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Edit: the above was quoted for the reverse of the question, I am sorry. Someone does ask the same question that you do after that but never responds if the answer works or not. After looking further, there really doesn't seem to be a flag or any setting in apache itself to do this. Some people suggest trying to make the file system case-sensitive which does seem to be possible, but it looks like it causes more problems especially with other programs that are not expecting this.

In a nutshell, a window is created as soon as the first element that should belong to this window arrives, and thewindow is completely removed when the time (event or processing time) passes its end timestamp plus the user-specifiedallowed lateness (see Allowed Lateness). Flink guarantees removal only for time-basedwindows and not for other types, e.g. global windows (see Window Assigners). For example, with anevent-time-based windowing strategy that creates non-overlapping (or tumbling) windows every 5 minutes and has an allowedlateness of 1 min, Flink will create a new window for the interval between 12:00 and 12:05 when the first element witha timestamp that falls into this interval arrives, and it will remove it when the watermark passes the 12:06timestamp.

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After specifying whether your stream is keyed or not, the next step is to define a window assigner.The window assigner defines how elements are assigned to windows. This is done by specifying the WindowAssignerof your choice in the window(...) (for keyed streams) or the windowAll() (for non-keyed streams) call.

A WindowAssigner is responsible for assigning each incoming element to one or more windows. Flink comeswith pre-defined window assigners for the most common use cases, namely tumbling windows,sliding windows, session windows and global windows. You can also implement a custom window assigner byextending the WindowAssigner class. All built-in window assigners (except the globalwindows) assign elements to windows based on time, which can either be processing time or eventtime. Please take a look at our section on event time to learnabout the difference between processing time and event time and how timestamps and watermarks are generated.

Time-based windows have a start timestamp (inclusive) and an end timestamp (exclusive)that together describe the size of the window. In code, Flink uses TimeWindow when working withtime-based windows which has methods for querying the start- and end-timestamp and also anadditional method maxTimestamp() that returns the largest allowed timestamp for a given windows.

A tumbling windows assigner assigns each element to a window of a specified window size.Tumbling windows have a fixed size and do not overlap. For example, if you specify a tumblingwindow with a size of 5 minutes, the current window will be evaluated and a new window will bestarted every five minutes as illustrated by the following figure.

The sliding windows assigner assigns elements to windows of fixed length. Similar to a tumblingwindows assigner, the size of the windows is configured by the window size parameter.An additional window slide parameter controls how frequently a sliding window is started. Hence,sliding windows can be overlapping if the slide is smaller than the window size. In this case elementsare assigned to multiple windows.

For example, you could have windows of size 10 minutes that slides by 5 minutes. With this you get every5 minutes a window that contains the events that arrived during the last 10 minutes as depicted by thefollowing figure.

The session windows assigner groups elements by sessions of activity. Session windows do not overlap anddo not have a fixed start and end time, in contrast to tumbling windows and sliding windows. Instead asession window closes when it does not receive elements for a certain period of time, i.e., when a gap ofinactivity occurred. A session window assigner can be configured with either a static session gap or with asession gap extractor function which defines how long the period of inactivity is. When this period expires,the current session closes and subsequent elements are assigned to a new session window.

A global windows assigner assigns all elements with the same key to the same single global window.This windowing scheme is only useful if you also specify a custom trigger. Otherwise,no computation will be performed, as the global window does not have a natural end atwhich we could process the aggregated elements.

After defining the window assigner, we need to specify the computation that we wantto perform on each of these windows. This is the responsibility of the window function, which is used to process theelements of each (possibly keyed) window once the system determines that a window is ready for processing(see triggers for how Flink determines when a window is ready).

A ProcessWindowFunction can be combined with either a ReduceFunction, or an AggregateFunction toincrementally aggregate elements as they arrive in the window.When the window is closed, the ProcessWindowFunction will be provided with the aggregated result.This allows it to incrementally compute windows while having access to theadditional window meta information of the ProcessWindowFunction.

