// This file is auto-generated by @hey-api/openapi-ts

import { type DefaultError, queryOptions, type UseMutationOptions } from '@tanstack/react-query';

import { client } from '../client.gen';
import { getConfigAzimInt, getConfigBraggIntegration, getConfigDarkMask, getConfigDetector, getConfigFileWriter, getConfigImageFormat, getConfigIndexing, getConfigInstrument, getConfigMask, getConfigMaskTiff, getConfigRoi, getConfigSelectDetector, getConfigSpotFinding, getConfigUserMask, getConfigUserMaskTiff, getConfigZeromqMetadata, getConfigZeromqPreview, getDetectorStatus, getFpgaStatus, getImageBufferImageCbor, getImageBufferImageJpeg, getImageBufferImageTiff, getImageBufferStartCbor, getImageBufferStatus, getImagePusherStatus, getPreviewPedestalTiff, getPreviewPlot, getPreviewPlotBin, getResultScan, getStatistics, getStatisticsCalibration, getStatisticsDataCollection, getStatus, getVersion, getXfelEventCode, getXfelPulseId, type Options, postCancel, postConfigImageFormatConversion, postConfigImageFormatRaw, postDeactivate, postImageBufferClear, postInitialize, postPedestal, postStart, postTrigger, postWaitTillDone, postWaitUntilRunning, putConfigAzimInt, putConfigBraggIntegration, putConfigDarkMask, putConfigDetector, putConfigFileWriter, putConfigImageFormat, putConfigIndexing, putConfigInstrument, putConfigInternalGeneratorImage, putConfigInternalGeneratorImageTiff, putConfigRoi, putConfigSelectDetector, putConfigSpotFinding, putConfigUserMask, putConfigUserMaskTiff, putConfigZeromqMetadata, putConfigZeromqPreview } from '../sdk.gen';
import type { getConfigAzimIntData, getConfigAzimIntResponse, getConfigBraggIntegrationData, getConfigBraggIntegrationResponse, getConfigDarkMaskData, getConfigDarkMaskResponse, getConfigDetectorData, getConfigDetectorResponse, getConfigFileWriterData, getConfigFileWriterResponse, getConfigImageFormatData, getConfigImageFormatResponse, getConfigIndexingData, getConfigIndexingResponse, getConfigInstrumentData, getConfigInstrumentResponse, getConfigMaskData, getConfigMaskResponse, getConfigMaskTiffData, getConfigMaskTiffResponse, getConfigRoiData, getConfigRoiResponse, getConfigSelectDetectorData, getConfigSelectDetectorResponse, getConfigSpotFindingData, getConfigSpotFindingResponse, getConfigUserMaskData, getConfigUserMaskResponse, getConfigUserMaskTiffData, getConfigUserMaskTiffResponse, getConfigZeromqMetadataData, getConfigZeromqMetadataResponse, getConfigZeromqPreviewData, getConfigZeromqPreviewResponse, getDetectorStatusData, getDetectorStatusError, getDetectorStatusResponse, getFpgaStatusData, getFpgaStatusResponse, getImageBufferImageCborData, getImageBufferImageCborError, getImageBufferImageCborResponse, getImageBufferImageJpegData, getImageBufferImageJpegError, getImageBufferImageJpegResponse, getImageBufferImageTiffData, getImageBufferImageTiffResponse, getImageBufferStartCborData, getImageBufferStartCborError, getImageBufferStartCborResponse, getImageBufferStatusData, getImageBufferStatusError, getImageBufferStatusResponse, getImagePusherStatusData, getImagePusherStatusError, getImagePusherStatusResponse, getPreviewPedestalTiffData, getPreviewPedestalTiffResponse, getPreviewPlotBinData, getPreviewPlotBinError, getPreviewPlotBinResponse, getPreviewPlotData, getPreviewPlotError, getPreviewPlotResponse, getResultScanData, getResultScanError, getResultScanResponse, getStatisticsCalibrationData, getStatisticsCalibrationResponse, getStatisticsData, getStatisticsDataCollectionData, getStatisticsDataCollectionResponse, getStatisticsResponse, getStatusData, getStatusResponse, getVersionData, getVersionResponse, getXfelEventCodeData, getXfelEventCodeResponse, getXfelPulseIdData, getXfelPulseIdResponse, postCancelData, postConfigImageFormatConversionData, postConfigImageFormatConversionError, postConfigImageFormatRawData, postConfigImageFormatRawError, postDeactivateData, postDeactivateError, postImageBufferClearData, postImageBufferClearError, postInitializeData, postInitializeError, postPedestalData, postPedestalError, postStartData, postStartError, postTriggerData, postWaitTillDoneData, postWaitTillDoneError, postWaitUntilRunningData, postWaitUntilRunningError, putConfigAzimIntData, putConfigAzimIntError, putConfigBraggIntegrationData, putConfigBraggIntegrationError, putConfigDarkMaskData, putConfigDarkMaskError, putConfigDetectorData, putConfigDetectorError, putConfigFileWriterData, putConfigFileWriterError, putConfigImageFormatData, putConfigImageFormatError, putConfigIndexingData, putConfigIndexingError, putConfigInstrumentData, putConfigInstrumentError, putConfigInternalGeneratorImageData, putConfigInternalGeneratorImageError, putConfigInternalGeneratorImageTiffData, putConfigInternalGeneratorImageTiffError, putConfigRoiData, putConfigRoiError, putConfigSelectDetectorData, putConfigSelectDetectorError, putConfigSpotFindingData, putConfigSpotFindingError, putConfigUserMaskData, putConfigUserMaskError, putConfigUserMaskTiffData, putConfigUserMaskTiffError, putConfigZeromqMetadataData, putConfigZeromqMetadataError, putConfigZeromqPreviewData, putConfigZeromqPreviewError } from '../types.gen';

