Verify each finding against the current code and only fix it if needed.

Inline comments:
In `@packages/angular-compiler/COMPILER.md`:
- Around line 444-445: The COMPILER.md entry for conformance.spec.ts has an
incorrect test count: update the table row referencing `conformance.spec.ts` to
show the actual number of tests (replace 167 with 2) so the documentation
matches the file; edit the Markdown table line containing `conformance.spec.ts`
in COMPILER.md to change the numeric count to 2.

---

Outside diff comments:
In `@packages/angular-compiler/src/lib/compile.ts`:
- Around line 845-862: The source map is generated from the original MagicString
`ms` before `elideTypeOnlyImports` runs, so when
`elideTypeOnlyImports(ms.toString())` changes the code the map becomes
misaligned; fix this by performing the elision first and rebuilding the
MagicString used for `generateMap()` — i.e., call
`elideTypeOnlyImports(ms.toString())`, assign the result to `compiledCode`, then
create a new `MagicString(compiledCode)` (or otherwise replace `ms`) before
calling `ms.generateMap({...})` so the `map` matches the returned `code` and
preserves options like `includeContent` and `hires`.

---

Nitpick comments:
In `@packages/angular-compiler/src/lib/type-elision.ts`:
- Around line 167-168: The trimming loop for declaration end only checks for
'\n' so a preceding '\r' in Windows CRLF endings remains; update the loop that
advances declEnd (the variable declared as let declEnd = node.end) to consume
both '\r' and '\n' characters (e.g., check code[declEnd] === '\n' ||
code[declEnd] === '\r' or use a small helper isLineBreak) so CRLF sequences are
fully skipped when moving declEnd past trailing line breaks.

Verify each finding against the current code and only fix it if needed.

Inline comments:
In `@packages/angular-compiler/src/lib/type-elision.ts`:
- Around line 166-168: The loop that advances declEnd from node.end only checks
for '\n' and thus fails on Windows CRLF; update the logic around declEnd
(starting at node.end) to consume both '\r' and '\n' sequences (e.g., skip a
'\r' if present and then a '\n', or treat any '\r' or '\n' as newline
characters) so CRLF ("\r\n") is fully consumed from the code buffer variable;
ensure the check references code[declEnd] and advances declEnd appropriately
until no more CR or LF characters remain.
- Around line 131-135: elideTypeOnlyImports currently removes entire import
declarations by string-manipulation causing the final compiledCode to be shorter
than the MagicString (ms) used later for sourcemap generation; update
elideTypeOnlyImports (and its use of detectTypeOnlyImportNames) to perform
removals using MagicString APIs (e.g., ms.remove(rangeStart, rangeEnd) for each
import declaration) so ms reflects the same edits, or alternatively after
producing compiledCode regenerate the sourcemap from compiledCode (using
magic-string/source-map utilities) before returning from compile.ts; ensure you
reference and update the same ranges that elideTypeOnlyImports targets so no
line/column drift occurs between ms and compiledCode.

---

Nitpick comments:
In `@packages/angular-compiler/src/lib/type-elision.ts`:
- Around line 53-66: The loop in detectTypeOnlyImportNames currently skips
namespace imports because it assumes specifiers have a .local.name and doesn't
handle ImportNamespaceSpecifier, so namespace imports used only as types won't
be detected; update the import-collection loop (in detectTypeOnlyImportNames,
referencing the importedNames set and the node.specifiers iteration) to either
explicitly handle ImportNamespaceSpecifier by checking spec.type ===
'ImportNamespaceSpecifier' and adding the namespace identifier, or—if you
intentionally don't support namespace elision—add a clear inline comment above
this loop stating that ImportNamespaceSpecifier (import * as ns) is
intentionally ignored and why, so future maintainers understand the limitation.
- Around line 131-136: elideTypeOnlyImports currently reparses the source after
detectTypeOnlyImportNames already parsed it, causing duplicate AST work; change
detectTypeOnlyImportNames to either return the parsed AST (e.g., { names, ast })
or accept a pre-parsed AST parameter so elideTypeOnlyImports can call parseSync
once (use parseSync in elideTypeOnlyImports and pass its AST into
detectTypeOnlyImportNames), then reuse that AST for the rest of the logic
instead of calling parseSync a second time; update call sites of
detectTypeOnlyImportNames accordingly (or consolidate both passes into a single
function that detects type-only names and performs elision) so parseSync is
invoked only once per source.

Verify each finding against the current code and only fix it if needed.

Inline comments:
In `@packages/angular-compiler/src/lib/type-elision.ts`:
- Around line 57-68: The collector currently adds all specifiers into
importedNames including ImportNamespaceSpecifier, which later causes the rewrite
path (rebuilding ImportDeclaration) to drop live namespace imports like `* as
ns`; update the analysis loop that populates importedNames (the for loop over
(ast as any).body and node.specifiers) to detect and skip any ImportDeclaration
that contains an ImportNamespaceSpecifier (i.e., if any spec.type ===
'ImportNamespaceSpecifier' then continue and do not add its specifiers to
importedNames), so namespace imports are excluded from type-elision rewriting
and preserved by the rewrite logic that only handles ImportDefaultSpecifier and
ImportSpecifier.
- Around line 30-31: Remove 'TSAsExpression' and 'TSSatisfiesExpression' from
the TYPE_NODE_TYPES array in packages/angular-compiler/src/lib/type-elision.ts
so the walk logic treats their expression subtrees as value-position (allowing
identifiers like imported names to be preserved); update any related comments
and ensure the walker implementation (the walk function referenced in this
module) remains unchanged so it will traverse the expression part normally. Also
add a unit test that asserts an imported identifier used only in a cast (e.g.,
const x = ImportedName as Type) is not elided to prevent regressions.