#Variables in LINQ Reporting Engine

[file-formats-programming]

Word 2013 Documents & Variables Support in LINQ Reporting Engine inside Android Apps

What's New in this Release?

Aspose development team is happy to announce the monthly release of Aspose.Words for Java.Android 17.3.0. Aspose.Words for Java.Android 17.3 sees the codebase better tweaked and the core functionality closer to Aspose.Words for .NET/Java 17.3, which is the product that Aspose.Words for Java.Android is ported from.  Here is a look at just a few of the biggest features and API changes in this month’s release, Reading of GIFs has been improved, Support of Linear Gradient, Inserts online video in the document , Added functionality to set thread-local (and Aspose.Words application only),  Full support for Word 2013 documents (round-trip to/from DOCX), Variables support and more new features are introduced in LINQ Reporting Engine, Stroke weight is now taken into account while rendering auto-sized Textboxes, Implemented next round of improvements in table grid algorithm, Improved table breaking logic in compatibility mode for tables with header rows, Improved table breaking logic for tables with nested tables in a cell with bottom margin set, Improved tables breaking logic for tables with vertically merged cells having horizontal borders and Implemented fitText option for table cells. Previous Versions 1.11 and 1.12 were manually divided into two parts: jar and apk in order to limit the number of methods in DEX file. In these versions, Aspose team provided own apk loader to initiate the correct loading of the additional classes.dex file. Now starting from the previous release Aspose.Words for Java.Android is delivered as a single JAR file, It has started to reduce the size of Aspose.Words for Java.Android library. The major concern now is to reduce the number of methods without loss of functionality. Aspose team is constantly working on improving the quality and usability of Aspose.Words for Java.Android.  The list of new and improved features added in this release are given below

Reading of GIFs has been improved

Support of Linear Gradient

Performance improvements

VideoInserter (Inserts online video in the document) .

Added functionality to set thread-local (and Aspose.Words application only) Locale and TimeZone. CurrentThreadSettings public API class added for this.

new public OfficeMath properties: MathObjectType, Justification, DisplayType

Full support for Word 2013 documents (roundtrip to/from DOCX)

Variables support and more new features are introduced in LINQ Reporting Engine.

Stroke weight is now taken into account while rendering auto-sized Textboxes.

Implemented next round of improvements in table grid algorithm.

Improved table breaking logic in compatibility mode for tables with header rows.

Improved table breaking logic for tables with nested tables in a cell with bottom margin set.

Improved tables breaking logic for tables with vertically merged cells having horizontal borders.

Implemented fitText option for table cells.

TestAcrobatAntialiasingGif doesn't work

LinearGradient doesn't work as expected

Text and its bounds are incorrect positioned

Black square instead of the picture

WordArts' outlines are filled with black

Other most recent bug fixes are also included in this release

Newly added documentation pages and articles

Some new tips and articles have now been added into Aspose.Words for Java.Android documentation that may guide users briefly how to use Aspose.Words for performing different tasks like the followings.

File Formats and Conversions

Rendering and Printing

Overview: Aspose.Words for Java.Android

Aspose.Words for Java.Android is a Word Document Processing API enabling you to perform a great range of document processing tasks directly within your Android applications. Aspose.Words for Java.Android API supports processing native Microsoft Word formats such as DOC, DOCX, OOXML, TXT, RTF - other formats such as HTML, OpenDocument ODT, PDF, EPUB, XPS, SWF and all image formats (JPEG, PNG, TIFF, BMP, SVG, SWG). With Aspose.Words for Java.Android API - easily generate, modify, convert and render Microsoft Word processing documents.

More about Aspose.Words for Java.Android

Homepage Aspose.Words for Java.Android

Download Aspose.Words for Java.Android

Online documentation of Aspose.Words for Java.Android

[codeavailfan]

C vs C# Detailed comparison by Experts you should know

Here this moment, authorities will unveil to you on C versus C# in detail with model. 

Nowadays, where you have a lot of programming lingos to explore, it's hard to make data on which language to utilize when you set up your endeavors. In any case, C and C# are two of the top programming tongues. The two lingos are definitely not hard to learn and subject to the thing orchestrated programming topics. Before we investigate the capabilities, let us overview two or three highlights of each and how they are adding to the programming appear. 

Difference between C vs C# 

C Language: 

This language is a center programming language that was made at Bell inspect lab in 1972 by Dennis Ritchie. C language joins the properties of low level and raised level language. In this manner, its idea with respect to a center programming Language. 

C might be a high programming language that licenses you to make PC code and moveable applications. There are 32 firm catchphrases utilized in the C language. It's an ideal language for making a PC code structure. 