/**
 * Initialize detector and data acquisition
 *
 * Should be used in two cases:
 * - Detector is in `Inactive` state
 * - Detector is in `Error` state
 * X-ray shutter must be closed.
 * This operation will reconfigure network interface of the detector.
 * During operation of the detector it is recommended to use the `POST /pedestal` operation instead.
 * If storage cells are used, the execution time might be few minutes.
 *
 * This is async function - one needs to use `POST /wait_till_done` to ensure operation is done.
 *
 */
export const postInitializeMutation = (options?: Partial<Options<postInitializeData>>): UseMutationOptions<unknown, postInitializeError, Options<postInitializeData>> => {
    const mutationOptions: UseMutationOptions<unknown, postInitializeError, Options<postInitializeData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postInitialize({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Collect dark current for the detector
 *
 * Updates calibration of the JUNGFRAU detector. Must be in `Idle` state.
 *
 * X-ray shutter must be closed. Recommended to run once per hour for long integration times (> 100 us).
 *
 * This is async function - one needs to use `POST /wait_till_done` to ensure operation is done.
 *
 */
export const postPedestalMutation = (options?: Partial<Options<postPedestalData>>): UseMutationOptions<unknown, postPedestalError, Options<postPedestalData>> => {
    const mutationOptions: UseMutationOptions<unknown, postPedestalError, Options<postPedestalData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postPedestal({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Start detector
 *
 * Start data acquisition.
 * Detector must be in `Idle` state.
 * Default behavior is for the call to block until detector is ready to accept soft/TTL triggers.
 * However, this behavior can be changed by settings `async_start` to true in the request body,
 * in which case the call will return immediately and one needs to use `/wait_until_running` to ensure detector is ready to run.
 *
 */
export const postStartMutation = (options?: Partial<Options<postStartData>>): UseMutationOptions<unknown, postStartError, Options<postStartData>> => {
    const mutationOptions: UseMutationOptions<unknown, postStartError, Options<postStartData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postStart({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Wait for acquisition running
 *
 * Block execution of external script till detector and Jungfraujoch are ready to collect data.
 * To not block web server for a indefinite period of time, the procedure is provided with a timeout.
 * Extending timeout is possible, but requires to ensure safety that client will not close the connection and retry the connection.
 *
 */
export const postWaitUntilRunningMutation = (options?: Partial<Options<postWaitUntilRunningData>>): UseMutationOptions<unknown, postWaitUntilRunningError, Options<postWaitUntilRunningData>> => {
    const mutationOptions: UseMutationOptions<unknown, postWaitUntilRunningError, Options<postWaitUntilRunningData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postWaitUntilRunning({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Wait for acquisition done
 *
 * Block execution of external script till initialization, data collection or pedestal is finished.
 * Running this command does not affect (cancel) running data collection, it is only to ensure synchronous execution of other software.
 *
 * To not block web server for a indefinite period of time, the procedure is provided with a timeout.
 * Extending timeout is possible, but requires to ensure safety that client will not close the connection and retry the connection.
 *
 */
export const postWaitTillDoneMutation = (options?: Partial<Options<postWaitTillDoneData>>): UseMutationOptions<unknown, postWaitTillDoneError, Options<postWaitTillDoneData>> => {
    const mutationOptions: UseMutationOptions<unknown, postWaitTillDoneError, Options<postWaitTillDoneData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postWaitTillDone({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Send soft trigger to the detector
 *
 * Generate soft trigger
 */
export const postTriggerMutation = (options?: Partial<Options<postTriggerData>>): UseMutationOptions<unknown, DefaultError, Options<postTriggerData>> => {
    const mutationOptions: UseMutationOptions<unknown, DefaultError, Options<postTriggerData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postTrigger({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Cancel running data collection
 *
 * Command will inform FPGA network card to stop pedestal or data collection at the current stage.
 * Any frame that is currently being processed by CPU will be finished and sent to writer.
 * Given the command is making sure to gracefully stop data acquisition and detector, it might take some time to switch back after command finished to `Idle` state.
 *
 * If data collection is not running, the command has no effect.
 *
 */
export const postCancelMutation = (options?: Partial<Options<postCancelData>>): UseMutationOptions<unknown, DefaultError, Options<postCancelData>> => {
    const mutationOptions: UseMutationOptions<unknown, DefaultError, Options<postCancelData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postCancel({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Prepare detector to turn off
 *
 * Should be in `Idle` or `Error` state.
 * Command deactivates data acquisition and turns off detector high voltage and ASIC.
 * Should be used always before turning off power from the detector.
 *
 */
export const postDeactivateMutation = (options?: Partial<Options<postDeactivateData>>): UseMutationOptions<unknown, postDeactivateError, Options<postDeactivateData>> => {
    const mutationOptions: UseMutationOptions<unknown, postDeactivateError, Options<postDeactivateData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postDeactivate({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export type QueryKey<TOptions extends Options> = [
    Pick<TOptions, 'baseUrl' | 'body' | 'headers' | 'path' | 'query'> & {
        _id: string;
        _infinite?: boolean;
        tags?: ReadonlyArray<string>;
    }
];

