|
MeterLogger
|
Directories | |
| directory | json |
Files | |
| file | airkiss.h [code] |
| file | at_custom.h [code] |
| file | c_types.h [code] |
| file | eagle_soc.h [code] |
| file | esp_sdk_ver.h [code] |
| file | espconn.h [code] |
| file | espnow.h [code] |
| file | ets_sys.h [code] |
| file | gpio.h [code] |
| file | ip_addr.h [code] |
| file | mem.h [code] |
| file | os_type.h [code] |
| file | osapi.h [code] |
| file | ping.h [code] |
| file | pwm.h [code] |
| file | queue.h [code] |
| file | simple_pair.h [code] |
| file | smartconfig.h [code] |
| file | sntp.h [code] |
| file | spi_flash.h [code] |
| file | upgrade.h [code] |
| file | user_interface.h [code] |
| file | version.h [code] |
| file | wpa2_enterprise.h [code] |


Almost There! Thank you for your interest in the CommunAbility e-Mentorship Program. To complete the application process, fill out and submit the form below.
No Display Name CONTACT INFORMATION First Name Middle Name Last Name Contact Phone Email Address BACKGROUND INFORMATION What is your gender identity (check all that apply)? Female Male Trans, Female Trans, Male Non-binary / third gender Gender Fluid Genderqueer Prefer to self-describe Prefer not to say Age (Years): Note: Applicants must be 21 years or older to participate as a mentor in the e-mentorship program What is the highest level of education you have attained? --Select Education Level-- College Certificate College Diploma Bachelor's Degree Master's Degree Doctrate Degree Other Option What is type of post-secondary institution did you last attend? --Select Institution Type-- College College denseignement general et professional (Cepeg) Private Career College University Vocational/Technical Institute Other Institute Type Area of academic study: --Select area of Study-- Natural Sciences Health Sciences Humanities & Arts Engineering Social Sciences Economics/Business Policy Other Area of Study What is your current field/sector of employment/volunteer experience? --Select Field-- Sciences - Biology, Chemistry, Physics Engineering & Computer Science Mathematics Arts & Entertainment Health & Medicine (physician, nurse, pharmacist, etc.) Business (banking, marketing, sales, etc.) Communications (journalism, hospitality, etc.) Government Industry Non-Profit Education (teacher, professor, etc.) Law & public policy Environment Architecture, Planning and Environmental Design Other Field Number of years of experience you have working/voluntering in this field/sector: MENTORING INTEREST Why are you interested in the becoming a mentor? Have you been, or are your currently, part of a mentorship relationship (informally or in a program) as a mentor or mentee?           Yes       No Participating in a mentoring program as a mentor comes with some responsibilities, and can have an impact on both the mentee and the mentor. What do you hope to gain from this experience? What do you hope a mentee would gain from a mentoring relationship? Are you willing and able to commit to communicating through online chat with your mentor on a regular basis (i.e., biweekly for 16 weeks)?           Yes       No Tell us something about yourself that we can share with mentees you might be matched with. I give communability.ca permission to display on the public pages of the website all or part of my response to the above question asking for information about myself. MATCHING INFORMATION (Voluntary Section) To better facilitate an effective match between mentors and mentees, we invite you to provide us as much of the following information about yourself as you feel comfortable. This information will be used for matching purposes only and will not be shared with mentee matches. Do you have any particular kind of disability(s)?:   Physical Hearing Intellectual   Learning   Invisible   Communication   Mental   Other Disability   Prefer not to say Who do you feel you would be most comfortable mentoring? (Check all that apply) very important somewhat important not important A mentee with the same gender identity A mentee interested in my educational background and/or career field A mentee with the same disability type(s) No Preference REFERENCE CONTACT INFORMATION We require two (2) references who have known you for at least six (6) months and are 21 years or older. Relatives are not eligible as references. Your application cannot be process if all information is not provided. REFERENCE #1 Name Relationship Phone Number Email REFERENCE #2 Name Relationship Phone Number Email DECLERATION Thank you for applying to the CommunAbility Mentorship program. Before submitting your application, please confirm the following declarations by ticking the box beside each statement:   I acknowledge that I have reviewed and agree to the Terms of Use of communability.ca, its Privacy Policy and the Mentorship Program User Agreement. I acknowledge that a CommunAbility.ca team member may contact me to verify or discuss any of the information provided in this application form. If approved as a mentee and matched with a mentor, I commit to following the timeline of the mentoring program and communicating through online chat with my mentor on a biweekly basis for a 16-week period. I understand that pairing me with a mentor will depend on the availability of suitable candidates. I acknowledge that if approved as a mentee, I may be approached to participate in research; however, participation is voluntary and I can choose not to participate and remain in the program. By summiting this application, you attest that the information you have provided on this form is complete, true, and accurate.


