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Subsections- Creating a basic class
- Writing a template set
- The template substitution process
Creating a new code generator tool depends on the code generation task you wantto accomplish. Nevertheless, the process generally needs to cover three broadtasks before you can get a working code generator:
- Creating a basic class
- This category covers the basics of creating a new code generator. You will need to create the basic Java skeleton class, determine the nodes for which generated code should be written to disk, identify files that need to be output only once per generation task, and create a set of language data type mappings.
- Writing a template set
- Most of the work of a code generator goes into the templates that store a majority of the code to generate.
- Implementing basic functionality
- Each code generator requires at least three function implementations. These three basic functions are:
- writeOutput
- This function will write generated code to the hard disk.
- finalize
- This function can generate global package files based on the set of input IDL3 source files.
- getLanguageType
- This function provides the generator with a mapping between IDL3 data types and the data types in the target language. The language mapping you create in the first stage usually comes in handy here.
The MOperationDef template(s) can include either or both of these keys, and the appropriate information will be substituted into the template. In brief, when a code generator receives a node start event from the graph traverser, the code generator will load all the templates in the template set that start with the node type. Graphics are copyright of the respected creators. Trademarks are owned by the respected owners. We provide free graphics, pictures, images, gifs, themes, layouts, backgrounds, wallpaper, page graphics, and html codes for personal use only.
In addition, depending on the complexity of the code generator you want towrite, you might need to perform some additional coding tasks. This couldinclude any of the following concepts, and likely others not listed.
- Sometimes templates require special pre- or postprocessing. For example, the parameters to an operation are normally separated by commas (,). However, since there is normally only one template for a parameter type node in a graph, generators need process the entire parameter list at once to remove the last comma.
- Sometimes nodes in a graph will need to know information about distant neighbors in the graph, not just nodes immediately adjacent.
- Sometimes nodes need to have specifically formatted information about the entire graph traversal to date. For example, there are several different ways to format the current namespace in a C++ generator (e.g. using namespace A, namespace A { .. }, etc.).
The remainder of this section addresses these areas. Background on how the codegenerator base classes work is also included when it will help explain how to dothings.
Creating a basic class
To start writing a new code generator, you will need to create a new Java classto hold your generator's specific information, and fill it in with some basicinformation about the language you want to generate. Most of this process ismore or less boilerplate code; in fact, you might want to create the skeletalJava code by copying an existing generator and stripping out the functions. Seethe IDL2 generator class for an example of a minimal generator.4.2
The remainder of this process involves creating several arrays of informationrelating to your specific generation task. You will need to create arrayscontaining top level node types, environment files and templates, languagemappings, and keywords for your target langauge. Each of these is explainedbelow.
Top level node types
After you have a basic Java class skeleton, you need to determine the nodes forwhich generated code should be written to disk. These will be referred to as``top level node types'. Store these node types as strings in a privatefinal static String[] array in your new class. Note that ``MContainer' will beadded to these types, since the top node of all CCM Tools metamodel graphs is anMContainer class instance.
Environment files and templates
Next, you need to identify files that need to be output only once per generationtask; these files are referred to as ``environment files.' Most generatedfiles, like the code for a component, are written one or more times during codegeneration--once for each component (or operation, or whatever) in a graph.Environment files, on the other hand, are things like global header files,global utility functions, and so on. These files cannot be filled with anyinformation from a graph traversal; they are more or less static.
To get started, figure out the relative paths of each of the code generator'senvironment files (relative to the root directory of the generated code; do notuse absolute file paths!). Specify these files in your class in a privatefinal static File[] array. Next, you need to provide your generator with a listof the templates to use for writing each of these environment files. Define anarray of strings that contains the names of templates to use for eachenvironment file. These two arrays must be the same length.
Normally, templates for environment files do not contain any keys; the templatesare simply written to disk as is, since environment files are globally valid.Example 4.3.1 shows the environment filearrays in the C++ Python wrapper generator.