const createQueryKey = <TOptions extends Options>(id: string, options?: TOptions, infinite?: boolean, tags?: ReadonlyArray<string>): [
    QueryKey<TOptions>[0]
] => {
    const params: QueryKey<TOptions>[0] = { _id: id, baseUrl: options?.baseUrl || (options?.client ?? client).getConfig().baseUrl } as QueryKey<TOptions>[0];
    if (infinite) {
        params._infinite = infinite;
    }
    if (tags) {
        params.tags = tags;
    }
    if (options?.body) {
        params.body = options.body;
    }
    if (options?.headers) {
        params.headers = options.headers;
    }
    if (options?.path) {
        params.path = options.path;
    }
    if (options?.query) {
        params.query = options.query;
    }
    return [params];
};

export const getConfigDetectorQueryKey = (options?: Options<getConfigDetectorData>) => createQueryKey('getConfigDetector', options);

/**
 * Get detector configuration
 *
 * Can be done anytime
 */
export const getConfigDetectorOptions = (options?: Options<getConfigDetectorData>) => queryOptions<getConfigDetectorResponse, DefaultError, getConfigDetectorResponse, ReturnType<typeof getConfigDetectorQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigDetector({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigDetectorQueryKey(options)
});

/**
 * Change detector configuration
 *
 * Detector settings are ones that have effect on calibration, i.e., pedestal has to be collected again after changing these settings.
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 * If detector is in `Idle` state , pedestal procedure will be executed automatically - there must be no X-rays on the detector during the operation.
 * If detector is in `Inactive` or `Error` states, new settings will be saved, but no calibration will be executed.
 *
 */
export const putConfigDetectorMutation = (options?: Partial<Options<putConfigDetectorData>>): UseMutationOptions<unknown, putConfigDetectorError, Options<putConfigDetectorData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigDetectorError, Options<putConfigDetectorData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigDetector({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigIndexingQueryKey = (options?: Options<getConfigIndexingData>) => createQueryKey('getConfigIndexing', options);

/**
 * Get indexing configuration
 *
 * Can be done anytime
 */
export const getConfigIndexingOptions = (options?: Options<getConfigIndexingData>) => queryOptions<getConfigIndexingResponse, DefaultError, getConfigIndexingResponse, ReturnType<typeof getConfigIndexingQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigIndexing({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigIndexingQueryKey(options)
});

/**
 * Change indexing algorithm settings
 *
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const putConfigIndexingMutation = (options?: Partial<Options<putConfigIndexingData>>): UseMutationOptions<unknown, putConfigIndexingError, Options<putConfigIndexingData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigIndexingError, Options<putConfigIndexingData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigIndexing({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigBraggIntegrationQueryKey = (options?: Options<getConfigBraggIntegrationData>) => createQueryKey('getConfigBraggIntegration', options);

/**
 * Get Bragg integration configuration
 *
 * Can be done anytime
 */
export const getConfigBraggIntegrationOptions = (options?: Options<getConfigBraggIntegrationData>) => queryOptions<getConfigBraggIntegrationResponse, DefaultError, getConfigBraggIntegrationResponse, ReturnType<typeof getConfigBraggIntegrationQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigBraggIntegration({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigBraggIntegrationQueryKey(options)
});

/**
 * Change Bragg integration settings
 *
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const putConfigBraggIntegrationMutation = (options?: Partial<Options<putConfigBraggIntegrationData>>): UseMutationOptions<unknown, putConfigBraggIntegrationError, Options<putConfigBraggIntegrationData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigBraggIntegrationError, Options<putConfigBraggIntegrationData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigBraggIntegration({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigFileWriterQueryKey = (options?: Options<getConfigFileWriterData>) => createQueryKey('getConfigFileWriter', options);

/**
 * Get file writer settings
 *
 * Can be done anytime
 */
export const getConfigFileWriterOptions = (options?: Options<getConfigFileWriterData>) => queryOptions<getConfigFileWriterResponse, DefaultError, getConfigFileWriterResponse, ReturnType<typeof getConfigFileWriterQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigFileWriter({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigFileWriterQueryKey(options)
});

/**
 * Change file writer settings
 *
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const putConfigFileWriterMutation = (options?: Partial<Options<putConfigFileWriterData>>): UseMutationOptions<unknown, putConfigFileWriterError, Options<putConfigFileWriterData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigFileWriterError, Options<putConfigFileWriterData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigFileWriter({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigInstrumentQueryKey = (options?: Options<getConfigInstrumentData>) => createQueryKey('getConfigInstrument', options);

/**
 * Get instrument metadata
 *
 * Can be done anytime
 */
export const getConfigInstrumentOptions = (options?: Options<getConfigInstrumentData>) => queryOptions<getConfigInstrumentResponse, DefaultError, getConfigInstrumentResponse, ReturnType<typeof getConfigInstrumentQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigInstrument({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigInstrumentQueryKey(options)
});