The critical features of C language are: 

Low-level way to deal with memory 

A direct plan of watchwords 

Clean style 

C# Language: 

C# is a noteworthy level, an article organized programming language that other than filled in as an advancement of C. It was made by a social affair at Microsoft lead by Anders Hejlsberg in 2002. It's masterminded in the .NET structure, yet its spine is still obviously the C language. 

C# orders into byte-code, instead of machine code. That construes it executes on a virtual PC that makes an interpretation of it into machine code on the fly. It joins squander assortment, uninitialized variable checking, bound checking, and type checking capacities to the base C code. 

It regularly watches use inside or attempt applications, instead of business programming. It's found in customer and server improvement in the .NET structure. 

Sorts of programming advancement structures: 

Speedy application improvement adventures 

Gigantic or little gatherings, web applications 

Endeavors realized by individuals 

Endeavors with extreme immovability necessities. 

Essential Differences Between C and C# 

Both C versus C# are remarkable decisions in the business; let us take a gander at a piece of the basic Differences Between C vs C#: 

Since C# is based, Syntaxes will, overall, be what's progressively, comparative. Regions utilized for isolate coding structures, and C-style object-arranged code that joins conditions and libraries are on an exceptionally essential level proportionate to. 

Moving from C# to C++ is likely coherently irksome in light of the fact that it's a basically progressively low-level language. C# handles an exceptional bit of the overhead that must be assessed in a C++ program. This is one enormous explanation C++ is viewed as an evidently irksome language too. 

C is low level and lets you get truly near the machine, yet it's a procedural language. Huge in our setting that. It recommends it has no perception of articles and legacy. 

Continuously about C versus C# 

C# is overall not equivalent to C/C++. I recognize some piece of its name began from C++ ++, by then taking the second '++' and putting it under the first to make the '#' picture. Showing they acknowledge they're the third in the course of action. That being communicated, if you had a go at making a C++ report into a CS record, you're going to increase some ghastly encounters. It won't work in any capacity whatsoever. 

We surmise you could state C# and C++ share a lot of work on speaking Java and JavaScript. Which share as much inside and out that truly matters as Ham and Hamster. JavaScript was named in that limit, so individuals would think it had something to do with the primary language Java. 

Which was, by at that point, outstanding, so essentially eagerly following their achievement in some tricky substance move. The equivalent may be significant with C#. Individuals recognize it has to do with C++, so they give it a shot. I wouldn't get it past Microsoft, considering the way that, before C#, they made J++, which was on an essential level only Java with little distinction. After a case, they expected to exhaust it and made C#. 

C# is passing on my supported programming language. While it may not be as smart, it has consistent heaps of luxurious highlights that make life less troublesome, similar to verbalization body individuals, get and set properties, Linq, and so on. 

They're tenaciously including new things and causing it so you can do what used to take 10 lines of code into 1 line. This is essential to me since I feel that what sets aside a program a long effort to make shouldn't be reality you need to type a ton, that shouldn't be the variable. What picks the period ought to be the way by which clever you are and how complex what you're trying to do is. 

C# shields you from doing certain things that C/C++ awards you to. In any case, a piece of these things were things that you could never need to do in any case. They were clearly some botch that would incite some extremely odd direct. Likewise, you don't have the foggiest thought why, for instance, giving out in an unanticipated field or having '5;' as a clarification. That line of code isn't "doing" anything, so C# won't let that run since it was probably a bumble. 

Masterminded tongues: 

Both C vs C# have planned tongues. This proposes before an application is continued ahead a PC or the server, the code must be changed over to matches and some time later executed. An executable EXE report is a genuine occurrence of an orchestrated record that could be written in C++ or C#. 

Article masterminded plan: 

Undoubtedly, even the way that the legitimate structure changes to an astounding degree, the immense contemplations like classes, legacy, and polymorphism continue as previously. 

C vs C# Comparison Table 

C program suits Hardware applications, framework programming, chip sorting out, and installed gadgets. 

Basic information types included: int, coast, twofold, and devour. 

Rigid number of catchphrase utilized in C programming: 32 

There is just a lone chief sort open in C 

A sifted through programming language. 

The execution stream consolidates top-down characteristics. 

C# 

Through and through reasonable for application and web application progress. 

Basic information types included: int, glide, twofold, and devour, Boolean, which is utilized to oversee unsurprising activities. 

Undeniably the amount of catchphrase utilized in C# programming: 87 

C# recalls 2 pivotal arrangements for it. 

A thing composed programming language. 

C# follows a base up program structure for execution. 

Straight on assessment among C vs C# 

1.Size of copies 

C: C is a joined language, which will make our codes in the equal reports. 

C#: C# is furthermore an arranged language, Which changes over customer code into twofold records. 

2. Execution 

C: C is a by and large used programming language. C code speedier than other programming lingos. 

C#: C# code is more delayed than a C programming language. 