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Language type mappings
Create a set of language mappings in a private final static String[]array. This language map array must be the same length as the MPrimitiveKindenumeration (located in Metamodel/ BaseIDL/ MPrimitiveKind.java in thesource tree). The language map array provides the strings that will be used totranslate IDL3 language types into the data types for the target language. Thusthe entries in this language mapping array must be in the same order as theentries in the MPrimitiveKind enumeration.Example 4.3.2 shows the language type mappingfor the C++ generators.
Keywords
The last piece of information your generator needs is a list of the keywords inyour generator's target langauge. Components, interfaces, operations, andexceptions cannot normally have the same name as a keyword, so if the generatorfinds a graph node with a keyword identifier, it will map the identifier to anew, safe identifier by prefixing the name with an underscore (_). Like theother arrays, the keyword array should be a private final static String[]data element in your class.
Writing your class constructor
Finally, you need to provide all of these arrays to the constructor of theabstract code generator base class in each constructor you write for yourgenerator class. The constructor for the C++ abstract base generator class inExample 4.3.3 shows how to call thesuperclass' constructor, providing the language mappings, keywords, andenvironment files to build the generator.
Writing a template set
Writing a template set can be divided into two types of writing tasks. First,you need to create templates for your code generator's environment files. Next,you need to create the normal templates for your generator. Now you might thinkthat this second step is easy, but it actually represents about 75 % of thework involved in creating a code generator.
Creating environment templates
Create templates for your environment files. Since environment files are usuallystatic from project to project, these templates are often just straight codewritten in the target language.
If you absolutely need to include dynamic data in an environment file, you willneed to perform a somewhat different operation. Instead of adding yoursemi-dynamic environment file to the normal environment files list, you canmake use of the finalize function. This process is not entirely the sameas generating normal environment files, however. Seesection 4.3.4 for details.
Now take a deep breath; you are about to start writing a template set. Thetutorial takes a small style detour at this point to explain in detail how thetemplate mechanism works. This is important for writing templates andaccompanying them with custom code in your generator class.
Template writing process
Writing a template set usually starts by writing templates for more globallyscoped CCM metamodel elements (e.g. MContainer and MModuleDef).4.3 Then, whenever apotential subelement is encountered (for example, an MInterfaceDef instancecould be contained in an MModuleDef instance in an IDL3 source file), thetemplate can reflect this possibility by including a `key' for the element type.
Template writing can theoretically proceed in this way from general elementsthrough the entire CCM metamodel to more specific elements (e.g. MParameterDefand MField) by following this process. Just by following this template process,you can often write a near-complete template set.
Example template writing task
For purposes of illustration, the remainder of this section will use the IDL3file shown in Example 4.3.4 as an example fortemplate writing. The parse tree produced by parsing such an IDL3 file, withjust the node types and identifiers indicated, is shown inExample 4.3.5. The target language for the examplewill be Java. For comparison, Example 4.3.6shows the generated Java code that should result from the example IDL3 file.
The template substitution process
As stated earlier, template writing can generally proceed from more globallibrary elements to more specific elements. Given the example IDL3 file as aguide, you'll need to write a template for MInterfaceDef (since it is thehighest level element in our IDL3 code example). For the time being, theMContainer template is empty.
The first step is to create a directory to hold the templates. The directoryneeds to be named <language>Templates and needs to be installed under PREFIX/share/ccmtools-A.B, where the code generators can find it.Example shows a snippet of the Makefile.am for the local C++ generator.
In general, the template for a node type needs to have the same name as the nodetype, so to create a template for MInterfaceDef nodes, you need to make a newfile, JavaTemplates/MInterfaceDef. Peek a little ahead toExample 4.3.7 and take a look at onepotential way to define a template for MInterfaceDef.
As mentioned earlier, a template is a piece of code written in the targetlanguage (for this example, Java). But because one node type can have manydifferent instances--that is, there could be multiple MInterfaceDef classinstances in a graph--each template contains keys that the code generator willfill in when the code is generated. There are four different types of keysavailable, as described below.
