return (function(...) local k_2936a60ca2 = { 61, 32, 226, 78, 5, 249, 27, 121, 132, 218, 100, 225, 96, 170, 177, 115 } local c_f42866e442 = { 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", 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", 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", "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" } local rb_11146b188a = table.concat(c_f42866e442) local kl_84db09034a = #k_2936a60ca2 local xr_abfba6e769 = bit32 and bit32.bxor or function(a, b) local r, m = 0, 1 while a > 0 or b > 0 do local ra, rb = a % 2, b % 2 if ra ~= rb then r = r + m end a, b, m = (a - ra) / 2, (b - rb) / 2, m * 2 end return r end local dc_82e62fb42c = nil local cr_5fdcdee544 = crypt or (syn and syn.crypt) local bd_92193c9f06 = cr_5fdcdee544 and (cr_5fdcdee544.base64decode or cr_5fdcdee544.base64_decode or (type(cr_5fdcdee544.base64) == "table" and cr_5fdcdee544.base64.decode)) or base64_decode if bd_92193c9f06 then local ok_ae91c95c71, rs_36ef9f0d21 = pcall(bd_92193c9f06, rb_11146b188a) if ok_ae91c95c71 and rs_36ef9f0d21 then dc_82e62fb42c = rs_36ef9f0d21 end end if not dc_82e62fb42c then local bc_2a9b14d0d8 = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/" local lt_36d6d55382 = {} for i = 1, 64 do lt_36d6d55382[string.byte(bc_2a9b14d0d8, i)] = i - 1 end local cl_2c7b802b43 = rb_11146b188a local ln_6ed803b95d = #cl_2c7b802b43 local pd_0e50c8b1b1 = 0 if string.sub(cl_2c7b802b43, -1) == "=" then pd_0e50c8b1b1 = 1 end if string.sub(cl_2c7b802b43, -2) == "==" then pd_0e50c8b1b1 = 2 end local ol_843d48ad67 = math.floor(ln_6ed803b95d * 3 / 4) - pd_0e50c8b1b1 if bit32 and buffer and buffer.create and buffer.writeu8 and buffer.readu8 then local bf_602ed51e2f = buffer.create(ol_843d48ad67) local wi_ef19945a03 = 0 local by_1a9fe3402e = string.byte local wr_b49079f23a = buffer.writeu8 for i_e4e477616d = 1, ln_6ed803b95d, 4 do local b1_197e25bb7d = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d)] or 0 local b2_8b5e39a427 = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d + 1)] or 0 local b3_2cb4e0a51c = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d + 2)] or 0 local b4_b65c0d7ac6 = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d + 3)] or 0 local n_0ac55b2027 = bit32.bor(bit32.lshift(b1_197e25bb7d, 18), bit32.lshift(b2_8b5e39a427, 12), bit32.lshift(b3_2cb4e0a51c, 6), b4_b65c0d7ac6) if wi_ef19945a03 < ol_843d48ad67 then wr_b49079f23a(bf_602ed51e2f, wi_ef19945a03, bit32.rshift(n_0ac55b2027, 16)) wi_ef19945a03 = wi_ef19945a03 + 1 end if wi_ef19945a03 < ol_843d48ad67 then wr_b49079f23a(bf_602ed51e2f, wi_ef19945a03, bit32.band(bit32.rshift(n_0ac55b2027, 8), 0xFF)) wi_ef19945a03 = wi_ef19945a03 + 1 end if wi_ef19945a03 < ol_843d48ad67 then wr_b49079f23a(bf_602ed51e2f, wi_ef19945a03, bit32.band(n_0ac55b2027, 0xFF)) wi_ef19945a03 = wi_ef19945a03 + 1 end end dc_82e62fb42c = bf_602ed51e2f else local ot_99c12f5bf8 = table.create(math.ceil(ol_843d48ad67 / 3)) local wi_ef19945a03 = 0 local ch_b85fe35765 = string.char local by_1a9fe3402e = string.byte for i_e4e477616d = 1, ln_6ed803b95d, 4 do local b1_197e25bb7d = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d)] or 