3. Waste combination 

C: C programming, various programming engineers need to manage memory task and deallocation. 

C#: In C# programming, the designer doesn't overemphasize memory the administrators. 

4. Sorts of Projects 

C: We use C language in the endeavors. 

C#: C# programming generally used for web and work territory based applications. 

5. Compiler advised 

C: In the programming language, a product designer can make any code. 

C#: In the C# programming language, an engineer can make code for what they have to make. 

Which Language might you want to use for your endeavor? 

C# masters and C++ fashioners have various extents of limits, so you can post an extension and comprehend which stage is ordinarily convincing for your undertaking in the wake of examining the various sides. 

A solid general guideline is that web and work an area improvement is finished utilizing raised level language, for instance, C#. C# is a touch of the .NET language, which is explicitly expected for web improvement. 

In any case, it besides works successfully with Windows-based endeavors. In spite of the way that Microsoft is attempting to port its language to the Linux framework, it is immaculate to stay with the C# and Windows conditions. 

C++ is considerably increasingly balanced correspondingly as stages and target applications, yet the maker pool is consistently constrained considering the way that it's not as standard for web and versatile applications. 

In case your undertaking bases on unfathomably low-level dealing with, you may require a C++ originator. You can in like way use C++ to make practical, smart applications for server-side programming. 

At long last, you can use C++ altogether more than C#, yet it's not regularly the most helpful approach to manage deal with your undertaking. 

In like manner, the ideal method to manage pick the correct language is to post your expand and ask organizers their assessments. Fashioners and supporters for the two vernaculars will evaluate their considerations and give you more data on your particular set out to assist you with picking.

Conclusion: In this blog, We explain the difference between C vs C#. As we discussed several features of the C and C# programming languages.

In addition, C# is a straightforward, broadly useful language that has been institutionalized, yet we, for the most part, observe it with .NET system on Windows, while C++ is generally utilized. C# was, for the most part, evolved as a Microsoft elective for the strong Java.

Finally, While C++ needs to follow appropriate engineering and the code has certain officials. C# code is created as parts so it can fill in as a lot of remains solitary modules autonomous of one another. C++ accompanies a lot of highlights that are amazingly appropriate for complex programming systems.

While C# has restricted and straightforward highlights that are generally enough for a basic web application.

If you want to get any computer science assignment help and computer science homework help related to programming assignment help. You can get the best C Programming Assignment Help at an affordable price within a given deadline.

[marketforecastsite-blog]

ECG Equipment Market Is Projected To Reach $6.3 Billion By 2022

The global ECG equipment market is expected to reach USD 6.3 billion by 2022, according to a new report by Grand View Research Inc. The rising incidences of cardiovascular disorders and government initiatives to make people aware about health check-ups are expected to boost market growth. In addition, the change in the medical preference from acute intervention to preventive care is expected to increase the demand for more accurate and cost-effective methods for heart monitoring.

According to the WHO, in 2012, around 17.5 million people died due to cardiovascular diseases. This is due to the late diagnosis and absence of early symptoms as the patient fails to keep record of his vital signs.

Owing to the increasing incidences, government is undertaking various awareness programs. According to the American Heart Association (AHA), 56% women identified heart disease as a leading cause of death in 2012 as compared to 30% in 1997.

To request a sample copy or view summary of this report:  www.grandviewresearch.com/industry-analysis/ecg-equipment-market

Further key findings from the report suggest:

ECG monitoring equipment has high future growth potential owing to changing trend towards preventive care and new product innovation with data integration. In February 2014, Medtronic launched its FDA approved Reveal LINQ. The upgraded version of Reveal XT offers patient heart monitoring for three years with 20% more data memory than its previous version.

ECG stress testing systems is one of the dominating segments of the market. The growing need for flexible stress systems and comprehensive data management is driving the market for this segment. Quinton 9500 series from Cardiac Science portable system allows physicians to optimize the examination space and enables more data integrations.

Holter monitoring systems is another segment, which is expected to gain significant market share over the forecast period due to the fact that the system assists in identifying arrhythmias that takes place during certain activities such as exercise, stress, bowel movements, sleep, eating, and stress

2M Engineering Ltd. launched the VitaMove 2S ExG movement and ECG-recorder, which is equipped with 3-lead ECG holter, that combines daily activities with heart rate events/trends, ECG, and derivatives such as Heart Rate Variability (HRV)

North America dominated the market in 2014 and is expected to grow at a CAGR of 5.8% over the forecast period. With major industry players situated in North America, the innovations and upgrading rates are higher as compared to other regions. In August 2015, InfoBionic along with Safeguard Scientists raised USD 8 million to commercialize Mome Kardia. Mome Kardia is a remote patient monitoring system based on the cloud technology that could be worn around the neck.