/**
 * Change instrument metadata
 *
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const putConfigInstrumentMutation = (options?: Partial<Options<putConfigInstrumentData>>): UseMutationOptions<unknown, putConfigInstrumentError, Options<putConfigInstrumentData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigInstrumentError, Options<putConfigInstrumentData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigInstrument({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigImageFormatQueryKey = (options?: Options<getConfigImageFormatData>) => createQueryKey('getConfigImageFormat', options);

/**
 * Get image output format
 *
 * Can be done anytime
 */
export const getConfigImageFormatOptions = (options?: Options<getConfigImageFormatData>) => queryOptions<getConfigImageFormatResponse, DefaultError, getConfigImageFormatResponse, ReturnType<typeof getConfigImageFormatQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigImageFormat({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigImageFormatQueryKey(options)
});

/**
 * Change image output format
 *
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const putConfigImageFormatMutation = (options?: Partial<Options<putConfigImageFormatData>>): UseMutationOptions<unknown, putConfigImageFormatError, Options<putConfigImageFormatData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigImageFormatError, Options<putConfigImageFormatData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigImageFormat({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Configure format for raw data collection
 *
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const postConfigImageFormatRawMutation = (options?: Partial<Options<postConfigImageFormatRawData>>): UseMutationOptions<unknown, postConfigImageFormatRawError, Options<postConfigImageFormatRawData>> => {
    const mutationOptions: UseMutationOptions<unknown, postConfigImageFormatRawError, Options<postConfigImageFormatRawData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postConfigImageFormatRaw({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Configure format for data collection with full conversion
 *
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const postConfigImageFormatConversionMutation = (options?: Partial<Options<postConfigImageFormatConversionData>>): UseMutationOptions<unknown, postConfigImageFormatConversionError, Options<postConfigImageFormatConversionData>> => {
    const mutationOptions: UseMutationOptions<unknown, postConfigImageFormatConversionError, Options<postConfigImageFormatConversionData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postConfigImageFormatConversion({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigSpotFindingQueryKey = (options?: Options<getConfigSpotFindingData>) => createQueryKey('getConfigSpotFinding', options);

/**
 * Get data processing configuration
 *
 * Can be done anytime
 */
export const getConfigSpotFindingOptions = (options?: Options<getConfigSpotFindingData>) => queryOptions<getConfigSpotFindingResponse, DefaultError, getConfigSpotFindingResponse, ReturnType<typeof getConfigSpotFindingQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigSpotFinding({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigSpotFindingQueryKey(options)
});

/**
 * Configure spot finding
 *
 * Can be done anytime, also while data collection is running
 */
export const putConfigSpotFindingMutation = (options?: Partial<Options<putConfigSpotFindingData>>): UseMutationOptions<unknown, putConfigSpotFindingError, Options<putConfigSpotFindingData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigSpotFindingError, Options<putConfigSpotFindingData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigSpotFinding({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigAzimIntQueryKey = (options?: Options<getConfigAzimIntData>) => createQueryKey('getConfigAzimInt', options);

/**
 * Get azimuthal integration configuration
 *
 * Can be done anytime
 */
export const getConfigAzimIntOptions = (options?: Options<getConfigAzimIntData>) => queryOptions<getConfigAzimIntResponse, DefaultError, getConfigAzimIntResponse, ReturnType<typeof getConfigAzimIntQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigAzimInt({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigAzimIntQueryKey(options)
});

/**
 * Configure azimuthal integration
 *
 * Can be done when detector is Inactive or Idle
 */
export const putConfigAzimIntMutation = (options?: Partial<Options<putConfigAzimIntData>>): UseMutationOptions<unknown, putConfigAzimIntError, Options<putConfigAzimIntData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigAzimIntError, Options<putConfigAzimIntData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigAzimInt({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Load binary image for internal FPGA generator
 *
 * Load image for internal FPGA generator. This can only happen in Idle state of the detector.
 * Requires binary blob with 16-bit integer numbers of size of detector in raw/converted coordinates
 * (depending on detector settings).
 *
 */
export const putConfigInternalGeneratorImageMutation = (options?: Partial<Options<putConfigInternalGeneratorImageData>>): UseMutationOptions<unknown, putConfigInternalGeneratorImageError, Options<putConfigInternalGeneratorImageData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigInternalGeneratorImageError, Options<putConfigInternalGeneratorImageData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigInternalGeneratorImage({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

/**
 * Load TIFF image for internal FPGA generator
 *
 * Load image for internal FPGA generator. This can only happen in Idle state of the detector.
 * Requires TIFF with 16-bit integer numbers of size of detector in raw/converted coordinates
 * (depending on detector settings).
 *
 */
export const putConfigInternalGeneratorImageTiffMutation = (options?: Partial<Options<putConfigInternalGeneratorImageTiffData>>): UseMutationOptions<unknown, putConfigInternalGeneratorImageTiffError, Options<putConfigInternalGeneratorImageTiffData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigInternalGeneratorImageTiffError, Options<putConfigInternalGeneratorImageTiffData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigInternalGeneratorImageTiff({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigSelectDetectorQueryKey = (options?: Options<getConfigSelectDetectorData>) => createQueryKey('getConfigSelectDetector', options);

