97 def ZipName(rows, leftovers, aligned):  argument
98   return zip_Nx8_neon.BuildName(rows, leftovers, aligned)
101 def GenerateZipRhs(emitter, aligned, cols, leftovers):  argument
105       ZipName(3, leftovers, aligned),
113         ZipName(cols, leftovers, aligned),
131                     rows, cols, leftovers):  argument
134       ZipName(rows, leftovers, aligned),
155 def GenerateQuantized8BitMul(emitter, aligned, rows, cols, leftovers):  argument
159                   cols, leftovers)
172                     cols, leftovers)
180 def GenerateFullMul(emitter, result_type, aligned, rows, cols, leftovers):  argument
183                   cols, leftovers)
191                     rows, cols, leftovers)
230 def GenerateGemm(emitter, output_type, aligned, rows, cols, leftovers):  argument
233       BuildName(output_type, aligned, rows, cols, leftovers),
238   emitter.EmitAssert('k %% 8 == %d' % leftovers)
242     GenerateZipRhs(emitter, aligned, cols, leftovers)
243     GenerateQuantized8BitMul(emitter, aligned, rows, cols, leftovers)
246     GenerateZipRhs(emitter, aligned, cols, leftovers)
247     GenerateFullMul(emitter, 'int32', aligned, rows, cols, leftovers)
250     GenerateZipRhs(emitter, aligned, cols, leftovers)
251     GenerateFullMul(emitter, 'float', aligned, rows, cols, leftovers)
277   for leftovers in range(0, 8):
278     emitter.EmitCase(leftovers)
281         qnt_Nx8_neon.BuildName(rows, leftovers, aligned),
292 def GenerateGemmCall(emitter, output_type, aligned, m_mod, n_mod, leftovers):  argument
295                     BuildName(output_type, aligned, m_mod, n_mod, leftovers)),
303   for leftovers in range(0, 8):
304     emitter.EmitCase(leftovers)
306     GenerateGemmCall(emitter, output_type, aligned, m_mod, n_mod, leftovers)