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The monad +/, which sums the items of its operand, is a special case of the use of the adverb / . It is time to learn about adverbs, and other uses of this one.
An adverb is a modifier. It appears to the right of a noun or verb; the prototype is u a where u is the noun or verb and a is the adverb. The compound u a is a new entity, and not necessarily the same part of speech as u . When the compound u a is executed, it performs the function given by the definition of a and has access to u during its execution. If u a is a verb, then it also has access to the operands of the verb during its execution; the verb u a will then be invoked as u a y if monadic or x u a y if dyadic.
You will note that I didn't have to write x (u a) y . While J gives all verbs equal precedence and executes them right-to-left, it does give modifiers (adverbs and conjunctions) higher precedence than verbs, in the same way that C and standard mathematical notation give multiplication precedence over addition. We will discuss the parsing rules in detail later; for now, know that modifiers are bound to their operands before verbs are executed, and that if the left operand of a modifier has a conjunction to its left (e. g. x c y a), the conjunction is bound to its own arguments first, and the result of that becomes the left argument to the modifier: x c y a is (x c y) a, not x c (y a) . In other words, modifiers associate left-to-right. So, +"1/ (in which " is a conjunction and / is an adverb) is the same as (+"1)/, not +"(1/) . The phrase | +/"1 (4) + i. 3 3 is executed as | ((+/"1) ((4) + (i. 3 3))), in accordance with the rule: right-to-left among verbs, but applying modifiers first. Note that I had to put parentheses around the 4, because "1 4 would have been interpreted as rank 1 4 : collecting adjacent numbers into a list is done before anything is executed.
J includes a rich set of modifiers and even allows you to write your own, though many J programmers will never write a modifier.
What 'Monadic' and 'Dyadic' Mean For Modifiers
An adverb, for example / which we will be studying next, is applied to its left operand. So, if that operand is the verb u, the combination is u/ .
This pair u/ defines a verb, and that compound, like all verbs, has monadic and dyadic versions. When we say 'monad /' or 'monad u/' we are referring to instances of u/ y; when we say 'dyad /' or 'dyad u/' we are referring to instances of x u/ y .
The definition of the adverb defines both valences. As with verbs, the monadic and dyadic cases are independently defined.
Any adverb is allowed to inspect its left operand before deciding what derived verb to create. Many of J's primitive adverbs produce different derived verbs depending on whether the operand is a noun or a verb. When the operand is a noun, we refer to it as m to distinguish it from a verb operand u . The derived verbs for noun and verb operands may be completely different, and for each the two valences can be independently defined. So, the simple case of x/ has four possible derived verbs, depending first on whether x is a noun or a verb and then on whether x/ is used as a monad or a dyad.
It sounds like a lot to remember but as usual the important thing is to know where to look something up when you need a function.
Conjunctions are just like adverbs except that they take two operands, so there are four combinations of noun/verb operands for a conjunction c (u c v, m c v, u c n, and m c n), each of which has monadic and dyadic valences.
The Adverb Monad u/ (Insert)
Monad u/ inserts u between items of y . Monad u/ has infinite rank. As a simple example, +/ 1 2 3 is equivalent to 1 + 2 + 3 :
+/ 1 2 3
6
As usual, we can use fndisplay to explain what's happening:
defverbs 'plus"0'
plus/ 1 2 3
+---------------+
|1 plus 2 plus 3|
+---------------+
