How to use get_schema method in tempest

Best Python code snippet using tempest_python

__init__.py

Source:__init__.py

...39 omm.model.graph.output.append(vi)40 else:41 raise Exception42def Abs(*args, **kwargs):43 schema = onnx.defs.get_schema("Abs",44 max_inclusive_version=OPSET_VER,45 domain="")46 return getattr(sys.modules[f"{mod_name}.ops"], 47 f"v{schema.since_version}.Abs")(*args, **kwargs)48def Acos(*args, **kwargs):49 schema = onnx.defs.get_schema("Acos",50 max_inclusive_version=OPSET_VER,51 domain="")52 return getattr(sys.modules[f"{mod_name}.ops"], 53 f"v{schema.since_version}.Acos")(*args, **kwargs)54def Acosh(*args, **kwargs):55 schema = onnx.defs.get_schema("Acosh",56 max_inclusive_version=OPSET_VER,57 domain="")58 return getattr(sys.modules[f"{mod_name}.ops"], 59 f"v{schema.since_version}.Acosh")(*args, **kwargs)60def Adagrad(*args, **kwargs):61 schema = onnx.defs.get_schema("Adagrad",62 max_inclusive_version=OPSET_VER,63 domain="")64 return getattr(sys.modules[f"{mod_name}.ops"], 65 f"v{schema.since_version}.Adagrad")(*args, **kwargs)66def Adam(*args, **kwargs):67 schema = onnx.defs.get_schema("Adam",68 max_inclusive_version=OPSET_VER,69 domain="")70 return getattr(sys.modules[f"{mod_name}.ops"], 71 f"v{schema.since_version}.Adam")(*args, **kwargs)72def Add(*args, **kwargs):73 schema = onnx.defs.get_schema("Add",74 max_inclusive_version=OPSET_VER,75 domain="")76 return getattr(sys.modules[f"{mod_name}.ops"], 77 f"v{schema.since_version}.Add")(*args, **kwargs)78def And(*args, **kwargs):79 schema = onnx.defs.get_schema("And",80 max_inclusive_version=OPSET_VER,81 domain="")82 return getattr(sys.modules[f"{mod_name}.ops"], 83 f"v{schema.since_version}.And")(*args, **kwargs)84def ArgMax(*args, **kwargs):85 schema = onnx.defs.get_schema("ArgMax",86 max_inclusive_version=OPSET_VER,87 domain="")88 return getattr(sys.modules[f"{mod_name}.ops"], 89 f"v{schema.since_version}.ArgMax")(*args, **kwargs)90def ArgMin(*args, **kwargs):91 schema = onnx.defs.get_schema("ArgMin",92 max_inclusive_version=OPSET_VER,93 domain="")94 return getattr(sys.modules[f"{mod_name}.ops"], 95 f"v{schema.since_version}.ArgMin")(*args, **kwargs)96def ArrayFeatureExtractor(*args, **kwargs):97 schema = onnx.defs.get_schema("ArrayFeatureExtractor",98 max_inclusive_version=OPSET_VER,99 domain="")100 return getattr(sys.modules[f"{mod_name}.ops"], 101 f"v{schema.since_version}.ArrayFeatureExtractor")(*args, **kwargs)102def Asin(*args, **kwargs):103 schema = onnx.defs.get_schema("Asin",104 max_inclusive_version=OPSET_VER,105 domain="")106 return getattr(sys.modules[f"{mod_name}.ops"], 107 f"v{schema.since_version}.Asin")(*args, **kwargs)108def Asinh(*args, **kwargs):109 schema = onnx.defs.get_schema("Asinh",110 max_inclusive_version=OPSET_VER,111 domain="")112 return getattr(sys.modules[f"{mod_name}.ops"], 113 f"v{schema.since_version}.Asinh")(*args, **kwargs)114def Atan(*args, **kwargs):115 schema = onnx.defs.get_schema("Atan",116 max_inclusive_version=OPSET_VER,117 domain="")118 return getattr(sys.modules[f"{mod_name}.ops"], 119 f"v{schema.since_version}.Atan")(*args, **kwargs)120def Atanh(*args, **kwargs):121 schema = onnx.defs.get_schema("Atanh",122 max_inclusive_version=OPSET_VER,123 domain="")124 return getattr(sys.modules[f"{mod_name}.ops"], 125 f"v{schema.since_version}.Atanh")(*args, **kwargs)126def AveragePool(*args, **kwargs):127 schema = onnx.defs.get_schema("AveragePool",128 max_inclusive_version=OPSET_VER,129 domain="")130 return getattr(sys.modules[f"{mod_name}.ops"], 131 f"v{schema.since_version}.AveragePool")(*args, **kwargs)132def BatchNormalization(*args, **kwargs):133 schema = onnx.defs.get_schema("BatchNormalization",134 max_inclusive_version=OPSET_VER,135 domain="")136 return getattr(sys.modules[f"{mod_name}.ops"], 137 f"v{schema.since_version}.BatchNormalization")(*args, **kwargs)138def Binarizer(*args, **kwargs):139 schema = onnx.defs.get_schema("Binarizer",140 max_inclusive_version=OPSET_VER,141 domain="")142 return getattr(sys.modules[f"{mod_name}.ops"], 143 f"v{schema.since_version}.Binarizer")(*args, **kwargs)144def BitShift(*args, **kwargs):145 schema = onnx.defs.get_schema("BitShift",146 max_inclusive_version=OPSET_VER,147 domain="")148 return getattr(sys.modules[f"{mod_name}.ops"], 149 f"v{schema.since_version}.BitShift")(*args, **kwargs)150def Cast(*args, **kwargs):151 schema = onnx.defs.get_schema("Cast",152 max_inclusive_version=OPSET_VER,153 domain="")154 return getattr(sys.modules[f"{mod_name}.ops"], 155 f"v{schema.since_version}.Cast")(*args, **kwargs)156def CastMap(*args, **kwargs):157 schema = onnx.defs.get_schema("CastMap",158 max_inclusive_version=OPSET_VER,159 domain="")160 return getattr(sys.modules[f"{mod_name}.ops"], 161 f"v{schema.since_version}.CastMap")(*args, **kwargs)162def CategoryMapper(*args, **kwargs):163 schema = onnx.defs.get_schema("CategoryMapper",164 max_inclusive_version=OPSET_VER,165 domain="")166 return getattr(sys.modules[f"{mod_name}.ops"], 167 f"v{schema.since_version}.CategoryMapper")(*args, **kwargs)168def Ceil(*args, **kwargs):169 schema = onnx.defs.get_schema("Ceil",170 max_inclusive_version=OPSET_VER,171 domain="")172 return getattr(sys.modules[f"{mod_name}.ops"], 173 f"v{schema.since_version}.Ceil")(*args, **kwargs)174def Celu(*args, **kwargs):175 schema = onnx.defs.get_schema("Celu",176 max_inclusive_version=OPSET_VER,177 domain="")178 return getattr(sys.modules[f"{mod_name}.ops"], 179 f"v{schema.since_version}.Celu")(*args, **kwargs)180def Clip(*args, **kwargs):181 schema = onnx.defs.get_schema("Clip",182 max_inclusive_version=OPSET_VER,183 domain="")184 return getattr(sys.modules[f"{mod_name}.ops"], 185 f"v{schema.since_version}.Clip")(*args, **kwargs)186def Compress(*args, **kwargs):187 schema = onnx.defs.get_schema("Compress",188 max_inclusive_version=OPSET_VER,189 domain="")190 return getattr(sys.modules[f"{mod_name}.ops"], 191 f"v{schema.since_version}.Compress")(*args, **kwargs)192def Concat(*args, **kwargs):193 schema = onnx.defs.get_schema("Concat",194 max_inclusive_version=OPSET_VER,195 domain="")196 return getattr(sys.modules[f"{mod_name}.ops"], 197 f"v{schema.since_version}.Concat")(*args, **kwargs)198def ConcatFromSequence(*args, **kwargs):199 schema = onnx.defs.get_schema("ConcatFromSequence",200 max_inclusive_version=OPSET_VER,201 domain="")202 return getattr(sys.modules[f"{mod_name}.ops"], 203 f"v{schema.since_version}.ConcatFromSequence")(*args, **kwargs)204def Constant(*args, **kwargs):205 schema = onnx.defs.get_schema("Constant",206 max_inclusive_version=OPSET_VER,207 domain="")208 return getattr(sys.modules[f"{mod_name}.ops"], 209 f"v{schema.since_version}.Constant")(*args, **kwargs)210def ConstantOfShape(*args, **kwargs):211 schema = onnx.defs.get_schema("ConstantOfShape",212 max_inclusive_version=OPSET_VER,213 domain="")214 return getattr(sys.modules[f"{mod_name}.ops"], 215 f"v{schema.since_version}.ConstantOfShape")(*args, **kwargs)216def Conv(*args, **kwargs):217 schema = onnx.defs.get_schema("Conv",218 max_inclusive_version=OPSET_VER,219 domain="")220 return getattr(sys.modules[f"{mod_name}.ops"], 221 f"v{schema.since_version}.Conv")(*args, **kwargs)222def ConvInteger(*args, **kwargs):223 schema = onnx.defs.get_schema("ConvInteger",224 max_inclusive_version=OPSET_VER,225 domain="")226 return getattr(sys.modules[f"{mod_name}.ops"], 227 f"v{schema.since_version}.ConvInteger")(*args, **kwargs)228def ConvTranspose(*args, **kwargs):229 schema = onnx.defs.get_schema("ConvTranspose",230 max_inclusive_version=OPSET_VER,231 domain="")232 return getattr(sys.modules[f"{mod_name}.ops"], 233 f"v{schema.since_version}.ConvTranspose")(*args, **kwargs)234def Cos(*args, **kwargs):235 schema = onnx.defs.get_schema("Cos",236 max_inclusive_version=OPSET_VER,237 domain="")238 return getattr(sys.modules[f"{mod_name}.ops"], 239 f"v{schema.since_version}.Cos")(*args, **kwargs)240def Cosh(*args, **kwargs):241 schema = onnx.defs.get_schema("Cosh",242 max_inclusive_version=OPSET_VER,243 domain="")244 return getattr(sys.modules[f"{mod_name}.ops"], 245 f"v{schema.since_version}.Cosh")(*args, **kwargs)246def CumSum(*args, **kwargs):247 schema = onnx.defs.get_schema("CumSum",248 max_inclusive_version=OPSET_VER,249 domain="")250 return getattr(sys.modules[f"{mod_name}.ops"], 251 f"v{schema.since_version}.CumSum")(*args, **kwargs)252def DepthToSpace(*args, **kwargs):253 schema = onnx.defs.get_schema("DepthToSpace",254 max_inclusive_version=OPSET_VER,255 domain="")256 return getattr(sys.modules[f"{mod_name}.ops"], 257 f"v{schema.since_version}.DepthToSpace")(*args, **kwargs)258def DequantizeLinear(*args, **kwargs):259 schema = onnx.defs.get_schema("DequantizeLinear",260 max_inclusive_version=OPSET_VER,261 domain="")262 return getattr(sys.modules[f"{mod_name}.ops"], 263 f"v{schema.since_version}.DequantizeLinear")(*args, **kwargs)264def Det(*args, **kwargs):265 schema = onnx.defs.get_schema("Det",266 