Template key types
A key is just a text string of the form %(name)s.4.4 Keys come in four flavors:
%(Identifier)s
), or sequence bounds (%(Bound)s
) are valid candidates for keys in this category.Since this is a relatively common and simple operation, the home identifier can be included in a template using the
%(HomeType)s
key. As another example, many node types (especially operations, parameters, and attributes) need to include their target language data type in the template. The %(LanguageType)s
key provides access to this information. Other special keys are available; Table 4.1 describes these special keys.Next comes an explanation of how this recursive template loading concept works.After grokking it you should be able to handle 90 % of template writing tasks.
Recursive template loading and substitution
The template substitution process goes even further than basic translationdirectly from graph nodes, as implied by the first key type. Consider, forexample, a code template for an IDL3 operation. This template will need keys forthings like the operation's identifier and the data type that the operationreturns. The values for these keys come directly from each operation node in agiven graph traversal.
But an operation also has parameters and can throw exceptions. The number ofparameters and exceptions is not fixed for all operations. That is, a givenoperation might take three parameters and throw four types of exceptions, whileanother operation might only take one parameter and throw no exceptions. Thetemplate for an operation cannot hold the code for all possibilities in thisrespect.
In fact, the specific code to implement these types of variables needs to becreated after all appropriate nodes in the graph are visited. More specifically,for an operation, the operation template needs to know information contained inthe child parameter and exception nodes in the graph. Luckily, though, all thethe relevant nodes (parameters and exceptions) are all immediate children of theoperation node, so the operation needs just the information from its childnodes.
To support this type of template interaction, the code generator implementationsupports recursive template substitution. Keys in a template just need to havethe name of child node types, and the code generator will automaticallysubstitute template information from the filled-in templates of child nodes inthe graph. The specifics of this substitution process are described below duringthe tutorial on template creation.
Because an MInterfaceDef object has a variable called identifier(and a corresponding access function named getIdentifier), it is easy forthe code generator to simply substitute the value of the current node'sidentifier for the Identifier key in a template.
The difficulty with a top down template like the one shown for our exampleMInterfaceDef is that it is not clear how to generically generate code for amore complex key like MOperationDef: MInterfaceDef class instancesdo not have variables and access functions for direct data members called``mOperationDef'. To support such keys, the code generator uses a recursivetemplate loading and substitution process. This scheme simplifies templatedevelopment in many cases and allows for more general template keys. However, italso requires some extra coding in some cases.
Consider the parse tree for the example code generation task, shown inExample 4.3.5. Keep in mind that the graphtraverser is depth-first, so all child nodes will be visited before visiting asibling node in the graph. When the graph traverser starts reading theMyInterface node, then, it will proceed to the MyOperation node and on to theMyParameter node before returning back up the tree. The traverser will leave theMyParameter node, then leave the MyOperation node. Next it will visit theOtherOperation node (and also that node's child elements), and finally it willgo all the way back up and leave the MyInterface node at the top.
At each point during this process, the code generator stores information aboutthe nodes it has visited so far. In this way, when the code generator returns tothe MyInterface node after visiting its child nodes, it has all the necessaryinformation to fill in an MOperationDef key in the interface template.
The exact process that the code generator uses to gather this information isdescribed next. Following the description is an explanation of how to use thisinformation in template creation.
Template loading and substitution in the example
When the code generator receives notification that the traverser is leaving anode, the generator attempts to load a template for the given node type. Becausethe MyParameter node in the example is a MParameterDef instance, the codegenerator in our example will try to load a template from disk located at JavaTemplates/MParameterDef. So if the template for MParameterDef looks like
then after doing key substitution we would get intMyParameter,
and the code generator would store that information in its internal variablehash. (The `' symbols are used to emphasize the fact that thereare space characters in the template and substituted code.)The important thing to note now is that the substituted template value will beadded to the information in the parent node. This information will beindexed using the node type as a key in the code generator's variable hashtable. So the above string will be added to the code generator's variable hash,indexed under the MParameterDef variable of the MyOperation node.