The great power of the adverb concept is that u can be any verb; it's not restricted to +, -, or any other subset of verbs (it can even be a user-written verb). What would monad >./ mean? Well, >./ 1 2 3 would be equivalent to 1 >. 2 >. 3; since each >. picks the larger operand, the result is going to be the largest number; so monad >./ means 'maximum':
>./ 3 1 4 1 5 9
9
and of course 'minimum' is similar:
<./ 3 1 4 1 5 9
1
What about monad ,/? Convince yourself that it combines the first two axes of its operand:
,/ i. 2 3
0 1 2 3 4 5
defverbs 'comma'
comma/ i. 2 3
+-------------------+
|(0 1 2) comma 3 4 5|
+-------------------+
i. 2 3 4
0 1 2 3
4 5 6 7
8 9 10 11
12 13 14 15
16 17 18 19
20 21 22 23
$ ,/ i. 2 3 4
6 4
,/ i. 2 3 4
0 1 2 3
4 5 6 7
8 9 10 11
12 13 14 15
16 17 18 19
20 21 22 23
How many atoms are in y? Why, */ $ y :
*/ $ i. 2 3 4
24
We can verify that the rows and columns of the following magic square sum to the same value:
+/ 3 3 $ 8 1 6 3 5 7 4 9 2
15 15 15
+/"1 (3 3) $ 8 1 6 3 5 7 4 9 2
15 15 15
As this last example shows, the items can be of any shape. Applying +/ to the rank-2 array added up 1-cells, while applying +/"1 added up the 0-cells within each 1-cell.
Have you wondered what would happen if there is no item or only 1 item? Good on you if you did. The answer is: if there is only 1 item, the result is just that cell; if there is no cell, the result is a cell of identity elements. The identity element i (also called the neutral) for a dyadic verb v is that value of i such that i v y and y v i are y for any choice of y in the domain of v . For example, the identity element for + is 0, because 0 + y is always y . The identity element for * is 1, and for <. is _ . If there is no identity element for a verb v (for example, $ has no identity element), you will get a domain error if you apply v/ to an empty list. Examples:
+/ 0$0
0
*/ 0$0
1
Empty list; result is the identity element.
+/ 1 3 $ 3 5 7
3 5 7
There is a single 1-cell, so the result is that cell. This result has shape 3, not 1 3 . In general, if y has only one item, u/ y produces {.y regardless of what u is.
+/ 0 3 $ 0
0 0 0
There are no 1-cells, so the result is a cell of identity elements. Note that even though there are no cells, the cell still has a shape which is made visible by +/ .
$/ 0$0
|domain error
| $/0$0
There is no identity element for $ .
If you don't want to figure out what the identity element for a verb v is you can ask the interpreter by typing v/ 0$0 .
Before moving on you should note that since v/ 1 2 3 is equivalent to 1 v 2 v 3, evaluation starts at the end of the list and moves toward the beginning: so 2 v 3 is evaluated first.
~ is an adverb. Like all adverbs, it has a monadic and dyadic form. The dyadic form x u~ y is equivalent to y u x; in other words, the operands of u are reversed. The ranks of dyad u~ are the same as those of dyad u, but with left and right rank interchanged. For advanced J dyad ~ is indispensable; even in ordinary use it can save typing and obviate the need for parentheses:
(10 + 2) % 3
4
3 %~ 10 + 2
4
Using %~ to mean 'y divided by x', we can have right-to-left execution without parentheses.
-~/ 2 4
2
When we know y contains exactly 2 items, -/ y is a convenient shorthand to subtract the second from the first without having to write ({.y) - ({:y) . To subtract the first from the second, we simply invert the order of subtraction with -~ .
You can use ~ to create mnemonics. If you have trouble remembering that the arguments to dyad e. are reversed from those to dyad i., you can write
contains =: e.~
and then
'abcdef' contains 'ax'
1 0
Or, if you want to be able to write
7 mod 2
1
as in mathematics, you can get that with
mod =: |~
The monadic form u~ y has infinite rank and is equivalent to y u y, i. e. it applies dyad u with both the left and the right operands equal to the one operand of monad u~ . As with dyad u~, most uses of monad u~ are esoteric, but we know one already: we can sort y into ascending order with either y /: y or our new equivalent /:~ y :
/:~ 3 1 4 1 5 9
1 1 3 4 5 9