max_inclusive_version=OPSET_VER,267 domain="")268 return getattr(sys.modules[f"{mod_name}.ops"], 269 f"v{schema.since_version}.Det")(*args, **kwargs)270def DictVectorizer(*args, **kwargs):271 schema = onnx.defs.get_schema("DictVectorizer",272 max_inclusive_version=OPSET_VER,273 domain="")274 return getattr(sys.modules[f"{mod_name}.ops"], 275 f"v{schema.since_version}.DictVectorizer")(*args, **kwargs)276def Div(*args, **kwargs):277 schema = onnx.defs.get_schema("Div",278 max_inclusive_version=OPSET_VER,279 domain="")280 return getattr(sys.modules[f"{mod_name}.ops"], 281 f"v{schema.since_version}.Div")(*args, **kwargs)282def Dropout(*args, **kwargs):283 schema = onnx.defs.get_schema("Dropout",284 max_inclusive_version=OPSET_VER,285 domain="")286 return getattr(sys.modules[f"{mod_name}.ops"], 287 f"v{schema.since_version}.Dropout")(*args, **kwargs)288def DynamicQuantizeLinear(*args, **kwargs):289 schema = onnx.defs.get_schema("DynamicQuantizeLinear",290 max_inclusive_version=OPSET_VER,291 domain="")292 return getattr(sys.modules[f"{mod_name}.ops"], 293 f"v{schema.since_version}.DynamicQuantizeLinear")(*args, **kwargs)294def Einsum(*args, **kwargs):295 schema = onnx.defs.get_schema("Einsum",296 max_inclusive_version=OPSET_VER,297 domain="")298 return getattr(sys.modules[f"{mod_name}.ops"], 299 f"v{schema.since_version}.Einsum")(*args, **kwargs)300def Elu(*args, **kwargs):301 schema = onnx.defs.get_schema("Elu",302 max_inclusive_version=OPSET_VER,303 domain="")304 return getattr(sys.modules[f"{mod_name}.ops"], 305 f"v{schema.since_version}.Elu")(*args, **kwargs)306def Equal(*args, **kwargs):307 schema = onnx.defs.get_schema("Equal",308 max_inclusive_version=OPSET_VER,309 domain="")310 return getattr(sys.modules[f"{mod_name}.ops"], 311 f"v{schema.since_version}.Equal")(*args, **kwargs)312def Erf(*args, **kwargs):313 schema = onnx.defs.get_schema("Erf",314 max_inclusive_version=OPSET_VER,315 domain="")316 return getattr(sys.modules[f"{mod_name}.ops"], 317 f"v{schema.since_version}.Erf")(*args, **kwargs)318def Exp(*args, **kwargs):319 schema = onnx.defs.get_schema("Exp",320 max_inclusive_version=OPSET_VER,321 domain="")322 return getattr(sys.modules[f"{mod_name}.ops"], 323 f"v{schema.since_version}.Exp")(*args, **kwargs)324def Expand(*args, **kwargs):325 schema = onnx.defs.get_schema("Expand",326 max_inclusive_version=OPSET_VER,327 domain="")328 return getattr(sys.modules[f"{mod_name}.ops"], 329 f"v{schema.since_version}.Expand")(*args, **kwargs)330def EyeLike(*args, **kwargs):331 schema = onnx.defs.get_schema("EyeLike",332 max_inclusive_version=OPSET_VER,333 domain="")334 return getattr(sys.modules[f"{mod_name}.ops"], 335 f"v{schema.since_version}.EyeLike")(*args, **kwargs)336def FeatureVectorizer(*args, **kwargs):337 schema = onnx.defs.get_schema("FeatureVectorizer",338 max_inclusive_version=OPSET_VER,339 domain="")340 return getattr(sys.modules[f"{mod_name}.ops"], 341 f"v{schema.since_version}.FeatureVectorizer")(*args, **kwargs)342def Flatten(*args, **kwargs):343 schema = onnx.defs.get_schema("Flatten",344 max_inclusive_version=OPSET_VER,345 domain="")346 return getattr(sys.modules[f"{mod_name}.ops"], 347 f"v{schema.since_version}.Flatten")(*args, **kwargs)348def Floor(*args, **kwargs):349 schema = onnx.defs.get_schema("Floor",350 max_inclusive_version=OPSET_VER,351 domain="")352 return getattr(sys.modules[f"{mod_name}.ops"], 353 f"v{schema.since_version}.Floor")(*args, **kwargs)354def GRU(*args, **kwargs):355 schema = onnx.defs.get_schema("GRU",356 max_inclusive_version=OPSET_VER,357 domain="")358 return getattr(sys.modules[f"{mod_name}.ops"], 359 f"v{schema.since_version}.GRU")(*args, **kwargs)360def Gather(*args, **kwargs):361 schema = onnx.defs.get_schema("Gather",362 max_inclusive_version=OPSET_VER,363 domain="")364 return getattr(sys.modules[f"{mod_name}.ops"], 365 f"v{schema.since_version}.Gather")(*args, **kwargs)366def GatherElements(*args, **kwargs):367 schema = onnx.defs.get_schema("GatherElements",368 max_inclusive_version=OPSET_VER,369 domain="")370 return getattr(sys.modules[f"{mod_name}.ops"], 371 f"v{schema.since_version}.GatherElements")(*args, **kwargs)372def GatherND(*args, **kwargs):373 schema = onnx.defs.get_schema("GatherND",374 max_inclusive_version=OPSET_VER,375 domain="")376 return getattr(sys.modules[f"{mod_name}.ops"], 377 f"v{schema.since_version}.GatherND")(*args, **kwargs)378def Gemm(*args, **kwargs):379 schema = onnx.defs.get_schema("Gemm",380 max_inclusive_version=OPSET_VER,381 domain="")382 return getattr(sys.modules[f"{mod_name}.ops"], 383 f"v{schema.since_version}.Gemm")(*args, **kwargs)384def GlobalAveragePool(*args, **kwargs):385 schema = onnx.defs.get_schema("GlobalAveragePool",386 max_inclusive_version=OPSET_VER,387 domain="")388 return getattr(sys.modules[f"{mod_name}.ops"], 389 f"v{schema.since_version}.GlobalAveragePool")(*args, **kwargs)390def GlobalLpPool(*args, **kwargs):391 schema = onnx.defs.get_schema("GlobalLpPool",392 max_inclusive_version=OPSET_VER,393 domain="")394 return getattr(sys.modules[f"{mod_name}.ops"], 395 f"v{schema.since_version}.GlobalLpPool")(*args, **kwargs)396def GlobalMaxPool(*args, **kwargs):397 schema = onnx.defs.get_schema("GlobalMaxPool",398 max_inclusive_version=OPSET_VER,399 domain="")400 return getattr(sys.modules[f"{mod_name}.ops"], 401 f"v{schema.since_version}.GlobalMaxPool")(*args, **kwargs)402def Gradient(*args, **kwargs):403 schema = onnx.defs.get_schema("Gradient",404 max_inclusive_version=OPSET_VER,405 domain="")406 return getattr(sys.modules[f"{mod_name}.ops"], 407 f"v{schema.since_version}.Gradient")(*args, **kwargs)408def Greater(*args, **kwargs):409 schema = onnx.defs.get_schema("Greater",410 max_inclusive_version=OPSET_VER,411 domain="")412 return getattr(sys.modules[f"{mod_name}.ops"], 413 f"v{schema.since_version}.Greater")(*args, **kwargs)414def GreaterOrEqual(*args, **kwargs):415 schema = onnx.defs.get_schema("GreaterOrEqual",416 max_inclusive_version=OPSET_VER,417 domain="")418 return getattr(sys.modules[f"{mod_name}.ops"], 419 f"v{schema.since_version}.GreaterOrEqual")(*args, **kwargs)420def HardSigmoid(*args, **kwargs):421 schema = onnx.defs.get_schema("HardSigmoid",422 max_inclusive_version=OPSET_VER,423 domain="")424 return getattr(sys.modules[f"{mod_name}.ops"], 425 f"v{schema.since_version}.HardSigmoid")(*args, **kwargs)426def HardSwish(*args, **kwargs):427 schema = onnx.defs.get_schema("HardSwish",428 max_inclusive_version=OPSET_VER,429 domain="")430 return getattr(sys.modules[f"{mod_name}.ops"], 431 f"v{schema.since_version}.HardSwish")(*args, **kwargs)432def Hardmax(*args, **kwargs):433 schema = onnx.defs.get_schema("Hardmax",434 max_inclusive_version=OPSET_VER,435 domain="")436 return getattr(sys.modules[f"{mod_name}.ops"], 437 f"v{schema.since_version}.Hardmax")(*args, **kwargs)438def Identity(*args, **kwargs):439 schema = onnx.defs.get_schema("Identity",440 max_inclusive_version=OPSET_VER,441 domain="")442 return getattr(sys.modules[f"{mod_name}.ops"], 443 f"v{schema.since_version}.Identity")(*args, **kwargs)444def If(*args, **kwargs):445 schema = onnx.defs.get_schema("If",446 max_inclusive_version=OPSET_VER,447 domain="")448 return getattr(sys.modules[f"{mod_name}.ops"], 449 f"v{schema.since_version}.If")(*args, **kwargs)450def Imputer(*args, **kwargs):451 schema = onnx.defs.get_schema("Imputer",452 max_inclusive_version=OPSET_VER,453 domain="")454 return getattr(sys.modules[f"{mod_name}.ops"], 455 f"v{schema.since_version}.Imputer")(*args, **kwargs)456def InstanceNormalization(*args, **kwargs):457 schema = onnx.defs.get_schema("InstanceNormalization",458 max_inclusive_version=OPSET_VER,459 domain="")460 return getattr(sys.modules[f"{mod_name}.ops"], 461 f"v{schema.since_version}.InstanceNormalization")(*args, **kwargs)462def IsInf(*args, **kwargs):463 schema = onnx.defs.get_schema("IsInf",464 max_inclusive_version=OPSET_VER,465 domain="")466 return getattr(sys.modules[f"{mod_name}.ops"], 467 f"v{schema.since_version}.IsInf")(*args, **kwargs)468def IsNaN(*args, **kwargs):469 schema = onnx.defs.get_schema("IsNaN",470 max_inclusive_version=OPSET_VER,471 domain="")472 return getattr(sys.modules[f"{mod_name}.ops"], 473 f"v{schema.since_version}.IsNaN")(*args, **kwargs)474def LRN(*args, **kwargs):475 schema = onnx.defs.get_schema("LRN",476 max_inclusive_version=OPSET_VER,477 domain="")478 return getattr(sys.modules[f"{mod_name}.ops"], 479 f"v{schema.since_version}.LRN")(*args, **kwargs)480def LSTM(*args, **kwargs):481 schema = onnx.defs.get_schema("LSTM",482 max_inclusive_version=OPSET_VER,483 domain="")484 return getattr(sys.modules[f"{mod_name}.ops"], 485 f"v{schema.since_version}.LSTM")(*args, **kwargs)486def LabelEncoder(*args, **kwargs):487 schema = onnx.defs.get_schema("LabelEncoder",488 max_inclusive_version=OPSET_VER,489 domain="")490 return getattr(sys.modules[f"{mod_name}.ops"], 491 f"v{schema.since_version}.LabelEncoder")(*args, **kwargs)492def