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Jan Langer, Vasco Jerinic & Ulrich Heinkel, Chemnitz institution of technology, Germany Frank Dresig, AMD Saxony LLC and Co. KG, Germany
latest specification flows frequently use regular textual content processors to catch formal register and reminiscence map guidance of hardware designs along with different less formal types of specification textual content. Extracting derived fashions or files equivalent to RTL code or consumer documentation from this unstructured representation is a posh and blunder-susceptible assignment, that frequently is accomplished by means of semi-automated proprietary scripting options.
In opposition to that, there exist register specification codecs like IP-XACTTM and SystemRDLTM proposing structured and unambiguous languages to shop register records and enabling the technology of derived documents.
in this paper, they present a FrameMakerTM based mostly atmosphere that enables the entry of register records along side the last specification. most effective the registers are captured with the aid of a really expert graphical person interface and saved in a XML database using IPXACT. the usage of the proposed circulate, specification files are handled as regular FrameMaker files, that instantly synchronize with the register database.
moreover, a migration framework has been deploy allowing quickly and tremendously customizable extraction of register tips from current FrameMaker specification files.
In present device-on-Chip specification flows, a gadget specification is created by means of writing prolonged documents containing up to a number of thousands of pages using commonplace text processors such as FrameMaker or Microsoft WordTM . this is notably easy for gadget architects, when you consider that ordinary text processing competencies may also be used to enter and maintain the specification and no particular application practicing is required. in addition, it's ordinary use to appoint particular text processing group of workers to do the formatting and layout to achieve a simple to study and optically clear specification document.
youngsters, there are several issues linked to this strategy. first off, there will be no express structural assistance assigned to the different facets of a specification. regularly that structural guidance is barely implicitly everyday to the creator and reader of the document. for example, it should be would becould very well be a typical convention that register descriptions are represented as a subsection set in a specific layout. The heading of such a subsection incorporates the identify of the register and the primary desk inside that area represents an inventory of all register slices.
For human readers of the doc, it's often obtrusive which structural suggestions is carried by way of a particular textual element. besides the fact that children, automatic equipment have amazing difficulty to extract certain information and their semantics from a textual specification. it is often required to use the typical textual specification facts in different constituents of the design flow. as an instance, the genuine RTL hardware description code wants the tackle values of all registers and their entry modes (read-simplest, read/write, ...). The embedded application accessories also want this suggestions to outline a mapping from a register identify to the corresponding memory address.
besides the fact that children, in most design flows this statistics switch from the specification into other constituents of the design is carried out manually through the design or verification engineer, or semi-instantly using a lot of types of extraction scripts. This process is terribly errorprone and results in heavy consistency complications, i.e. there isn't any certain
that manual alterations in any files are disbursed to other documents or models. furthermore, little discrepancies within the doc’s layout can evade semi-automatical extraction methods from working correctly. for this reason, a specification atmosphere capturing structural counsel together with the specific statistics is incredibly desireable.
another issue is the usability standpoint. Most specification engineers don't desire an answer which simplest permits for a structured entry of predefined records. Todays standards are very complicated and many components of it just don't fit into predefined fields of a given structure. hence, it's indispensable to limit using pre-defined buildings in specification documents to these sections where it is definitely preferred.
during this work, they latest a technique for an environment for developing a specification in standard unstructured FrameMaker which permits both, structured entry of register standards and unstructured textual entry of the last document. here's carried out through the use of FrameMaker’s socalled client textual content Insets, which latest a way to insert locked chunks of textual content and to connect them to an exterior utility for register entry. This strategy makes use of a XML database containing the best legitimate illustration of the register records. a large number of distinctive era scenarios is possible, e.g. for creating RTL code for address maps.
Fig. 1. Block diagram of the register specification environment
The paper is structured as follows. section II items some related work. In section III the particular person elements of their proposed equipment are described in element. area IV indicates how present specification documents will also be migrated to the new circulate. Some implementation notes are given in part V. They conclude with a abstract and remarks about future work.