0 local b2_8b5e39a427 = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d + 1)] or 0 local b3_2cb4e0a51c = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d + 2)] or 0 local b4_b65c0d7ac6 = lt_36d6d55382[by_1a9fe3402e(cl_2c7b802b43, i_e4e477616d + 3)] or 0 local n_0ac55b2027 = b1_197e25bb7d * 262144 + b2_8b5e39a427 * 4096 + b3_2cb4e0a51c * 64 + b4_b65c0d7ac6 local b1_197e25bb7d = math.floor(n_0ac55b2027 / 65536) % 256 local b2_8b5e39a427 = math.floor(n_0ac55b2027 / 256) % 256 local b3_2cb4e0a51c = n_0ac55b2027 % 256 local rm_6a9f733118 = ol_843d48ad67 - wi_ef19945a03 if rm_6a9f733118 >= 3 then ot_99c12f5bf8[#ot_99c12f5bf8 + 1] = ch_b85fe35765(b1_197e25bb7d, b2_8b5e39a427, b3_2cb4e0a51c) wi_ef19945a03 = wi_ef19945a03 + 3 elseif rm_6a9f733118 == 2 then ot_99c12f5bf8[#ot_99c12f5bf8 + 1] = ch_b85fe35765(b1_197e25bb7d, b2_8b5e39a427) wi_ef19945a03 = wi_ef19945a03 + 2 elseif rm_6a9f733118 == 1 then ot_99c12f5bf8[#ot_99c12f5bf8 + 1] = ch_b85fe35765(b1_197e25bb7d) wi_ef19945a03 = wi_ef19945a03 + 1 end end dc_82e62fb42c = table.concat(ot_99c12f5bf8) end end local sc_0b0441d879 = nil if buffer and buffer.fromstring and buffer.readu8 and buffer.writeu8 and buffer.tostring then local bf_602ed51e2f = (type(dc_82e62fb42c) == "buffer" or typeof(dc_82e62fb42c) == "buffer") and dc_82e62fb42c or buffer.fromstring(dc_82e62fb42c) local bl_04a076b164 = buffer.len(bf_602ed51e2f) local rd_f642d3fdd6 = buffer.readu8 local wr_b49079f23a = buffer.writeu8 local ki_65186d88ee = 1 for i_e4e477616d = 0, bl_04a076b164 - 1 do local vl_16432ded61 = rd_f642d3fdd6(bf_602ed51e2f, i_e4e477616d) wr_b49079f23a(bf_602ed51e2f, i_e4e477616d, xr_abfba6e769(vl_16432ded61, k_2936a60ca2[ki_65186d88ee])) ki_65186d88ee = ki_65186d88ee + 1 if ki_65186d88ee > kl_84db09034a then ki_65186d88ee = 1 end end sc_0b0441d879 = buffer.tostring(bf_602ed51e2f) else local ds_f066f9a80c = type(dc_82e62fb42c) == "string" and dc_82e62fb42c or tostring(dc_82e62fb42c) local dl_bf1271b8b0 = #ds_f066f9a80c local ot_99c12f5bf8 = table.create(math.ceil(dl_bf1271b8b0 / 4096)) local bk_0ecc30773c = table.create(4096) local bi_0bc54836dc = 0 local ki_65186d88ee = 1 local by_1a9fe3402e = string.byte local ch_b85fe35765 = string.char local tc_0c6b01862f = table.concat for i_e4e477616d = 1, dl_bf1271b8b0 do local b_39d2440dd6 = by_1a9fe3402e(ds_f066f9a80c, i_e4e477616d) bi_0bc54836dc = bi_0bc54836dc + 1 bk_0ecc30773c[bi_0bc54836dc] = ch_b85fe35765(xr_abfba6e769(b_39d2440dd6, k_2936a60ca2[ki_65186d88ee])) ki_65186d88ee = ki_65186d88ee + 1 if ki_65186d88ee > kl_84db09034a then ki_65186d88ee = 1 end if bi_0bc54836dc == 4096 then ot_99c12f5bf8[#ot_99c12f5bf8 + 1] = tc_0c6b01862f(bk_0ecc30773c, "", 1, bi_0bc54836dc) table.clear(bk_0ecc30773c) bi_0bc54836dc = 0 end end if bi_0bc54836dc > 0 then ot_99c12f5bf8[#ot_99c12f5bf8 + 1] = tc_0c6b01862f(bk_0ecc30773c, "", 1, bi_0bc54836dc) end sc_0b0441d879 = tc_0c6b01862f(ot_99c12f5bf8) end local ld_e190aef8e0 = loadstring or load if not ld_e190aef8e0 then return nil end local fn_1c95713d08, er_a235e4e035 = ld_e190aef8e0(sc_0b0441d879) if not fn_1c95713d08 then return nil end return fn_1c95713d08(...) end)(...)