Asia Pacific is expected to witness substantial growth during the forecast period owing to the rising incidence rate of heart diseases and growing manufacturing outsourcing in the region

According to the Government of India, the prevalence of heart failure in the nation due to hypertension, obesity, coronary heart disease, obesity, rheumatic heart disease, diabetes ranges from 1.3 to 4.6 million and an annual incidence rate of 491,600 to 1.8 million

As per a report published by the Associated Chambers of Commerce and Industry of India (ASSOCHAM), people have adopted unhealthy lifestyles along with increasing stress levels, decreasing physical activity, tobacco smoking, and increasing consumption of saturated fats

Industry players are constantly fueling the market with newer technologies or upgrading existing technology. In May 2015, CardioComm Solutions, Inc. launched HeartCheck PEN. This Bluetooth wireless connectivity pen could be connected for data acquisition with Android and Apple smartphones.

Apart from technology innovations, many industry players are expanding their global presence by signing distribution agreements with domestic distributors. In October 2015, iNeedMD Holdings, Inc. signed a distribution agreement with Clifton Africa Ltd. This one-year distribution agreement is worth USD 1.5 million.

Key players of the ECG equipment market include Medtronic, GE Healthcare, Philips Healthcare, Schiller AG, Nihon Kohden, CardioComm Solutions, Inc., and Johnson & Johnson.

Access press release of this research report by Grand View Research: https://www.grandviewresearch.com/press-release/global-ecg-equipment-market

About Grand View Research

Grand View Research, Inc. is a U.S. based market research and consulting company, registered in the State of California and headquartered in San Francisco. The company provides syndicated research reports, customized research reports, and consulting services. To help clients make informed business decisions, we offer market intelligence studies ensuring relevant and fact-based research across a range of industries, from technology to chemicals, materials and healthcare.

For More Information: www.grandviewresearch.com

[globalrketresearchanalysis]

Ecg Equipment Market Will Be Worth $6.3 Billion By 2022: Grand View Research, Inc.

The global ECG equipment market is expected to reach USD 6.3 billion by 2022, according to a new report by Grand View Research Inc. The rising incidences of cardiovascular disorders and government initiatives to make people aware about health check-ups are expected to boost market growth. In addition, the change in the medical preference from acute intervention to preventive care is expected to increase the demand for more accurate and cost-effective methods for heart monitoring.

According to the WHO, in 2012, around 17.5 million people died due to cardiovascular diseases. This is due to the late diagnosis and absence of early symptoms as the patient fails to keep record of his vital signs.

Owing to the increasing incidences, government is undertaking various awareness programs. According to the American Heart Association (AHA), 56% women identified heart disease as a leading cause of death in 2012 as compared to 30% in 1997.

U.S. ECG equipment market, by product, 2012 - 2022 (USD Million)

Browse full research report on Ecg Equipment Market

Further key findings from the report suggest:

ECG     monitoring equipment has high future growth potential owing to changing     trend towards preventive care and new product innovation with data     integration. In February 2014, Medtronic launched its FDA approved Reveal     LINQ. The upgraded version of Reveal XT offers patient heart monitoring     for three years with 20% more data memory than its previous version.

ECG stress     testing systems is one of the dominating segments of the market. The     growing need for flexible stress systems and comprehensive data management     is driving the market for this segment. Quinton 9500 series from Cardiac     Science portable system allows physicians to optimize the examination     space and enables more data integrations.

Holter     monitoring systems is another segment, which is expected to gain     significant market share over the forecast period due to the fact that the     system assists in identifying arrhythmias that takes place during certain     activities such as exercise, stress, bowel movements, sleep, eating, and     stress

2M     Engineering Ltd. launched the VitaMove 2S ExG movement and ECG-recorder,     which is equipped with 3-lead ECG holter, that combines daily activities     with heart rate events/trends, ECG, and derivatives such as Heart Rate     Variability (HRV)

North America     dominated the market in 2014 and is expected to grow at a CAGR of 5.8%     over the forecast period. With major industry players situated in North     America, the innovations and upgrading rates are higher as compared to     other regions. In August 2015, InfoBionic along with Safeguard Scientists     raised USD 8 million to commercialize Mome Kardia. Mome Kardia is a remote     patient monitoring system based on the cloud technology that could be worn     around the neck.

Asia Pacific     is expected to witness substantial growth during the forecast period owing     to the rising incidence rate of heart diseases and growing manufacturing     outsourcing in the region

According to     the Government of India, the prevalence of heart failure in the nation due     to hypertension, obesity, coronary heart disease, obesity, rheumatic heart     disease, diabetes ranges from 1.3 to 4.6 million and an annual incidence     rate of 491,600 to 1.8 million

As per a     report published by the Associated Chambers of Commerce and Industry of     India (ASSOCHAM), people have adopted unhealthy lifestyles along with     increasing stress levels, decreasing physical activity, tobacco smoking,     and increasing consumption of saturated fats

Industry     players are constantly fueling the market with newer technologies or     upgrading existing technology. In May 2015, CardioComm Solutions, Inc.     launched HeartCheck PEN. This Bluetooth wireless connectivity pen could be     connected for data acquisition with Android and Apple smartphones.