/**
 * List available detectors
 *
 * Configured detectors that can be selected by used
 */
export const getConfigSelectDetectorOptions = (options?: Options<getConfigSelectDetectorData>) => queryOptions<getConfigSelectDetectorResponse, DefaultError, getConfigSelectDetectorResponse, ReturnType<typeof getConfigSelectDetectorQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigSelectDetector({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigSelectDetectorQueryKey(options)
});

/**
 * Select detector
 *
 * Jungfraujoch allows to control multiple detectors and/or region-of-interests.
 * The command allows to choose one detector from the list (ID has to be consistent with one provided by GET response).
 * Changing detector will set detector to `Inactive` state and will require reinitialization.
 *
 */
export const putConfigSelectDetectorMutation = (options?: Partial<Options<putConfigSelectDetectorData>>): UseMutationOptions<unknown, putConfigSelectDetectorError, Options<putConfigSelectDetectorData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigSelectDetectorError, Options<putConfigSelectDetectorData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigSelectDetector({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigZeromqPreviewQueryKey = (options?: Options<getConfigZeromqPreviewData>) => createQueryKey('getConfigZeromqPreview', options);

/**
 * Get ZeroMQ preview settings
 */
export const getConfigZeromqPreviewOptions = (options?: Options<getConfigZeromqPreviewData>) => queryOptions<getConfigZeromqPreviewResponse, DefaultError, getConfigZeromqPreviewResponse, ReturnType<typeof getConfigZeromqPreviewQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigZeromqPreview({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigZeromqPreviewQueryKey(options)
});

/**
 * Set ZeroMQ preview settings
 *
 * Jungfraujoch can generate preview message stream on ZeroMQ SUB socket.
 * Here settings of the socket can be adjusted.
 * While the data structure contains also socket_address, this cannot be changed via HTTP and is ignore in PUT request.
 * Options set with this PUT request have no effect on HTTP based preview.
 *
 */
export const putConfigZeromqPreviewMutation = (options?: Partial<Options<putConfigZeromqPreviewData>>): UseMutationOptions<unknown, putConfigZeromqPreviewError, Options<putConfigZeromqPreviewData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigZeromqPreviewError, Options<putConfigZeromqPreviewData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigZeromqPreview({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigZeromqMetadataQueryKey = (options?: Options<getConfigZeromqMetadataData>) => createQueryKey('getConfigZeromqMetadata', options);

/**
 * Get ZeroMQ metadata socket settings
 */
export const getConfigZeromqMetadataOptions = (options?: Options<getConfigZeromqMetadataData>) => queryOptions<getConfigZeromqMetadataResponse, DefaultError, getConfigZeromqMetadataResponse, ReturnType<typeof getConfigZeromqMetadataQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigZeromqMetadata({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigZeromqMetadataQueryKey(options)
});

/**
 * Set ZeroMQ metadata settings
 *
 * Jungfraujoch can generate metadata message stream on ZeroMQ PUB socket. This stream covers all images.
 * Here settings of the socket can be adjusted.
 * While the data structure contains also socket_address, this cannot be changed via HTTP and is ignore in PUT request.
 *
 */
export const putConfigZeromqMetadataMutation = (options?: Partial<Options<putConfigZeromqMetadataData>>): UseMutationOptions<unknown, putConfigZeromqMetadataError, Options<putConfigZeromqMetadataData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigZeromqMetadataError, Options<putConfigZeromqMetadataData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigZeromqMetadata({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigDarkMaskQueryKey = (options?: Options<getConfigDarkMaskData>) => createQueryKey('getConfigDarkMask', options);

/**
 * Get settings for dark data collection to calculate mask
 */
export const getConfigDarkMaskOptions = (options?: Options<getConfigDarkMaskData>) => queryOptions<getConfigDarkMaskResponse, DefaultError, getConfigDarkMaskResponse, ReturnType<typeof getConfigDarkMaskQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigDarkMask({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigDarkMaskQueryKey(options)
});

/**
 * Set configuration for dark data collection to calculate mask
 *
 * This is only possible when operating DECTRIS detectors at the moment; it will be also available for PSI EIGER at some point.
 * This can only be done when detector is `Idle`, `Error` or `Inactive` states.
 *
 */
export const putConfigDarkMaskMutation = (options?: Partial<Options<putConfigDarkMaskData>>): UseMutationOptions<unknown, putConfigDarkMaskError, Options<putConfigDarkMaskData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigDarkMaskError, Options<putConfigDarkMaskData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigDarkMask({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getStatusQueryKey = (options?: Options<getStatusData>) => createQueryKey('getStatus', options);

/**
 * Get Jungfraujoch status
 *
 * Status of the data acquisition
 */
export const getStatusOptions = (options?: Options<getStatusData>) => queryOptions<getStatusResponse, DefaultError, getStatusResponse, ReturnType<typeof getStatusQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getStatus({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getStatusQueryKey(options)
});

export const getFpgaStatusQueryKey = (options?: Options<getFpgaStatusData>) => createQueryKey('getFpgaStatus', options);

/**
 * Get status of FPGA devices
 */
export const getFpgaStatusOptions = (options?: Options<getFpgaStatusData>) => queryOptions<getFpgaStatusResponse, DefaultError, getFpgaStatusResponse, ReturnType<typeof getFpgaStatusQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getFpgaStatus({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getFpgaStatusQueryKey(options)
});

export const getXfelPulseIdQueryKey = (options?: Options<getXfelPulseIdData>) => createQueryKey('getXfelPulseId', options);

