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Appalachian State Mountaineers (1-0) at Marshall Thundering Herd (1-0)

Sep 16, 2020 App. State will chew the clock even more and give the Thundering Herd no chance to come back. Marshall is also going to be more prone to having turnovers with their style of play. Marshalls was acquired by TJX in 1995, and together with T.J. Maxx, forms Marmaxx, the largest off-price retailer of apparel and home fashions in the U.S. Marshalls has stores around the U.S., including Puerto Rico and the District of Columbia.

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College Football: Saturday, September 19, 2020 at 1:30 pm (Joan C. Edwards Stadium)

The Line: Marshall Thundering Herd +3.5 -- Over/Under: 57Click to Get Latest Betting Odds

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The Appalachian State Mountaineers and the Marshall Thundering Herd meet in a college football matchup from Joan C. Edwards Stadium on Saturday.

The Appalachian State Mountaineers will look to build on a 35-20 win over Charlotte in their last outing. Zac Thomas threw for 204 yards, a touchdown and an interception on 14 of 21 passing while Marcus Williams Jr. rushed for 117 yards and a touchdown. Camerun People had 102 rushing yards and a touchdown and Daetrich Harrington added 50 rushing yards with a pair of touchdowns.Thomas Hennigan far and away led App State’s receiving corps with 5 grabs for 120 yards and a touchdown. Defensively, Trey Cobb had 8 total tackles with 1.5 tackles for a loss while Shemar Jean-Charles and D’Marco Jackson each had 7 total tackles. Brendan Harrington and Kaiden Smith each had an interception as well for the App State defense.

The Marshall Thundering Herd come into this game rested at 1-0 after having last week’s game against East Carolina postponed, with the Herd looking to build off of a 59-0 win over Eastern Kentucky in their season opener. Grant Wells threw for 307 yards and 4 touchdowns on 16 of 23 passing while Luke Zban threw for 38 yards and a TD on 6 of 6 passing in backup action. Knowledge McDaniel had 93 rushing yards to lead Marshall while Brenden Knox had 85 yards and a touchdown on the ground. Sheldon Evans and Lawrence Papillon each had a rushing score as well for Marshall in the win. Talik Keaton had a team-high 68 receiving yards and a touchdown while Broc Thompson had a team-high 5 catches for 67 yards. Xavier Gaines, Garet Morrell and Jaron Woodyard each had 40+ receiving yards and a touchdown for the Herd. Tavante Beckett and Eli Neal each had a team-high 8 tackles for the Herd’s defense with Beckett recording 1.5 tackles for a loss. Nazeeh Johnson also had an interception for Marshall in the victory.

Appalachian State is 12-3 Against the spread in their last 15 road games while the under is 4-2 in App State’s last 6 road games. Marshall is 4-8 against the spread in their last 12 games overall and 2-8 ATS in their last 10 home games while the over is 8-1 in their last 9 games at home.

The points with Marshall are tempting as they’re rested and App State allowed Charlotte to hang around for a good chunk of that game. However, the Mountaineers are still a really good team and have a ton of balance on both sides of the ball and while the line feels a bit low for this game, if it’s a trap, I’m biting. I just think Appalachian State’s the better team on both sides of the ball by a wide margin and as such, even on the road, I’ll lay the points with the Mountaineers here.

In computer science, marshalling or marshaling (US spelling) is the process of transforming the memory representation of an object into a data format suitable for storage or transmission.^{[citation needed]} It is typically used when data must be moved between different parts of a computer program or from one program to another.

Marshalling is similar to serialization but it is used when we want with an object communicate to remote objects, i.e., in this case, serialization is about objects. It simplifies complex communications, because it uses composite objects in order to communicate instead of primitive objects. The inverse process of marshalling is called unmarshalling (or demarshalling, similar to deserialization). An unmarshalling interface takes a serialized object and transforms it into an internal data structure, which can be referred to as executable.

The accurate definition of marshalling differs across programming languages such as Python, Java, and .NET, and in some contexts, is used interchangeably with serialization.

Comparison with serialization[edit]

To 'serialize' an object means to convert its state into a byte stream in such a way that the byte stream can be converted back into a copy of the object.

The term 'marshal' is used for a specific type of 'serialization' in the Python standard library^[1] – storing internal python objects:

The marshal module exists mainly to support reading and writing the “pseudo-compiled” code for Python modules of .pyc files.

