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I am Kin Lane, the API Evangelist. This is my online domain where I work to understand the world of the Application Programming Interfaces, also known as APIs. This new way of sharing data using the web is touching almost every aspect of our increasingly digital lives, providing access to the bits and bytes that make our personal and professional worlds go round.

This is my research specifically into how APIs are being patents, and how the patent process is hurting or helping the world of APIs. Much of what we know as API has been patented, something that will continue to play out in courtrooms and backroom investments. API Evangelist is a network of data driven projects and APIs which I curate and manage as part of this ongoing research, hoping to provide easy access to the moving parts of my work. Everything you see here runs on Github, making everything forkable, and reusable for both humans and machines. API Evangelist Partners These are my partners who invest in API Evangelist each month, helping underwrite my research, and making sure I'm able to keep monitoring the API space as I do. Efficiently turn APIs into real-time experiences, using a proxy-as-a-service that turns any request-answer API into real-time event-driven data feeds without a line of server-side code. API Definitions Patents When I can make time I read through patent filings from the USPTO.

I have a regular script running that downloads new patent filings, and looks through them for keywords like API, Application Programming Interface, Hypermedia, and other buzzwords for the sector. These are the patents I've found that are related to this area of my research. A multi core processor implements a cash coherency protocol in which probe messages are address-ordered on a probe channel while responses are un-ordered on a response channel. When a first core generates a read of an address that misses in the first core's cache, a line fill is initiated.

If a second core is writing the same address, the second core generates an update on the addressed ordered probe channel. The second core's update may arrive before or after the first core's line fill returns. If the update arrived before the fill returned, a mask is maintained to indicate which portions of the line were modified by the update so that the late arriving line fill only modifies portions of the line that were unaffected by the earlier-arriving update. • Pub Date: 2012/31/12 • Number: 09251073 • Owner: Intel Corporation • Location: Santa Clara, US • Details: A touch-screen input/output device including a touch sensor, a display, a display control module, a touch sensor control module and a synchronizer module. The touch sensor is overlaid on a display.

The display control module is communicatively coupled to the display and converts video data into a serial bit stream video display signal including one or more blanking intervals. The touch sensor control module is communicatively coupled to the touch sensor and determines touch events and location of the touch event on the touch sensor during one or more touch sensor scan cycles. The synchronizer module is communicatively coupled between the display control module and the touch sensor control module, and interleaves the one or more touch sensor scan cycles with the one or more blanking intervals of the video display signal. • Pub Date: 2012/31/12 • Number: 09342181 • Owner: NVIDIA CORPORATION • Location: Santa Clara, US • Details: A non-transitory computer readable medium may include executable instructions which, when executed by a processor, cause the processor to transmit device identification information and to receive a space requirement based on a digital content. The instructions further cause the processor to compare a memory space to the space requirement, and if the memory space is greater than the space requirement, receive a digital content based on the device identification, wherein the digital content is configured to be executed by, used by, or displayed by a non-destructive testing (NDT) device, or a combination thereof. • Pub Date: 2012/31/12 • Number: 09185161 • Owner: General Electric Company • Location: Schenectady, US • Details: A non-transitory computer readable medium may include executable instructions which, when executed by a processor, cause the processor to authenticate a user, and to retrieve a user profile based on the user. The instructions further cause the processor to apply the user profile to restrict an operation of a non-destructive testing (NDT) device.

• Pub Date: 2012/31/12 • Number: 09218470 • Details: A non-transitory computer readable medium may include executable instructions which, when executed by a processor, cause the processor provide for a repository of digital content and to create a first license based on the digital content. The instructions further cause the processor to transmit the first license and the digital content to a non-destructive testing (NDT) device, and wherein the digital content is configured to be executed by, used by, or displayed by the NDT device, or a combination thereof, based on the first license. • Pub Date: 2012/31/12 • Number: 08950004 • Owner: General Electric Company • Location: Schenectady, US • Details: Compute client processes are currently limited to a small percentage of the data I/O bandwidth available from a parallel file system's total aggregate I/O bandwidth.

I/O bandwidth is limited by the pathways linking the parallel file system's data storage servers to the clients process's computer system and the number of stops the data makes in route before arriving in the client's memory space. Both of these limitations are overcome by hosting the entire set of file system storage servers or object storage servers within the same common global shared memory, parallel computer system, as the requesting client process. The data moves once, in parallel, from the storage devices, directly to the storage servers memory, which is the same memory address space as the compute client. This provides the compute client with low-latency access to the “Entire Aggregate I/O Bandwidth” provided by all of the File System Data Storage Servers.

• Pub Date: 2012/31/12 • Number: 09152603 • Details: Techniques for delivering and measuring storage quality-of-service to virtual machines in a distributed virtual infrastructure. In one example, a method comprises the following steps. A controller obtains quality-of-service data from at least a portion of components of a distributed virtual infrastructure, wherein the components of the distributed virtual infrastructure comprise one or more storage units, one or more processing units, and one or more switches operatively coupled to form the distributed virtual infrastructure. The controller manages at least one input/output request throughout a path defined by at least one of the one or more processing units, at least one of the one or more switches, and at least one of the one or more storage units, based on at least a portion of the collected quality-of-service data.

• Pub Date: 2012/31/12 • Number: 09274817 • Owner: EMC Corporation • Location: Hopkinton, US • Details: A method and system facilitating the development and distribution of software is provided. The system includes tracking revisions to elements of a database on the computing device by establishing time stamps for each stored element changed at a specified time, enabling a user to select an applicable time period comprising a beginning time point and an end time point, and assembling elements for execution based on time stamps limited to the selected applicable time period. • Pub Date: 2012/31/12 • Number: 09063823 • Owner: Apollo Enterprise Solutions Ltd. • Location: Long Beach, US • Details: A method can include providing borehole data organized with respect to a cylindrical surface, defining one or more bedding planes based at least in part on the borehole data, and transforming at least a portion of the borehole data to a planar slab format for a plane interior to the cylindrical surface. Various other apparatuses, systems, methods, etc. Boot Manager Pro For Android more. , are also disclosed.

