An ophthalmologic imaging apparatus comprising: an optical system configured to divide light from a light source into measurement light and reference light, cause the measurement light returning from a subject's eye to interfere with the reference light, and detect interference light resulting therefrom; a processor configured to process a detection result of the interference light obtained by the optical system to generate test data indicating a state of the subject's eye; an output unit (140; 210) configured to output the test data generated by the processor; an interface (140; 200) configured to be used to make setting of a predetermined item related to the optical system and the processor; a storage configured to store setting information indicating content of the setting made through the interface and configured to store a log each time a test is performed; and a controller is configured to determine whether a test to be performed by the optical system is the first test upon receipt of an instruction to start the test via the interface, based on the log stored in the storage, after the ophthalmologic imaging apparatus has been installed; make a setting of relevant parts, including the optical system and the processor, based on the setting information stored in the storage, if the test is determined to be the first test; apply the setting information to the optical system and the processor in each test until the setting information is changed or deleted via the interface, when the ophthalmologic imaging apparatus is returned; and start a visual acuity test, wherein the optical system includes a fixation target presenting unit configured to present a fixation target for fixating the subject's eye, the setting information includes setting of a fixation position, and the controller is configured to control the fixation target presenting unit to present the fixation target based on the setting of the fixation position. an optical system configured to divide light from a light source into measurement light and reference light, cause the measurement light returning from a subject's eye to interfere with the reference light, and detect interference light resulting therefrom; a processor configured to process a detection result of the interference light obtained by the optical system to generate test data indicating a state of the subject's eye; an output unit (140; 210) configured to output the test data generated by the processor; an interface (140; 200) configured to be used to make setting of a predetermined item related to the optical system and the processor; a storage configured to store setting information indicating content of the setting made through the interface and configured to store a log each time a test is performed; and a controller is configured to determine whether a test to be performed by the optical system is the first test upon receipt of an instruction to start the test via the interface, based on the log stored in the storage, after the ophthalmologic imaging apparatus has been installed; make a setting of relevant parts, including the optical system and the processor, based on the setting information stored in the storage, if the test is determined to be the first test; apply the setting information to the optical system and the processor in each test until the setting information is changed or deleted via the interface, when the ophthalmologic imaging apparatus is returned; and start a visual acuity test, wherein the optical system includes a fixation target presenting unit configured to present a fixation target for fixating the subject's eye, the setting information includes setting of a fixation position, and the controller is configured to control the fixation target presenting unit to present the fixation target based on the setting of the fixation position.