…

If you’re serializing and de-serializing Python objects, use the pickle module instead

In the Java-related RFC 2713, marshalling is used when serialising objects for remote invocation. An object that is marshalled records the state of the original object and it contains the codebase (codebase here refers to a list of URLs where the object code can be loaded from, and not source code). Hence, in order to convert the object state and codebase(s), unmarshalling must be done. The unmarshaller interface automatically converts the marshalled data containing codebase(s) into an executable Java object in JAXB. Any object that can be deserialized can be unmarshalled. However, the converse need not be true.

To 'marshal' an object means to record its state and codebase(s) in such a way that when the marshalled object is 'unmarshalled,' a copy of the original object is obtained, possibly by automatically loading the class definitions of the object. You can marshal any object that is serializable or remote (that is, implements the java.rmi.Remote interface). Marshalling is like serialization, except marshalling also records codebases. Marshalling is different from serialization in that marshalling treats remote objects specially.

…

Any object whose methods can be invoked [on an object in another Java virtual machine] must implement the java.rmi.Remote interface. When such an object is invoked, its arguments are marshalled and sent from the local virtual machine to the remote one, where the arguments are unmarshalled and used.

In Microsoft .NET, marshalling is also used to refer to serialization when using remote calls:

When you marshal an object by value, a copy of the object is created and serialized to the server. Any method calls made on that object are done on the server

Usage[edit]

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Marshalling is used within implementations of different remote procedure call (RPC) mechanisms, where it is necessary to transport data between processes and/or between threads. In Microsoft's Component Object Model (COM), interface pointers must be marshalled when crossing COM apartment boundaries.^[5][6] In the .NET Framework, the conversion between an unmanaged type and a CLR type, as in the P/Invoke process, is also an example of an action that requires marshalling to take place.^[7]

Additionally, marshalling is used extensively within scripts and applications that use the XPCOM technologies provided within the Mozilla application framework. The Mozilla Firefox browser is a popular application built with this framework, that additionally allows scripting languages to use XPCOM through XPConnect (Cross-Platform Connect).

Example[edit]

In the Microsoft Windows family of operating systems the entire set of device drivers for Direct3D are kernel-mode drivers. The user-mode portion of the API is handled by the DirectX runtime provided by Microsoft.

This is an issue because calling kernel-mode operations from user-mode requires performing a system call, and this inevitably forces the CPU to switch to 'kernel mode'. This is a slow operation, taking on the order of microseconds to complete.^[8] During this time, the CPU is unable to perform any operations. As such, minimizing the number of times this switching operation must be performed would optimize performance to a substantive degree.

Linux OpenGL drivers are split in two: a kernel-driver and a user-space driver. The user-space driver does all the translation of OpenGL commands into machine code to be submitted to the GPU. To reduce the number of system calls, the user-space driver implements marshalling. If the GPU's command buffer is full of rendering data, the API could simply store the requested rendering call in a temporary buffer and, when the command buffer is close to being empty, it can perform a switch to kernel-mode and add a number of stored commands all at once.

Formats[edit]

XML objects are one means of transferring data between systems. Microsoft, for example, uses it as the basis of the file formats of the various components (Word, Excel, Access, PowerPoint, etc.) of the Microsoft Office suite: see Office Open XML. While this typically results in a lengthier (i.e., more verbose) message wire format, XML's fully-bracketed 'start-tag', 'end-tag' syntax allows provision of more accurate diagnostics and easier recovery from transmission or disk errors. In addition, because the tags occur repeatedly throughout the object, one can use standard compression methods to shrink the object: all the Office file formats are created by employing the ZIP algorithm on the raw XML.^[9]

Alternative formats such as JSON (JavaScript Object Notation) are more concise - JSON uses curly braces instead of start/end tags - but correspondingly less robust for error recovery.

Once the data is transferred back to a program or an application, it needs to be converted back to an executable object for usage. Hence, unmarshalling is generally used in the receiver end of the implementations of Remote Method Invocation (RMI) and Remote procedure call (RPC) mechanisms to unmarshal transmitted objects in an executable form.

