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code browser
code browser is an editor, sometimes with folding or other advanced layout capabilities, designed to structure source code or, by extension, other kinds of text file. Since it is typically aware of the syntax (and, to some extent, the semantics) of the text it is displaying, it is able to use various techniques to make navigation and cross-referencing faster and easier; this allows it to present a good overview of the code of large projects. An editor of this type is positioned between a traditional text editor, a Smalltalk class browser and a web browser such as Mozilla. It displays a structured text file (marker-based folding) hierarchically, sometimes using multiple panes. A code browser usually supports syntax highlighting for major languages, and frequently allows users to define highlighting schemes for other files relevant to their activities; in some cases it may also integrate the output of other programs such as gdb. Although code browsers were initially designed to edit programs, they can also be used for different tasks such as plain text outlining or helping to understand existing source code. File transfer[edit] Graphical file managers may support copying and moving of files through "copy and paste" and "cut and paste" respectively, as well as through drag and drop, and a separate menu for selecting the target path.[2] While transferring files, a file manager may show the source and destination directories, transfer progress in percentage and/or size, progress bar, name of the file currently being transferred, remaining and/or total number of files, numerical transfer rate, and graphical transfer rate. The ability to pause the file transfer allows temporarily granting other software full sequential read access while allowing to resume later without having to restart the file transfer.[3] Some file managers move multiple files by copying and deleting each selected file from the source individually, while others first copy all selected files, then delete them from the source afterwards, as described in computer file § Moving methods. Conflicting file names in a target directory may be handled through renaming, overwriting, or skipping. Renaming is typically numerical. Overwriting may be conditional, such as when the source file is newer or differs in size.[4] Files could technically be compared with checksums, but that would require reading through the entire source and target files, which would slow down the process significantly on larger files.
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