Abstract: Systems, methods, and software described herein manages the allocation of values to application programming interface (API) requests by an end user. In one example, a monitoring service can determine at least one usage value associated with a user of an API provider based on conditional statements for the user and API usage information associated with the user. The monitoring service can further format the at least one usage value for the user based on a billing service for the user and communicate the at least one usage value to the billing service.

Abstract: Systems, methods, and software described herein manage and process application programming interface (API) statistics associated with an API provider. In one example, a monitoring service may determine API function sequence information associated with requests to an API provider. Based on the API sequence information, the monitoring service may identify API path trends and generate summaries based on the API path trends.

Abstract: Systems, methods, and software described herein manage and process application programming interface (API) statistics associated with an API provider. In one implementation, a secure proxy is used to obtain API request information and encrypt at least a portion of the API request information. Once encrypted the API request information is communicated to a monitoring service. The secure proxy is further configured to receive a summary request associated with usage of the API provider and encrypt at least one attribute in the request. The secure proxy also retrieves summary information from the API monitoring service using the request with the at least one encrypted attribute and generates a summary using the summary information.

Abstract: A process for constructing a soil-based rhizosphere flow-through system to break down contaminants in contaminated water. The process includes the steps of: providing plants planted in soil in a test bioreactor, the plants providing a rhizosphere; exposing the rhizosphere to the contaminated water, extracting microorganisms from the rhizosphere following their exposure to the contaminated water: preparing a microbial suspension from the extract; subjecting the microbial suspension to growth conditions to increase the concentration of the microorganism, thereby preparing a soil conditioner; adding the soil conditioner to soil in a contained area having a water flow inlet and outlet; and planting a plurality of plants in the soil, the plants being of the same species as the plants of the test bioreactor.

Abstract: A process for constructing a soil-based rhizosphere flow-through system to break down contaminants in contaminated water. The process includes the steps of: providing plants planted in soil in a test bioreactor, the plants providing a rhizosphere; exposing the rhizosphere to the contaminated water; extracting microorganisms from the rhizosphere following their exposure to the contaminated water; preparing a microbial suspension from the extract; subjecting the microbial suspension to growth conditions to increase the concentration of the microorganisms, thereby preparing a soil conditioner; adding the soil conditioner to soil in a contained area having a water flow inlet and outlet; and planting a plurality of plants in the soil, the plants being of the same species as the plants of the test bioreactor.

Abstract: Systems, methods, and software described herein manage and process application programming interface (API) statistics associated with an API provider. In one example, a monitoring service for an API service provider may obtain API request information from the API provider. The monitoring service may then compare the API request information to an API filter configuration obtained for the API provider, wherein the API filter configuration comprises criteria to filter API users of an API provider into a plurality of conversion categories. Based on the comparison, the monitoring service may determine a conversion category for each of the API users and generate a summary based on the conversion categories for the API users.

Abstract: Systems, methods, and software described herein manage and process application programming interface (API) statistics associated with an API provider. In one example, a monitoring service for an API service provider may obtain API request information from the API provider. The monitoring service may then compare the API request information to an API filter configuration obtained for the API provider, wherein the API filter configuration comprises criteria to filter API users of an API provider into a plurality of conversion categories. Based on the comparison, the monitoring service may determine a conversion category for each of the API users and generate a summary based on the conversion categories for the API users.

Abstract: Systems, methods, and software described herein manage and process application programming interface (API) statistics associated with an API provider. In one example, a monitoring service obtains API request information associated with API requests from API users to an API provider. The monitoring service determines time stamps for the API requests based on the API provider information and compares the time stamps to retention criteria for the API provider to determine a retention of the plurality of API users over time. The monitoring service further generates a summary based on the comparison.

Abstract: Systems, methods, and software described herein manage and process application programming interface (API) statistics associated with an API provider. In one example, a monitoring service obtains API request information associated with API requests from API users to an API provider. The monitoring service determines time stamps for the API requests based on the API provider information and compares the time stamps to retention criteria for the API provider to determine a retention of the plurality of API users over time. The monitoring service further generates a summary based on the comparison.

Abstract: Systems, methods, and software described herein manage and process application programming interface (API) statistics associated with an API provider. In one example, a monitoring service may determine API function sequence information associated with requests to an API provider. Based on the API sequence information, the monitoring service may identify API path trends and generate summaries based on the API path trends.

Abstract: The invention concerns a brace, ideally disposable, formed from a blank and, particularly but not exclusively, a neck or limb brace wherein the brace is contoured to fit about a wearer and comprises at least one, or a series of, crease line(s) that mirror(s) the contour of at least one edge of said brace and spaced from same by a selected amount whereby said edge can be folded or torn along at least one selected crease line to fit a wearer.

Abstract: The invention concerns a brace, ideally disposable, formed from a blank and, particularly but not exclusively, a neck or limb brace wherein the brace is contoured to fit about a wearer and comprises at least one, or a series of, crease line(s) that mirror(s) the contour of at least one edge of said brace and spaced from same by a selected amount whereby said edge can be folded or torn along at least one selected crease line to fit a wearer.

Abstract: A process for constructing a soil-based rhizosphere flow-through system to break down contaminants in contaminated water. The process includes the steps of: providing plants planted in soil in a test bioreactor, the plants providing a rhizosphere; exposing the rhizosphere to the contaminated water; extracting microorganisms from the rhizosphere following their exposure to the contaminated water; preparing a microbial suspension from the extract; subjecting the microbial suspension to growth conditions to increase the concentration of the microorganisms, thereby preparing a soil conditioner; adding the soil conditioner to soil in a contained area having a water flow inlet and outlet; and planting a plurality of plants in the soil, the plants being of the same species as the plants of the test bioreactor.

Abstract: A gaming machine that includes a player tracking panel configured to fit in a recessed opening of a gaming machine cabinet. The player tracking panel can be attached to the gaming machine cabinet by a hinge in a manner allowing the player tracking panel to be swung away from the gaming machine cabinet to provide access to an interior region of the cabinet through the recessed opening. The player tracking panel can include player tracking devices and associated electronics for processing user interactions with the devices.

Abstract: A modular component receiving structure (10) includes a guide structure (25) for guiding a modular component (12) into a proper installed position and for ensuring that the module is handled properly during installation. A drive arrangement including a threaded drive opening (32) may be included with the guide structure (25) for use in applying a proper installation force to move the memory module (12) into a proper installed position. The drive arrangement facilitates the use of a rotary tool to apply the installation force.

Abstract: A flow rack including a frame with a plurality of elongated channels attached to the frame. Each channel includes two spaced apart sides and a base wall extending between the sides. A plurality of rollers is movably mounted in each one of the channels. A portion of each roller extends above the respective channel at a first height. A reverse flow stop is pivotally mounted within each channel for movement between a stop position and a flow position. Each stop includes a stop arm. A weighted portion is attached to each stop for automatically biasing each stop to the stop position whereby the respective stop arm extends above the respective channel at a second height, greater than the first height. When the stop is in the flow position, the stop arm extends above the channel at a height equal to or less than the first height.

Abstract: An option card retainer (10) includes a first elongated leg member (14) and a second elongated leg member (15). The two leg members (14, 15) are aligned with their upper ends connected by a bridge structure (16). The first leg member (14) includes a first clip structure (18) at its lower end and the second leg member (15) includes a second clip structure (19) at its lower end. A biasing device (20) is located beneath the bridge structure (16) between the first and second leg members. The retainer (10) is fastened over an option card (11) with the biasing device (20) compressed between the bridge structure (16) and a top edge (26) of the option card with the clip structures (18, 19) in a gripping engagement with an underside of the option card connector (12).