Next: Rule methods, Previous: Grammar reference counting, Up: Grammar methods [Contents][Index]
When successful, returns the ID of the start symbol.
Soft fails, if there is no start symbol.
The start symbol is set by the
marpa_g_start_symbol_set()
call.
Return value: On success, the ID of the start symbol, which is always a non-negative integer. On soft failure, -1. On hard failure, -2.
When successful, sets the start symbol of grammar g to symbol sym_id. Soft fails iff sym_id is well-formed (a non-negative integer), but a symbol with that ID does not exist.
Return value: On success, sym_id, which will always be a non-negative integer. On soft failure, -1. On hard failure, -2.
Return value: On success, the maximum symbol ID of g. On hard failure, -2.
Soft fails iff sym_id is well-formed (a non-negative integer), but a symbol with that ID does not exist. A common hard failure is calling this method with a grammar that is not precomputed.
Return value: On success, 1 if symbol sym_id is accessible, 0 if not. On soft failure, -1. On hard failure, -2.
Soft fails iff sym_id is well-formed (a non-negative integer), but a symbol with that ID does not exist. A common hard failure is calling this method with a grammar that is not precomputed.
Return value: On success, 1 if symbol sym_id is nullable, 0 if not. On soft failure, -1. On hard failure, -2.
Soft fails iff sym_id is well-formed (a non-negative integer), but a symbol with that ID does not exist. A common hard failure is calling this method with a grammar that is not precomputed.
Return value: On success, 1 if symbol sym_id is nulling, 0 if not. On soft failure, -1. On hard failure, -2.
Soft fails iff sym_id is well-formed (a non-negative integer), but a symbol with that ID does not exist. A common hard failure is calling this method with a grammar that is not precomputed.
Return value: On success, 1 if symbol sym_id is productive, 0 if not. On soft failure, -1. On hard failure, -2.
On success, if sym_id is the start symbol, returns 1. On success, if sym_id is not the start symbol, returns 0. On success, if no start symbol has been set, returns 0.
Soft fails iff sym_id is well-formed (a non-negative integer), but a symbol with that ID does not exist.
Return value: On success, 1 or 0. On soft failure, -1. On hard failure, -2.
On success, if sym_id is a terminal symbol, returns 1.
On success, if sym_id is not a terminal symbol, returns 0.
To be used as an input symbol
in the
marpa_r_alternative()
method,
a symbol must be a terminal.
Soft fails iff sym_id is well-formed (a non-negative integer), but a symbol with that ID does not exist.
Return value: On success, 1 or 0. On soft failure, -1. On hard failure, -2.
When successful, creates a new symbol in grammar g, and returns the ID of the new symbol. The symbol ID’s are non-negative integers. Within each grammar, a symbol’s ID is unique to that symbol.
Symbols are numbered consecutively, starting at 0.
That is, the first successful call of this method for a grammar returns the symbol
ID 0.
The second and later successful calls of marpa_g_symbol_new()
,
return the symbol ID n+1
,
where n is the symbol ID returned by the previous successful call of
marpa_g_symbol_new()
.
This makes it convenient for applications to store additional information
about the symbols in an array.
Return value: On success, the ID of the new symbol, which will be a non-negative integer. On hard failure, -2.
Next: Rule methods, Previous: Grammar reference counting, Up: Grammar methods [Contents][Index]


