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The 13-digit and 10-digit formats both work. Please try again.Please try again.Please try again. Used: GoodCustomer service is our top priority!Please choose a different delivery location or purchase from another seller.ATL Developer's Guide, 2nd edition, provides detailed, example-heavy coverage of how to utilize the Active Template Library to create COM-based applications.Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Full content visible, double tap to read brief content. Videos Help others learn more about this product by uploading a video. Upload video To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Please try again later. Tom A. 5.0 out of 5 stars I lost the named website because of renewal screw up.I found it to be very clear and succinct. In flipping through the rest of the chapters, they appear to be of the same quality. All of my COM experience is with VB. With this background I was able to easily grasp the concepts being explained. This book is my choice for that task. I haven't tested the code examples, so I can't be sure there aren't typos, but the code I saw looked correct to my relatively novice eye. At this point, I'm very pleased with the purchase of this book. Please choose a different delivery location or purchase from another seller.Please choose a different delivery location or purchase from another seller.Please try again. Please try your request again later. Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Full content visible, double tap to read brief content. Videos Help others learn more about this product by uploading a video.

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Upload video To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Please try again later. Tom A. 5.0 out of 5 stars I lost the named website because of renewal screw up.I found it to be very clear and succinct. In flipping through the rest of the chapters, they appear to be of the same quality. All of my COM experience is with VB. With this background I was able to easily grasp the concepts being explained. This book is my choice for that task. I haven't tested the code examples, so I can't be sure there aren't typos, but the code I saw looked correct to my relatively novice eye. At this point, I'm very pleased with the purchase of this book. Consequently, ATL imposes users to download those libraries by themselves and install them into Eclipse plugin folder.The MDR library is only necessary for the MDR Model Handler. According to the fact that most of people uses EMF Model Handler (which seems to be more powerful), MDR Model Handler has been separated into a single feature, which is not natively required for ATL.ATL doesn't have any dependency with TCS. Specific injectors depend on ANTLR too.In Eclipse, antlr is managed by the Orbit project. To checkout this plugin, follow those steps:As a consequence, bugs may appear when using the last-in-date mdr-standalone version of MDR.There are two ways to use it:Go in the Plug-in perspective and select all the plug-in projects.After that you can restart Eclipse.Consequently, changes on ATL Language only involve ATL compiler.It provides methods to lookup elements, create new ones, etc. It defines metamodel-specific operations which are useful for ATL transformations Those implementations can be registered into the CoreService for a standalone use.

For instance, here we register the extensions needed to launch a transformation using EMF-specific VM, in standalone:It is defined under the org.eclipse.m2m.atl.core.emf plugin. For both, we use the EMF notation to select Resources:This specification consists on a precise description of the ATL VM functionalities, but doesn't describe the implementation. The intent is to allow any developer to create an ATL VM in any language. The Native Library (org.eclipse.m2m.atl.engine.vm.nativelib package) gathers all basic type definitions used by the ATL VM: OCL types and ATL specific types. Both are defined at the same level, and use reflexion. OCL appears at several levels in the ATL architecture:The ExecEnv Class contains the virtual execution environment. It deals with the operation map which registers all operations used by the transformation. It contains every information used by a given execution, like models, and is recreated for each execution. Operations are executed sequentially, into frames, according to their type. For instance, in ATL, a call of the append() method is directly mapped to a call to the corresponding method in the ASMSequence class.The ASMStackFrame is dedicated to ASM methods, when the StackFrame is dedicated to native methods. Execution errors come from ATL VM when the method Frame.printstacktrace is called.The implementation is abstracted from the used model management framework, using model handlers. Model Handlers consists on an abstraction layer dedicated to model access. This access is implemented by two classes: ASMModel et ASMModelElement.Each plugin implements those abstract classes:But the Regular VM has a lot of performance issues, especially because of the model handler architecture.Its API allow to consider EMF Resources directly as models, without complex loading as done previously in the Regular VM.The low level of ASM allows modularity facilities, with the intent to provide easier model management possibilities.