/**
 * Return XFEL pulse IDs for the current data acquisition
 *
 * Return array of XFEL pulse IDs - (-1) if image not recorded
 */
export const getXfelPulseIdOptions = (options?: Options<getXfelPulseIdData>) => queryOptions<getXfelPulseIdResponse, DefaultError, getXfelPulseIdResponse, ReturnType<typeof getXfelPulseIdQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getXfelPulseId({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getXfelPulseIdQueryKey(options)
});

export const getXfelEventCodeQueryKey = (options?: Options<getXfelEventCodeData>) => createQueryKey('getXfelEventCode', options);

/**
 * Return XFEL event codes for the current data acquisition
 *
 * Return array of XFEL event codes
 */
export const getXfelEventCodeOptions = (options?: Options<getXfelEventCodeData>) => queryOptions<getXfelEventCodeResponse, DefaultError, getXfelEventCodeResponse, ReturnType<typeof getXfelEventCodeQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getXfelEventCode({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getXfelEventCodeQueryKey(options)
});

export const getImagePusherStatusQueryKey = (options?: Options<getImagePusherStatusData>) => createQueryKey('getImagePusherStatus', options);

/**
 * Get status of image pusher
 */
export const getImagePusherStatusOptions = (options?: Options<getImagePusherStatusData>) => queryOptions<getImagePusherStatusResponse, getImagePusherStatusError, getImagePusherStatusResponse, ReturnType<typeof getImagePusherStatusQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getImagePusherStatus({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getImagePusherStatusQueryKey(options)
});

export const getDetectorStatusQueryKey = (options?: Options<getDetectorStatusData>) => createQueryKey('getDetectorStatus', options);

/**
 * Get detector status
 *
 * Status of the JUNGFRAU detector
 */
export const getDetectorStatusOptions = (options?: Options<getDetectorStatusData>) => queryOptions<getDetectorStatusResponse, getDetectorStatusError, getDetectorStatusResponse, ReturnType<typeof getDetectorStatusQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getDetectorStatus({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getDetectorStatusQueryKey(options)
});

export const getConfigRoiQueryKey = (options?: Options<getConfigRoiData>) => createQueryKey('getConfigRoi', options);

/**
 * Get ROI definitions
 */
export const getConfigRoiOptions = (options?: Options<getConfigRoiData>) => queryOptions<getConfigRoiResponse, DefaultError, getConfigRoiResponse, ReturnType<typeof getConfigRoiQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigRoi({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigRoiQueryKey(options)
});

/**
 * Upload ROI definitions
 */
export const putConfigRoiMutation = (options?: Partial<Options<putConfigRoiData>>): UseMutationOptions<unknown, putConfigRoiError, Options<putConfigRoiData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigRoiError, Options<putConfigRoiData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigRoi({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getStatisticsQueryKey = (options?: Options<getStatisticsData>) => createQueryKey('getStatistics', options);

/**
 * Get general statistics
 */
export const getStatisticsOptions = (options?: Options<getStatisticsData>) => queryOptions<getStatisticsResponse, DefaultError, getStatisticsResponse, ReturnType<typeof getStatisticsQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getStatistics({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getStatisticsQueryKey(options)
});

export const getStatisticsDataCollectionQueryKey = (options?: Options<getStatisticsDataCollectionData>) => createQueryKey('getStatisticsDataCollection', options);

/**
 * Get data collection statistics
 *
 * Results of the last data collection
 */
export const getStatisticsDataCollectionOptions = (options?: Options<getStatisticsDataCollectionData>) => queryOptions<getStatisticsDataCollectionResponse, DefaultError, getStatisticsDataCollectionResponse, ReturnType<typeof getStatisticsDataCollectionQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getStatisticsDataCollection({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getStatisticsDataCollectionQueryKey(options)
});

export const getStatisticsCalibrationQueryKey = (options?: Options<getStatisticsCalibrationData>) => createQueryKey('getStatisticsCalibration', options);

/**
 * Get calibration statistics
 *
 * Statistics are provided for each module/storage cell separately
 */
export const getStatisticsCalibrationOptions = (options?: Options<getStatisticsCalibrationData>) => queryOptions<getStatisticsCalibrationResponse, DefaultError, getStatisticsCalibrationResponse, ReturnType<typeof getStatisticsCalibrationQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getStatisticsCalibration({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getStatisticsCalibrationQueryKey(options)
});

export const getConfigMaskQueryKey = (options?: Options<getConfigMaskData>) => createQueryKey('getConfigMask', options);

/**
 * Get mask of the detector (binary)
 *
 * Detector must be Initialized.
 * Get full pixel mask of the detector.
 * See NXmx standard for meaning of pixel values.
 *
 */
export const getConfigMaskOptions = (options?: Options<getConfigMaskData>) => queryOptions<getConfigMaskResponse, DefaultError, getConfigMaskResponse, ReturnType<typeof getConfigMaskQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigMask({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigMaskQueryKey(options)
});

export const getConfigUserMaskQueryKey = (options?: Options<getConfigUserMaskData>) => createQueryKey('getConfigUserMask', options);