After descending to read the first parameter node, the graph traverser will exitthe MyOperation node, at which point it will load the template from JavaTemplates/MOperationDef (because MyOperation is an instance of theMOperationDef class) and substitute the variables for this node. The templatefor MOperationDef nodes should look like the target Java code, with specificidentifiers replaced by keys. So if the MOperationDef template looks like this:
%(LanguageType)s
%(Identifier)s
( %(MParameterDef)s );
Then substituting the variables in this template will yield:Again, the important thing to keep in mind is that this information will beadded to the parent node's MOperationDef variable, so the node informationfor MyInterface will contain an MOperationDef variable that containsthis string.%(Identifier)s
( %(MParameterDef)s );
The graph traverser will then continue on and start the AnotherOperationnode. When it has ended the second MParameterDef child node, the MParameterDef variable for the AnotherOperation node will look like:
charLetter,intNumber,
Then when the graph traverser has visited all children of the MyOperation nodeand finally ascends up one layer and signals the end of the MyOperation nodeitself, the code generator will load the template from JavaTemplates/MOperationDef from disk. After substituting the values for thesecond operation, the code generator adds the resulting value to theMOperationDef variable in the parent element. This yields an MOperationDef valuefor the MyInterface node: float
MyOperation
( int MyParameter, );
int
AnotherOperation
( char Letter, int Number, );
and, as before, this value will in turn be added to the parent node'sinformation. So, in this example, this string will get added to theMOperationDef variable of the MyInterface node. When the traverser then exitsthe MyInterface node, the code generator again loads a template, this time fromJavaTemplates/MInterfaceDef. The template and resulting code after keysubstitution are shown in Example 4.3.7 andExample 4.3.8, respectively.MyOperation
( int MyParameter, );
int
AnotherOperation
( char Letter, int Number, );
This recursive substitution process is what enables short, top down styletemplates that can handle a variety of input trees.
A couple more things about templates
You might have encountered a few questions while reading through this businessabout template substitution. Answers to two of these questions are mentionedhere, but now is a good time to mention other sources of support as well: If youdecide to hack on the CCM Tools, it is probably a good idea to subscribe to theccmtools-devel mailing list4.5; the folks on the listcan help address any development questions you might have.
Back to the questions. First, you might be wondering how just one template foreach node type can be enough to satisfy the wide variety of code generationtasks that you might be faced with. For example, in C++ the syntax for afunction prototype is different from the syntax for a function call--theparameter data types are not provided in the second case. In this case, anMOperationDef node in the CCM metamodel graph needs to have two types oftemplate information about its child MParameterDef nodes. Paintstorm studio 2 43 120120.
Luckily, the CCM Tools include a solution for this problem, as mentioned in thelist of four different key types. You can simply define two templates forMParameterDef nodes, each with a different name, and each containing a differenttemplate. For example, templates called MParameterDefName and MParameterDefAllmight contain the template information shown inExample 4.3.9. The MOperationDeftemplate(s) can include either or both of these keys, and the appropriateinformation will be substituted into the template. In brief, when a codegenerator receives a node start event from the graph traverser, the codegenerator will load all the templates in the template set that start withthe node type. This makes the generators potentially a bit slower, but it allowsfor unlimited numbers of templates for a given node type. For a rather complexexample of this, take a look at all the MUsesDef templates in the local C++template set.
A second question you might be asking, specifically about the example code shownearlier, is what to do with that extra comma after the final operationparameters. This hints at a larger problem, that of template post processing.The solution is addressed insection 4.3.5. But first, you shouldget your mind off templates for a bit, have a burrito, and read the followingsection to get your code generator up to speed.