The current file format for ASM is XML. Thus it allows not to care about any syntax and to only focus on bytecode. An ASM file only contains names and string constants. No Ecore reference is present. Those are resolved by launch configurations and AMMA Megamodel, with a name binding.The ASMXMLWriter class is an ASM extractor used to save ASM into a file. Serialization computes the constant pool, which factorizes constants, values and method calls by generating an ordered constants list at the top of the ASM file. ASMWriter is the parent abstract class which allows a binary implementation of ASM injection and extraction.Here are details about some of them:Then it creates an element of this type in the output model (only one is allowed). The parameters are not available in the bytecode because they are pushed on the stack before calling instruction. This method doesn't generates a new because the call is dynamic. The main advantage is that the newInstance is directly applied to the class and do not use the ATL VM stack for that (otherwise it should store the class element). Then, an ATL-WFR transformation (interpreted by the engine) generates a problem model. This model produces errors interpreted by the editor and translated into markers, visible on the ATL file on each compilation.The 2006 version of ATL compiler uses ACG. The 2004 version uses ATP, the historical ACG predecessor.A compiler described with ACG generates ASM files and contains a description of ASM instructions to generate for each type of input elements, coming from a compiled file. Therefore the input of this kind of compiler is a model describing the content of a compiled file (for instance, an ATL file).ACG is bootstrapped: an ACG.acg file exists and describes the ACG compiler. Since an ACG file describes precisely ASM instructions, the ACG.acg file is rather trivial.Based on work by William Piers, Fr and Thierry Fortin and others.

Consequently, ATL imposes users to download those libraries by themselves and install them into Eclipse plugin folder.The MDR library is only necessary for the MDR Model Handler. According to the fact that most of people uses EMF Model Handler (which seems to be more powerful), MDR Model Handler has been separated into a single feature, which is not natively required for ATL.ATL doesn't have any dependency with TCS. Specific injectors depend on ANTLR too.In Eclipse, antlr is managed by the Orbit project. To checkout this plugin, follow those steps:As a consequence, bugs may appear when using the last-in-date mdr-standalone version of MDR.There are two ways to use it:Go in the Plug-in perspective and select all the plug-in projects.After that you can restart Eclipse.Consequently, changes on ATL Language only involve ATL compiler.It provides methods to lookup elements, create new ones, etc. It defines metamodel-specific operations which are useful for ATL transformations Those implementations can be registered into the CoreService for a standalone use. For instance, here we register the extensions needed to launch a transformation using EMF-specific VM, in standalone:It is defined under the org.eclipse.m2m.atl.core.emf plugin. For both, we use the EMF notation to select Resources:This specification consists on a precise description of the ATL VM functionalities, but doesn't describe the implementation. The intent is to allow any developer to create an ATL VM in any language. The Native Library (org.eclipse.m2m.atl.engine.vm.nativelib package) gathers all basic type definitions used by the ATL VM: OCL types and ATL specific types. Both are defined at the same level, and use reflexion. OCL appears at several levels in the ATL architecture:The ExecEnv Class contains the virtual execution environment. It deals with the operation map which registers all operations used by the transformation.

It contains every information used by a given execution, like models, and is recreated for each execution. Operations are executed sequentially, into frames, according to their type. For instance, in ATL, a call of the append() method is directly mapped to a call to the corresponding method in the ASMSequence class.The ASMStackFrame is dedicated to ASM methods, when the StackFrame is dedicated to native methods. Execution errors come from ATL VM when the method Frame.printstacktrace is called.The implementation is abstracted from the used model management framework, using model handlers. Model Handlers consists on an abstraction layer dedicated to model access. This access is implemented by two classes: ASMModel et ASMModelElement.Each plugin implements those abstract classes:But the Regular VM has a lot of performance issues, especially because of the model handler architecture.Its API allow to consider EMF Resources directly as models, without complex loading as done previously in the Regular VM.The low level of ASM allows modularity facilities, with the intent to provide easier model management possibilities. The current file format for ASM is XML. Thus it allows not to care about any syntax and to only focus on bytecode. An ASM file only contains names and string constants. No Ecore reference is present. Those are resolved by launch configurations and AMMA Megamodel, with a name binding.The ASMXMLWriter class is an ASM extractor used to save ASM into a file. Serialization computes the constant pool, which factorizes constants, values and method calls by generating an ordered constants list at the top of the ASM file. ASMWriter is the parent abstract class which allows a binary implementation of ASM injection and extraction.Here are details about some of them:Then it creates an element of this type in the output model (only one is allowed). The parameters are not available in the bytecode because they are pushed on the stack before calling instruction.