• Pub Date: 2012/31/12 • Number: 09494707 • Owner: Schlumberger Technology Corporation • Location: Sugar Land, US • Details: A system, processor and method to increase computational reliability by using underutilized portions of a data path with a SuperFMA ALU. The method allows the reuse of underutilized hardware to implement spatial redundancy by using detection during the dispatch stage to determine if the operation may be executed by redundant hardware in the ALU. During execution, if determination is made that the correct conditions exists as determined by the redundant execution modes, the SuperFMA ALU performs the operation with redundant execution and compares the results for a match in order to generate a computational result. The method to increase computational reliability by using redundant execution is advantageous because the hardware cost of adding support for redundant execution is low and the complexity of implementation of the disclosed method is minimal due to the reuse of existing hardware.

• Pub Date: 2012/31/12 • Number: 09329936 • Owner: Intel Corporation • Location: Santa Clara, US • Details: The present disclosure, in some implementations comprises systems and methods for providing applications during video communication, via online communities or services, for example, social networks. Video communication may be video conferencing or “video chat” sessions among a plurality of users of the online services. Users may engage in a video conference or “video chat,” yet at the same time, use or obtain different applications, designated as either “personal” or “shared” applications. A “personal” application is one that does not involve others and is configured to enhance an individual user's personal experience during a group video communication. A “shared” application is one that involves at least one of multiple users during a group video communication, for example, users may participate in a card or trivia game, watch videos together, collaborate and share documents, or the like.

• Pub Date: 2012/31/12 • Number: 09503683 • Owner: Google Inc. • Location: Mountain View, US • Details: A system and method for virtualization and cloud security are disclosed. According to one embodiment, a system comprises a first multi-core processing cluster and a second multi-core processing cluster in communication with a network interface card and software instructions. When the software instructions are executed by the second multi-core processing cluster they cause the second multi-core processing cluster to receive a request for a service, create a new or invoke an existing virtual machine to service the request, and return a desired result indicative of successful completion of the service to the first multi-core processing cluster. • Pub Date: 2012/31/12 • Number: 09477524 • Owner: NeoDana, Inc.

Knoppix Linux newbie commands This is a quick guide to the most-used commands in a Linux shell, intended for someone who has never used the shell (command line) in Linux before. What is a shell? The Linux shell is a CLI, or command line interface. A prompt (such as $ ) is shown and commands typed in. They are run when the enter key is pressed. The command executes, some text may be witten to the screen, the text scrolls up the screen, and a new line is displayed, with another prompt, ready for another command.

The Linux shell is very advanced, most tasks can be accomplished using the shell, but this page focuses on the most basic tasks required. Loading a shell The simplest way to use a shell is to hold down the Ctrl and Alt keys, and press F1.

To return to the grapical interface, repeat, but with a different key, probably F7, or in Knoppix F5. If you’re using a GUI, you can open a shell in a window. In KDE, for instance, click the shell icon: Setting a password To set the password for the knoppix user open a shell and type passwd. To set the root (administrator) password, first type su then type passwd. This can be useful if you need to access your knoppix machine from another machine. Alternativly, you can open a root shell in Knoppix, click the pengion icon and click Root Shell Mounting a drive To mount a hard drive, you can just click its icon on the desktop. This mounts it read only.

Right click on its icon and choose 'Change read/write mode' to make it writable. Note that, at the moment, Linux cannot write to NTFS-formatted drives – if you use Windows NT, Windows 2000, Windows XP or Windows 2003 you probably have an NTFS-formatted drive.

Knoppix will inform you of this, and will not let you write to your drive. Mounting CDs is done in the same way. Mounting a USB drive This should be as simple as plugging the USB drive in, waiting for an icon to appear on the desktop, and clicking it. If no icon appears on the desktop, try rebooting the computer into Knoppix with the drive plugged in. Some drives don't work well with Knoppix and cause it to crash, if Knoppix isn't booting and you have USB drives plugged in (including devices like cameras and MP3 players) try unplugging these and see if that corrects the problem. Starting the Network If your network was not started automatically when you loaded Knoppix, follow the steps given in to start the network, using the NetCardConfig program.

You can also type netcardconfig at the shell (command prompt), or select it from the pengiun menu. Wiping your hard drive If you want to delete all the data from you hard drive, and intend to reinstall Windows, type this in a root shell: root@ttyp0[knoppix]# fdisk -l /dev/hda The computer should output some information, this lists the partitions (virtual drives) on the disc. If the computer runs Windows, you will probably see something like this: knoppix@ttyp0[knoppix]$ su root@ttyp0[knoppix]# fdisk -l /dev/hda Disk /dev/hda: 40.0 GB, 0 bytes 255 heads, 63 sectors/track, 4864 cylinders Units = cylinders of 16065 * 512 = 8225280 bytes Device Boot Start End Blocks Id System /dev/hda1 * 1 110+ 7 HPFS/NTFS If you just want to wipe the drive use dd if=/dev/zero of=/dev/hda1 bs=1M count=10M to write over the partition table. To erase this entire hard disc so that it is almost impossible to recover the data from it, type shred -fzv /dev/hda. Be careful doing this, you cannot recover the data! If you want to wipe the drive and make new partitions, run cfdisk /dev/hda.