Mutable, in-memory PDF editor backed by pdf_oxide's DocumentEditor.
Summary
Functions
Releases the editor's native memory immediately.
Returns whether the editor has been released with close/1.
Opens a PDF document for editing from the given binary data.
Opens a PDF document for editing from the given binary data, raising an error if it fails.
Opens a PDF document for editing from the specified file path.
Opens a PDF document for editing from the specified file path, raising an error if it fails.
Writes all in-memory changes to a PDF file at the given path.
Writes all in-memory changes to a PDF file at the given path, raising an error if it fails.
Returns the file path from which the editor was loaded, or nil if it
was loaded from binary data.
Serialises all in-memory changes into a PDF binary.
Serialises all in-memory changes into a PDF binary, raising an error if it fails.
Types
@type save_opts() :: [ incremental: boolean(), compress: boolean(), linearize: boolean(), garbage_collect: boolean() ]
Options accepted by save/3, save!/3, to_binary/2, and to_binary!/2.
:incremental— write an incremental update instead of a full rewrite. Defaults tofalse.:compress— compress streams. Defaults totrue.:linearize— linearize the output for fast web view. Defaults tofalse.:garbage_collect— drop unreferenced objects. Defaults totrue.
Defaults mirror pdf_oxide's SaveOptions::full_rewrite(), so
calling save/2 is equivalent to save/3 with no options.
Functions
@spec close(t()) :: :ok
Releases the editor's native memory immediately.
An editor holds the source document plus its pending edits in memory on the
Rust side, normally freed only when the BEAM garbage-collects the handle.
close/1 frees it now, which matters for long-lived processes that open many
documents. Calling it is optional and idempotent.
Unsaved edits are discarded — call save/3 or to_binary/2 first.
Afterwards, functions that read or mutate the editor return
{:error, %PdfElixide.Error{reason: :closed}}, and their bang variants raise
it. source_path/1 keeps working, since it reads the struct rather than the
native handle.
editor = PdfElixide.Editor.open!("form.pdf")
:ok = PdfElixide.Form.set_value(editor, "name", "Ada")
:ok = PdfElixide.Editor.save(editor, "filled.pdf")
:ok = PdfElixide.Editor.close(editor)Returns whether the editor has been released with close/1.
@spec from_binary(binary()) :: {:ok, t()} | {:error, PdfElixide.Error.t()}
Opens a PDF document for editing from the given binary data.
Opens a PDF document for editing from the given binary data, raising an error if it fails.
@spec open(Path.t()) :: {:ok, t()} | {:error, PdfElixide.Error.t()}
Opens a PDF document for editing from the specified file path.
Opens a PDF document for editing from the specified file path, raising an error if it fails.
@spec save(t(), Path.t(), save_opts()) :: :ok | {:error, PdfElixide.Error.t()}
Writes all in-memory changes to a PDF file at the given path.
Writes all in-memory changes to a PDF file at the given path, raising an error if it fails.
Returns the file path from which the editor was loaded, or nil if it
was loaded from binary data.
@spec to_binary(t(), save_opts()) :: {:ok, binary()} | {:error, PdfElixide.Error.t()}
Serialises all in-memory changes into a PDF binary.
The result is a fully self-contained PDF that can be written to disk, stored in a database, or streamed over HTTP.
Accepts the same save_opts/0 keyword list as save/3. Note that
:incremental is not supported here — upstream returns
{:error, _} because incremental updates can only be appended to
the original file.
The whole document is serialised in native memory before being copied
into the returned binary, so peak usage is roughly twice the output
size (on top of the editor itself). For very large documents prefer
save/3, which streams to the file without that second buffer.
Serialises all in-memory changes into a PDF binary, raising an error if it fails.