II. connected WORK
In SPIRITTM , there exists an open, specifically trade-pushed initiative, which develops a common structure for every kind of facts reminiscent of debugging advice, hardware constraints and register descriptions , . The consortium has proposed an XML Schema Definition called IP-XACT which can be used to save the register and memory map facts as crucial in their device. Of course, IP-XACT can not accomodate all wants which might be maybe crucial in any business specification move, i.e. there can be customized access modes, particular memory spaces or hardware features, which cannot be a priori included in a standard. hence, IP-XACT has been developed to be extensible through skill of so-called dealer-extension tags.
as the SPIRIT consortium consists of some foremost EDA agencies, there is setting up tool assist for the records layout. as an example, the tool Denali BlueprintTM supports IP-XACT to examine register descriptions . it will possibly generate all kinds of documents and supply codes and recently even provides a graphical interface for register entry. lamentably, it lacks integration into existing specification tools like FrameMaker making it unfeasible to be used in the given atmosphere.
lately, Denali has donated the specification of its open SystemRDL language to the SPIRIT consortium . In distinction to the existing IP-XACT definition, SystemRDL concentrates on register necessities only. It offers many constructs that have already a corresponding counterpart in IP-XACT, reminiscent of registers, fields and complete tackle maps. additionally, SystemRDL has a tons wider latitude of constructs to mannequin practical interdependencies between registers, enabling the technology of greater specified and sophisticated fashions of registers. nonetheless, because of its wealthy language, the processing overhead for SystemRDL descriptions is greater than for the average XML layout.
starting in version 7, Adobe integrated its structured authoring device FrameMaker+SGML into the common FrameMaker product , . In structured mode, FrameMaker assigns semantic counsel to each textual content factor. The ensuing doc is comparable to an XML file annotated with formatting and layout directives. however, the resulting FrameMaker file isn't an XML file. A so-referred to as structured application need to outline import and export rules to have interaction with the preferred XML data. both modes of FrameMaker cannot be mixed inside a single document. therefore, it will not be feasible to jot down elements of a specification, e.g. the register descriptions, as structured facets and the closing elements as typical unstructured text. moreover, the trouble of studying the way to with ease use Structured FrameMaker is terribly excessive, so taking all these statistics under consideration, they decided no longer to make use of it for their register specification ambiance.
in an effort to know a specification flow for register descriptions, a concept has been developed which is depicted in determine 1. The specification equipment consists of three foremost components. First, there is a XML database for all the structured statistics of the gadget’s registers.
second, there's a graphical user interface (GUI) to view and edit the register facts interior database. it is designed to be used now not most effective inside the FrameMaker primarily based specification flow however as a stand-on my own tool without FrameMaker as neatly.
The final element of the gadget is a FrameMaker API client. here's a plugin-like FrameMaker extension which is created with the FrameMaker construction equipment (FDK) . This client permits FrameMaker to create locked customer text Insets for every register and offers hooks to edit or update the register. The Inset itself truly best carries a reference to the database and the identifier of the register it holds
All enhancing actions of the Inset are forwarded to the GUI. After the enhancing is done, the GUI saves the records to the database, so the FrameMaker client can study it lower back and generate the new visible look of the register in the FrameMaker doc. besides these three constituents, the gadget have to be in a position to generate all required styles of files from its stored register suggestions. therefore, an interface is equipped which allows users to write technology engines for selected tasks.
relying on the standardized IP-XACT structure, all elements of the equipment are interchangeable and integratable with future tools. as an instance, a greater superior register editing tool may also turn into attainable in the future which directly manipulates IPXACT XML. Then, their current specification movement may also be effortlessly adapted to use that new device.
sooner or later, the query arises why the integration of FrameMaker is this type of a must-have a part of the system. To provide an answer, one has to agree with that FrameMaker has a big community of clients inside the neighborhood of equipment architects. it's a really mature and strong tool and it can simply handle the huge sizes of todays specification documents. hence, despite the inability of structured entry of guidance, many specification engineers are used to FrameMaker and recognize its expressive flexibility and balance and aren't inclined to switch to an additional unproven tool of likely restrained flexibility with appreciate to design, formatting, pictures and different aspects available in modern text processors.
A. XML Database
There are a few options for the database to be used in their specification move. in spite of everything, a plain XML text file is used for two motives. First, the chance to effectively move the comprehensive database in conjunction with the FrameMaker doc to another site turned into very essential for their industrial partner. The need to installation any database server or other really expert utility would only compromise user acceptance. additionally, a simple textual content file will also be greater with no trouble accessed for manual changes. youngsters, such modifications are not suggested in any respect to retain consistency, it could possibly from time to time be vital in follow and required by way of clients.
although, there are a few drawbacks of the single file idea. as an instance, it can be not possible to know a allotted specification atmosphere the place distinct GUI and FrameMaker API shoppers respectively access a typical specification database. moreover, when the use of a file as an alternative of a database application, the mandatory validation code, comparable to XML Schema validation or other customized consistency checks, need to be applied outside the database, i.e. as a part of the GUI or FrameMaker client utility.
even so, they do not need users to tackle the entire tedious XML processing projects, equivalent to parsing the file, doing XML Schema validation, checking the records for consistency, and walking the regular XML tree in look for selected guidance. therefore, an application programming interface (API) has been developed, which hides all those tasks from the person. hence, with the support of this API, it becomes possible to transparently iterate over all registers in a file and print their identify, size and slices writing best a number of traces of code.
