Can tin(IV) sulfide be synthesized from tin(II) chloride via oxidation with sulfite in acidic media? Will the following reaction occur?

$$\ce{2Na2SO3 + 6SnCl2 + 12HCl → 4NaCl + 5SnCl4 + SnS2 + 6H2O}$$

I'm going to synthesizing $\ce{SnS}$ and $\ce{SnS2}$ NP's, but our supply is runned out and deadline of assignment is coming to soon, so will this reaction  occur? If it is possible, what is are the conditions of this reaction?
Yes, the reaction

$$\ce{2 Na2SO3 + 6 SnCl2 + 12 HCl → 4 NaCl + 5 SnCl4 + SnS2 + 6 H2O}$$

is described in chapter 35.6.4 Reactions of chalcogen oxo-compounds of the Russian translation [1, p. 526] of Blumenthal's Anorganikum 10th Ed. (in German).
Unfortunately, I don't posses original German edition, so the following is my English translation of the procedure:


  To the 0.5 M solution of $\ce{SnCl2}$ in 12 M $\ce{HCl}$ in three test tubes 0.2 M solutions containing $\ce{SO3^2-}$, $\ce{SeO3^2-}$ and $\ce{TeO3^2-}$ are added. In all three tubes precipitations of $\ce{SnS2}$, $\ce{Se}$, and $\ce{Te}$, respectively, are formed.


Original Russian text:


  К 0.5 M раствору $\ce{SnCl2}$ в 12 M $\ce{HCl}$, находящемуся в трех пробирках, 
  приливают 0.2 M растворы, содержащие $\ce{SO3^2-}$, $\ce{SeO3^2-}$ и $\ce{TeO3^2-}$. Во всех трех пробирках наблюдается выпадение осадков, которые представляют со­бой $\ce{SnS2}$, $\ce{Se}$ и $\ce{Te}$ соответственно.


References


G. Blumenthal, S. Engels, I. Fitz, W. Haberditzl, K.-H. Heckner, G. Henrion, R. Landsberg, W. Schmidt, G. Scholz, P. Starke, I. Wilke, K.-Th. Wilke Anorganikum: Lehr- und Praktikumsbuch der anorganischen Chemie mit einer Einführung in die physikalische Chemie; Ed. of Russian translation: L. Kolditz; Mir: Moscow, 1984; Vol. 1.