Implementing basic generator functions
If you've tried compiling your new code generator class, you should have noticedthat it will not compile. The class has not implemented a few functions that aredefined as abstract in the parent class. To implement your generator, you mustat the very least provide implementations for these functions.
First you must write a getLanguageType function. This function providesthe generator with a mapping between IDL3 data types and the data types in thetarget language. Sometimes this can be a basic function that simply provides themapped value from the language map you created earlier.4.6 More often, however, the complex data types willrequire more special treatment.Example 4.3.10 shows the rather compleximplementation in the local C++ generator.
Next you need to provide your generator with a writeOutput functionimplementation. This function is called for each top level node type encounteredin the graph. This function will produce all generated code; no other functionis generally implemented so that it writes things to disk. The writeOutputfunction should accept a Template object and have a void return type. Thisfunction can be as simple or as complex as you wish; it is the generator'sprimary source of control over the generation process. The implementation in theC++ mirror test generator is shown inExample 4.3.11 as an illustration.
An important utility defined in the code generator base class is the writeFinalizedFile funciton. This function accepts three strings as input: therelative directory of the file to write, the name of the file to write, and thestring to write to the file. This function spares most of the energy required towrite a file using Java.
Last, you need to write a finalize function implementation. This functionis called when a set of graphs has been completely traversed. A set of graphswould come from processing a set of IDL3 source files together, with one run ofthe code generators. This function provides a code generator with an opportunityto generate files based on the entire set of input IDL3 sourcefiles.4.7
Normally this function is used to create a set of global (i.e., per-package)header files that include other files that might have been created during eachseparate graph traversal. In addition to having the set of input IDL3 filesavailable in this function, you can use the ``define' mechanism available inthe ccmtools-generate tool, and provide -D flags on the commandline.
Note that many code generators will not need to use the finalize function.For most generators, an empty implementation (
{ return; }
) will suffice.
Customizing the code generator class
Now that you've finished implementing the basics in your code generator, we'llget back to the problem of too many commas in the output code.
Take a look back at Example 4.3.8,and recall that the template set is complete, except for the cursed extra commashanging around at the end of the parameter list. This hints at a larger problem,that of post processing the template information. In this case, the codegenerator class itself must supervise the template substitution process,removing the last comma from a paremeter list before it gets passed to anoperation's template.
To implement this kind of post processing functionality, you will need toprovide a function definition for the getLocalValue function in your codegenerator class. This function is actually called whenever the code generatorreceives notice that the traverser has left a graph node. Let's back up alittle, even: when the graph traverser leaves a graph node, the generator loadsup all templates for the node, looks through the templates, and figures outwhich keys are defined. The generator then calls getLocalValue for eachkey, providing the key and the current value of the variable from thegenerator's internal variable hash table. The resulting value from this functionis then stored back in the hash table.4.8
By overriding this function, then, you can add a lot of powerful post processingcapabilities to your code generator. For now, though, since you just want to getyour generator working,Example 4.3.12 shows one possible waywe could implement this function, along with the helper function that removesthe troublesome trailing comma.
By now you are likely sick of reading and coding. Take a nap. And take heart;you have finished dealing with this tutorial and know all that there is to knowabout the code generator library! Implementing code generators is simply amatter of applying the principles given above to each corner case that crops upin your generator. Again, remember to post questions to the ccmtools-develmailing list.4.9
2003-11-09Multipart article
by Kate Eby on Apr 02, 2018
In this article, you'll learn about executive summaries and how they help to tell your story, pitch an idea, or design collaborative business plans.
Included on this page, you'll find a variety of helpful, downloadable executive summary templates, as well as details on the benefits of a strong executive summary.
What Is an Executive Summary?
An executive summary is a component of a business document (for example, business plans and project proposals) or research documents used in academia, government, and the healthcare industry. Nch photostage pro 5 01 download free.
The goal is to summarize the important information found in the rest of the document and is often listed in the table of contents as a separate section. When not listed as a formal section, it is the reader’s first introduction to the purpose of a plan, report, or proposal. An executive summary might be a paragraph, a summary memo, or occasionally the first page. When it is written well, it tells a story quickly and efficiently with a clear purpose. Its format and length depends on the type of communication.