/**
 * Detector must be Initialized.
 * Get user mask of the detector (binary)
 *
 *
 * Get user pixel mask of the detector in the actual detector coordinates: 0 - good pixel, 1 - masked
 */
export const getConfigUserMaskOptions = (options?: Options<getConfigUserMaskData>) => queryOptions<getConfigUserMaskResponse, DefaultError, getConfigUserMaskResponse, ReturnType<typeof getConfigUserMaskQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigUserMask({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigUserMaskQueryKey(options)
});

/**
 * Upload user mask of the detector (binary)
 *
 * Should be in `Idle` state.
 * Upload user mask of the detector - this is for example to account for beam stop shadow or misbehaving regions.
 * If detector is conversion mode the mask can be both in raw (1024x512; stacked modules) or converted coordinates.
 * In the latter case - module gaps are ignored and don't need to be assigned value.
 * Mask is expected as binary array (4-byte; unsigned).
 * 0 - good pixel, other value - masked
 * User mask is stored in NXmx pixel mask (bit 8), as well as used in spot finding and azimuthal integration.
 *
 */
export const putConfigUserMaskMutation = (options?: Partial<Options<putConfigUserMaskData>>): UseMutationOptions<unknown, putConfigUserMaskError, Options<putConfigUserMaskData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigUserMaskError, Options<putConfigUserMaskData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigUserMask({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getConfigMaskTiffQueryKey = (options?: Options<getConfigMaskTiffData>) => createQueryKey('getConfigMaskTiff', options);

/**
 * Get mask of the detector (TIFF)
 *
 * Should be in `Idle` state.
 * Get full pixel mask of the detector
 * See NXmx standard for meaning of pixel values
 *
 */
export const getConfigMaskTiffOptions = (options?: Options<getConfigMaskTiffData>) => queryOptions<getConfigMaskTiffResponse, DefaultError, getConfigMaskTiffResponse, ReturnType<typeof getConfigMaskTiffQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigMaskTiff({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigMaskTiffQueryKey(options)
});

export const getConfigUserMaskTiffQueryKey = (options?: Options<getConfigUserMaskTiffData>) => createQueryKey('getConfigUserMaskTiff', options);

/**
 * Detector must be Initialized.
 * Get user mask of the detector (TIFF)
 *
 *
 * Get user pixel mask of the detector in the actual detector coordinates: 0 - good pixel, 1 - masked
 */
export const getConfigUserMaskTiffOptions = (options?: Options<getConfigUserMaskTiffData>) => queryOptions<getConfigUserMaskTiffResponse, DefaultError, getConfigUserMaskTiffResponse, ReturnType<typeof getConfigUserMaskTiffQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getConfigUserMaskTiff({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getConfigUserMaskTiffQueryKey(options)
});

/**
 * Upload user mask of the detector
 *
 * Should be in `Idle` state.
 * Upload user mask of the detector - this is for example to account for beam stop shadow or misbehaving regions.
 * If detector is conversion mode the mask can be both in raw (1024x512; stacked modules) or converted coordinates.
 * In the latter case - module gaps are ignored and don't need to be assigned value.
 * Mask is expected as a single-channel TIFF (8-, 16- or 32-bit integer, signed or unsigned).
 * 0 - good pixel, other value - masked
 * User mask is stored in NXmx pixel mask (bit 8), as well as used in spot finding and azimuthal integration.
 * User mask is not automatically applied - i.e. pixels with user mask will have a valid pixel value in the images.
 *
 */
export const putConfigUserMaskTiffMutation = (options?: Partial<Options<putConfigUserMaskTiffData>>): UseMutationOptions<unknown, putConfigUserMaskTiffError, Options<putConfigUserMaskTiffData>> => {
    const mutationOptions: UseMutationOptions<unknown, putConfigUserMaskTiffError, Options<putConfigUserMaskTiffData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await putConfigUserMaskTiff({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getPreviewPedestalTiffQueryKey = (options: Options<getPreviewPedestalTiffData>) => createQueryKey('getPreviewPedestalTiff', options);

/**
 * Get pedestal in TIFF format
 */
export const getPreviewPedestalTiffOptions = (options: Options<getPreviewPedestalTiffData>) => queryOptions<getPreviewPedestalTiffResponse, DefaultError, getPreviewPedestalTiffResponse, ReturnType<typeof getPreviewPedestalTiffQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getPreviewPedestalTiff({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getPreviewPedestalTiffQueryKey(options)
});

export const getPreviewPlotQueryKey = (options: Options<getPreviewPlotData>) => createQueryKey('getPreviewPlot', options);

/**
 * Generate 1D plot from Jungfraujoch
 */
export const getPreviewPlotOptions = (options: Options<getPreviewPlotData>) => queryOptions<getPreviewPlotResponse, getPreviewPlotError, getPreviewPlotResponse, ReturnType<typeof getPreviewPlotQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getPreviewPlot({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getPreviewPlotQueryKey(options)
});

export const getPreviewPlotBinQueryKey = (options: Options<getPreviewPlotBinData>) => createQueryKey('getPreviewPlotBin', options);

