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Aldec

alint-pro

rtl simulation

vhdl

design rule checking

unit linting

cdc

rdc

dft

sdc support

debugging

fsm descriptions

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[Music]

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hello and welcome to this alien purr

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tutorial my name is Brandon and today

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I'll be showing you the compatibility

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commands that are available within a lip

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Rose console and batch modes now these

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are the commands used by other tools

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such as that kovitch deal or Riviere pro

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and the supportive year in a lab pro to

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provide a sort of cross compatibility

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between the tools when it comes to

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inputting console commands and running

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scripts and while these commands are

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functional it is recommended to stick to

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the native alien pro commands within a

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normal workflow as these compatibility

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commands are really dedicated to

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providing that either running those

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traditional macro files created for

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other projects so with that

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consideration out of the way let's go

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ahead and get started we can see a full

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list of all the compatibility commands

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in this macro file that I've written

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if you've use our tools before you might

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recognize some of these commands for

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many simulation skits perhaps everything

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not commented out are the compatibility

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commands and they will have

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functionality related to this tools

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workflow of course not all commands from

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other tools are supported in Neyland Pro

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and they're for commenting out or

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deleting these other commands from your

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simulation scripts like so will allow

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those other compatible parts of the

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scripts to be ran here so here we see

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our first command is a Lib which is

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traditionally used for creating

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libraries now because Eiland /

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automatically creates these libraries

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this a loop command here will instead be

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used to create our new project when we

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run it which I'll do by using this

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execute selected button here you can see

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that the new project and accompanying

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workspace have now been created and you

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may also notice that the resulting

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project is actually a library project

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now this isn't an issue as the

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difference between project types is

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minimal and can actually be changed at

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any time using the project properties

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like so as it is this type of project

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can only be pursed but because it

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contains our top-level unit for

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elaboration we will need a regular

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project at some point but instead of

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changing it here we'll actually do this

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later with another command before that

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however we need to add files to our

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projects and this is done by using the a

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calm and a log commands a column

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traditionally invokes the VHDL

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for our other tools and similarly a log

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invokes the compiler for very login

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system very log here however these

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commands are used to add their

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respective file types and then run the

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parse phase on each so here we can see a

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comma is used on our VHDL file list and

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a log is used on these two very log

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files and then called again for this

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very log file list by calling a log

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multiple times here with this order we

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can actually set dependencies as the

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åland parole parse these files in the

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order that a log is called looking at

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this common work argument between both

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commands we can see that all files are

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being added to the newly created example

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project and then of course we can also

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set certain properties within the

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command such as the HDL standard when

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parsing simply by manipulating these

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commands other arguments so with that

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let's go ahead and run these commands

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down so now that our files are added to

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the GNU project we now just need a

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command to run the rest of the flow here

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this will be done by the ASM command

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which is generally used to invoke

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simulation and other tools but instead

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it will be used here to run the rest of

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design flow up to constraints all in

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this example project as specified by the

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lib argument we can also see this DBG

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argument which is normally used to

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enable extra debugging features within

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revere Pro here the argument gets

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ignored and this is because commands

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like a con a log and a sim all ignore

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invalid switches meaning very little

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modification is needed when using them

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within a Lipper oh so with that let's go

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ahead and run this command now and while

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turning we can see through the GUI and

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console output that these three phases

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all got initiated and at their

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completion our flow is actually finished

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using nothing but these compatibility

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commands here and we can also see that

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our library project was also converted

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to the correct type during this ASM

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command so to run the full flow that

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only took these three or four commands

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here but we do a few more ability

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commands relating to project management

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and these commands are either a list a

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map and a dehl going through these

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quickly

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Eider provides additional information

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about the project when round by itself

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the library's primary

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units are printed to console and with

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the source argument we were provided the

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project source files a list here has

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similar behavior to its original use as

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it lists libraries of the current

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directory or when provided with this

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mode argument and a specific library it

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provides some additional information

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about that library next here is a map

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this command is used to create and

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remove projects projects get created by

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copying other projects so here we're

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going to make a copy of our example

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project which gets attached to the

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current workspace all files within the

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project are copied as well and finally

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we have the Adell command which is used

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to detach files as well as clean a

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project so when Ren we can see all the

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files from our copy projects have now

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been deleted and when in use conjunction

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with the a map command and the delete

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argument we can actually remove the

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project from the workspace as well so

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that's the behavior of these commands

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one more thing to note is that all these

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commands have synonymous names as you

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can replace the first a in each command

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with a V so a Lib can be called as V lib

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or a list as V lists and so on in fact

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the synonymous names can be called

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directly from your shell application as

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they each exist as their own program

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within the ALM Pro installation

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directory inside the bin folder this

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means that unlike the commands that you

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see here they don't have to be ran from

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a link on or the e programs own console

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and instead can be directly called from

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our command prompt like so so there's

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our reader command to list the project's

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source files but other than that simple

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character change and the direct

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availability from shell these additional

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compatibility commands operate as we

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just previously saw and that's pretty

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much it for all these commands due to

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their compatibility with zom Pro we can

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actually take a simulation script like

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this from our other tools and simply

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insert it into the rest of the flow as

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I've done here in this master script as

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we've just gone through these stages of

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project creation and project

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collaboration I can actually go ahead

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and run the rest of the limiting flow

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so using a combination of automatically

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generated scripts from the alien pro GUI

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as well as native commands these will go

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ahead and set up our policy and waivers

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we're on limping and then generate some

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reports overall we can see that the

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simple inclusion of this simulation like

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scripts with its accompanying

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compatibility commands can simply be ran

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alongside with the rest of our Halen Pro

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flow as all it took here to generate the

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initial project structure was that

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single launch of the script and with

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that that'll actually mark the end of

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this tutorial

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on a limb pros compatibility commands I

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hope this video was informative and of

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course thanks for watching

00:07:23

[Music]

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[Music]

Description:

Important simulator commands from other tools such as Active-HDL and Rivera-PRO are supported within ALINT-PRO's interactive console and batch modes. These compatibility commands invoke similar behavior within the tool and allow those traditional macros from other tools to be used within ALINT-PRO. While these commands are functional and provide a means of design entry, it is recommend to use native ALINT-PRO commands when working within a normal workflow.

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