Algorithm 1 IP-XACT XML fragment of a register
<spirit:register> <spirit:name>RegisterA</spirit:identify> <spirit:addressOffset> 0x17 </spirit:addressOffset> <spirit:measurement>8</spirit:size> <spirit:box> <spirit:identify>SliceA</spirit:identify> <spirit:bitOffset>0</spirit:bitOffset> <spirit:bitWidth>2</spirit:bitWidth> <spirit:access>examine-most effective</spirit:access> </spirit:box> <spirit:container> <spirit:identify>SliceB</spirit:name> <spirit:bitOffset>5</spirit:bitOffset> <spirit:bitWidth>three</spirit:bitWidth> <spirit:entry>study-write</spirit:access> </spirit:container> <spirit:vendorExtensions> <spiritAMD:swMode> examine-clear </spiritAMD:swMode> </spirit:vendorExtensions></spirit:register>
We chose the IP-XACT structure as the corresponding XML schema because its gaining acceptance in trade and equipment. The IP-XACT XML Schema Definition (XSD) can be used to do primary validation of the database . Algorithm 1 shows a small fragment of a register description using IP-XACT. within the code, the XML namespace spirit is used to indicate the IPXACT Schema.
There exists a corresponding factor in IP-XACT for pretty much all counsel items of a register. although, their industrial use case mandatory some additional features which don't seem to be regarded in IP-XACT. For such instances, IP-XACT provides an extension mechanism. The selected XML tag <spirit:vendorExtensions> is accessible at definite levels of the IP-XACT XSD. All extra records may also be put inner this tag and it's redefined to force the exact structure of the additional facets. A dedicated namespace spiritAMD with a corresponding site-particular XML Schema definition permits the joint validation of the IP-XACT and extension facets.
B. era situations
with a view to correctly use the structured specification information within the design movement, a variety of era scenarios are possible. frequently, the register suggestions is required in any respect tiers of design implementation and verification. constituents of the documentation, RTL code and c program language header info for embedded application building can also be created, as well as code to stimulate and determine all registers.
one in every of their use circumstances is the technology of corresponding RTL code for registers as seen in Algorithm 2. the usage of their XML entry API, this code has been generated with a small script which peculiarly consists of the template code for every favored classification of register (study-write, hardwired, interupt, and so on.). an extra use case is the generation of SystemC register verification code which at last stimulates each and every study-write register with the aid of writing values to it, studying them returned and comparing the influence. different types of registers can be validated hence.
Algorithm 2 Verilog fragment of a register slice
all the time @(posedge clock or negedge reset_l) if ( ˜reset_l ) RegisterA_SliceB <= three’h0; else if (wstrobe & (addr == 10’h17)) RegisterA_SliceB <= RegisterA_SliceB & ˜masks[7:5] | wdata[7:5] & mask[7:5];
in addition, each slice of a register may also be proven in my opinion.
a possible problem, which will also be averted when using an pleasing XML database is inconsistency. for example, a transformation within the specification instantly triggers a metamorphosis within the database. And all information generated from the database may also be immediately regenerated. That may also be ensured via a Makefile describing the dependency between database and generated file. In contrast to that, manually changing every dependent file is very error-inclined.
C. FrameMaker Integration
The FrameMaker development package has been used to write down a FrameMaker extension (API client) which allows for the text processor to help special customer text Insets for particular person registers. customer text Insets are one feasible method a FDK API client may also be used to lengthen FrameMaker in a consumer-described fashion. Others are particular doc experiences or import/export filters for customized file codecs. they can engage with the person, both by using commands in FrameMaker’s pull-down menus or through a few notifications FrameMaker will send to the customer at definite events, similar to double-clicking on an inset or saving the doc.
customer text Insets are constantly used for custom extensions like SQL database connections or graphical objects having formats no longer natively supported via FrameMaker. They symbolize a locked element of a paragraph inner the standard text movement of FrameMaker. text insets consist of two components.