JAXB[edit]

JAXB or Java Architecture for XML Binding is the most common framework used by developers to marshal and unmarshal Java objects. JAXB provides for the interconversion between fundamental data types supported by Java and standard XML schema data types.^[10]

XmlSerializer[edit]

XmlSerializer is the framework used by C# developers to marshal and unmarshal C# objects. One of the advantages of C# over Java is that C# natively supports marshalling due to the inclusion of XmlSerializer class. Java, on the other hand requires a non-native glue code in the form of JAXB to support marshalling.^[11]

XML and executable representation[edit]

An example of unmarshalling is the conversion of an XML representation of an object to the default representation of the object in any programming language. Consider the following class.

• XML representation of Student object:

• Executable representation of Student object:

The conversion of the XML representation of the objects created by code snippet 1 to the default executable Java representation of the objects created by code snippet 2 is called unmarshalling.

Unmarshalling in Java[edit]

Unmarshaller in JAXB[edit]

The process of unmarshalling the XML data into an executable Java object is taken care of by the in-built Unmarshaller class. It also validates the XML data as it gets unmarshalled. The unmarshal methods defined in the Unmarshaller class are overloaded for the different types of XML inputs. Some of the important implementations of unmarshal methods:^[12]

• Unmarshalling from an XML File:

• Unmarshalling from an XML file in InputStream:

• Unmarshalling from an XML file in a URL:

Unmarshalling XML Data[edit]

Unmarshal methods can deserialize an entire XML document or a small part of it. When the XML root element is globally declared, these methods utilize the JAXBContext's mapping of XML root elements to JAXB mapped classes to initiate the unmarshalling. If the mappings are not sufficient and the root elements are declared locally, the unmarshal methods use declaredType methods for the unmarshalling process. These two approaches can be understood below.^[12]

Unmarshal a global XML root element[edit]

The unmarshal method uses JAXBContext to unmarshal the XML data, when the root element is globally declared. The JAXBContext object always maintains a mapping of the globally declared XML element and its name to a JAXB mapped class. If the XML element name or its @xsi:type attribute matches the JAXB mapped class, the unmarshal method transforms the XML data using the appropriate JAXB mapped class. However, if the XML element name has no match, the unmarshal process will abort and throw an UnmarshalException. This can be avoided by using the unmarshal by declaredType methods.^[13]

Unmarshal a local XML root element[edit]

When the root element is not declared globally, the application assists the unmarshaller by application-provided mapping using declaredType parameters. By an order of precedence, even if the root name has a mapping to an appropriate JAXB class, the declaredType overrides the mapping. However, if the @xsi:type attribute of the XML data has a mapping to an appropriate JAXB class, then this takes precedence over declaredType parameter. The unmarshal methods by declaredType parameters always return a JAXBElement<declaredType> instance. The properties of this JAXBElement instance are set as follows:^[14]

See also[edit]

References[edit]

1. ^'marshal — Internal Python object serialization'. Python Software Foundation. Retrieved 4 November 2016.
2. ^'marshal — Internal Python object serialization'. Python Software Foundation. Retrieved 9 October 2019.
3. ^'Schema for Representing Java(tm) Objects in an LDAP Directory'. IETF. October 1999. Retrieved 4 November 2016.
4. ^'How To Marshal an Object to a Remote Server by Value by Using Visual Basic .NET'. Microsoft. July 2004. Archived from the original on 2004-11-15. Retrieved 4 November 2016.
5. ^'Apartments and COM Threading Models'. Archived from the original on 2015-09-23. Retrieved 2009-06-19.
6. ^'CoInitializeEx function (COM)'. Windows Desktop App Development. Retrieved 2013-02-22.
7. ^Interop Marshaling Overview
8. ^Code Quality: The Open Source Perspective.
9. ^What is a DOCX file? https://docs.fileformat.com/word-processing/docx/ Accessed Oct 13, 2020.
10. ^'Binding XML Schemas - The Java EE 5 Tutorial'. docs.oracle.com. Retrieved 2016-09-14.
11. ^'Using the XmlSerializer Class'. msdn.microsoft.com. Retrieved 2016-09-23.
12. ^ ^ab'Unmarshaller (JAXB 2.2.3)'. jaxb.java.net. Retrieved 2016-09-14.
13. ^'JAXBContext (JAXB 2.2.3)'. jaxb.java.net. Retrieved 2016-09-23.
14. ^'JAXBElement (JAXB 2.2.3)'. jaxb.java.net. Retrieved 2016-09-23.