Merge Smarter With Semantic Merge

SemanticMerge Activation key

issues when merging their code and has been met with that nasty conflict icon. A new product from Plastic SCM called Semantic Merge is. SemanticMerge can merge any source code file, independently of the programming language. semanticmerge free download with license crack. The SemanticMerge tool is a language-dependent source code merge tool. It can make a huge number of merge scenarios really easy.

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Webinar Recording: Merging Refactored Code &#; ReSharper Meets SemanticMerge

How-To's

The recording of our June 17^th webinar, Merging Refactored Code &#; ReSharper Meets SemanticMerge, is now available on JetBrains YouTube Channel.

In this webinar, Matt Ellis (JetBrains) hosts Pablo Santos (SemanticMerge) who runs through a number of refactoring examples, from the seemingly trivial (yet essential) to complex structure modification scenarios, and demonstrates how to refactor with ReSharper and later get it merged with Semantic.

chambery-turin.com

Pablo talks about the challenges of merging complex refactorings and demonstrates how SemanticMerge simplifies it, parsing the code into a syntax tree then reasoning about it as code rather than text (or text with heuristics), and merges accordingly.

The slides used in the webinar are available on Slideshare.

About the Presenter:

Pablo Santos is the founder at Codice Software, the company behind Plastic SCM and SemanticMerge. Codice started in and since then Pablo played different roles ranging from core engineering to marketing, business development, advertising and sales operations. Nowadays he plays a dual role as lead of software engineering and product manager for both Semantic and Plastic.

Merge Smarter with Semantic Merge

tools

Any experienced developer at one time or another has encountered issues when merging their code and has been met with that nasty conflict icon. A new product from Plastic SCM called Semantic Merge is hoping to get rid of that little red guy once and for all by using a merge that actually attempts to understand the code that it is merging together. It’s built on top of Microsoft’s Roslyn, which if you are unfamiliar with, is going to be a game-changer in the future.

Semantic Merge doesn't care about the order that your code appears in because it actually understands what is going on within it (to an extent) and rather than focusing on the actual location of your code, it focuses on the structure and can actually determine if a change will actually affect functionality (within reason) and if it might just be an aesthetic change.

Although the product is still within its beta phase, it looks to become a really powerful tool in the future.

Features

Here are a few of the “highlights” that Semantic Merge currently offers :

Location Independent Merging - This feature basically ignores the location of your methods, which allows you to easily re-factor your code and move things around. It actually merges on a method-by-method basis as opposed to looking at the entire code-base as a text file like a traditional “diff” operation might.
Merge and Diff Visualization - Semantic Merge is an incredibly visual tool. This feature allows you to easily see a visual representation of your method at both its pre- and post-merge states which can be great if you are performing a major overhaul or refactoring lots of code.
Method-based Conflict Resolution - If two developers try to modify the same method in parallel and there isn't a collision, that can be a problem. But not with Semantic Merge, which will notify you of a conflict even if the text-block doesn't explicitly state that one exists.
Smarter Refactoring - If Developer A creates a class within an existing class and Developer B then moves the parent class to a different location, Semantic Merge can detect these changes and will ensure all of the code and its relocation resolves properly.
Semantic Diffing - An aptly named tool called Semantic Diff is included within Semantic Merge as well and it provides a very (once again) visual method of determining exactly what change within a section of code.
Language Support - It currently supports Java, Visual Basic and C# (with planned support for Javascript, C, C++, PHP, Python and Ruby).

You can read about more of these features and more detailed explanations (and visualizations) of each of them here.

Go Play With It

Semantic Merge

Semantic Merge takes a new approach on merging code and attempts to actually understand what is going on.