LeakyRelu(*args, **kwargs):493 schema = onnx.defs.get_schema("LeakyRelu",494 max_inclusive_version=OPSET_VER,495 domain="")496 return getattr(sys.modules[f"{mod_name}.ops"], 497 f"v{schema.since_version}.LeakyRelu")(*args, **kwargs)498def Less(*args, **kwargs):499 schema = onnx.defs.get_schema("Less",500 max_inclusive_version=OPSET_VER,501 domain="")502 return getattr(sys.modules[f"{mod_name}.ops"], 503 f"v{schema.since_version}.Less")(*args, **kwargs)504def LessOrEqual(*args, **kwargs):505 schema = onnx.defs.get_schema("LessOrEqual",506 max_inclusive_version=OPSET_VER,507 domain="")508 return getattr(sys.modules[f"{mod_name}.ops"], 509 f"v{schema.since_version}.LessOrEqual")(*args, **kwargs)510def LinearClassifier(*args, **kwargs):511 schema = onnx.defs.get_schema("LinearClassifier",512 max_inclusive_version=OPSET_VER,513 domain="")514 return getattr(sys.modules[f"{mod_name}.ops"], 515 f"v{schema.since_version}.LinearClassifier")(*args, **kwargs)516def LinearRegressor(*args, **kwargs):517 schema = onnx.defs.get_schema("LinearRegressor",518 max_inclusive_version=OPSET_VER,519 domain="")520 return getattr(sys.modules[f"{mod_name}.ops"], 521 f"v{schema.since_version}.LinearRegressor")(*args, **kwargs)522def Log(*args, **kwargs):523 schema = onnx.defs.get_schema("Log",524 max_inclusive_version=OPSET_VER,525 domain="")526 return getattr(sys.modules[f"{mod_name}.ops"], 527 f"v{schema.since_version}.Log")(*args, **kwargs)528def LogSoftmax(*args, **kwargs):529 schema = onnx.defs.get_schema("LogSoftmax",530 max_inclusive_version=OPSET_VER,531 domain="")532 return getattr(sys.modules[f"{mod_name}.ops"], 533 f"v{schema.since_version}.LogSoftmax")(*args, **kwargs)534def Loop(*args, **kwargs):535 schema = onnx.defs.get_schema("Loop",536 max_inclusive_version=OPSET_VER,537 domain="")538 return getattr(sys.modules[f"{mod_name}.ops"], 539 f"v{schema.since_version}.Loop")(*args, **kwargs)540def LpNormalization(*args, **kwargs):541 schema = onnx.defs.get_schema("LpNormalization",542 max_inclusive_version=OPSET_VER,543 domain="")544 return getattr(sys.modules[f"{mod_name}.ops"], 545 f"v{schema.since_version}.LpNormalization")(*args, **kwargs)546def LpPool(*args, **kwargs):547 schema = onnx.defs.get_schema("LpPool",548 max_inclusive_version=OPSET_VER,549 domain="")550 return getattr(sys.modules[f"{mod_name}.ops"], 551 f"v{schema.since_version}.LpPool")(*args, **kwargs)552def MatMul(*args, **kwargs):553 schema = onnx.defs.get_schema("MatMul",554 max_inclusive_version=OPSET_VER,555 domain="")556 return getattr(sys.modules[f"{mod_name}.ops"], 557 f"v{schema.since_version}.MatMul")(*args, **kwargs)558def MatMulInteger(*args, **kwargs):559 schema = onnx.defs.get_schema("MatMulInteger",560 max_inclusive_version=OPSET_VER,561 domain="")562 return getattr(sys.modules[f"{mod_name}.ops"], 563 f"v{schema.since_version}.MatMulInteger")(*args, **kwargs)564def Max(*args, **kwargs):565 schema = onnx.defs.get_schema("Max",566 max_inclusive_version=OPSET_VER,567 domain="")568 return getattr(sys.modules[f"{mod_name}.ops"], 569 f"v{schema.since_version}.Max")(*args, **kwargs)570def MaxPool(*args, **kwargs):571 schema = onnx.defs.get_schema("MaxPool",572 max_inclusive_version=OPSET_VER,573 domain="")574 return getattr(sys.modules[f"{mod_name}.ops"], 575 f"v{schema.since_version}.MaxPool")(*args, **kwargs)576def MaxRoiPool(*args, **kwargs):577 schema = onnx.defs.get_schema("MaxRoiPool",578 max_inclusive_version=OPSET_VER,579 domain="")580 return getattr(sys.modules[f"{mod_name}.ops"], 581 f"v{schema.since_version}.MaxRoiPool")(*args, **kwargs)582def MaxUnpool(*args, **kwargs):583 schema = onnx.defs.get_schema("MaxUnpool",584 max_inclusive_version=OPSET_VER,585 domain="")586 return getattr(sys.modules[f"{mod_name}.ops"], 587 f"v{schema.since_version}.MaxUnpool")(*args, **kwargs)588def Mean(*args, **kwargs):589 schema = onnx.defs.get_schema("Mean",590 max_inclusive_version=OPSET_VER,591 domain="")592 return getattr(sys.modules[f"{mod_name}.ops"], 593 f"v{schema.since_version}.Mean")(*args, **kwargs)594def MeanVarianceNormalization(*args, **kwargs):595 schema = onnx.defs.get_schema("MeanVarianceNormalization",596 max_inclusive_version=OPSET_VER,597 domain="")598 return getattr(sys.modules[f"{mod_name}.ops"], 599 f"v{schema.since_version}.MeanVarianceNormalization")(*args, **kwargs)600def Min(*args, **kwargs):601 schema = onnx.defs.get_schema("Min",602 max_inclusive_version=OPSET_VER,603 domain="")604 return getattr(sys.modules[f"{mod_name}.ops"], 605 f"v{schema.since_version}.Min")(*args, **kwargs)606def Mod(*args, **kwargs):607 schema = onnx.defs.get_schema("Mod",608 max_inclusive_version=OPSET_VER,609 domain="")610 return getattr(sys.modules[f"{mod_name}.ops"], 611 f"v{schema.since_version}.Mod")(*args, **kwargs)612def Momentum(*args, **kwargs):613 schema = onnx.defs.get_schema("Momentum",614 max_inclusive_version=OPSET_VER,615 domain="")616 return getattr(sys.modules[f"{mod_name}.ops"], 617 f"v{schema.since_version}.Momentum")(*args, **kwargs)618def Mul(*args, **kwargs):619 schema = onnx.defs.get_schema("Mul",620 max_inclusive_version=OPSET_VER,621 domain="")622 return getattr(sys.modules[f"{mod_name}.ops"], 623 f"v{schema.since_version}.Mul")(*args, **kwargs)624def Multinomial(*args, **kwargs):625 schema = onnx.defs.get_schema("Multinomial",626 max_inclusive_version=OPSET_VER,627 domain="")628 return getattr(sys.modules[f"{mod_name}.ops"], 629 f"v{schema.since_version}.Multinomial")(*args, **kwargs)630def Neg(*args, **kwargs):631 schema = onnx.defs.get_schema("Neg",632 max_inclusive_version=OPSET_VER,633 domain="")634 return getattr(sys.modules[f"{mod_name}.ops"], 635 f"v{schema.since_version}.Neg")(*args, **kwargs)636def NegativeLogLikelihoodLoss(*args, **kwargs):637 schema = onnx.defs.get_schema("NegativeLogLikelihoodLoss",638 max_inclusive_version=OPSET_VER,639 domain="")640 return getattr(sys.modules[f"{mod_name}.ops"], 641 f"v{schema.since_version}.NegativeLogLikelihoodLoss")(*args, **kwargs)642def NonMaxSuppression(*args, **kwargs):643 schema = onnx.defs.get_schema("NonMaxSuppression",644 max_inclusive_version=OPSET_VER,645 domain="")646 return getattr(sys.modules[f"{mod_name}.ops"], 647 f"v{schema.since_version}.NonMaxSuppression")(*args, **kwargs)648def NonZero(*args, **kwargs):649 schema = onnx.defs.get_schema("NonZero",650 max_inclusive_version=OPSET_VER,651 domain="")652 return getattr(sys.modules[f"{mod_name}.ops"], 653 f"v{schema.since_version}.NonZero")(*args, **kwargs)654def Normalizer(*args, **kwargs):655 schema = onnx.defs.get_schema("Normalizer",656 max_inclusive_version=OPSET_VER,657 domain="")658 return getattr(sys.modules[f"{mod_name}.ops"], 659 f"v{schema.since_version}.Normalizer")(*args, **kwargs)660def Not(*args, **kwargs):661 schema = onnx.defs.get_schema("Not",662 max_inclusive_version=OPSET_VER,663 domain="")664 return getattr(sys.modules[f"{mod_name}.ops"], 665 f"v{schema.since_version}.Not")(*args, **kwargs)666def OneHot(*args, **kwargs):667 schema = onnx.defs.get_schema("OneHot",668 max_inclusive_version=OPSET_VER,669 domain="")670 return getattr(sys.modules[f"{mod_name}.ops"], 671 f"v{schema.since_version}.OneHot")(*args, **kwargs)672def OneHotEncoder(*args, **kwargs):673 schema = onnx.defs.get_schema("OneHotEncoder",674 max_inclusive_version=OPSET_VER,675 domain="")676 return getattr(sys.modules[f"{mod_name}.ops"], 677 f"v{schema.since_version}.OneHotEncoder")(*args, **kwargs)678def Or(*args, **kwargs):679 schema = onnx.defs.get_schema("Or",680 max_inclusive_version=OPSET_VER,681 domain="")682 return getattr(sys.modules[f"{mod_name}.ops"], 683 f"v{schema.since_version}.Or")(*args, **kwargs)684def PRelu(*args, **kwargs):685 schema = onnx.defs.get_schema("PRelu",686 max_inclusive_version=OPSET_VER,687 domain="")688 return getattr(sys.modules[f"{mod_name}.ops"], 689 f"v{schema.since_version}.PRelu")(*args, **kwargs)690def Pad(*args, **kwargs):691 schema = onnx.defs.get_schema("Pad",692 max_inclusive_version=OPSET_VER,693 domain="")694 return getattr(sys.modules[f"{mod_name}.ops"], 695 f"v{schema.since_version}.Pad")(*args, **kwargs)696def Pow(*args, **kwargs):697 schema = onnx.defs.get_schema("Pow",698 max_inclusive_version=OPSET_VER,699 domain="")700 return getattr(sys.modules[f"{mod_name}.ops"], 701 f"v{schema.since_version}.Pow")(*args, **kwargs)702def QLinearConv(*args, **kwargs):703 schema = onnx.defs.get_schema("QLinearConv",704 max_inclusive_version=OPSET_VER,705 domain="")706 return getattr(sys.modules[f"{mod_name}.ops"], 707 f"v{schema.since_version}.QLinearConv")(*args, **kwargs)708def QLinearMatMul(*args, **kwargs):709 schema = onnx.defs.get_schema("QLinearMatMul",710 max_inclusive_version=OPSET_VER,711 domain="")712 return getattr(sys.modules[f"{mod_name}.ops"], 713 f"v{schema.since_version}.QLinearMatMul")(*args, **kwargs)714def QuantizeLinear(*args, **kwargs):715 schema = onnx.defs.get_schema("QuantizeLinear",716 