First, there's the visual part which determines its appearance, i.e. the exact content material of the inset. This half can contain all styles of personality layout and formatting directives. additionally, the content material of an inset can also comprise markers of tables, which during this case also belong to the content of the inset. The total content material of the inset is locked, i.e. it can't be edited with the aid of the consumer. The best technique to without delay have interaction with an inset is to double-click it. during this case, FrameMaker sends a notification to the corresponding API client that the inset has requested interaction (continually exhibiting a residences dialog).
second, there is a small number of fields in each inset which aren't visible to the FrameMaker person and can be used to save the meta data of the inset. as an instance, the identify of the associated API client is kept in addition to advice in regards to the automatic updating functionality. moreover, two fields, particularly TiClientSource and TiClientData are used to shop the route of the XML database file and the unique identifier of the corresponding register inside the database.
As already outlined, there exist a couple of ways for an consumer to interact with an API customer, comparable to calling instructions in the pull-down menu, triggering updates or double-clicking the inset’s content material. In the following, all feasible interactions of their register description client can be explained.
First, the person can create new insets by means of identifying the corresponding entry within the pull-down menu. The GUI will open and a dialog could be proven permitting the user to opt for a file representing the XML database. Afterwards, the registers inner the database will also be browsed and the desired one ought to be chosen. The person can then edit its contents and by urgent good enough the modified register is transferred to the database and the GUI is closed. in consequence, the API client recreates the content material of the inset and sets its meta records fields.
second, if an user double-clicks the inset, its corresponding meta-records is read and the GUI is opened with the relevant register selected. After the modifying is carried out, the database is updated and the GUI closed. Now, the API client fully deletes the inset’s contents and regenerates them from scratch.
Third, the user can treat insets in many facets like commonplace FrameMaker objects. for instance, deleting the inset or copying works as expected. besides the fact that children, when an inset is copied using the typical FrameMaker replica&paste performance, the corresponding register usually are not copied as smartly. Afterwards, both insets will aspect to the same register within the XML database. thus, deleting an inset does not delete the register within the database.
ultimately, deep reproduction and delete instructions which work on the database are regarded to be accessed in the course of the menubar.
When FrameMaker tries to access an inset, however there isn't any corresponding customer attainable it'll exchange the inset with its content material, consequently “converting” the inset to typical FrameMaker textual content move elements. here is very useful in case the specification doc is exceeded out to consumers or partners, who don't have the API client and the XML database installed.
in addition, the FrameMaker utility has a builtin update mechanism for move references and text insets (not restrained to client text insets). This mechanism tries to replace every inset when loading the doc or upon particular request of the user. Such updates set off the register insets to clear their contents and regenerate them new, very a good deal in the same approach as after double-clicking and enhancing the inset.
There are a couple of benefits of the usage of customer textual content insets. First, the approach is awfully flexible, such that it is possible to insert the register insets devoid of interfering with the leisure of the specification doc. it's viable to put registers within current sections or paragraphs, or further explanatory textual content may also be put before or after registers. 2d, considering that the GUI is executable as a stand-by myself device and the precise register descriptions are saved outside the FrameMaker doc in an XML database, it's possible to change from FrameMaker to different text processing equipment devoid of losing a working register specification atmosphere and entry to the latest statistics. on the other hand, specification documents are also useable devoid of the corresponding API customer. So, files can be freely transfered to different websites or to purchasers.
Fig. 2. The migration of present FrameMaker files into the IP-XACT database
a vital criterion for the acceptance of the brand new specification atmosphere is the existance of an answer emigrate old files. these are simple unstructured FrameMaker documents, containing finished requirements. frequently, the design contains predefined paragraph and table formats. Their approach to extract specification facts from unstructured files includes three primary steps as illustrated in Fig. 2.
First, the document is transformed right into a parse tree which includes all points of the document and may be comfortably traversed. FrameMaker supports the mif structure which matches these requirements exactly and is compatible between different models of the software. each FrameMaker doc may also be with ease saved as mif and parsed right into a tree.
right through the leading step, this parse tree is traversed and all necessary information is amassed. The outcome is a undeniable mainly redundant and inconsistent collection of statistics for each register. with the intention to determine which points of the specification include the favored register records, paragraph and table codecs are used along with heuristic design informations. In their use case as an example, two subsequent tables of desk design “Register”, the place the primary table contains two rows (register identify and description) and the second desk carries two columns with the headers “Bits” and “Description”, are considered a register description. besides the fact that children, such methods are not very potent, and it's fundamental to adapt them for each specification document to be processed. moreover, the result ought to be cautiously proven and in some situations even the FrameMaker doc itself should be revised to fix and adjust the layout.