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Analysis can be a primary focus on a 4-Day. You will find that you can logically confront any dilemma you are presented with. You will also be better able to promote or disclose your ideas to the whole group, rather than one-on-one. People in the workplace identify you as a resource to their company, Eleven, because you usually are aware of where everything is and what is going on.


GeoJSON Editor
Simple GeoJSON editor with adjustable point snapping.
When snapping is enabled, the dragged point will snap to the points of all the other features.
Usage:
- Click feature to edit points
- Right-click point to delete it
- Set snapping distance in pixels
- Delete feature by pressing 'backspace' or 'delete'
Source code, based on
Google’s GeoJSON editor.


A company or organisation building an intranet normally has some basic requirements. Firstly the employees should have a common place where they can find all company information and news. They need a simple, but dynamic, way to add and modify information and they want to organise the information in a structured way.
Some companies also have an extended need for workgroups to collaborate within the company, especially when it comes to sharing documents within the group.
If the company uses a Windows SharePoint Services-based (WSS) solution, it will, after a while, contain a large amount of different Web sites or “working areas”. This may result in a SharePoint user having difficulty navigating in the solution or even “getting lost”. This scenario requires a structure of all the different Web sites and an easy way of navigating between them.
Integrating EPiServer and SharePoint may introduce another user requirement – to have the possibility to also view selected information from the intranet inside the WSS part of the system.
To handle your basic intranet requirements, you would probably select a Content Management System. A Content Management System like EPiServer has long been a perfect solution to fulfil this need. All company information can be handled with its clear information structure and powerful environment for the editors.
The day-to day document handling or team collaboration could be managed by building a customised “working area” into the EPiServer solution. Another way is to add the functionality using Windows SharePoint Services. By mixing the two products, you can achieve a flexible and cost-effective solution.
To get organized in WSS you can choose to use SharePoint Portal Server. Another interesting solution is to use EPiServer to provide support for navigation and to add a structure to the sites in WSS. If you use this kind of functionality from EPiServer and provide it in SharePoint, you can really get organized.
Finally, to fulfil the need for users to see EPiServer information inside WSS you would probably add this functionality using EPiServer WebParts.
There are several ways of integrating EPiServer and SharePoint. In our Connector package we provide two separate solutions. The first solution is built on the need an EPiServer user has for content and functionality in SharePoint. We have added an SP File System and some SharePoint Integration templates into EPiServer. Data is delivered using a Web Service running under the SharePoint application. The Authentication Listener is added to make it possible to be authenticated in SharePoint using the same user identity as used in EPiServer.
The second method we use in the SharePoint part of the sample set is by running the EPiServer SharePoint Connector (EPiServerProxy) in the same application as SharePoint. EPiServerProxy then accesses data using a Web Service. This method gives us the benefits of reaching functionality in both EPiServer and SharePoint at the same time. EPiServerProxy does not provide all functionality in EPiServer, but gives enough support to fetch data and add data to EPiServer.
In the solution built on EPiServer and WSS, the users will probably use WSS to organise their documents. When the user is working in the EPiServer part of the solution, he or she can then hook in to the document store in SharePoint. Using Open Development Architecture (ODA) in EPiServer, the Link Tool can be extended. The extension will give the user a new folder choice in the Link Tool, which provides access to documents in SharePoint.
Below is a sample of the file system and Link Tool showing content from SharePoint.
The sample template SP Overview in EPiServer makes it possible to obtain a structured overview over the Webs and sites in the SharePoint environment. In the sample implementation, the user can obtain a complete list of sites and he or she can also open the corresponding site (in an IFRAME) by clicking the list. The user will only see the sites he or she has access to.
In many cases a user needs an overview of material and information connected to a specific project. The problem is that the information can be spread around in many different systems. The sample template SP Integrated Project shows how this information can be gathered together and reached from one point.
Each project is based on a page in EPiServer. When you edit the page, you can set up the site that the project is connected to and which document folder files should be listed from.
The most obvious method of adding EPiServer functionality and EPiServer content into SharePoint is by using one or more WebParts. Important information and navigation from EPiServer can be shown in the SharePoint environment.
Connected to this white paper we have developed a sample set of WebParts that can provide the most common information from EPiServer. These WebParts are described below.
An EPiServer PageList WebPart is a WebPart that takes a given point of the structure in EPiServer and displays it as a list in SharePoint. This WebPart is a typical information viewer and shows the SharePoint user-selected information from the EPiServer-based Web. It can show all kinds of information, but will normally show news or other dynamic information.
From EPiServer PageList WebPart it is possible to connect to other WebParts (PageData and PageView), so that when a user clicks an item in the list, another WebPart will be updated to display the requested information.
The EPiServer PageData WebPart will display content from a given page in EPiServer. The PageData WebPart is used when you want to use the existing design within SharePoint and only want to display the most frequently used properties (Title and MainBody) within EPiServer pages. EPiServer PageData supports Connections. See below for further information about connections.
The EPiServer Bread Crumb WebPart is used to display SharePoint paths stored in EPiServer. Using this WebPart you can add a reference to all created SharePoint subsites into an EPiServer structure and organise them in a well-managed way. Basically, a solution built on this WebPart, together with a third-party search engine like MondoSearch, gives the customer all the support they need to create a complete EPiServer/WSS-based intranet.
The PageList, PageData and PageView [HHA1]WebParts can all be connected to each other. When a user clicks a page in the PageList, a PageData should be updated to show the content of the page. This built-in functionality in SharePoint works very well when implementing EPiServer functionality in to SharePoint.
Centralised search functionality is not included in the samples provided. Windows SharePoint Services does not provide search support, which makes it harder to provide one integrated search function. By using SharePoint Portal Server, you can set up search functions based on crawler functionality and this should make it possible to also include content from EPiServer WebParts. Another solution is to use a third-party product like MondoSearch from Mondosoft.
All content in EPiServer is always searchable, which makes it easy to create a search function that searches EPiServer content.
The solution described in this white paper is based on a scenario where EPiServer runs under WSS. The easiest way to set up the authentication mechanism is to use Windows Authentication on the site.
In the web.config file in the EPiServer application, it is possible to add a “master user”. This account is used if the SP File System should display all Virtual Servers on the WSS. If only one specific Virtual Server will be accessed, the account will not be necessary.
Together with this white paper there are some samples that could be used as a platform for developers building EPiServer/SharePoint integration. The best next step to take is to gain access to the samples and see the possibilities that they reveal.
[HHA1]PageView är inte med I dokumentet annars. Behövs ny bil?