Apart from     technology innovations, many industry players are expanding their global     presence by signing distribution agreements with domestic distributors. In     October 2015, iNeedMD Holdings, Inc. signed a distribution agreement with     Clifton Africa Ltd. This one-year distribution agreement is worth USD 1.5     million.

Key players     of the ECG equipment market include Medtronic, GE Healthcare, Philips     Healthcare, Schiller AG, Nihon Kohden, CardioComm Solutions, Inc., and     Johnson & Johnson.

For more information: http://www.grandviewresearch.com

[marketresearchandreports-blog]

ECG Equipment Market Analysis, Trends To 2022: Grand View Research, Inc.

The global ECG equipment market is expected to reach USD 6.3 billion by 2022, according to a new report by Grand View Research Inc. The rising incidences of cardiovascular disorders and government initiatives to make people aware about health check-ups are expected to boost market growth. In addition, the change in the medical preference from acute intervention to preventive care is expected to increase the demand for more accurate and cost-effective methods for heart monitoring.

According to the WHO, in 2012, around 17.5 million people died due to cardiovascular diseases. This is due to the late diagnosis and absence of early symptoms as the patient fails to keep record of his vital signs.

Owing to the increasing incidences, government is undertaking various awareness programs. According to the American Heart Association (AHA), 56% women identified heart disease as a leading cause of death in 2012 as compared to 30% in 1997.

View summary of this report @ http://www.grandviewresearch.com/industry-analysis/ecg-equipment-market

Further key findings from the report suggest:

·         ECG monitoring equipment has high future growth potential owing to changing trend towards preventive care and new product innovation with data integration. In February 2014, Medtronic launched its FDA approved Reveal LINQ. The upgraded version of Reveal XT offers patient heart monitoring for three years with 20% more data memory than its previous version.

·         ECG stress testing systems is one of the dominating segments of the market. The growing need for flexible stress systems and comprehensive data management is driving the market for this segment. Quinton 9500 series from Cardiac Science portable system allows physicians to optimize the examination space and enables more data integrations.

·         Holter monitoring systems is another segment, which is expected to gain significant market share over the forecast period due to the fact that the system assists in identifying arrhythmias that takes place during certain activities such as exercise, stress, bowel movements, sleep, eating, and stress

·         2M Engineering Ltd. launched the VitaMove 2S ExG movement and ECG-recorder, which is equipped with 3-lead ECG holter, that combines daily activities with heart rate events/trends, ECG, and derivatives such as Heart Rate Variability (HRV)

·         North America dominated the market in 2014 and is expected to grow at a CAGR of 5.8% over the forecast period. With major industry players situated in North America, the innovations and upgrading rates are higher as compared to other regions. In August 2015, InfoBionic along with Safeguard Scientists raised USD 8 million to commercialize Mome Kardia. Mome Kardia is a remote patient monitoring system based on the cloud technology that could be worn around the neck.

·         Asia Pacific is expected to witness substantial growth during the forecast period owing to the rising incidence rate of heart diseases and growing manufacturing outsourcing in the region

·         According to the Government of India, the prevalence of heart failure in the nation due to hypertension, obesity, coronary heart disease, obesity, rheumatic heart disease, diabetes ranges from 1.3 to 4.6 million and an annual incidence rate of 491,600 to 1.8 million

·         As per a report published by the Associated Chambers of Commerce and Industry of India (ASSOCHAM), people have adopted unhealthy lifestyles along with increasing stress levels, decreasing physical activity, tobacco smoking, and increasing consumption of saturated fats

·         Industry players are constantly fueling the market with newer technologies or upgrading existing technology. In May 2015, CardioComm Solutions, Inc. launched HeartCheck PEN. This Bluetooth wireless connectivity pen could be connected for data acquisition with Android and Apple smartphones.

·         Apart from technology innovations, many industry players are expanding their global presence by signing distribution agreements with domestic distributors. In October 2015, iNeedMD Holdings, Inc. signed a distribution agreement with Clifton Africa Ltd. This one-year distribution agreement is worth USD 1.5 million.

·         Key players of the ECG equipment market include Medtronic, GE Healthcare, Philips Healthcare, Schiller AG, Nihon Kohden, CardioComm Solutions, Inc., and Johnson & Johnson.