The third and ultimate step procedures the statistics assortment of the outdated step to be able to get rid of redundancy and to clean up the information types, earlier than it is saved into the IP-XACT XML database. as an example, this step extracts the reset cost and entry mode of the register from the second row of the primary table containing the register’s description.
In an ideal world, all documents can be set in a special and unambigious design and the register information can be extracted the usage of a smartly-defined set of extraction rules. In apply although, they found that each and every enterprise and even distinct tasks within the equal company use largely different design styles, such that the suggestions used for one task cannot be used to migrate an extra one. despite the building of their extraction framework code, lots of error-prone guide labour is vital, principally for the verification of the migration outcome. The issues that have been detected throughout the migraton of 1 venture can assist to enforce more self-discipline on equipment architects with reference to layout concerns, such that other initiatives are easier to migrate.
The graphical consumer interface has been implemented using wx- Python  and is for this reason portable to all main systems. they are the use of the complete equipment beneath Solaris and MS home windows, because the FrameMaker FDK isn't obtainable for different structures. besides the fact that children, the graphical user interface and the database will also be used on a much wider range of methods. A screenshot of the SpiritEd graphical consumer interface will also be viewed in Fig. three.
The FrameMaker FDK is a programming interface for FrameMaker written in C. It requires a restart of the FrameMaker software each and every time a consumer is modified. in an effort to reduce the flip-around time for the construction of the client, they exported the c language API to Python the usage of SWIG . for that reason, the FDK client can be implemented in Python on my own, making it a plenty safer and sooner assignment to manipulate the customer source code, e.g. to trade the visible appearance of the inset.
The XML entry API also relys on Python to provide a easy scripting interface for clients who need to write customized technology eventualities. Future work might substitute the simple file access the use of the Python-interior DOM implementation  with extra performance-centric database solutions. at the moment, we're engaged on an answer to enable XML Schema Validation on the XML info. here is achieved with the XercesC XML library provided by using the Apache undertaking .
This paper offered a proper specification circulation for register descriptions. It aims at replacing the typical approach of specifying registers the usage of normal text processors reminiscent of Adobe FrameMaker or MicrosoftWord. those functions are confined to unstructured specification flows that deliver no technique to reliably and automatically extract required register statistics from the doc. additionally, it is difficult to maintain assorted documents containing the same register facts consistent. In typical, an unstructured specification stream is a possible supply for later design and specification errors.
The proposed move introduces a brand new XML-based database the use of the IP-XACT typical for register facts. This database represents a unique assignment large supply of the register data. because each document derives all required guidance from this source, one primary reason behind inconsistency bugs is eradicated.
The specification gadget carries the database itself, a graphical person interface to access the register contents and an Adobe FrameMaker client offering seamless integration of the database contents into the current specification move. in addition, a framework is supplied to facilitate the introduction of derived documents and supply code, akin to RTL design descriptions, verification code or header information for embedded software.
Fig. three. The graphical person interface of SpiritEd beneath MacOS XTM
with a purpose to assist the migration of existing FrameMaker specification files, they examined how you can extract the register statistics from such files. however that a tremendous quantity of manual work is crucial to put into effect a working migration stream, the latest framework code and experiences can assist to introduce the move for brand spanking new tasks and even tasks already started.
we have carried out a prototype of this equipment for demonstration purposes and are checking out its performance and usefulness elements on an updated industrial illustration. right here the modularity of the gadget helps to benefit person acceptance for the proposed methodology.
Future work will pay attention to efficiency considerations and making the equipment extra legit and easy in accordance with person input. In case the file-primarily based XML database does not meet the performance requirements, they are able to exchange it with a extra sophisticated database answer.
 C. ok. Lennard, V. Berman, S. Fazzari, M. Indovina, C. Ussery, M. Strik, J. Wilson, O. Florent, F. R´emond, and P. Bricaud, “Industrially proving the SPIRIT consortium requisites for design chain integration,” in DATE ’06: complaints of the conference on Design, Automation and check in Europe, 2006, pp. 142–147.
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This research work become supported partially with the aid of the German Federal Ministry of education and analysis (BMBF) in the project URANOS under the contract quantity 01M3075.