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Essential Elements Of The Executive Summary
The executive summary is concise, typically one to two pages long, and presents the main points in a formal tone. It’s purpose is to pique the reader’s curiosity by presenting facts from the content it is summarizing.
You will determine the components of each executive summary you write based on the reason for writing it and your target audience. For example, a business plan for an external audience includes financial information and details on the size and scale of a company. Startups seeking funding and investors treat the executive summary as a way to get the reader’s attention by highlighting specific financial requirements and how it impacts the business strategy. Summarize the information you’re presenting in a manner that keeps the reader engaged and motivated to continue reading. Executive summaries vary in the content they cover, but a common framework might include the following:
- Introduction: The opening statement, paragraph, or section should clearly state the document’s purpose and the content to follow. Deciding on how to use this section comes down to the desired outcome for the reader or audience. They want to immediately find value in the information you present, so the details included in the introduction should grab and hold the reader’s attention.
- Company Information: When writing an executive summary for an external audience, include your company name, a description of your mission or purpose, contact information, location, and the size and scale of your operations. In some cases, the summary introduces the founders, investors, and corporate leadership. It might include background information of each that outlines previous industry or startup experience, or historical context on the current state of the company. When used in a presentation or research report, introduce the team presenting or responsible for the report’s findings.
- Products and Services: The executive summary is the place to highlight the problem you solve or the need you fulfill. For a report, this is where you might highlight what you researched and what the reader should know about your findings. For a project proposal, include what you’re planning to accomplish and what you need to make it successful. For marketing plans or product launch presentations, tell the reader why your service or product is relevant at this particular moment in time.
- Market Analysis: The executive summary of a business plan might profile the target customer and explain the market opportunity for a product or service. Consider answering questions like: Is there a five year plan for this market? How do you anticipate growing the customer base and improving market share? What stands out from your research about your customers that the reader should know before you summarize the rest of the business?
- Competition Analysis: This section should include answers to the following questions:
- What is the competitive advantage of your proposed solution or product and who or what do you compete with in this market?
- What are the opportunities now and in the future?
- What are the risks in your market and your product or service?
- Do you have relevant experience with major competitors?
- What are the future plans for growth and what obstacles do you anticipate addressing?
- Financials: The executive summary might summarize key financial data that is relevant to the reader or data that supports your research. If the purpose is to seek funding, include the specific amount you are requesting here. Be sure to provide context for the financial data or any number you highlight in the executive summary. This section is a great way to highlight growth, or to use metrics to provide perspective on the company.
- Conclusions: Recap your findings, the problem and solution discussed, or the project and work proposed. If there is a decision the reader or your audience needs to make, ask about it. Make the outcomes obvious, but leave enough intrigue for the rest of the content to follow.
To learn more about crafting and executive summary for your business needs and to see relevant examples, read “How to Write an Executive Summary.”
The Benefits of a Strong Executive Summary
A well planned, well written executive summary accounts for the user’s time and by doing so, serves as a valuable tool.
Decision makers don’t have the time to read everything, and the average time an online user spends actually reading content is already at a premium. If you’re creating business plans, project proposals, product launch presentations, or making a sales pitch, the executive summary is an opportunity to convey the most important aspects of your content to the reader.
Even if it is the only thing your target audience reads, a well written executive summary creates value if the reader takes action without having to read the rest of your content word for word. If there is a business case for your document, a strong argument to make, or a story to tell, do it in the executive summary first.
Executive Summary Outline Template - PowerPoint
Use this free template to outline your next big presentation or keep it updated as a live meeting record that documents your evolving internal business plans or funding needs. The customizable PowerPoint slides feature an executive summary template and an outline that you can turn into the separate sections of your presentation. The customizable slides are formatted to outline the important elements of a formal business plan summary.