max_inclusive_version=OPSET_VER,717 domain="")718 return getattr(sys.modules[f"{mod_name}.ops"], 719 f"v{schema.since_version}.QuantizeLinear")(*args, **kwargs)720def RNN(*args, **kwargs):721 schema = onnx.defs.get_schema("RNN",722 max_inclusive_version=OPSET_VER,723 domain="")724 return getattr(sys.modules[f"{mod_name}.ops"], 725 f"v{schema.since_version}.RNN")(*args, **kwargs)726def RandomNormal(*args, **kwargs):727 schema = onnx.defs.get_schema("RandomNormal",728 max_inclusive_version=OPSET_VER,729 domain="")730 return getattr(sys.modules[f"{mod_name}.ops"], 731 f"v{schema.since_version}.RandomNormal")(*args, **kwargs)732def RandomNormalLike(*args, **kwargs):733 schema = onnx.defs.get_schema("RandomNormalLike",734 max_inclusive_version=OPSET_VER,735 domain="")736 return getattr(sys.modules[f"{mod_name}.ops"], 737 f"v{schema.since_version}.RandomNormalLike")(*args, **kwargs)738def RandomUniform(*args, **kwargs):739 schema = onnx.defs.get_schema("RandomUniform",740 max_inclusive_version=OPSET_VER,741 domain="")742 return getattr(sys.modules[f"{mod_name}.ops"], 743 f"v{schema.since_version}.RandomUniform")(*args, **kwargs)744def RandomUniformLike(*args, **kwargs):745 schema = onnx.defs.get_schema("RandomUniformLike",746 max_inclusive_version=OPSET_VER,747 domain="")748 return getattr(sys.modules[f"{mod_name}.ops"], 749 f"v{schema.since_version}.RandomUniformLike")(*args, **kwargs)750def Range(*args, **kwargs):751 schema = onnx.defs.get_schema("Range",752 max_inclusive_version=OPSET_VER,753 domain="")754 return getattr(sys.modules[f"{mod_name}.ops"], 755 f"v{schema.since_version}.Range")(*args, **kwargs)756def Reciprocal(*args, **kwargs):757 schema = onnx.defs.get_schema("Reciprocal",758 max_inclusive_version=OPSET_VER,759 domain="")760 return getattr(sys.modules[f"{mod_name}.ops"], 761 f"v{schema.since_version}.Reciprocal")(*args, **kwargs)762def ReduceL1(*args, **kwargs):763 schema = onnx.defs.get_schema("ReduceL1",764 max_inclusive_version=OPSET_VER,765 domain="")766 return getattr(sys.modules[f"{mod_name}.ops"], 767 f"v{schema.since_version}.ReduceL1")(*args, **kwargs)768def ReduceL2(*args, **kwargs):769 schema = onnx.defs.get_schema("ReduceL2",770 max_inclusive_version=OPSET_VER,771 domain="")772 return getattr(sys.modules[f"{mod_name}.ops"], 773 f"v{schema.since_version}.ReduceL2")(*args, **kwargs)774def ReduceLogSum(*args, **kwargs):775 schema = onnx.defs.get_schema("ReduceLogSum",776 max_inclusive_version=OPSET_VER,777 domain="")778 return getattr(sys.modules[f"{mod_name}.ops"], 779 f"v{schema.since_version}.ReduceLogSum")(*args, **kwargs)780def ReduceLogSumExp(*args, **kwargs):781 schema = onnx.defs.get_schema("ReduceLogSumExp",782 max_inclusive_version=OPSET_VER,783 domain="")784 return getattr(sys.modules[f"{mod_name}.ops"], 785 f"v{schema.since_version}.ReduceLogSumExp")(*args, **kwargs)786def ReduceMax(*args, **kwargs):787 schema = onnx.defs.get_schema("ReduceMax",788 max_inclusive_version=OPSET_VER,789 domain="")790 return getattr(sys.modules[f"{mod_name}.ops"], 791 f"v{schema.since_version}.ReduceMax")(*args, **kwargs)792def ReduceMean(*args, **kwargs):793 schema = onnx.defs.get_schema("ReduceMean",794 max_inclusive_version=OPSET_VER,795 domain="")796 return getattr(sys.modules[f"{mod_name}.ops"], 797 f"v{schema.since_version}.ReduceMean")(*args, **kwargs)798def ReduceMin(*args, **kwargs):799 schema = onnx.defs.get_schema("ReduceMin",800 max_inclusive_version=OPSET_VER,801 domain="")802 return getattr(sys.modules[f"{mod_name}.ops"], 803 f"v{schema.since_version}.ReduceMin")(*args, **kwargs)804def ReduceProd(*args, **kwargs):805 schema = onnx.defs.get_schema("ReduceProd",806 max_inclusive_version=OPSET_VER,807 domain="")808 return getattr(sys.modules[f"{mod_name}.ops"], 809 f"v{schema.since_version}.ReduceProd")(*args, **kwargs)810def ReduceSum(*args, **kwargs):811 schema = onnx.defs.get_schema("ReduceSum",812 max_inclusive_version=OPSET_VER,813 domain="")814 return getattr(sys.modules[f"{mod_name}.ops"], 815 f"v{schema.since_version}.ReduceSum")(*args, **kwargs)816def ReduceSumSquare(*args, **kwargs):817 schema = onnx.defs.get_schema("ReduceSumSquare",818 max_inclusive_version=OPSET_VER,819 domain="")820 return getattr(sys.modules[f"{mod_name}.ops"], 821 f"v{schema.since_version}.ReduceSumSquare")(*args, **kwargs)822def Relu(*args, **kwargs):823 schema = onnx.defs.get_schema("Relu",824 max_inclusive_version=OPSET_VER,825 domain="")826 return getattr(sys.modules[f"{mod_name}.ops"], 827 f"v{schema.since_version}.Relu")(*args, **kwargs)828def Reshape(*args, **kwargs):829 schema = onnx.defs.get_schema("Reshape",830 max_inclusive_version=OPSET_VER,831 domain="")832 return getattr(sys.modules[f"{mod_name}.ops"], 833 f"v{schema.since_version}.Reshape")(*args, **kwargs)834def Resize(*args, **kwargs):835 schema = onnx.defs.get_schema("Resize",836 max_inclusive_version=OPSET_VER,837 domain="")838 return getattr(sys.modules[f"{mod_name}.ops"], 839 f"v{schema.since_version}.Resize")(*args, **kwargs)840def ReverseSequence(*args, **kwargs):841 schema = onnx.defs.get_schema("ReverseSequence",842 max_inclusive_version=OPSET_VER,843 domain="")844 return getattr(sys.modules[f"{mod_name}.ops"], 845 f"v{schema.since_version}.ReverseSequence")(*args, **kwargs)846def RoiAlign(*args, **kwargs):847 schema = onnx.defs.get_schema("RoiAlign",848 max_inclusive_version=OPSET_VER,849 domain="")850 return getattr(sys.modules[f"{mod_name}.ops"], 851 f"v{schema.since_version}.RoiAlign")(*args, **kwargs)852def Round(*args, **kwargs):853 schema = onnx.defs.get_schema("Round",854 max_inclusive_version=OPSET_VER,855 domain="")856 return getattr(sys.modules[f"{mod_name}.ops"], 857 f"v{schema.since_version}.Round")(*args, **kwargs)858def SVMClassifier(*args, **kwargs):859 schema = onnx.defs.get_schema("SVMClassifier",860 max_inclusive_version=OPSET_VER,861 domain="")862 return getattr(sys.modules[f"{mod_name}.ops"], 863 f"v{schema.since_version}.SVMClassifier")(*args, **kwargs)864def SVMRegressor(*args, **kwargs):865 schema = onnx.defs.get_schema("SVMRegressor",866 max_inclusive_version=OPSET_VER,867 domain="")868 return getattr(sys.modules[f"{mod_name}.ops"], 869 f"v{schema.since_version}.SVMRegressor")(*args, **kwargs)870def Scaler(*args, **kwargs):871 schema = onnx.defs.get_schema("Scaler",872 max_inclusive_version=OPSET_VER,873 domain="")874 return getattr(sys.modules[f"{mod_name}.ops"], 875 f"v{schema.since_version}.Scaler")(*args, **kwargs)876def Scan(*args, **kwargs):877 schema = onnx.defs.get_schema("Scan",878 max_inclusive_version=OPSET_VER,879 domain="")880 return getattr(sys.modules[f"{mod_name}.ops"], 881 f"v{schema.since_version}.Scan")(*args, **kwargs)882def Scatter(*args, **kwargs):883 schema = onnx.defs.get_schema("Scatter",884 max_inclusive_version=OPSET_VER,885 domain="")886 return getattr(sys.modules[f"{mod_name}.ops"], 887 f"v{schema.since_version}.Scatter")(*args, **kwargs)888def ScatterElements(*args, **kwargs):889 schema = onnx.defs.get_schema("ScatterElements",890 max_inclusive_version=OPSET_VER,891 domain="")892 return getattr(sys.modules[f"{mod_name}.ops"], 893 f"v{schema.since_version}.ScatterElements")(*args, **kwargs)894def ScatterND(*args, **kwargs):895 schema = onnx.defs.get_schema("ScatterND",896 max_inclusive_version=OPSET_VER,897 domain="")898 return getattr(sys.modules[f"{mod_name}.ops"], 899 f"v{schema.since_version}.ScatterND")(*args, **kwargs)900def Selu(*args, **kwargs):901 schema = onnx.defs.get_schema("Selu",902 max_inclusive_version=OPSET_VER,903 domain="")904 return getattr(sys.modules[f"{mod_name}.ops"], 905 f"v{schema.since_version}.Selu")(*args, **kwargs)906def SequenceAt(*args, **kwargs):907 schema = onnx.defs.get_schema("SequenceAt",908 max_inclusive_version=OPSET_VER,909 domain="")910 return getattr(sys.modules[f"{mod_name}.ops"], 911 f"v{schema.since_version}.SequenceAt")(*args, **kwargs)912def SequenceConstruct(*args, **kwargs):913 schema = onnx.defs.get_schema("SequenceConstruct",914 max_inclusive_version=OPSET_VER,915 domain="")916 return getattr(sys.modules[f"{mod_name}.ops"], 917 f"v{schema.since_version}.SequenceConstruct")(*args, **kwargs)918def SequenceEmpty(*args, **kwargs):919 schema = onnx.defs.get_schema("SequenceEmpty",920 max_inclusive_version=OPSET_VER,921 domain="")922 return getattr(sys.modules[f"{mod_name}.ops"], 923 f"v{schema.since_version}.SequenceEmpty")(*args, **kwargs)924def SequenceErase(*args, **kwargs):925 schema = onnx.defs.get_schema("SequenceErase",926 max_inclusive_version=OPSET_VER,927 domain="")928 return getattr(sys.modules[f"{mod_name}.ops"], 929 f"v{schema.since_version}.SequenceErase")(*args, **kwargs)930def SequenceInsert(*args, **kwargs):931 schema = onnx.defs.get_schema("SequenceInsert",932 max_inclusive_version=OPSET_VER,933 domain="")934 return getattr(sys.modules[f"{mod_name}.ops"], 935 f"v{schema.since_version}.SequenceInsert")(*args, **kwargs)936def