Since Semantic Merge is still currently in beta, you can head on over to Plastic SCM’s Semantic Merge site and download it :

SemanticMerge v Free Download with License Crack

SemanticMerge is an entirely significant programming apparatus to think about and incorporate programming code. Software engineers, particularly those utilizing adaptation control devices, regularly need to analyze various forms of the code during their program improvement, which is critical in cooperation and community work with numerous individuals chipping away at a solitary task. Regarding code examination instruments, SemanticMerge is truly outstanding. This effective and smart apparatus has gone past a basic code examination program and has beated its rivals in calculated, clever and humanistic code chambery-turin.com semanticmerge free download with license crack.

This device doesn’t see your code character-by-character or line-by-line , simply like developers, code takes a gander at a lot of strategies and codes, and looks at and joins code dependent on these substances, for example, on the off chance that you If you have composed a technique and another person has moved this strategy a couple of lines higher, ordinary correlations are a change that is normally a misinterpretation, however SemanticMerge doesn’t change that. This apparatus does the very same thing as people and, obviously, thinks about and joins various variants of a code. In spite of the fact that this instrument is generally helpful for software engineers, it is additionally conceivable to look at customary content records. The screen captures show the exhibition of the application well.

SemanticMerge Features key

Location independent
Visual Merge and Diff
Tracks what has been added
Dealing with language specific
Method based conflicts
Fully refactor aware
Semantic Diff included
Divergent refactors
Move and delete
Fallback mechanism
Bonus track

SemanticMerge Technical Details and System Requirements

File Name: SemanticMerge
File Size: 34 MB
Laest Version: v
License: Shareware
Setup Format: Exe
Setup Type: Offline Installer/Standalone Setup.
Supported OS: Windows
Minimum RAM: 2GB
Space: 40 MB
Developers:SemanticMerge

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Blogs I Follow

In an earlier blog post this year I provided a brief overview of Semantic Merge, which is an incredibly tool from PlasticSCM that makes the process of merging code both smarter and &#;prettier&#; through easy-to-understand visualizations that will show you exactly what is going on within your code during complex merges that might have your entire development team scratching their heads.

Today &#; Semantic Merge emerged from its previous Beta phase and Version was released. This post is going to review over some of the older features if you are unfamiliar with all of the major features that the tool has to offer as well as some of the newer bells-and-whistles that ones that were just released in this version.

Features and Improvements.

Unlike most existing merge and diff tools, Semantic Merge attempts to actually &#;understand&#; what your code does by analyzing the structure and underlying functionality within your code instead of focusing on location. Some of the previous strengths that I mentioned in my earlier post can be found below :

Location Independent Merging – This feature basically ignores the location of your methods, which allows you to easily refactor your code and move things around. It actually merges on a method-by-method basis as opposed to looking at the entire code-base as a text file like a traditional “diff” operation might.
Merge and Diff Visualization – Semantic Merge is an incredibly visual tool. This feature allows you to easily see a visual representation of your method at both its pre- and post-merge states which can be great if you are performing a major overhaul or refactoring lots of code.
Method-based Conflict Resolution &#; If two developers try to modify the same method in parallel and there isn’t a collision, that can be a problem. But not with Semantic Merge, which will notify you of a conflict even if the text-block doesn&#;t explicitly state that one exists.
Smarter Refactoring &#; If Developer A creates a class within an existing class and Developer B then moves the parent class to a different location, Semantic Merge can detect these changes and will ensure all of the code and its relocation resolves properly.
Semantic “Diffing” – An aptly named tool called Semantic Diff is included within Semantic Merge as well and it provides a very (once again) visual method of determining exactly what change within a section of code.
Language Support &#; It currently supports Java, Visual Basic and C# (with planned support for JavaScript, C, C++, PHP, Python and Ruby).