In order to make this work, Flink keeps the state of windows until their allowed lateness expires. Once this happens, Flink removes the window and deletes its state, asalso described in the Window Lifecycle section.

The result of a windowed operation is again a DataStream, no information about the windowedoperations is retained in the result elements so if you want to keep meta-information about thewindow you have to manually encode that information in the result elements in yourProcessWindowFunction. The only relevant information that is set on the result elements is theelement timestamp. This is set to the maximum allowed timestamp of the processed window, whichis end timestamp - 1, since the window-end timestamp is exclusive. Note that this is true for bothevent-time windows and processing-time windows. i.e. after a windowed operations elements alwayshave a timestamp, but this can be an event-time timestamp or a processing-time timestamp. Forprocessing-time windows this has no special implications but for event-time windows this togetherwith how watermarks interact with windows enablesconsecutive windowed operations with the same window sizes. Wewill cover this after taking a look how watermarks interact with windows.

As mentioned before, the way the timestamp of windowed results is computed and how watermarksinteract with windows allows stringing together consecutive windowed operations. This can be usefulwhen you want to do two consecutive windowed operations where you want to use different keys butstill want elements from the same upstream window to end up in the same downstream window. Considerthis example:

Flink creates one copy of each element per window to which it belongs. Given this, tumbling windows keep one copy of each element (an element belongs to exactly one window unless it is dropped late). In contrast, sliding windows create several of each element, as explained in the Window Assigners section. Hence, a sliding window of size 1 day and slide 1 second might not be a good idea.

To export your certificate .crt file and its .key file for apache, the SSL certificate and its corresponding private key must be on the same computer/workstation. You may need to import the certificate to the computer that has the associated private key stored on it. (e.g., the laptop/desktop computer where you created the CSR) before you can successfully export the .crt and .key files.

Note: If the Yes, export the private key option is grayed out (not unusable), the certificate's matching private key is not on that computer. This prevents you from being able to create the .key file for apache. To fix this problem, you will need to import the certificate to the same machine where the certificate's CSR was created. See Export Prerequisite.

Note: The actual path to PHP must be substituted instead of C:/php/ in the above examples. Make sure that the file referenced in the LoadModule directive is at the specified location. Use php7apache2_4.dll for PHP 7, or php8apache2_4.dll for PHP 8.

From a little Googling it seems like authentication information is only passed to Apache when requested. Since your Windchill logon appears different than the Windows logon, the information being requested will be specific to Windchill, not Windows. Not sure if it's possible or not, but you'd probably have to configure double authentication. Basically some type of hidden single sign on using the windows credentials and then the normal LDAP login for Windchill.

The windows Thrift compiler is available as a prebuilt exe available here. Note that there is no installation tool, rather this EXE file is already the Thrift compiler utility. Download the file and put it into some suitable location of your choice.

This document outlines the procedure for uninstalling the Apache 1.3.26 Web server on the Windows platform. Procedure

To uninstall Apache as a service, open a Command Prompt window.Navigate to the default Apache installation directory, for example, C:\Program Files\Apache Group\Apache or wherever apache.exe is located.At the command prompt, type apache -u.Close the Command Prompt window.Go to Windows Services and check that Apache is no longer listed as a service.Uninstall Apache HTTP Server 1.3.26 in Add/Remove Programs by clicking Remove.Delete any Apache installation directories in Windows Explorer, for example, C:\Apache. Article ID:000005728

The general problem is that many people install various add-ons to windows (such as software firewalls, virus checkers, etc) that break some of the advanced functionality that Apache uses to speed the sending of files. The above directives turn off the advanced functionality and make Apache fall back to more basic (but slower) techniques. This resolves most, but not all of the potential problems. If you continue to experience problems, be certain that there is no spyware installed on the box, which exhibits exactly the same sorts of flaws (often more obviously). be457b7860