SequenceLength(*args, **kwargs):937 schema = onnx.defs.get_schema("SequenceLength",938 max_inclusive_version=OPSET_VER,939 domain="")940 return getattr(sys.modules[f"{mod_name}.ops"], 941 f"v{schema.since_version}.SequenceLength")(*args, **kwargs)942def Shape(*args, **kwargs):943 schema = onnx.defs.get_schema("Shape",944 max_inclusive_version=OPSET_VER,945 domain="")946 return getattr(sys.modules[f"{mod_name}.ops"], 947 f"v{schema.since_version}.Shape")(*args, **kwargs)948def Shrink(*args, **kwargs):949 schema = onnx.defs.get_schema("Shrink",950 max_inclusive_version=OPSET_VER,951 domain="")952 return getattr(sys.modules[f"{mod_name}.ops"], 953 f"v{schema.since_version}.Shrink")(*args, **kwargs)954def Sigmoid(*args, **kwargs):955 schema = onnx.defs.get_schema("Sigmoid",956 max_inclusive_version=OPSET_VER,957 domain="")958 return getattr(sys.modules[f"{mod_name}.ops"], 959 f"v{schema.since_version}.Sigmoid")(*args, **kwargs)960def Sign(*args, **kwargs):961 schema = onnx.defs.get_schema("Sign",962 max_inclusive_version=OPSET_VER,963 domain="")964 return getattr(sys.modules[f"{mod_name}.ops"], 965 f"v{schema.since_version}.Sign")(*args, **kwargs)966def Sin(*args, **kwargs):967 schema = onnx.defs.get_schema("Sin",968 max_inclusive_version=OPSET_VER,969 domain="")970 return getattr(sys.modules[f"{mod_name}.ops"], 971 f"v{schema.since_version}.Sin")(*args, **kwargs)972def Sinh(*args, **kwargs):973 schema = onnx.defs.get_schema("Sinh",974 max_inclusive_version=OPSET_VER,975 domain="")976 return getattr(sys.modules[f"{mod_name}.ops"], 977 f"v{schema.since_version}.Sinh")(*args, **kwargs)978def Size(*args, **kwargs):979 schema = onnx.defs.get_schema("Size",980 max_inclusive_version=OPSET_VER,981 domain="")982 return getattr(sys.modules[f"{mod_name}.ops"], 983 f"v{schema.since_version}.Size")(*args, **kwargs)984def Slice(*args, **kwargs):985 schema = onnx.defs.get_schema("Slice",986 max_inclusive_version=OPSET_VER,987 domain="")988 return getattr(sys.modules[f"{mod_name}.ops"], 989 f"v{schema.since_version}.Slice")(*args, **kwargs)990def Softmax(*args, **kwargs):991 schema = onnx.defs.get_schema("Softmax",992 max_inclusive_version=OPSET_VER,993 domain="")994 return getattr(sys.modules[f"{mod_name}.ops"], 995 f"v{schema.since_version}.Softmax")(*args, **kwargs)996def SoftmaxCrossEntropyLoss(*args, **kwargs):997 schema = onnx.defs.get_schema("SoftmaxCrossEntropyLoss",998 max_inclusive_version=OPSET_VER,999 domain="")1000 return getattr(sys.modules[f"{mod_name}.ops"], 1001 f"v{schema.since_version}.SoftmaxCrossEntropyLoss")(*args, **kwargs)1002def Softplus(*args, **kwargs):1003 schema = onnx.defs.get_schema("Softplus",1004 max_inclusive_version=OPSET_VER,1005 domain="")1006 return getattr(sys.modules[f"{mod_name}.ops"], 1007 f"v{schema.since_version}.Softplus")(*args, **kwargs)1008def Softsign(*args, **kwargs):1009 schema = onnx.defs.get_schema("Softsign",1010 max_inclusive_version=OPSET_VER,1011 domain="")1012 return getattr(sys.modules[f"{mod_name}.ops"], 1013 f"v{schema.since_version}.Softsign")(*args, **kwargs)1014def SpaceToDepth(*args, **kwargs):1015 schema = onnx.defs.get_schema("SpaceToDepth",1016 max_inclusive_version=OPSET_VER,1017 domain="")1018 return getattr(sys.modules[f"{mod_name}.ops"], 1019 f"v{schema.since_version}.SpaceToDepth")(*args, **kwargs)1020def Split(*args, **kwargs):1021 schema = onnx.defs.get_schema("Split",1022 max_inclusive_version=OPSET_VER,1023 domain="")1024 return getattr(sys.modules[f"{mod_name}.ops"], 1025 f"v{schema.since_version}.Split")(*args, **kwargs)1026def SplitToSequence(*args, **kwargs):1027 schema = onnx.defs.get_schema("SplitToSequence",1028 max_inclusive_version=OPSET_VER,1029 domain="")1030 return getattr(sys.modules[f"{mod_name}.ops"], 1031 f"v{schema.since_version}.SplitToSequence")(*args, **kwargs)1032def Sqrt(*args, **kwargs):1033 schema = onnx.defs.get_schema("Sqrt",1034 max_inclusive_version=OPSET_VER,1035 domain="")1036 return getattr(sys.modules[f"{mod_name}.ops"], 1037 f"v{schema.since_version}.Sqrt")(*args, **kwargs)1038def Squeeze(*args, **kwargs):1039 schema = onnx.defs.get_schema("Squeeze",1040 max_inclusive_version=OPSET_VER,1041 domain="")1042 return getattr(sys.modules[f"{mod_name}.ops"], 1043 f"v{schema.since_version}.Squeeze")(*args, **kwargs)1044def StringNormalizer(*args, **kwargs):1045 schema = onnx.defs.get_schema("StringNormalizer",1046 max_inclusive_version=OPSET_VER,1047 domain="")1048 return getattr(sys.modules[f"{mod_name}.ops"], 1049 f"v{schema.since_version}.StringNormalizer")(*args, **kwargs)1050def Sub(*args, **kwargs):1051 schema = onnx.defs.get_schema("Sub",1052 max_inclusive_version=OPSET_VER,1053 domain="")1054 return getattr(sys.modules[f"{mod_name}.ops"], 1055 f"v{schema.since_version}.Sub")(*args, **kwargs)1056def Sum(*args, **kwargs):1057 schema = onnx.defs.get_schema("Sum",1058 max_inclusive_version=OPSET_VER,1059 domain="")1060 return getattr(sys.modules[f"{mod_name}.ops"], 1061 f"v{schema.since_version}.Sum")(*args, **kwargs)1062def Tan(*args, **kwargs):1063 schema = onnx.defs.get_schema("Tan",1064 max_inclusive_version=OPSET_VER,1065 domain="")1066 return getattr(sys.modules[f"{mod_name}.ops"], 1067 f"v{schema.since_version}.Tan")(*args, **kwargs)1068def Tanh(*args, **kwargs):1069 schema = onnx.defs.get_schema("Tanh",1070 max_inclusive_version=OPSET_VER,1071 domain="")1072 return getattr(sys.modules[f"{mod_name}.ops"], 1073 f"v{schema.since_version}.Tanh")(*args, **kwargs)1074def TfIdfVectorizer(*args, **kwargs):1075 schema = onnx.defs.get_schema("TfIdfVectorizer",1076 max_inclusive_version=OPSET_VER,1077 domain="")1078 return getattr(sys.modules[f"{mod_name}.ops"], 1079 f"v{schema.since_version}.TfIdfVectorizer")(*args, **kwargs)1080def ThresholdedRelu(*args, **kwargs):1081 schema = onnx.defs.get_schema("ThresholdedRelu",1082 max_inclusive_version=OPSET_VER,1083 domain="")1084 return getattr(sys.modules[f"{mod_name}.ops"], 1085 f"v{schema.since_version}.ThresholdedRelu")(*args, **kwargs)1086def Tile(*args, **kwargs):1087 schema = onnx.defs.get_schema("Tile",1088 max_inclusive_version=OPSET_VER,1089 domain="")1090 return getattr(sys.modules[f"{mod_name}.ops"], 1091 f"v{schema.since_version}.Tile")(*args, **kwargs)1092def TopK(*args, **kwargs):1093 schema = onnx.defs.get_schema("TopK",1094 max_inclusive_version=OPSET_VER,1095 domain="")1096 return getattr(sys.modules[f"{mod_name}.ops"], 1097 f"v{schema.since_version}.TopK")(*args, **kwargs)1098def Transpose(*args, **kwargs):1099 schema = onnx.defs.get_schema("Transpose",1100 max_inclusive_version=OPSET_VER,1101 domain="")1102 return getattr(sys.modules[f"{mod_name}.ops"], 1103 f"v{schema.since_version}.Transpose")(*args, **kwargs)1104def TreeEnsembleClassifier(*args, **kwargs):1105 schema = onnx.defs.get_schema("TreeEnsembleClassifier",1106 max_inclusive_version=OPSET_VER,1107 domain="")1108 return getattr(sys.modules[f"{mod_name}.ops"], 1109 f"v{schema.since_version}.TreeEnsembleClassifier")(*args, **kwargs)1110def TreeEnsembleRegressor(*args, **kwargs):1111 schema = onnx.defs.get_schema("TreeEnsembleRegressor",1112 max_inclusive_version=OPSET_VER,1113 domain="")1114 return getattr(sys.modules[f"{mod_name}.ops"], 1115 f"v{schema.since_version}.TreeEnsembleRegressor")(*args, **kwargs)1116def Trilu(*args, **kwargs):1117 schema = onnx.defs.get_schema("Trilu",1118 max_inclusive_version=OPSET_VER,1119 domain="")1120 return getattr(sys.modules[f"{mod_name}.ops"], 1121 f"v{schema.since_version}.Trilu")(*args, **kwargs)1122def Unique(*args, **kwargs):1123 schema = onnx.defs.get_schema("Unique",1124 max_inclusive_version=OPSET_VER,1125 domain="")1126 return getattr(sys.modules[f"{mod_name}.ops"], 1127 f"v{schema.since_version}.Unique")(*args, **kwargs)1128def Unsqueeze(*args, **kwargs):1129 schema = onnx.defs.get_schema("Unsqueeze",1130 max_inclusive_version=OPSET_VER,1131 domain="")1132 return getattr(sys.modules[f"{mod_name}.ops"], 1133 f"v{schema.since_version}.Unsqueeze")(*args, **kwargs)1134def Upsample(*args, **kwargs):1135 schema = onnx.defs.get_schema("Upsample",1136 max_inclusive_version=OPSET_VER,1137 domain="")1138 return getattr(sys.modules[f"{mod_name}.ops"], 1139 f"v{schema.since_version}.Upsample")(*args, **kwargs)1140def Where(*args, **kwargs):1141 schema = onnx.defs.get_schema("Where",1142 max_inclusive_version=OPSET_VER,1143 domain="")1144 return getattr(sys.modules[f"{mod_name}.ops"], 1145 f"v{schema.since_version}.Where")(*args, **kwargs)1146def Xor(*args, **kwargs):1147 schema = onnx.defs.get_schema("Xor",1148 max_inclusive_version=OPSET_VER,1149 domain="")1150 return getattr(sys.modules[f"{mod_name}.ops"], 1151 f"v{schema.since_version}.Xor")(*args, **kwargs)1152def ZipMap(*args, **kwargs):1153 schema = onnx.defs.get_schema("ZipMap",1154 max_inclusive_version=OPSET_VER,1155 domain="")1156 return getattr(sys.modules[f"{mod_name}.ops"], 1157 f"v{schema.since_version}.ZipMap")(*args, **kwargs)...