The newest iteration includes some of the following updates, changes and improvements :

External Configuration Support &#; Semantic Merge now allows you to easily supply configuration data from an external source to ease the configuration process or if you have multiple applications or solutions that may require the same or similar settings.
Improved Documentation &#; As with any major release, documentation is always extremely important and Semantic Merge made no exception. The previous iterations of the product were often lacking in this department, so this is a major improvement.
Bug Fixes Galore &#; When you make the jump out of the Beta pool, the odds are that your application has been thoroughly vetted for bugs and other gotchas that may have been present in previous releases. This release features lots of bug fixes, both large and small, to make Semantic Merge ready to be thrown into a production-level environment.
Updated Color Scheme &#; Because honestly who doesn&#;t like colors.

Get Started Quicker.

This version of Semantic Merge also has a &#;Quick Start Guide&#; which as the name implies can help you get Semantic Merge up and running on your current applications and solutions in a jiffy. The guide also provides a very easy to understand breakdown of how things in Semantic Merge might differ than that of a traditional merge or diff tool :

An example of the &#;Getting Started&#; guide demonstrating the three major types of files involved in a Semantic Merge operation : the base file, the source file and the destination file.

The guide not only reviews over the merging process in a very visual and easy to comprehend manner (which functions as a great tool to explain the process to those unfamiliar with working with bad developers that consistently cause conflicts), but it lets you know what you might expect to see throughout the application. For example, an actual diff operation within Semantic Merge might look something like this :

An example of what a very small diff operation might look like in Semantic Merge.

Whereas an actual Merge within Semantic Merge might look like the following :

An example Merge operation within Semantic Merge.

Semantic Merge also comes with several different example and demo applications to help you better understand how to use it effectively prior to jumping in and trying it out on your ,+ LOC enterprise application so that you can at least stick a toe in the water before diving off a cliff. It can be used in a variety of ways and can be configured and integrated into most major source-control systems such as :

Or it can easily be used on its own as a great Merging / Diff tool.

Check it out!

If you are still interested and still reading, check out PlasticSCM and read more about some of the other major features of Semantic Merge that I may have missed. Obviously, traditional merging and diff tools are plenty for some people, but if you are someone that is looking for a way to improve upon them, then I would urge you to at least download it and give it a try to see if it is something that might make life easier for you and your team.

Licensing plans for it start at around $/month, however you can visit Semantic Merge for a day free trial or simply download it from the link below :

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SemanticMerge intro guide

SemanticMerge tool

The SemanticMerge tool is a language-dependent source code merge tool. It can make a huge number of merge scenarios really easy - particularly ones that can't be managed by current text-based, language-agnostic, merge tools.

We have started with C# and Visual Basic, next was Java and C++ to follow. Further languages will be chosen based on user feedback: JavaScript, Objective-C, Ruby? It's your call.

Our SemanticMerge tool leverages the current merge technology of the merge tool included in Plastic SCM - which is already capable of dealing with refactors through Xmerge - and also the merge system of the Plastic SCM server itself, and combines them together with language-dependent parsing to create the ultimate source code merging machine.

SemanticMerge is not limited to Plastic SCM. It can be configured to work with Git, Subversion, Perforce, ClearCase, Team Foundation Server, Mercurial, and many others.

Please have in mind the following requirements:

Our bundled JVM-base parsers require JVM version 8 or higher.
SemanticMerge includes C# 7 support. So .NET framework is required.

The merge problem

These days, software development is based on the "modify-merge" working pattern: developers work in parallel on the same codebase performing concurrent changes - potentially inside the same files - that will need to be reconciled back ("merged" in version control terms). In order to perform the merge, developers rely on "merge tools".

All merge systems use text based algorithms. The tools won't actually consider the programming language the code is written in, only the modifications made to the text. This way, all merge tools are language-unaware, and hence, they all have a wide operation range.

Not being able to act based on the specific programming language structures means that the merge tools are heavily dependent on the position of the texts being modified, which severely restricts developers' ability to perform changes concurrently and improve code quality and readability by refactoring.

Language aware merge tool

But, how would a merge tool with programming language support behave? Suppose the following scenario:

This merge would be a nightmare for any merge tool on the market, but at the end of the day there's not a single conflict, if you look at it from a programmer's point of view. You just made some refactors in parallel, that's all.

