76 def ZipName(rows, leftovers, aligned):  argument
77   return zip_Nx8_neon.BuildName(rows, leftovers, aligned)
80 def GenerateZipRhs(emitter, aligned, cols, leftovers):  argument
84       ZipName(3, leftovers, aligned),
92         ZipName(cols, leftovers, aligned),
110                     rows, cols, leftovers):  argument
113       ZipName(rows, leftovers, aligned),
134 def GenerateQuantized8BitMul(emitter, aligned, rows, cols, leftovers):  argument
138                   cols, leftovers)
151                     cols, leftovers)
159 def GenerateFullMul(emitter, result_type, aligned, rows, cols, leftovers):  argument
162                   cols, leftovers)
170                     rows, cols, leftovers)
209 def GenerateGemm(emitter, output_type, aligned, rows, cols, leftovers):  argument
212       BuildName(output_type, aligned, rows, cols, leftovers),
217   emitter.EmitAssert('k %% 8 == %d' % leftovers)
221     GenerateZipRhs(emitter, aligned, cols, leftovers)
222     GenerateQuantized8BitMul(emitter, aligned, rows, cols, leftovers)
225     GenerateZipRhs(emitter, aligned, cols, leftovers)
226     GenerateFullMul(emitter, 'int32', aligned, rows, cols, leftovers)
229     GenerateZipRhs(emitter, aligned, cols, leftovers)
230     GenerateFullMul(emitter, 'float', aligned, rows, cols, leftovers)
237 def GenerateGemmCall(emitter, output_type, aligned, m_mod, n_mod, leftovers):  argument
240                     BuildName(output_type, aligned, m_mod, n_mod, leftovers)),
248   for leftovers in range(0, 8):
249     emitter.EmitCase(leftovers)
251     GenerateGemmCall(emitter, output_type, aligned, m_mod, n_mod, leftovers)