Browse more reports of this category by Grand View Research: http://www.grandviewresearch.com/industry/medical-devices

Grand View Research has segmented the global ECG equipments market on the basis of product type and region:

ECG equipment type outlook (Revenue, USD Million, 2012 - 2022)

·         ECG Monitoring Equipment

·         Holter Monitoring Systems

·         Event Monitoring Systems

·         ECG Stress Testing Systems

ECG equipment regional outlook (Revenue, USD Million, 2012 - 2022)

·         North America

o    U.S.

o    Canada

·         Europe

o    UK

o    Germany

o    France

o    Spain

o    Italy

·         Asia Pacific

o    Japan

o    China

o    India

·         RoW

o    Australia

o    Brazil

Access press release of this report - http://www.grandviewresearch.com/press-release/global-ecg-equipment-market

About Grand View Research

Grand View Research, Inc. is a U.S. based market research and consulting company, registered in the State of California and headquartered in San Francisco. The company provides syndicated research reports, customized research reports, and consulting services. To help clients make informed business decisions, the company offers market intelligence studies ensuring relevant and fact-based research across a range of industries including technology, chemicals, materials, healthcare and energy.

For more information visit - http://www.grandviewresearch.com/

[twobeemag]

Word 2013 Documents Provision & Variables Support in LINQ Reporting Engine Using Aspose.Words for .NET 17.03.0

Word 2013 Documents Provision & Variables Support in LINQ Reporting Engine Using Aspose.Words for .NET 17.03.0

Word 2013 Documents Provision & Variables Support in LINQ Reporting Engine Using Aspose.Words for .NET 17.03.0 It contains over 67 useful new features, enhancements & bug fixes, such as Full support for Word 2013 documents, variables support & more new features are introduced in LINQ Reporting Engine, Stroke weight is now taken into account while rendering auto-sized Textboxes, Implemented next…

[file-formats-programming]

Aspose.Newsletter April 2017: Guaranteed Solutions for PDF Processing Problems & Other News

Aspose Newsletter for April 2017 has now been published that highlights all the newly supported features offered in the recent releases.  It also includes information about one guaranteed solution for PDF Processing Problems, full support for Microsoft Word 2013 & enhancements in LINQ Reporting Engine, release of Aspose.Words for Xamarin.Android, importing DRC Files & Export to supported 3D File Formats, Compare PowerPoint Slides & Identify Merged Tables, embedding Media Files in .NET PDF Document, calculate Excel Formulas using C++ APIs and more.

One Guaranteed Solution for all your PDF Processing Problems

It’s super-easy to manipulate and convert PDF files with Aspose.PDF. Aspose.Pdf is a set of PDF Processing APIs to Create, Read, Edit, Convert, Protect, Sign and Print PDF documents without installing Adobe Acrobat. Try out fully featured Demos, Examples, Plugins, Showcase projects and a comprehensive Documentation to take a start from. Download Free Trial

Just Launched: Aspose.Words for Xamarin.Android

Wait is over! Good news for Android developers as they will use Aspose.Words APIs now to read, convert and combine Microsoft Word and other popular word processing file formats from within their native Android applications. Continue reading here Full Support for Microsoft Word 2013 and Enhancements in LINQ Reporting Engine

Aspose.Words for .NET 17.3.0 supports 67 new features and enhancements including full support of roundtrip to/from DOCX, variables supports in LINQ reporting engine and improved font substitution mechanism. Continue reading here.

Import DRC Files and Export to supported 3D File Formats

Aspose.3D for .NET 17.3.0 now supports opening Google Draco Encoded (DRC) files and saving to any 3D formats (FBX, STL, WavefrontOBJ, Discreet3DS, Univeral3D, Collada, gITF and GLB). Read more here

Compare PowerPoint Slides and Identify Merged Tables

Aspose.Slides for .NET 17.2.0 now allows comparing two slides based on shapes, styles, texts, animation and other settings. If slides are equal, true will be returned. Continue reading further

Exporting RDL Reports to EPUB Format

Apart from rendering RDL files to PDF and XPS formats – export to EPUB format is also supported now. This option is available in both ReportServer as well as in Visual Studio when using Aspose.Pdf for Reporting Services in local mode. Continue reading here.

How to: Embed Media Files in .NET PDF Document

With Aspose.Pdf for .NET 17.3.0 – embed audio and video files into a PDF document. Check documentation link for C# source code.

How to: Convert PDF to EPUB in Android Applications

Aspose.Pdf for Android 16.12.0 supports converting either a newly created or exiting PDF file to EPUB format within your Android applications. Check this source code in Java for further illustration

How to: Convert PDF to PDFA_3U and Extract Chart as Image from a PDF Document

Aspose.Pdf for Java 17.2.0 has introduced PDFA_3U support in this release. Developers can also extract chart from PDF file as an image using extractMarkedContentAsImage() method. Check out the code snippets here.