So you'd expect the following result:

And this is exactly what we get with SemanticMerge!

Since it looks into the code structure and doesn't use a textual comparison method to compare the three contributors (it is a 3-way merge after all), the algorithm is not restricted by the relative positions of the texts it compares. Learn more about 2-way vs 3-way merge.

Our tool parses the code, checks the obtained structures, and merges based on the "code trees" of the base plus the 3 contributors, automatically providing the expected result.

Enter SemanticMerge - class splitting

Let's check the refactor example again with actual code, using the SemanticMerge tool. These are the three files to merge (the same example as above, but now with the actual code):

Base file

using chambery-turin.com; namespace Network { internal class Socket { internal string GetHostByName(string addr) { // this method returns the host // when you give an IP return CalculateHostByName(addr); } internal void Listen() { // do the listen on a port // and whatever it is needed // to listen } internal void ConnectTo(string addr) { // connect to a client chambery-turin.comtTo(addr); } internal int Send(byte[] buffer) { chambery-turin.com(buffer); } internal int Recv(byte[] buffer) { chambery-turin.com(buffer); } } }

Source contributor (changed by developer 2)

using chambery-turin.com; namespace Network { internal class Socket { internal string GetHostByName(string addr) { // this method returns the host // when you give an addr return CalculateHostByName(addr); } internal void Listen() { // do the listen on a port // and whatever it is needed // to listen } internal int Recv(byte[] buffer) { chambery-turin.com(buffer); } } internal class ClientSocket { internal int Send(byte[] buffer) { chambery-turin.com(buffer); } internal void ConnectTo(string addr) { // connect to a client chambery-turin.comtTo(addr); } } }

Destination contributor

using chambery-turin.com; namespace Network { internal class ServerSocket { internal int Recv(byte[] buffer) { chambery-turin.com(buffer); } internal void Listen() { // do the listen on a port // and whatever it is needed // to listen } } internal class DNS { internal string GetHostByName(string addr) { // this method returns the host // when you give an IP return CalculateHostByName(addr); } internal void ConnectTo(string addr) { // connect to a client chambery-turin.comtTo(addr); } internal int Send(byte[] buffer) { chambery-turin.com(buffer); } } }

SemanticMerge output

By working with the three files above, here is the result that SemanticMerge provides:

As you can see, there are no pending conflicts to be resolved and the result file looks exactly how you expect.

Slightly more complex merge - manual conflict

Let's consider again the scenario of the class that is split into three classes. What if the two developers decide to modify the method?

The "Source contributor" would modify on its final location inside . While "Destination contributor" would get the modified inside the renamed (and moved) class:

Let's see how SemanticMerge detects the conflict:

Manual conflict - Detecting the conflict

As you can see, the tool only detects 1 conflict (try to do the same with a conventional text-based merge tool and you'll enter into nightmare mode).

You can run your favorite 3-way merge tool to solve the merge (by default, SemanticMerge comes with its own 3-way mergetool, the one included in Plastic SCM that is able to do Xmerge):

In my example, the merge has been fully automatic for the method too, since I didn't modify the same part of the method.

The advantage, as you can see, is that you use the divide and conquer method: you merge method by method (if needed) instead of the entire file, and SemanticMerge is able to detect the classes, methods, properties, etc. independently of their locations. SemanticMerge can track them when they've been moved, renamed, and more.

Going deeper - dealing with a divergent move

After the previous merge cycle, now suppose we take the resulting file as the base for the next iteration.

The two developers now decide to move the method, but each of them to a different location, as the following image shows:

This is what the SemanticMerge tool detects as a divergent move and it will be handled as follows:

The developer running the merge can choose whether he wants to keep the method on the source location ( button), the destination ( button), or even duplicate it, keeping both contributors.