/**
 * Generate 1D plot from Jungfraujoch and send in raw binary format.
 * Data are provided as (32-bit) float binary array.
 * This format doesn't transmit information about X-axis, only values, so it is of limited use for azimuthal integration.
 *
 */
export const getPreviewPlotBinOptions = (options: Options<getPreviewPlotBinData>) => queryOptions<getPreviewPlotBinResponse, getPreviewPlotBinError, getPreviewPlotBinResponse, ReturnType<typeof getPreviewPlotBinQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getPreviewPlotBin({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getPreviewPlotBinQueryKey(options)
});

export const getResultScanQueryKey = (options?: Options<getResultScanData>) => createQueryKey('getResultScan', options);

/**
 * Get full scan result
 */
export const getResultScanOptions = (options?: Options<getResultScanData>) => queryOptions<getResultScanResponse, getResultScanError, getResultScanResponse, ReturnType<typeof getResultScanQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getResultScan({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getResultScanQueryKey(options)
});

export const getImageBufferStartCborQueryKey = (options?: Options<getImageBufferStartCborData>) => createQueryKey('getImageBufferStartCbor', options);

/**
 * Get Start message in CBOR format
 *
 * Contains metadata for a dataset (e.g., experimental geometry)
 */
export const getImageBufferStartCborOptions = (options?: Options<getImageBufferStartCborData>) => queryOptions<getImageBufferStartCborResponse, getImageBufferStartCborError, getImageBufferStartCborResponse, ReturnType<typeof getImageBufferStartCborQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getImageBufferStartCbor({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getImageBufferStartCborQueryKey(options)
});

export const getImageBufferImageCborQueryKey = (options?: Options<getImageBufferImageCborData>) => createQueryKey('getImageBufferImageCbor', options);

/**
 * Get image message in CBOR format
 *
 * Contains full image data and metadata. The image must come from the latest data collection.
 */
export const getImageBufferImageCborOptions = (options?: Options<getImageBufferImageCborData>) => queryOptions<getImageBufferImageCborResponse, getImageBufferImageCborError, getImageBufferImageCborResponse, ReturnType<typeof getImageBufferImageCborQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getImageBufferImageCbor({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getImageBufferImageCborQueryKey(options)
});

export const getImageBufferImageJpegQueryKey = (options?: Options<getImageBufferImageJpegData>) => createQueryKey('getImageBufferImageJpeg', options);

/**
 * Get preview image in JPEG format using custom settings
 */
export const getImageBufferImageJpegOptions = (options?: Options<getImageBufferImageJpegData>) => queryOptions<getImageBufferImageJpegResponse, getImageBufferImageJpegError, getImageBufferImageJpegResponse, ReturnType<typeof getImageBufferImageJpegQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getImageBufferImageJpeg({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getImageBufferImageJpegQueryKey(options)
});

export const getImageBufferImageTiffQueryKey = (options?: Options<getImageBufferImageTiffData>) => createQueryKey('getImageBufferImageTiff', options);

/**
 * Get preview image in TIFF format
 */
export const getImageBufferImageTiffOptions = (options?: Options<getImageBufferImageTiffData>) => queryOptions<getImageBufferImageTiffResponse, DefaultError, getImageBufferImageTiffResponse, ReturnType<typeof getImageBufferImageTiffQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getImageBufferImageTiff({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getImageBufferImageTiffQueryKey(options)
});

/**
 * Clear image buffer
 *
 * Turns off image buffer for the last data collection. Can be only run when Jungfraujoch is not collecting data.
 */
export const postImageBufferClearMutation = (options?: Partial<Options<postImageBufferClearData>>): UseMutationOptions<unknown, postImageBufferClearError, Options<postImageBufferClearData>> => {
    const mutationOptions: UseMutationOptions<unknown, postImageBufferClearError, Options<postImageBufferClearData>> = {
        mutationFn: async (fnOptions) => {
            const { data } = await postImageBufferClear({
                ...options,
                ...fnOptions,
                throwOnError: true
            });
            return data;
        }
    };
    return mutationOptions;
};

export const getImageBufferStatusQueryKey = (options?: Options<getImageBufferStatusData>) => createQueryKey('getImageBufferStatus', options);

/**
 * Get status of the image buffers
 *
 * Can be run at any stage of Jungfraujoch operation, including during data collection.
 * The status of the image buffer is volatile during data collection - if data collection goes for more images than available buffer slots,
 * then image might be replaced in the buffer between calling /images and /image.cbor.
 *
 */
export const getImageBufferStatusOptions = (options?: Options<getImageBufferStatusData>) => queryOptions<getImageBufferStatusResponse, getImageBufferStatusError, getImageBufferStatusResponse, ReturnType<typeof getImageBufferStatusQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getImageBufferStatus({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getImageBufferStatusQueryKey(options)
});

export const getVersionQueryKey = (options?: Options<getVersionData>) => createQueryKey('getVersion', options);

/**
 * Get Jungfraujoch version of jfjoch_broker
 */
export const getVersionOptions = (options?: Options<getVersionData>) => queryOptions<getVersionResponse, DefaultError, getVersionResponse, ReturnType<typeof getVersionQueryKey>>({
    queryFn: async ({ queryKey, signal }) => {
        const { data } = await getVersion({
            ...options,
            ...queryKey[0],
            signal,
            throwOnError: true
        });
        return data;
    },
    queryKey: getVersionQueryKey(options)
});