How to: Calculate Excel Formulas using C++ APIs

Aspose.Cells for C++ has added more overloads of workbook calculation which provide users more control and flexibility to calculate Excel functions on runtime. Users can also implement their own custom functions if needed. Read more here

Updates about new Product Releases

Aspose.Total for .NET - a compilation of our latest .NET products.

Aspose.Total for Java – a compilation of our latest Java products.

Aspose.Total for Android – all the latest versions of our Android APIs.

Aspose.Total for SharePoint – a compilation of our latest SharePoint products.

Aspose.Total for Reporting Services – a compilation of our latest Reporting Services products

Aspose.Total for JasperReports – The latest versions of our JasperReports products.

Aspose.Imaging – Improved synchronized access to mutually exclusive images in Java and .NET.

Aspose.Barcode – Improved memory consumption and barcode recognition processes in Java and .NET.

Aspose.Slides for Reporting Services 17.2.0 – Support for identifying merged cells inside table and comparing two slides for equality

Aspose.Cells for Cloud 17.02.0 – Lots of new features and enhancements made in this release.

Aspose.BarCode for Java 17.01 – Read Datamatrix and recognize 3D-distorted MicroQr barcodes.

Aspose.Slides – Improved text rendering in JasperReports and SharePoint applications.

Aspose.Slides for Java 17.2.0 – Improved Table and Slides comparison in Java applications.

Supporting User Groups and Conferences

Aspose is sponsoring a number of user groups and upcoming events, including:

May 10-12: Microsoft Build 2017 – Seattle – WA, USA

May 15-18: Visual Studio Live! Austin – Austin – TX, USA

Would you like us to sponsor your user group? Get in contact at user.groups@aspose.com

Collect your copy of Aspose Newsletter, August 2016 edition

Collect the English version of this newsletter

[file-formats-programming]

Word 2013 Documents Support & Variables Support in LINQ Reporting Engine in .NET Apps

What's New in this Release?

Aspose development team is happy to announce the monthly release of Aspose.Words for Java & .NET 17.3.0. This month’s release contains over 67 useful new features, enhancements and bug fixes. Please see the release notes for more detail. Here is a look at just a few of the biggest features and API changes in this month’s release; Full support for Word 2013 documents (roundtrip to/from DOCX), variables support and more new features are introduced in LINQ Reporting Engine, New Public OfficeMath properties: MathObjectType, Justification, DisplayType, Font substitution mechanism improved. Now Aspose.Words evaluates all related fields in FontInfo (Panose, Sig etc) and finds the closest match among the available font sources, Asian font rendering improved (more precise metrics calculation), Stroke weight is now taken into account while rendering auto-sized Textboxes, Implemented next round of improvements in table grid algorithm, Improved table breaking logic in compatibility mode for tables with header rows, Improved table breaking logic for tables with nested tables in a cell with bottom margin set, Improved tables breaking logic for tables with vertically merged cells having horizontal borders and Implemented fitText option for table cells. Starting from this release, Aspose team has added the full support of MS Word 2013 documents. The full support of roundtrip to/from DOCX is available in this Aspose.Words version. Previously, Aspose.Words performed font substitution only in cases when FontInfo in the document for the missing font doesn’t contain the PANOSE. Now Aspose.Words evaluates all related fields in FontInfo (Panose, Sig etc) and finds the closest match among the available font sources. In case of font substitution the warning is issued with text. Please note that now font substitution mechanism will override the FontSettings.DefaultFontName in cases when FontInfo for the missing font is available in the document. FontSettings.DefaultFontName will be used only in cases when there are no FontInfo for the missing font. Moreover, please note that font substitution algorithm in MS Word is not documented so, the result of Aspose.Words font substitution may not match MS Word choice. Aspose team has introduced new property in this release that allows user to get type MathObjectType of this Office Math object. The MathObjectType enumeration is added in Aspose.Words 17.3 to specify type of an Office Math object. It has introduced new option in that removes empty rows that contain mail merge regions from the document. It has also added new public properties Justification and DisplayType into the OfficeMath class. It has also added new public property Field.LocaleId in this release that allows user to get/set field’s locale.  It has also added new paramerter -fitSizeLim for image tag to change the size of the textbox according to the size of the image without increasing the size of the textbox. It has also added support for variables in Aspose.Words 17.3 LINQ Reporting Engine that enables users to use variables in template documents. Variables are useful when users need to calculate an expensive value just once and access it multiple times in a template. The list of new and improved features added in this release are given below

New public OfficeMath properties: MathObjectType, Justification, DisplayType

Full support for Word 2013 documents (roundtrip to/from DOCX)

Variables support and more new features are introduced in LINQ Reporting Engine.