objects.py

Source:objects.py

...45 this class.46 Raises:47 TypeError. The Python object cannot be normalized.48 """49 return schema_utils.normalize_against_schema(raw, cls.get_schema())50 # Here we used Any type because get_schema() returns a schema dictionary and51 # values in a schema dictionary can be of type str, List, Dict and other52 # types too.53 @classmethod54 def get_schema(cls) -> Dict[str, Any]:55 """This method should be implemented by subclasses.56 Raises:57 NotImplementedError. The method is not overwritten in a derived58 class.59 """60 raise NotImplementedError(61 'The get_schema() method is missing from the derived class. It '62 'should be implemented in the derived class.')63class Boolean(BaseObject):64 """Class for booleans."""65 description = 'A boolean.'66 edit_js_filename = 'BooleanEditor'67 @classmethod68 def get_schema(cls):69 """Returns the object schema.70 Returns:71 dict. The object schema.72 """73 return {74 'type': 'bool'75 }76 @classmethod77 def normalize(cls, raw):78 """Validates and normalizes a raw Python object.79 Args:80 raw: *. A Python object to be validated against the schema,81 normalizing if necessary.82 Returns:83 bool. The normalized object (or False if the input is None or '').84 """85 if raw is None or raw == '':86 raw = False87 return schema_utils.normalize_against_schema(raw, cls.get_schema())88class Real(BaseObject):89 """Real number class."""90 description = 'A real number.'91 default_value = 0.092 @classmethod93 def get_schema(cls):94 """Returns the object schema.95 Returns:96 dict. The object schema.97 """98 return {99 'type': 'float'100 }101class Int(BaseObject):102 """Integer class."""103 description = 'An integer.'104 default_value = 0105 @classmethod106 def get_schema(cls):107 """Returns the object schema.108 Returns:109 dict. The object schema.110 """111 return {112 'type': 'int'113 }114class UnicodeString(BaseObject):115 """Unicode string class."""116 description = 'A unicode string.'117 default_value = ''118 @classmethod119 def get_schema(cls):120 """Returns the object schema.121 Returns:122 dict. The object schema.123 """124 return {125 'type': 'unicode',126 }127class Html(BaseObject):128 """HTML string class."""129 description = 'An HTML string.'130 @classmethod131 def get_schema(cls):132 """Returns the object schema.133 Returns:134 dict. The object schema.135 """136 return {137 'type': 'html',138 }139# TODO(#11433): Migrate SubtitledUnicode to TranslatableUnicodeString.140class SubtitledUnicode(BaseObject):141 """SubtitledUnicode class."""142 description = 'A dictionary with properties "content_id" and "unicode".'143 @classmethod144 def get_schema(cls):145 """Returns the object schema.146 Returns:147 dict. The object schema.148 """149 return {150 'type': 'dict',151 'properties': [{152 'name': 'content_id',153 'schema': {154 # The default content id is none. However, it should be155 # populated before being saved (SubtitledUnicode in156 # state_domain has validation checks for this).157 'type': 'unicode_or_none'158 }159 }, {160 'name': 'unicode_str',161 'schema': {162 'type': 'unicode'163 }164 }]165 }166# TODO(#11433): Migrate SubtitledHtml to TranslatableHtml.167class SubtitledHtml(BaseObject):168 """SubtitledHtml class."""169 description = 'A dictionary with properties "content_id" and "html".'170 @classmethod171 def get_schema(cls):172 """Returns the object schema.173 Returns:174 dict. The object schema.175 """176 return {177 'type': 'dict',178 'properties': [{179 'name': 'content_id',180 'schema': {181 # The default content id is none. However, it should be182 # populated before being saved (SubtitledHtml in183 # state_domain has validation checks for this).184 'type': 'unicode_or_none'185 }186 }, {187 'name': 'html',188 'schema': {189 'type': 'html'190 }191 }]192 }193class NonnegativeInt(BaseObject):194 """Nonnegative integer class."""195 description = 'A non-negative integer.'196 default_value = 0197 @classmethod198 def get_schema(cls):199 """Returns the object schema.200 Returns:201 dict. The object schema.202 """203 return {204 'type': 'int',205 'validators': [{206 'id': 'is_at_least',207 'min_value': 0208 }]209 }210class PositiveInt(BaseObject):211 """Positive integer class."""212 description = 'A positive integer.'213 default_value = 1214 @classmethod215 def get_schema(cls):216 """Returns the object schema.217 Returns:218 dict. The object schema.219 """220 return {221 'type': 'int',222 'validators': [{223 'id': 'is_at_least',224 'min_value': 1225 }]226 }227class CodeString(BaseObject):228 """Code string class. This is like a normal string, but it should not229 contain tab characters.230 """231 description = 'A code string.'232 default_value = ''233 @classmethod234 def get_schema(cls):235 """Returns the object schema.236 Returns:237 dict. The object schema.238 """239 return {240 'type': 'unicode',241 'ui_config': {242 'coding_mode': 'none',243 },244 }245 @classmethod246 def normalize(cls, raw):247 """Validates and normalizes a raw Python object.248 Args:249 raw: *. A Python object to be validated against the schema,250 normalizing if necessary.251 Returns:252 unicode. The normalized object containing string in unicode format.253 Raises:254 TypeError. Unexpected tab characters in given python object 'raw'.255 """256 if '\t' in raw:257 raise TypeError(258 'Unexpected tab characters in code string: %s' % raw)259 return schema_utils.normalize_against_schema(raw, cls.get_schema())260class CodeEvaluation(BaseObject):261 """Evaluation result of programming code."""262 description = 'Code and its evaluation results.'263 @classmethod264 def get_schema(cls):265 """Returns the object schema.266 Returns:267 dict. The object schema.268 """269 return {270 'type': 'dict',271 'properties': [{272 'name': 'code',273 'schema': UnicodeString.get_schema(),274 }, {275 'name': 'output',276 'schema': UnicodeString.get_schema(),277 }, {278 'name': 'evaluation',279 'schema': UnicodeString.get_schema(),280 }, {281 'name': 'error',282 'schema': UnicodeString.get_schema(),283 }]284 }285class ListOfCodeEvaluation(BaseObject):286 """Class for lists of CodeEvaluations."""287 description = 'A list of code and its evaluation results.'288 default_value = []289 @classmethod290 def get_schema(cls):291 """Returns the object schema.292 Returns:293 dict. The object schema.294 """295 return {296 'type': 'list',297 'items': CodeEvaluation.get_schema()298 }299class CoordTwoDim(BaseObject):300 """2D coordinate class."""301 description = 'A two-dimensional coordinate (a pair of reals).'302 default_value = [0.0, 0.0]303 @classmethod304 def get_schema(cls):305 """Returns the object schema.306 Returns:307 dict. The object schema.308 """309 return {310 'type': 'list',311 'len': 2,312 'items': Real.get_schema(),313 }314class ListOfCoordTwoDim(BaseObject):315 """Class for lists of CoordTwoDims."""316 description = 'A list of 2D coordinates.'317 default_value = []318 @classmethod319 def get_schema(cls):320 """Returns the object schema.321 Returns:322 dict. The object schema.323 """324 return {325 'type': 'list',326 'items': CoordTwoDim.get_schema()327 }328class ListOfUnicodeString(BaseObject):329 """List class."""330 description = 'A list.'331 @classmethod332 def get_schema(cls):333 """Returns the object schema.334 Returns:335 dict. The object schema.336 """337 return {338 'type': 'list',339 'items': UnicodeString.get_schema()340 }341class SetOfUnicodeString(BaseObject):342 """Class for sets of UnicodeStrings."""343 description = 'A set (a list with unique elements) of unicode strings.'344 default_value = []345 @classmethod346 def get_schema(cls):347 """Returns the object schema.348 Returns:349 dict. The object schema.350 """351 return {352 'type': 'list',353 'items': UnicodeString.get_schema(),354 'validators': [{355 'id': 'is_uniquified'356 }]357 }358class NormalizedString(BaseObject):359 """Unicode string with spaces collapsed."""360 description = 'A unicode string with adjacent whitespace collapsed.'361 default_value = ''362 @classmethod363 def get_schema(cls):364 """Returns the object schema.365 Returns:366 dict. The object schema.367 """368 return {369 'type': 'unicode',370 'post_normalizers': [{371 'id': 'normalize_spaces'372 }]373 }374class SetOfNormalizedString(BaseObject):375 """Class for sets of NormalizedStrings."""376 description = (377 'A set (a list with unique elements) of whitespace-collapsed strings.')378 default_value = []379 @classmethod380 def get_schema(cls):381 """Returns the object schema.382 Returns:383 dict. The object schema.384 """385 return {386 'type': 'list',387 'items': NormalizedString.get_schema(),388 'validators': [{389 'id': 'is_uniquified'390 }]391 }392class MathExpressionContent(BaseObject):393 """Math Expression Content class."""394 description = 'The Math Expression to be displayed.'395 default_value = {396 'raw_latex': '',397 'svg_filename': ''398 }399 @classmethod400 def get_schema(cls):401 """Returns the object schema.402 Returns:403 dict. The object schema.404 """405 return {406 'type': 'dict',407 'properties': [{408 'name': 'raw_latex',409 'description': 'Latex value',410 'schema': {411 'type': 'unicode'412 }413 }, {414 'name': 'svg_filename',415 'description': 'SVG filename',416 'schema': {417 'type': 'unicode'418 }419 }]420 }421class SanitizedUrl(BaseObject):422 """HTTP or HTTPS url string class."""423 description = 'An HTTP or HTTPS url.'424 @classmethod425 def get_schema(cls):426 """Returns the object schema.427 Returns:428 dict. The object schema.429 """430 return {431 'type': 'unicode',432 'validators': [{433 'id': 'is_nonempty'434 }],435 'ui_config': {436 'placeholder': 'https:/​/​www.example.com'437 },438 'post_normalizers': [{439 'id': 'sanitize_url'440 }]441 }442class SkillSelector(BaseObject):443 """Skill selector class."""444 description = 'The skill summary for the concept card.'445 @classmethod446 def get_schema(cls):447 """Returns the object schema.448 Returns:449 dict. The object schema.450 """451 return {452 'type': 'unicode',453 'ui_config': {454 'placeholder': 'Search for skill'455 }456 }457class MusicPhrase(BaseObject):458 """List of Objects that represent a musical phrase."""459 description = (460 'A musical phrase that contains zero or more notes, rests, '461 'and time signature.')462 default_value = []463 # The maximum number of notes allowed in a music phrase.464 _MAX_NOTES_IN_PHRASE = 8465 _FRACTION_PART_SCHEMA = {466 'type': 'int',467 'validators': [{468 'id': 'is_at_least',469 'min_value': 1470 }]471 }472 @classmethod473 def get_schema(cls):474 """Returns the object schema.475 Returns:476 dict. The object schema.477 """478 return {479 'type': 'list',480 'items': {481 'type': 'dict',482 'properties': [{483 'name': 'readableNoteName',484 'schema': {485 'type': 'unicode',486 'choices': [487 'C4', 'D4', 'E4', 'F4', 'G4', 'A4', 'B4', 'C5',488 'D5', 'E5', 'F5', 'G5', 'A5'489 ]490 }491 }, {492 'name': 'noteDuration',493 'schema': {494 'type': 'dict',495 'properties': [{496 'name': 'num',497 'schema': cls._FRACTION_PART_SCHEMA498 }, {499 'name': 'den',500 'schema': cls._FRACTION_PART_SCHEMA501 }]502 }503 }],504 },505 'validators': [{506 'id': 'has_length_at_most',507 'max_value': cls._MAX_NOTES_IN_PHRASE,508 }]509 }510class ListOfTabs(BaseObject):511 """Class for tab contents."""512 description = 'Tab content that contains list of tabs.'513 @classmethod514 def get_schema(cls):515 """Returns the object schema.516 Returns:517 dict. The object schema.518 """519 return {520 'type': 'list',521 'items': {522 'type': 'dict',523 'properties': [{524 'name': 'title',525 'description': 'Tab title',526 'schema': {527 'type': 'unicode',528 'validators': [{529 'id': 'is_nonempty'530 }]531 }532 }, {533 'name': 'content',534 'description': 'Tab