The move can be explained by clicking the button. It checks how it was located in two different positions:

What if the two developers not only moved the method but also modified it? Let's see how the tool handles the case:

As you can see there is a "double conflict" on the method: you first have to resolve the changed/changed conflict and then the moved/moved.

In either case, it makes easy a situation that would be close to impossible to deal with using traditional text-based merge tools.

More merging capabilities

You guessed it right! SemanticMerge is able to understand the code structure and hence there are many situations where it can be a great aid:

Suppose you always want to review conflicts if one method is modified in parallel - Text-based merge tools can detect when a block of text has been modified in parallel, but if you modified the first line of a method and someone else modified the last part, the merge will be automatic, even if there are potential logic issues. This is easily handled by SemanticMerge.
(or in Java jargon) are also handled by the system - If you add on the first line and I add it on the fifth, SemanticMerge knows it is the same so it will only add it once.
Changed/deleted - Suppose you modified a method inside a subclass and I go and delete the class. SemanticMerge will deal with this specific case.
The same holds true for many other scenarios like moved/moved, added/moved, and so on.
What if I modify two methods and you go and decide to rearrange the class based on visibility rules? Public goes first, then internal, protected, and finally private. It will be an automatic, easy merge for SemanticMerge.

If we listed all the merge cases specifically handled by SemanticMerge, we'd be here all day. This short list, however, gives a pretty good idea of what the tool can do.

SemanticMerge configuration

SemanticMerge offers some options to consider when running the tool.

The General tab shows the merge options you can select:
- - Tells the tool to automatically merge until a conflict appears. Then, the user interaction is needed.
- - Merge automatically as many declarations* as possible.
- - Include changes where only indentation and EOLs have been modified. This includes differences in white spaces and tabs at the beginning of lines and differences in EOLs. It also includes white lines at the beginning of declarations. By default, all these differences are ignored to simplify the merge/diff.
- - Merge automatically as many declarations* as possible and run the external text based tool for each non-automatic merge declaration.
- - Skip the "no supported language" dialog, and directly launch the text-based tool.
- - Skip the structure errors dialog on startup and directly launch the associated text-based tool.
- Encoding - The way in which the content of the files is interpreted as text characters.
- Java Virtual Machine path - Specify where the virtual machine for Java is.
- External parser - Enter the command to run an external parser (if wanted). Learn more about External parsers.
* A declaration is the statement that defines any of the supported syntax elements: classes, methods, attributes, etc. Depending on the element type (for example, classes, methods), they include a body where the element is implemented.
From the External tools tab you can select or customize the tools you want to use for diffing and merging:
Read some examples about how to configure some external tools.
The Version controls tab lets you configure Plastic SCM or Git as the linked version control:

SemanticMerge license server

Server Linux installation (Red Hat based)

Run the following commands with root permissions to install the Semantic license server and the admin tool:

(The bin files will be located at: )

A will be automatically started afterwards.

Machine ID generation

Use the command to generate the machine id.

is a program to administrate the SemanticMerge licenses. Type the following command to generate the machine id:

We will need this machine id to generate your license.

License installation

Once you have the license ready, copy your file under the directory (maybe you have to create the folder with root privileges).

The license info is reloaded and updated every 5 minutes. But if you want to reload immediately, restart the license server service:

Client configuration

Every client working with the licenseserver must configure it by setting up the server address in the file .The file must contain a single line with the license server name or IP address.

The file must be located under the SemanticMerge installation directory.

licadmin

The application allows the user to administrate the SemanticMerge license.

The command supports the following options:

- Generates the id of this machine (required to build a license afterwards).
- Lists the current licensed users.
- Shows info about the installed license.
- Removes an user identified by from the licensed users list.
- Prints this help.

Last updated

January 29,

Please check the .Net framework required version.

July 31,

Please check the minimun JVM required version.

June 16,

We included documentation about how to configure SemanticMerge.

July 11,

The documentation has been updated to SemanticMerge

About such: SemanticMerge Activation key

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