private void method_29(Class195 A_0, Stream A_1) { sprḷ sprḷ = new sprḷ { ᜀ = new sprḷ.ᜀ(this, (IntPtr)this.method_28) }; sprḷ.ᜂ(this.int_0); this.method_17(A_0.method_35().BuiltinDocumentProperties, sprḷ); spr r = new spr(A_1, sprḷ); r.ᜁ(new sprᡈ(this, (IntPtr)this.method_30)); r.ᜀ(); this.method_15(A_0); int count = A_0.method_0().Count; int num4 = (count > 90) ? 3 : ((count > 60) ? 5 : ((count > 30) ? 10 : count)); List <spr⠃> list = new List <spr⠃>(); for (int i = 0; i < count; i++) { list.Add(A_0.method_63(i, 1)[i]); } for (int j = 0; j < list.Count; j++) { spr⠃ r⠃ = list[j]; r.ᜀ(r⠃); if ((j % num4) == 0) { GC.Collect(); } } r.ᜄ(); A_1.Flush(); A_0.method_51(); }
private Queue <byte[]> method_4(Class195 A_0) { this.method_3(A_0); int count = A_0.method_0().Count; int num3 = (count > 90) ? 3 : ((count > 60) ? 5 : ((count > 30) ? 10 : count)); Queue <byte[]> queue = new Queue <byte[]>(); for (int i = 0; i < count; i++) { spr⠃ r⠃ = A_0.method_63(i, 1)[i]; byte[] bytes = Encoding.UTF8.GetBytes(this.method_5(ref r⠃, false)); queue.Enqueue(bytes); if ((i % num3) == 0) { GC.Collect(); } } A_0.method_51(); return(queue); }