Open AccessTHE STRUCTURAL AND PRAGMATIC FEATURES OF CODE-SWITCHES IN THE DIALOGUES OF THE NOVEL “THE MARSEILLE CAPER” BY PETER MAYLE
Author(s) -
Lyudmila A. Gunko
Publication year - 2021
Publication title -
teoretičeskaâ i prikladnaâ lingvistika
Language(s) - English
Resource type - Journals
ISSN - 2410-7190
DOI - 10.22250/2410-7190_2021_7_3_69_78
Subject(s) - code switching , computer science , sentence , type (biology) , code (set theory) , dialogic , subject (documents) , phrase , linguistics , variety (cybernetics) , simple (philosophy) , programming language , artificial intelligence , psychology , biology , ecology , pedagogy , philosophy , set (abstract data type) , epistemology , library science
This article studies the interdependence between structural and pragmatic aspects of code-switches (CS) observed in the dialogic speech of the novel «Marseille Caper» by Peter Mayle. The matrix language of bilingual utterances is English and the embedded language is French. The article provides a detailed description of the classification of code-switches according to types and the functions they perform. Different types of code-switches have been identified: intersentential (44 units), intrasentential - within a phrase (insertions - 25 units, embedded language islands - 36 units), parenthetical switches - 20 units. The study has shown that the intrasentential type (81 units) is the most frequently used code-switch type in the bilingual characters’ speech. Besides, intrasentential type occurring within a simple sentence is more popular in comparison with parenthetical switches with the embedded language islands being predominant. It is argued that the most common pragmatic function in the bilingual characters’ speech is the subject-thematical one represented by the embedded language islands. It is revealed that the code-switches in the novel perform mainly subject-thematic (62 units), emotional (18 units) and emphatic (18 units) functions. The subtype of intrasentential type - parathentical switches - is represented by the greatest variety of functions (7).