This method doesn't generates a new because the call is dynamic. The main advantage is that the newInstance is directly applied to the class and do not use the ATL VM stack for that (otherwise it should store the class element). Then, an ATL-WFR transformation (interpreted by the engine) generates a problem model. This model produces errors interpreted by the editor and translated into markers, visible on the ATL file on each compilation.The 2006 version of ATL compiler uses ACG. The 2004 version uses ATP, the historical ACG predecessor.A compiler described with ACG generates ASM files and contains a description of ASM instructions to generate for each type of input elements, coming from a compiled file. Therefore the input of this kind of compiler is a model describing the content of a compiled file (for instance, an ATL file).ACG is bootstrapped: an ACG.acg file exists and describes the ACG compiler. Since an ACG file describes precisely ASM instructions, the ACG.acg file is rather trivial.Based on work by William Piers, Fr and Thierry Fortin and others. Consequently, ATL imposes users to download those libraries by themselves and install them into Eclipse plugin folder.The MDR library is only necessary for the MDR Model Handler. According to the fact that most of people uses EMF Model Handler (which seems to be more powerful), MDR Model Handler has been separated into a single feature, which is not natively required for ATL.ATL doesn't have any dependency with TCS. Specific injectors depend on ANTLR too.In Eclipse, antlr is managed by the Orbit project. To checkout this plugin, follow those steps:As a consequence, bugs may appear when using the last-in-date mdr-standalone version of MDR.There are two ways to use it:Go in the Plug-in perspective and select all the plug-in projects.After that you can restart Eclipse.Consequently, changes on ATL Language only involve ATL compiler.It provides methods to lookup elements, create new ones, etc.
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It defines metamodel-specific operations which are useful for ATL transformations Those implementations can be registered into the CoreService for a standalone use. For instance, here we register the extensions needed to launch a transformation using EMF-specific VM, in standalone:It is defined under the org.eclipse.m2m.atl.core.emf plugin. For both, we use the EMF notation to select Resources:This specification consists on a precise description of the ATL VM functionalities, but doesn't describe the implementation. The intent is to allow any developer to create an ATL VM in any language. The Native Library (org.eclipse.m2m.atl.engine.vm.nativelib package) gathers all basic type definitions used by the ATL VM: OCL types and ATL specific types. Both are defined at the same level, and use reflexion. OCL appears at several levels in the ATL architecture:The ExecEnv Class contains the virtual execution environment. It deals with the operation map which registers all operations used by the transformation. It contains every information used by a given execution, like models, and is recreated for each execution. Operations are executed sequentially, into frames, according to their type. For instance, in ATL, a call of the append() method is directly mapped to a call to the corresponding method in the ASMSequence class.The ASMStackFrame is dedicated to ASM methods, when the StackFrame is dedicated to native methods. Execution errors come from ATL VM when the method Frame.printstacktrace is called.The implementation is abstracted from the used model management framework, using model handlers. Model Handlers consists on an abstraction layer dedicated to model access. This access is implemented by two classes: ASMModel et ASMModelElement.Each plugin implements those abstract classes:But the Regular VM has a lot of performance issues, especially because of the model handler architecture.

Its API allow to consider EMF Resources directly as models, without complex loading as done previously in the Regular VM.The low level of ASM allows modularity facilities, with the intent to provide easier model management possibilities. The current file format for ASM is XML. Thus it allows not to care about any syntax and to only focus on bytecode. An ASM file only contains names and string constants. No Ecore reference is present. Those are resolved by launch configurations and AMMA Megamodel, with a name binding.The ASMXMLWriter class is an ASM extractor used to save ASM into a file. Serialization computes the constant pool, which factorizes constants, values and method calls by generating an ordered constants list at the top of the ASM file. ASMWriter is the parent abstract class which allows a binary implementation of ASM injection and extraction.Here are details about some of them:Then it creates an element of this type in the output model (only one is allowed). The parameters are not available in the bytecode because they are pushed on the stack before calling instruction. This method doesn't generates a new because the call is dynamic. The main advantage is that the newInstance is directly applied to the class and do not use the ATL VM stack for that (otherwise it should store the class element). Then, an ATL-WFR transformation (interpreted by the engine) generates a problem model. This model produces errors interpreted by the editor and translated into markers, visible on the ATL file on each compilation.The 2006 version of ATL compiler uses ACG. The 2004 version uses ATP, the historical ACG predecessor.A compiler described with ACG generates ASM files and contains a description of ASM instructions to generate for each type of input elements, coming from a compiled file. Therefore the input of this kind of compiler is a model describing the content of a compiled file (for instance, an ATL file).ACG is bootstrapped: an ACG.

