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docs/en/docs/tutorial/dependencies/index.md
!!! tip You'll see what other "things", apart from functions, can be used as dependencies in the next chapter. Whenever a new request arrives, **FastAPI** will take care of: * Calling your dependency ("dependable") function with the correct parameters. * Get the result from your function. * Assign that result to the parameter in your *path operation function*. ```mermaid graph TB
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docs/de/docs/advanced/settings.md
rect rgba(0, 255, 0, .1) code ->> function: say_hi(name="Camila") function ->> execute: führe Code der Funktion aus execute ->> code: gib das Resultat zurück end rect rgba(0, 255, 255, .1) code ->> function: say_hi(name="Camila") function ->> code: gib das gespeicherte Resultat zurück end rect rgba(0, 255, 0, .1)
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docs/en/docs/advanced/custom-response.md
{!../../../docs_src/custom_response/tutorial008.py!} ``` 1. This is the generator function. It's a "generator function" because it contains `yield` statements inside. 2. By using a `with` block, we make sure that the file-like object is closed after the generator function is done. So, after it finishes sending the response.
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docs/en/docs/async.md
### Other utility functions Any other utility function that you call directly can be created with normal `def` or `async def` and FastAPI won't affect the way you call it. This is in contrast to the functions that FastAPI calls for you: *path operation functions* and dependencies.
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docs/em/docs/advanced/settings.md
participant code as Code participant function as say_hi() participant execute as Execute function rect rgba(0, 255, 0, .1) code ->> function: say_hi(name="Camila") function ->> execute: execute function code execute ->> code: return the result end rect rgba(0, 255, 255, .1) code ->> function: say_hi(name="Camila") function ->> code: return stored result end
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docs/en/docs/tutorial/response-model.md
# Response Model - Return Type You can declare the type used for the response by annotating the *path operation function* **return type**. You can use **type annotations** the same way you would for input data in function **parameters**, you can use Pydantic models, lists, dictionaries, scalar values like integers, booleans, etc. === "Python 3.10+" ```Python hl_lines="16 21" {!> ../../../docs_src/response_model/tutorial001_01_py310.py!} ```
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tensorflow/c/eager/BUILD
"@com_google_absl//absl/strings", ], ) cc_library( name = "graph_function", srcs = ["graph_function.cc"], hdrs = [ "graph_function.h", ], visibility = [ "//tensorflow:internal", ], deps = [ ":abstract_function", "//tensorflow/core:framework", "//tensorflow/core/platform:refcount",
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docs/en/docs/advanced/settings.md
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docs/en/docs/tutorial/first-steps.md
### Step 4: define the **path operation function** This is our "**path operation function**": * **path**: is `/`. * **operation**: is `get`. * **function**: is the function below the "decorator" (below `@app.get("/")`). ```Python hl_lines="7" {!../../../docs_src/first_steps/tutorial001.py!} ``` This is a Python function.
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analysis/analysis-api-fir/src/org/jetbrains/kotlin/analysis/api/fir/evaluate/FirCompileTimeConstantEvaluator.kt
functionCall: FirFunctionCall, mode: KtConstantEvaluationMode, ): FirLiteralExpression<*>? { val function = functionCall.getOriginalFunction() as? FirSimpleFunction ?: return null val opr1 = evaluate(functionCall.explicitReceiver, mode) ?: return null opr1.evaluate(function)?.let { return it.adjustType(functionCall.resolvedType) }
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