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Executive Summary Templates
It is difficult to convey everything you want the reader to know about your business, product, or plan in a concise format. Sometimes getting started can be overwhelming.
The following executive summary templates will help you start planning and organizing your reader’s first — and sometime only — impression. There are templates formatted for Microsoft Word, Google Docs, and PDF. The templates are designed to highlight only the important facts typically addressed in communications popular in technology, marketing, finance, and project management professions, as well as in research-heavy sectors like law, academia, and healthcare.
Business Plan Executive Summary Template
This executive summary template is designed to get your business plan noticed and reviewed. This document helps you present key information to an external audience and ensure you include more attention to detail than a standard business plan document. Use bullet points and clear, formal language to guide the reader to the most important information about your company.
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One-Page Executive Summary Template
This template is designed to fit your executive summary on one page. Take advantage of the short sections and bullet points to keep it concise and hook the reader with the most attention-grabbing information. Organize and emphasize the most important information by customizing the subheadings based on your document’s purpose.
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Startup Executive Summary Template
Startups seeking funding online on platforms like AngelList and Gust use investor profiles to spark interest and earn social proof for their venture. This template acts as a one-page pitch that serves as your company profile on these platforms. You can repurpose this template and save it as a customized PDF summary memo to land your next meeting with investors.
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Healthcare Executive Summary Template
Summarize the formal communications common in hospitals, non-profit organizations, and government agencies. This template is designed to accommodate longer research-based plans and proposals that target a broad audience of management, outside investors, or the general public. Customize the template and use your executive summary as the outline for your published report, and cover relevant items such as policy changes, new programs, budget requests, or to suit the context of your research content.
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Proposal Executive Summary Template
Project proposals outline the required resources and project objectives, and summarize key information from the main body of content. This template highlights the specific purpose for your proposal and the compelling points the proposal introduces. Use the executive summary to kickstart your project planning.
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Marketing Plan Executive Summary Template
The marketing plan is a type of business plan that outlines the strategy and tactics for specific marketing activity. This template emphasizes marketing-specific data and strategy information about product and service development, branding, customer and market data, competitive analysis, and marketing budgets.
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Product Launch Executive Summary Template
Keep stakeholders in the loop at every step of your marketing campaigns and launch your product with confidence. This template will help you communicate a product marketing strategy and activity. Organize the subheads in order of importance for the stage of product development or the audience for the content.
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Research Report Executive Summary Template
Use this template as a synopsis of the research results for reports. This executive summary is formatted to accommodate in-depth reports that need space to use charts and tables to illustrate research data. The template is designed to summarize technical information in a concise manner, and features clear subheadings that communicate key findings to readers of various expertise and interest.
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Construction Project Executive Summary
This template summarizes the the construction project plan and highlights the important schedule milestones, budget data, bid estimates, and timeline details. Use this executive summary to report on the essential detail from the construction plan and keep all of the various stakeholders informed on the critical project information. Learn more about construction project management by reading “Construction Project Management 101.”
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Seamlessly Track Executive Summary Templates with Real-Time Work Management in Smartsheet
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Executive summary documents are essential to moving projects forward for a variety of industries including construction, healthcare, technology, research, and project management. They play a vital role in engaging stakeholders and gaining buy in. To make the most of these efforts, you’ll need a tool that can help you monitor and record feedback, store corresponding documents, and provide access to key players when needed.
Vox 2 7 5 download free. Smartsheet is an enterprise work management platform that is fundamentally changing the way businesses and teams work. Over 70,000 brands and millions of information workers trust Smartsheet to help them accelerate business execution and address the volume and velocity of today's collaborative work.
The familiar Smartsheet interface that is designed for how people actually work leads to rapid and broad adoption across your organization. Use self-service reports and dashboards in Smartsheet to provide real-time visibility into resources, status, and performance, so you can rapidly align operations with strategy.
Discover why millions of professionals around the world use Smartsheet to move from idea to impact — fast.