acg file exists and describes the ACG compiler. Since an ACG file describes precisely ASM instructions, the ACG.acg file is rather trivial.Based on work by William Piers, Fr and Thierry Fortin and others. Consequently, ATL imposes users to download those libraries by themselves and install them into Eclipse plugin folder.The MDR library is only necessary for the MDR Model Handler. According to the fact that most of people uses EMF Model Handler (which seems to be more powerful), MDR Model Handler has been separated into a single feature, which is not natively required for ATL.ATL doesn't have any dependency with TCS. Specific injectors depend on ANTLR too.In Eclipse, antlr is managed by the Orbit project. To checkout this plugin, follow those steps:As a consequence, bugs may appear when using the last-in-date mdr-standalone version of MDR.There are two ways to use it:Go in the Plug-in perspective and select all the plug-in projects.After that you can restart Eclipse.Consequently, changes on ATL Language only involve ATL compiler.It provides methods to lookup elements, create new ones, etc. It defines metamodel-specific operations which are useful for ATL transformations Those implementations can be registered into the CoreService for a standalone use. For instance, here we register the extensions needed to launch a transformation using EMF-specific VM, in standalone:It is defined under the org.eclipse.m2m.atl.core.emf plugin. For both, we use the EMF notation to select Resources:This specification consists on a precise description of the ATL VM functionalities, but doesn't describe the implementation. The intent is to allow any developer to create an ATL VM in any language. The Native Library (org.eclipse.m2m.atl.engine.vm.nativelib package) gathers all basic type definitions used by the ATL VM: OCL types and ATL specific types. Both are defined at the same level, and use reflexion.

OCL appears at several levels in the ATL architecture:The ExecEnv Class contains the virtual execution environment. It deals with the operation map which registers all operations used by the transformation. It contains every information used by a given execution, like models, and is recreated for each execution. Operations are executed sequentially, into frames, according to their type. For instance, in ATL, a call of the append() method is directly mapped to a call to the corresponding method in the ASMSequence class.The ASMStackFrame is dedicated to ASM methods, when the StackFrame is dedicated to native methods. Execution errors come from ATL VM when the method Frame.printstacktrace is called.The implementation is abstracted from the used model management framework, using model handlers. Model Handlers consists on an abstraction layer dedicated to model access. This access is implemented by two classes: ASMModel et ASMModelElement.Each plugin implements those abstract classes:But the Regular VM has a lot of performance issues, especially because of the model handler architecture.Its API allow to consider EMF Resources directly as models, without complex loading as done previously in the Regular VM.The low level of ASM allows modularity facilities, with the intent to provide easier model management possibilities. The current file format for ASM is XML. Thus it allows not to care about any syntax and to only focus on bytecode. An ASM file only contains names and string constants. No Ecore reference is present. Those are resolved by launch configurations and AMMA Megamodel, with a name binding.The ASMXMLWriter class is an ASM extractor used to save ASM into a file. Serialization computes the constant pool, which factorizes constants, values and method calls by generating an ordered constants list at the top of the ASM file. ASMWriter is the parent abstract class which allows a binary implementation of ASM injection and extraction.

Here are details about some of them:Then it creates an element of this type in the output model (only one is allowed). The parameters are not available in the bytecode because they are pushed on the stack before calling instruction. This method doesn't generates a new because the call is dynamic. The main advantage is that the newInstance is directly applied to the class and do not use the ATL VM stack for that (otherwise it should store the class element). Then, an ATL-WFR transformation (interpreted by the engine) generates a problem model. This model produces errors interpreted by the editor and translated into markers, visible on the ATL file on each compilation.The 2006 version of ATL compiler uses ACG. The 2004 version uses ATP, the historical ACG predecessor.A compiler described with ACG generates ASM files and contains a description of ASM instructions to generate for each type of input elements, coming from a compiled file. Therefore the input of this kind of compiler is a model describing the content of a compiled file (for instance, an ATL file).ACG is bootstrapped: an ACG.acg file exists and describes the ACG compiler. Since an ACG file describes precisely ASM instructions, the ACG.acg file is rather trivial.Based on work by William Piers, Fr and Thierry Fortin and others. Consequently, ATL imposes users to download those libraries by themselves and install them into Eclipse plugin folder.The MDR library is only necessary for the MDR Model Handler. According to the fact that most of people uses EMF Model Handler (which seems to be more powerful), MDR Model Handler has been separated into a single feature, which is not natively required for ATL.ATL doesn't have any dependency with TCS. Specific injectors depend on ANTLR too.In Eclipse, antlr is managed by the Orbit project. To checkout this plugin, follow those steps:As a consequence, bugs may appear when using the last-in-date mdr-standalone version of MDR.