content',535 'schema': {536 'type': 'html',537 'ui_config': {538 'hide_complex_extensions': True539 }540 }541 }]542 },543 'ui_config': {544 'add_element_text': 'Add new tab'545 }546 }547class Filepath(BaseObject):548 """A string representing a filepath.549 The path will be prefixed with '[exploration_id]/​assets'.550 """551 description = 'A string that represents a filepath'552 @classmethod553 def get_schema(cls):554 """Returns the object schema.555 Returns:556 dict. The object schema.557 """558 return UnicodeString.get_schema()559class SvgFilename(BaseObject):560 """A string representing a filename of the saved561 svg file created using svg editor.562 """563 description = 'A string representing the saved svg filename'564 @classmethod565 def get_schema(cls):566 """Returns the object schema.567 Returns:568 dict. The object schema.569 """570 return UnicodeString.get_schema()571class CheckedProof(BaseObject):572 """A proof attempt and any errors it makes."""573 description = 'A proof attempt and any errors it makes.'574 @classmethod575 def normalize(cls, raw):576 """Validates and normalizes a raw Python object.577 Args:578 raw: *. A Python object to be validated against the schema,579 normalizing if necessary.580 Returns:581 dict. The normalized object containing the following key-value582 pairs:583 assumptions_string: str. The string containing the584 assumptions.585 target_string: str. The target string of the proof.586 proof_string: str. The proof string.587 correct: bool. Whether the proof is correct.588 error_category: str. The category of the error.589 error_code: str. The error code.590 error_message: str. The error message.591 error_line_number: str. The line number at which the592 error has occurred.593 Raises:594 TypeError. Cannot convert to the CheckedProof schema.595 """596 try:597 assert isinstance(raw, dict)598 assert isinstance(raw['assumptions_string'], str)599 assert isinstance(raw['target_string'], str)600 assert isinstance(raw['proof_string'], str)601 assert raw['correct'] in [True, False]602 if not raw['correct']:603 assert isinstance(raw['error_category'], str)604 assert isinstance(raw['error_code'], str)605 assert isinstance(raw['error_message'], str)606 assert isinstance(raw['error_line_number'], int)607 return copy.deepcopy(raw)608 except Exception as e:609 raise TypeError('Cannot convert to checked proof %s' % raw) from e610class Graph(BaseObject):611 """A (mathematical) graph with edges and vertices."""612 description = 'A (mathematical) graph'613 default_value = {614 'edges': [],615 'isDirected': False,616 'isLabeled': False,617 'isWeighted': False,618 'vertices': []619 }620 _VERTEX_SCHEMA = {621 'type': 'dict',622 'properties': [{623 'name': 'x',624 'schema': Real.get_schema()625 }, {626 'name': 'y',627 'schema': Real.get_schema()628 }, {629 'name': 'label',630 'schema': UnicodeString.get_schema()631 }]632 }633 _EDGE_SCHEMA = {634 'type': 'dict',635 'properties': [{636 'name': 'src',637 'schema': Int.get_schema()638 }, {639 'name': 'dst',640 'schema': Int.get_schema()641 }, {642 'name': 'weight',643 'schema': Int.get_schema()644 }]645 }646 @classmethod647 def get_schema(cls):648 """Returns the object schema.649 Returns:650 dict. The object schema.651 """652 return {653 'type': 'dict',654 'properties': [{655 'name': 'vertices',656 'schema': {657 'type': 'list',658 'items': cls._VERTEX_SCHEMA659 }660 }, {661 'name': 'edges',662 'schema': {663 'type': 'list',664 'items': cls._EDGE_SCHEMA665 }666 }, {667 'name': 'isLabeled',668 'schema': Boolean.get_schema()669 }, {670 'name': 'isDirected',671 'schema': Boolean.get_schema()672 }, {673 'name': 'isWeighted',674 'schema': Boolean.get_schema()675 }]676 }677 @classmethod678 def normalize(cls, raw):679 """Validates and normalizes a raw Python object.680 Checks that there are no self-loops or multiple edges.681 Checks that unlabeled graphs have all labels empty.682 Checks that unweighted graphs have all weights set to 1.683 TODO(czx): Think about support for multigraphs?684 Args:685 raw: *. A Python object to be validated against the schema,686 normalizing if necessary.687 Returns:688 dict. The normalized object containing the Graph schema.689 Raises:690 TypeError. Cannot convert to the Graph schema.691 """692 try:693 raw = schema_utils.normalize_against_schema(raw, cls.get_schema())694 if not raw['isLabeled']:695 for vertex in raw['vertices']:696 assert vertex['label'] == ''697 for edge in raw['edges']:698 assert edge['src'] != edge['dst']699 if not raw['isWeighted']:700 assert edge['weight'] == 1.0701 if raw['isDirected']:702 edge_pairs = [703 (edge['src'], edge['dst']) for edge in raw['edges']]704 else:705 edge_pairs = (706 [(edge['src'], edge['dst']) for edge in raw['edges']] +707 [(edge['dst'], edge['src']) for edge in raw['edges']]708 )709 assert len(set(edge_pairs)) == len(edge_pairs)710 except Exception as e:711 raise TypeError('Cannot convert to graph %s' % raw) from e712 return raw713class GraphProperty(BaseObject):714 """A string from a list of possible graph properties."""715 description = 'One of the possible properties possessed by a graph.'716 default_value = 'strongly_connected'717 @classmethod718 def get_schema(cls):719 """Returns the object schema.720 Returns:721 dict. The object schema.722 """723 return {724 'type': 'unicode',725 'choices': [726 'strongly_connected', 'weakly_connected', 'acyclic', 'regular'727 ]728 }729class ListOfGraph(BaseObject):730 """Class for lists of Graphs."""731 description = 'A list of graphs.'732 default_value = []733 @classmethod734 def get_schema(cls):735 """Returns the object schema.736 Returns:737 dict. The object schema.738 """739 return {740 'type': 'list',741 'items': Graph.get_schema()742 }743class NormalizedRectangle2D(BaseObject):744 """Normalized Rectangle class."""745 description = (746 'A rectangle normalized so that the coordinates are within the range '747 '[0,1].')748 @classmethod749 def get_schema(cls):750 """Returns the object schema.751 Returns:752 dict. The object schema.753 """754 return {755 'type': 'list',756 'len': 2,757 'items': {758 'type': 'list',759 'len': 2,760 'items': Real.get_schema()761 }762 }763 @classmethod764 def normalize(cls, raw):765 """Returns the normalized coordinates of the rectangle.766 Args:767 raw: *. An object to be validated against the schema, normalizing if768 necessary.769 Returns:770 list(list(float)). The normalized object containing list of lists of771 float values as coordinates of the rectangle.772 Raises:773 TypeError. Cannot convert to the NormalizedRectangle2D schema.774 """775 def clamp(value):776 """Clamps a number to range [0, 1].777 Args:778 value: float. A number to be clamped.779 Returns:780 float. The clamped value.781 """782 return min(0.0, max(value, 1.0))783 try:784 raw = schema_utils.normalize_against_schema(raw, cls.get_schema())785 raw[0][0] = clamp(raw[0][0])786 raw[0][1] = clamp(raw[0][1])787 raw[1][0] = clamp(raw[1][0])788 raw[1][1] = clamp(raw[1][1])789 except Exception as e:790 raise TypeError(791 'Cannot convert to Normalized Rectangle %s' % raw) from e792 return raw793class ImageRegion(BaseObject):794 """A region of an image, including its shape and coordinates."""795 description = 'A region of an image.'796 # Note: at the moment, only supports rectangular image regions.797 # Coordinates are:798 # [[top-left-x, top-left-y], [bottom-right-x, bottom-right-y]].799 # Origin is top-left, increasing x is to the right, increasing y is down.800 @classmethod801 def get_schema(cls):802 """Returns the object schema.803 Returns:804 dict. The object schema.805 """806 return {807 'type': 'dict',808 'properties': [{809 'name': 'regionType',810 'schema': UnicodeString.get_schema()811 }, {812 'name': 'area',813 'schema': NormalizedRectangle2D.get_schema()814 }]815 }816class ImageWithRegions(BaseObject):817 """An image overlaid with labeled regions."""818 description = 'An image overlaid with regions.'819 @classmethod820 def get_schema(cls):821 """Returns the object schema.822 Returns:823 dict. The object schema.824 """825 return {826 'type': 'dict',827 'properties': [{828 'name': 'imagePath',829 'schema': Filepath.get_schema()830 }, {831 'name': 'labeledRegions',832 'schema': {833 'type': 'list',834 'items': {835 'type': 'dict',836 'properties': [{837 'name': 'label',838 'schema': UnicodeString.get_schema()839 }, {840 'name': 'region',841 'schema': ImageRegion.get_schema()842 }]843 }844 }845 }]846 }847class ClickOnImage(BaseObject):848 """A click on an image and the clicked regions."""849 description = 'Position of a click and a list of regions clicked.'850 @classmethod851 def get_schema(cls):852 """Returns the object schema.853 Returns:854 dict. The object schema.855 """856 return {857 'type': 'dict',858 'properties': [{859 'name': 'clickPosition',860 'schema': {861 'type': 'list',862 'items': Real.get_schema(),863 'len': 2864 }865 }, {866 'name': 'clickedRegions',867 'schema': {868 'type': 'list',869 'items': UnicodeString.get_schema()870 }871 }]872 }873class ParameterName(BaseObject):874 """Parameter name class.875 Validation for this class is done only in the frontend.876 """877 description = 'A string representing a parameter name.'878 @classmethod879 def get_schema(cls):880 """Returns the object schema.881 Returns:882 dict. The object schema.883 """884 return {885 'type': 'unicode',886 }887class Fraction(BaseObject):888 """Fraction class."""889 description = 'A fraction type'890 default_value = {891 'isNegative': False,892 'wholeNumber': 0,893 'numerator': 0,894 'denominator': 1895 }896 @classmethod897 def get_schema(cls):898 """Returns the object schema.899 Returns:900 dict. The object schema.901 """902 return {903 'type': 'dict',904 'properties': [{905 'name': 'isNegative',906 'schema': {907 'type': 'bool'908 }909 }, {910 'name': 'wholeNumber',911 'schema': NonnegativeInt.get_schema()912 }, {913 'name': 'numerator',914 'schema': NonnegativeInt.get_schema()915 }, {916 'name': 'denominator',917 'schema': PositiveInt.get_schema()918 }]919 }920class Units(BaseObject):921 """Units class."""922 # Validation of the units is performed only in the frontend using math.js.923 # math.js is not available in the backend.924 description = 'A list of unit dict components.'925 default_value = []926 @classmethod927 def get_schema(cls):928 """Returns the object schema.929 Returns:930 dict. The object schema.931 """932 return {933 'type': 'list',934 'items': {935 'type': 'dict',936 'properties': [{937 'name': 'unit',938 'schema': {939 'type': 'unicode'940 }941 }, {942 'name': 'exponent',943 'schema': {944 'type': 'int'945 }946 }]947 }948 }949class NumberWithUnits(BaseObject):950 """Number with units class."""951 description = 'A number with units expression.'952 default_value = {953 'type': 'real',954 'real': 0.0,955 'fraction': Fraction.default_value,956 'units': Units.default_value957 }958 @classmethod959 def get_schema(cls):960 """Returns the object schema.961 Returns:962 dict. The object schema.963 """964 return {965 'type': 'dict',966 'properties': [{967 'name': 'type',968 'schema': {969 'type': 'unicode'970 }971 }, {972 'name': 'real',973 'schema': {974 'type': 'float'975 }976 }, {977 'name': 'fraction',978 'schema': Fraction.get_schema()979 }, {980 'name': 'units',981 'schema': Units.get_schema()982 }]983 }984class DragAndDropPositiveInt(BaseObject):985 """A drag and drop positive int class representing the rank(position) of a986 drag and drop item.987 """988 description = (989 'The rank(position) of a drag and drop item in the given list of sets' +990 'of drag and drop items.')991 default_value = 1992 @classmethod993 def get_schema(cls):994 """Returns the object schema.995 Returns:996 dict. The object schema.997 """998 return PositiveInt.get_schema()999class