Font substitution mechanism improved. Now Aspose.Words evaluates all related fields in FontInfo (Panose, Sig etc) and finds the closest match among the available font sources.

Asian font rendering improved (more precise metrics calculation).

Stroke weight is now taken into account while rendering auto-sized Textboxes.

Implemented next round of improvements in table grid algorithm.

Improved table breaking logic in compatibility mode for tables with header rows.

Improved table breaking logic for tables with nested tables in a cell with bottom margin set.

Improved tables breaking logic for tables with vertically merged cells having horizontal borders.

Implemented fitText option for table cells.

Add MailMergeCleanupOptions option to remove empty row

Cell's content are warped incorrectly in output Pdf

PDF output is incorrect for 2 text columns

Add feature to set background color of table row using Linq Reporting Engine

Insert image dynamically using Linq without change size of textbox

Justification of OfficeMath object

Obtain type of the MathObject

Add feature to define variables in LINQ Reporting template

Provide ability to specify locale at Field level

Implement reading of themes for RTF format.

Support of MS Word 2013 documents (WORDSNET-7741 and WORDSNET-7964)

/table grid/ Cell's content is rendering a few inches to the right in PDF

Table header should be pushed to the next page if no rows fit below header in 2013 mode

Table header row orphaned in 2013 mode

Mail Recipient is lost after re-saving Doc

Add/remove document settings if OptimizeFor is called for a document

Incorrect Asian font metrics

Saving resources when converting Words documents to HTML

Fonts substitution // Improve font substitution rules.

Paragraph formatting is lost after re-saving Docx

Underline/strikethrough formatting is applied to revisions imported from HTML

/tcFitText/ Conversion of table creates new line inside table

Compare and Reject feature do not mimic Microsoft Word's behavior

/nested row break height/Text moves to previous pages after conversion from Docx to Pdf

/fitText/ Chinese text render on next line in HtmlFixed

/table break header row/ Converting from .docx to .pdf loses table header

/table break header row/ Table is rendered on previous page after conversion form Docx to Pdf

Table header moves to previous page bottom in PDF

EndnoteOptions are not saved if the document does contain endnotes

/table break/ All pages show some content from next page at bottom in PDF

Paragraph's spacing is changed when InsertDocument is used with UseDestinationStyles mode

Hebrew date field renders incorrectly in Pdf

Incorrect formatting of 'Normal (Web)' after import from another document

Text in image is missing when exporting to HTML

More vertical spacing between lines added when exporting to HTML

Output Docx is not opened in MS Word after performing mail merge

Bookmark entries are not entirely merged after mail merge

Z-order is incorrect after conversion docx to odt.

Some table rows render on the previous page of PDF

Bullet list is changed to numbered list after conversion from bytes to Docx

ShapeAttr.LineFillBlipName attribute returns invalid value

A strange Box appears near certain images in PDF

TTFontMetrics.BoldSimulationScale is not too accurate for MS Gothic

Hyperlink encoded twice in PDF

Aspose.Words ignores stroke weight for autosized textboxes

Shape with caps is not rendered correctly

Docx to Pdf conversion issue with StructuredDocumentTag rendering

List label size differs in layout.

Content of StructuredDocumentTag is lost in output Pdf/Doc

Docx to Html conversion issue with chart's axis bounds

Ref field generates error code after conversion from FlatOpc to Doc

TOC update does not see format revision changes.

Position of AutoShape is changed after Appending.

Fonts substitution // Measurements: Spacing of text lines in PDF is different to when viewed in MS Word

Fonts substitution // Incorrect fonts rendering.

Docx to HtmlFixed conversion issue with fonts

/advanced typography/ Arabic text is incorrectly rendered to PDF

WordArt // Multiline // Watermark shape is not rendering correctly in PDF

Contents position is changed after conversion from Doc to Pdf

Table's contents move to next page after conversion from Doc to Pdf

Other most recent bug fixes are also included in this release

Newly added documentation pages and articles

Some new tips and articles have now been added into Aspose.Words for .NET documentation that may guide users briefly how to use Aspose.Words for performing different tasks like the followings.

Inserting Images Dynamically

Setting Text Background Color Dynamically

Overview: Aspose.Words

Aspose.Words is a word processing component that enables .NET, Java & Android applications to read, write and modify Word documents without using Microsoft Word. Other useful features include document creation, content and formatting manipulation, mail merge abilities, reporting features, TOC updated/rebuilt, Embedded OOXML, Footnotes rendering and support of DOCX, DOC, WordprocessingML, HTML, XHTML, TXT and PDF formats (requires Aspose.Pdf). It supports both 32-bit and 64-bit operating systems. You can even use Aspose.Words for .NET to build applications with Mono.

More about Aspose.Words

Homepage Aspose.Words for .NET

Download Aspose.Words for .NET

Online documentation of Aspose.Words