There are two ways to use it:Go in the Plug-in perspective and select all the plug-in projects.After that you can restart Eclipse.Consequently, changes on ATL Language only involve ATL compiler.It provides methods to lookup elements, create new ones, etc. It defines metamodel-specific operations which are useful for ATL transformations Those implementations can be registered into the CoreService for a standalone use. For instance, here we register the extensions needed to launch a transformation using EMF-specific VM, in standalone:It is defined under the org.eclipse.m2m.atl.core.emf plugin. For both, we use the EMF notation to select Resources:This specification consists on a precise description of the ATL VM functionalities, but doesn't describe the implementation. The intent is to allow any developer to create an ATL VM in any language. The Native Library (org.eclipse.m2m.atl.engine.vm.nativelib package) gathers all basic type definitions used by the ATL VM: OCL types and ATL specific types. Both are defined at the same level, and use reflexion. OCL appears at several levels in the ATL architecture:The ExecEnv Class contains the virtual execution environment. It deals with the operation map which registers all operations used by the transformation. It contains every information used by a given execution, like models, and is recreated for each execution. Operations are executed sequentially, into frames, according to their type. For instance, in ATL, a call of the append() method is directly mapped to a call to the corresponding method in the ASMSequence class.The ASMStackFrame is dedicated to ASM methods, when the StackFrame is dedicated to native methods. Execution errors come from ATL VM when the method Frame.printstacktrace is called.The implementation is abstracted from the used model management framework, using model handlers. Model Handlers consists on an abstraction layer dedicated to model access.

This access is implemented by two classes: ASMModel et ASMModelElement.Each plugin implements those abstract classes:But the Regular VM has a lot of performance issues, especially because of the model handler architecture.Its API allow to consider EMF Resources directly as models, without complex loading as done previously in the Regular VM.The low level of ASM allows modularity facilities, with the intent to provide easier model management possibilities. The current file format for ASM is XML. Thus it allows not to care about any syntax and to only focus on bytecode. An ASM file only contains names and string constants. No Ecore reference is present. Those are resolved by launch configurations and AMMA Megamodel, with a name binding.The ASMXMLWriter class is an ASM extractor used to save ASM into a file. Serialization computes the constant pool, which factorizes constants, values and method calls by generating an ordered constants list at the top of the ASM file. ASMWriter is the parent abstract class which allows a binary implementation of ASM injection and extraction.Here are details about some of them:Then it creates an element of this type in the output model (only one is allowed). The parameters are not available in the bytecode because they are pushed on the stack before calling instruction. This method doesn't generates a new because the call is dynamic. The main advantage is that the newInstance is directly applied to the class and do not use the ATL VM stack for that (otherwise it should store the class element). Then, an ATL-WFR transformation (interpreted by the engine) generates a problem model. This model produces errors interpreted by the editor and translated into markers, visible on the ATL file on each compilation.The 2006 version of ATL compiler uses ACG. The 2004 version uses ATP, the historical ACG predecessor.

A compiler described with ACG generates ASM files and contains a description of ASM instructions to generate for each type of input elements, coming from a compiled file. Therefore the input of this kind of compiler is a model describing the content of a compiled file (for instance, an ATL file).ACG is bootstrapped: an ACG.acg file exists and describes the ACG compiler. Since an ACG file describes precisely ASM instructions, the ACG.acg file is rather trivial.Based on work by William Piers, Fr and Thierry Fortin and others. Tom Armstrong delivers expert advice onBy clicking download, a new tab will open to start the export process. The process may take a few minutes but once it finishes a file will be downloaded on your browser so please do not close the new tab. Download. Revised and updated, this comprehensive guide delivers everything you need to know to develop COM-based Windows applications. Tom Armstrong delivers expert advice on the latest version of Active Template Library, ATL 3.1, the preferred tool for developing both GUI and non-GUI components for use over the Internet or on an intranet. Please try again.Please try again.To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyses reviews to verify trustworthiness. I lost the named website because of renewal screw up.I found it to be very clear and succinct. In flipping through the rest of the chapters, they appear to be of the same quality. All of my COM experience is with VB. With this background I was able to easily grasp the concepts being explained. This book is my choice for that task. I haven't tested the code examples, so I can't be sure there aren't typos, but the code I saw looked correct to my relatively novice eye. At this point, I'm very pleased with the purchase of this book. Some features of WorldCat will not be available.