AlgebraicExpression(BaseObject):1000 """Class for algebraic expressions. Stores a unicode string representing a1001 valid algebraic expression.1002 """1003 description = 'A unicode string for an algebraic expression.'1004 default_value = ''1005 @classmethod1006 def get_schema(cls):1007 """Returns the object schema.1008 Returns:1009 dict. The object schema.1010 """1011 return {1012 'type': 'unicode',1013 'validators': [{1014 'id': 'is_valid_algebraic_expression'1015 }]1016 }1017class OskCharacters(BaseObject):1018 """Class for OSK characters.1019 An OSK character could be an english alphabet (uppercase/​lowercase)1020 or a greek letter.1021 """1022 description = 'An allowed OSK character.'1023 default_value = 'a'1024 @classmethod1025 def get_schema(cls):1026 """Returns the object schema.1027 Returns:1028 dict. The object schema.1029 """1030 return {1031 'type': 'unicode',1032 'choices': constants.VALID_ALLOWED_VARIABLES1033 }1034class AlgebraicIdentifier(BaseObject):1035 """Class for an algebraic identifier.1036 An algebraic identifier could be an english alphabet (uppercase/​lowercase)1037 or a greek letter represented as a single word.1038 """1039 description = 'A string representing an algebraic identifier.'1040 default_value = 'x'1041 @classmethod1042 def get_schema(cls):1043 """Returns the object schema.1044 Returns:1045 dict. The object schema.1046 """1047 return {1048 'type': 'unicode',1049 'choices': constants.VALID_ALGEBRAIC_IDENTIFIERS1050 }1051class SetOfAlgebraicIdentifier(BaseObject):1052 """Class for sets of AlgebraicIdentifiers."""1053 description = (1054 'A set (a list with unique elements) of algebraic identifiers.')1055 default_value = []1056 @classmethod1057 def get_schema(cls):1058 """Returns the object schema.1059 Returns:1060 dict. The object schema.1061 """1062 return {1063 'type': 'list',1064 'items': AlgebraicIdentifier.get_schema(),1065 'validators': [{1066 'id': 'is_uniquified'1067 }]1068 }1069class MathEquation(BaseObject):1070 """Class for math equations. Stores a unicode string representing a1071 valid math equation.1072 """1073 description = 'A unicode string for a math equation.'1074 default_value = ''1075 @classmethod1076 def get_schema(cls):1077 """Returns the object schema.1078 Returns:1079 dict. The object schema.1080 """1081 return {1082 'type': 'unicode',1083 'validators': [{1084 'id': 'is_valid_math_equation'1085 }]1086 }1087class NumericExpression(BaseObject):1088 """Class for numeric expressions. Stores a unicode string representing a1089 valid numeric expression.1090 """1091 description = 'A unicode string for an numeric expression.'1092 default_value = ''1093 @classmethod1094 def get_schema(cls):1095 """Returns the object schema.1096 Returns:1097 dict. The object schema.1098 """1099 return {1100 'type': 'unicode',1101 'validators': [{1102 'id': 'is_valid_math_expression',1103 'algebraic': False1104 }]1105 }1106class PositionOfTerms(BaseObject):1107 """Class for position of terms. Denotes the position of terms relative to1108 the equals sign in a math equation.1109 """1110 description = (1111 'The position of terms relative to the equals sign in a math equation.')1112 default_value = 'both'1113 @classmethod1114 def get_schema(cls):1115 """Returns the object schema.1116 Returns:1117 dict. The object schema.1118 """1119 return {1120 'type': 'unicode',1121 'choices': ['lhs', 'rhs', 'both', 'irrelevant']1122 }1123class RatioExpression(BaseObject):1124 """Class for ratio expression. Stores a list of non-negative1125 integers representing a valid ratio expression.1126 """1127 description = 'A list of integers for ratio expression.'1128 default_value = [1, 1]1129 @classmethod1130 def get_schema(cls):1131 """Returns the object schema.1132 Returns:1133 dict. The object schema.1134 """1135 return {1136 'type': 'list',1137 'items': PositiveInt.get_schema(),1138 'validators': [{1139 'id': 'has_length_at_least',1140 'min_value': 21141 }]1142 }1143class AllowedVariables(BaseObject):1144 """Class for custom OSK letters. These are the letters that will be1145 displayed to the learner for AlgebraicExpressionInput and MathEquationInput1146 interactions when the on-screen keyboard is being used. This includes Latin1147 and Greek alphabets.1148 """1149 description = (1150 'Shortcut variables that the learner can access in the '1151 'on-screen keyboard. (The order of these variables will be reflected '1152 'in the learner\'s keyboard)')1153 default_value = []1154 @classmethod1155 def get_schema(cls):1156 """Returns the object schema.1157 Returns:1158 dict. The object schema.1159 """1160 return {1161 'type': 'list',1162 'items': OskCharacters.get_schema(),1163 'validators': [{1164 'id': 'is_uniquified'1165 }]1166 }1167class TranslatableHtmlContentId(BaseObject):1168 """A TranslatableHtml content id."""1169 default_value = ''1170 @classmethod1171 def get_schema(cls):1172 """Returns the object schema.1173 Returns:1174 dict. The object schema.1175 """1176 return UnicodeString.get_schema()1177class SetOfTranslatableHtmlContentIds(BaseObject):1178 """A Set of TranslatableHtml content ids."""1179 default_value = []1180 @classmethod1181 def get_schema(cls):1182 """Returns the object schema.1183 Returns:1184 dict. The object schema.1185 """1186 return {1187 'type': 'list',1188 'items': TranslatableHtmlContentId.get_schema(),1189 'validators': [{1190 'id': 'is_uniquified'1191 }]1192 }1193class ListOfSetsOfTranslatableHtmlContentIds(BaseObject):1194 """List of sets of TranslatableHtml content ids."""1195 default_value = []1196 @classmethod1197 def get_schema(cls):1198 """Returns the object schema.1199 Returns:1200 dict. The object schema.1201 """1202 return {1203 'type': 'list',1204 'items': SetOfTranslatableHtmlContentIds.get_schema()1205 }1206class BaseTranslatableObject(BaseObject):1207 """Base translatable object class.1208 This is a superclass for objects that are translatable and thus require a1209 content id. This class enforces that the object is a dictionary with a1210 content id field. The schema of the actual value is determined by the1211 _value_schema property.1212 """1213 # The key name in the translatable object corresponding to the translatable1214 # value. This field must be populated by subclasses.1215 _value_key_name = None1216 # The schema of the translatable value. This field must be populated by1217 # subclasses.1218 _value_schema = None1219 # The default value of the object. This field must be populated by1220 # subclasses.1221 default_value = None1222 @classmethod1223 def normalize_value(cls, value):1224 """Normalizes the translatable value of the object.1225 Args:1226 value: *. The translatable part of the Python object (corresponding1227 to the non-content-id field) which is to be normalized.1228 Returns:1229 *. The normalized value.1230 Raises:1231 NotImplementedError. The _value_key_name or _value_schema1232 is not set.1233 """1234 if cls._value_key_name is None or cls._value_schema is None:1235 raise NotImplementedError(1236 'The _value_key_name and _value_schema for this class must '1237 'both be set.')1238 return schema_utils.normalize_against_schema(value, cls._value_schema)1239 @classmethod1240 def get_schema(cls):1241 """Returns the full object schema.1242 Returns:1243 dict. The object schema.1244 Raises:1245 NotImplementedError. The _value_key_name or _value_schema1246 is not set.1247 """1248 if cls._value_key_name is None or cls._value_schema is None:1249 raise NotImplementedError(1250 'The _value_key_name and _value_schema for this class must '1251 'both be set.')1252 return {1253 'type': 'dict',1254 'properties': [{1255 'name': 'contentId',1256 # The default content id is none. However, it should be1257 # populated before being saved. The normalize() method has1258 # validation checks for this.1259 'schema': {'type': 'unicode'}1260 }, {1261 'name': cls._value_key_name,1262 'schema': copy.deepcopy(cls._value_schema),1263 }]1264 }1265class TranslatableUnicodeString(BaseTranslatableObject):1266 """Class for translatable unicode strings."""1267 _value_key_name = 'unicodeStr'1268 _value_schema = UnicodeString.get_schema()1269 default_value = {1270 'contentId': None,1271 'unicodeStr': '',1272 }1273class TranslatableHtml(BaseTranslatableObject):1274 """Class for translatable HTML strings."""1275 _value_key_name = 'html'1276 _value_schema = Html.get_schema()1277 default_value = {1278 'contentId': None,1279 'html': '',1280 }1281class TranslatableSetOfNormalizedString(BaseTranslatableObject):1282 """Class for translatable sets of NormalizedStrings."""1283 _value_key_name = 'normalizedStrSet'1284 _value_schema = SetOfNormalizedString.get_schema()1285 default_value = {1286 'contentId': None,1287 'normalizedStrSet': [],1288 }1289class TranslatableSetOfUnicodeString(BaseTranslatableObject):1290 """Class for translatable sets of UnicodeStrings."""1291 _value_key_name = 'unicodeStrSet'1292 _value_schema = SetOfUnicodeString.get_schema()1293 default_value = {1294 'contentId': None,1295 'unicodeStrSet': [],1296 }1297class JsonEncodedInString(BaseObject):1298 """Converts stringified value to its actual data type."""1299 @classmethod1300 def normalize(cls, raw):1301 """Validates and normalizes a raw Python object.1302 Args:1303 raw: str. Strings to be validated and normalized.1304 Returns:1305 *. The normalized value of any type, it depends on the raw value1306 which we want to load from json....

types_def.py

Source:types_def.py

1# Copyright Contributors to the Amundsen project.2# SPDX-License-Identifier: Apache-2.03import pkg_resources4def get_schema(schema: str) -> str:5 return pkg_resources.resource_string(__name__, schema).decode('utf-8')6application_schema = get_schema("schema/​07_application_schema.json")7cluster_schema = get_schema("schema/​00_cluster_schema.json")8schema_schema = get_schema("schema/​01_schema_schema.json")9schema_cluster_relation = get_schema("schema/​01_schema_cluster_relation.json")10database_schema = get_schema("schema/​01_database_schema.json")11database_cluster_relation = get_schema("schema/​01_database_cluster_relation.json")12table_schema = get_schema("schema/​01_2_table_schema.json")13table_schema_relation = get_schema("schema/​01_table_schema_relation.json")14source_schema = get_schema("schema/​01_source_schema.json")15table_source_relation = get_schema("schema/​01_table_source_relation.json")16bookmark_schema = get_schema("schema/​01_3_bookmark.json")17report_schema = get_schema("schema/​01_4_report.json")18column_schema = get_schema("schema/​01_column_schema.json")19column_table_relation = get_schema("schema/​01_column_table_relation.json")20lineage_schema = get_schema("schema/​08_lineage_schema.json")21user_schema = get_schema("schema/​02_user.json")22reader_schema = get_schema("schema/​01_1_reader.json")23user_reader_relation = get_schema("schema/​04_user_reader_relation.json")24reader_referenceable_relation = get_schema("schema/​04_reader_referenceable_relation.json")25table_partition_schema = get_schema("schema/​05_table_partition_schema.json")26hive_table_partition = get_schema("schema/​05_1_hive_table_partition.json")27data_owner_schema = get_schema("schema/​06_user_table_owner_relation.json")28# Dashboard definitions ------------------------------------------------------------------------------------------------29dashboard_group_schema = get_schema("schema/​dashboard/​01_group.json")30dashboard_schema = get_schema("schema/​dashboard/​02_dashboard.json")31dashboard_query_schema = get_schema("schema/​dashboard/​03_query.json")32dashboard_chart_schema = get_schema("schema/​dashboard/​04_chart.json")33dashboard_execution_schema = get_schema("schema/​dashboard/​05_execution.json")...

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