalidation may be necessary.
Protection state does not guarantee current structural validity.
Tag handling and file import filters
The way tags appear depends on the file filter.
A DOCX formatter, XML filter, or software-localization parser decides what becomes:
- translatable text;
- inline tag;
- locked structure.
If tags are overwhelming or nonsensical throughout the project, the import configuration may be the problem.
Do not manually repair hundreds of segments before checking upstream settings.
Recognize “tag soup”
Tag soup is a segment so dense with markers that linguistic work becomes difficult.
Common causes:
- overformatted source;
- badly converted PDFs;
- copied web content;
- fragmented styles.
Possible responses:
- simplify source formatting;
- use a different import filter;
- clean the source;
- adjust tag display.
The translator should not accept permanent cognitive overload if the source pipeline can be improved.
A tag-density threshold
Create a personal stop rule.
If more than a few tags interrupt every sentence and the pattern repeats, pause and ask:
Is this normal for the file type, or is the import broken?
This prevents a 500-segment cleanup task from masquerading as ordinary translation.
Build tag confidence
With experience, translators learn to recognize common patterns:
- bold pair;
- italic pair;
- link pair;
- variable;
- line break.
Familiar tags become low-cost.
Unfamiliar tags deserve inspection.
The skill is selective attention, not memorizing every markup language.
Use editor tag numbering intelligently
Numbered tags help you compare source and target.
If source contains:
{1} … {2}
and target also contains:
{1} … {2}
you know identities are present.
But numbering does not tell you whether the scope is semantically right.
Use numbers for structural comparison.
Use language judgment for placement.
Tag pairs as brackets
A simple mental model:
- opening tag = opening bracket;
- closing tag = closing bracket;
- content between = protected span.
This makes nested validity easier to see.
A(B…B)A is valid nested structure.
A(B…A)B is crossed.
This is not universal markup theory, but it is a useful practical check.
Tag placement and named entities
A formatted brand or product name may need exact target preservation.
If the source bolds the name, the target should usually keep the formatting around the exact approved form.
This is a high-confidence placement case.
Tag placement and translated terms
A source term may be two words.
The target term may be one word or four.
Tag span length changes.
That is fine.
The formatting belongs to the concept, not the word count.
Tag placement and sentence splitting
If a source formatting span crosses a sentence boundary, segmentation can become complex.
Do not split or join casually.
Inspect whether the tag pair can remain valid across the proposed boundary.
Some tools preserve structural tags automatically.
Others constrain the operation.
Use tag QA categories
If your QA tool distinguishes:
- missing tag;
- extra tag;
- order mismatch;
- content mismatch;
learn what each category implies.
A missing tag and a misordered tag require different repairs.
Understanding the warning makes correction faster.
A targeted tag review pass
For heavily structured projects, run a dedicated tag pass after linguistic review.
Filter to segments with:
- tags;
- tag warnings;
- variables.
Then inspect structure without re-reading every ordinary sentence.
This reduces mode switching.
Tag review and fatigue
Dense structural review is visually tiring.
Batch it in manageable blocks.
Use preview checkpoints.
Do not schedule the most tag-heavy QA after hours of difficult drafting if you know structural attention has dropped.
Fatigue budgeting applies here too.
Project-level tag instructions
A short project note can define:
- which tags may move;
- which tags must remain fixed;
- whether line-break tags may change;
- whether translators may create new tags;
- which QA is blocking.
This reduces repeated uncertainty across a team.
If tag behavior is unclear, escalate early
One unclear XML tag can affect hundreds of segments.
Ask the project manager or engineer what it means.
Do not guess and then propagate the guess.
The earlier the structural rule is resolved, the more leverage it creates.
The cost equation
Tag handling is worth optimizing when:
time saved by shortcuts + avoided export failures + avoided rework > time spent learning the tag workflow
In structured localization, this inequality is almost always true.
A few minutes of tag fluency can save hours.
Final tag-placement stress test
Before closing a heavily tagged section, select a small sample of segments and perform a deliberate stress test.
For each sample, ignore the familiar wording and ask five structural questions:
- Are all source-required tags represented?
- Does every paired tag surround the correct target-language concept?
- Are nested pairs valid rather than crossed?
- Are variables, links, footnotes, and line breaks attached to the intended target function?
- Does the exported or previewed result look and behave as expected?
This test is valuable because repeated tag work can create visual habituation. After hundreds of segments, a misplaced marker can stop looking unusual. A small fresh audit restores attention before export.
If the sample reveals recurring damage, do not keep correcting one segment at a time. Identify the pattern: a shortcut, import rule, MT output, or review process may be creating the defect repeatedly. Fix the mechanism, then rerun tag QA on the affected set.
That is the productivity payoff of structural thinking: one cause should be repaired once, not rediscovered in every row.
Summary
Inline tag placement helps people translate quickly by keeping formatting and structural information correct while target-language word order changes.
The reliable loop is:
understand → identify tag function → draft target order → insert/move tags → check pairs and nesting → run tag QA → preview when useful → confirm
Use insertion commands instead of retyping structural markup.
Do not confuse tag presence with correct tag placement.
Do not let tags dictate unnatural target grammar.
A good CAT workflow makes structural markers easy to manipulate so the translator can remain focused on meaning.
Frequently asked questions
What are inline tags in a CAT tool?
Inline tags are protected structural markers inside a segment. They can represent formatting, hyperlinks, variables, fields, XML elements, footnotes, line breaks, and other nonlinguistic structure.
What are paired tags?
Paired tags have opening and closing markers that surround a span of text, such as bold formatting or a hyperlink.
What are unpaired tags?
Unpaired or single tags mark one location rather than surrounding a text span.
Can I move tags in the target?
Often yes. Tags should normally move with the target-language function or phrase they represent, while preserving valid structure.
Why do tag errors break exports?
Tags can represent markup required by the source file format. Missing, duplicated, or invalid tags can make the reconstructed target file unusable.
Should I type tags manually?
Usually no. Use CAT-tool insertion commands so the exact protected tag identity is preserved.
What does “insert all tags” do?
It places all source tags into the target, after which you can translate around or reposition them. It is fastest when target order remains similar.
How do I handle nested tags?
Keep the nesting structurally valid. If one pair opens inside another, it normally closes before the outer pair closes.
Does tag QA prove the sentence is correct?
No. Tag QA checks structure. The target can have correct tags and wrong meaning.
When should I expand tags?
Expand tag information when you need to understand what a marker represents, especially in dense or unfamiliar structured content.
Internal-link opportunities
This article can naturally connect to:
- How People Translate Quickly | Placeholders and Non-Translatables — for fixed tokens inside target sentences.
- How People Translate Quickly | Live QA Warnings — for catching missing or invalid tags early.
- How People Translate Quickly | In-Context Preview — for checking how tagged formatting renders.
- How People Translate Quickly | Segment Boundary Repair — for tag-sensitive join/split operations.
- How People Translate Quickly | Round-Trip File Tests — for proving structured files export correctly.