Allows to compare CoFile objects.
CoFile
| Method Summary | |
int |
compareExtToIgnoreCase(CoOrder file)
Compares two abstract pathnames lexicographically by extension. |
int |
compareNameToIgnoreCase(CoOrder file)
Compares two abstract pathnames lexicographically by name. |
int |
compareTo(java.lang.Object o)
Compares two abstract pathnames lexicographically (by pathname). |
boolean |
equalsExtTo(java.lang.String filter)
Tests this abstract pathname for equality with the given extension. |
boolean |
equalsExtTo(java.lang.String[] filter)
Tests this abstract pathname for equality with one of the given extensions. |
boolean |
isConnected()
Tests if corresponding connection to remote host is active. |
boolean |
startsWithIgnoreCase(char ch)
Tests this abstract pathname whether name starts with the given character. |
| Method Detail |
public int compareExtToIgnoreCase(CoOrder file)
java.lang.ClassCastException
public int compareNameToIgnoreCase(CoOrder file)
java.lang.ClassCastException
public int compareTo(java.lang.Object o)
compareTo
in interface java.lang.Comparable
public boolean equalsExtTo(java.lang.String filter)
filter
- must be uppercase string with a leading '.' sign;
example: ".TXT" or ".HTM" or ".HTML" etc ...public boolean equalsExtTo(java.lang.String[] filter)
filter
- must be array of uppercase strings with a leading '.' sign;
example: { ".TXT", ".HTM", ".HTML", etc ... }public boolean isConnected()
public boolean startsWithIgnoreCase(char ch)


| Cookies | Local Storage | Session Storage | |
|---|---|---|---|
| Capacity | 4kb | 10mb | 5mb |
| Browsers | HTML4 / HTML 5 | HTML 5 | HTML 5 |
| Accessible from | Any window | Any window | Same tab |
| Expires | Manually set | Never | On tab close |
| Storage Location | Browser and server | Browser only | Browser only |
| Sent with requests | Yes | No | No |


Oops. Something's not configured properly. Please check the PhyloBox Wiki for more on developing with PhyloBox.
PhyloBox is an online environment for viewing, editing, sharing, and publishing phylogenetic trees. All work is licensed under a Creative Commons Attribution 3.0 License.


--- layout: page title: "About me" ---
I'm a software developer living in Milan, Italy. This is the place where I collect stuff I’m interested in.


Sophomore C.S student and aspiring software engineer, with interests in Machine Learning (backed up by graduate-level coursework) and Distributed Systems. I use a combination of analytical and interpersonal skills to create solutions in innovative ways, with innovative people. My goal is to pursue cutting-edge technologies and their deployments that can tackle some of our most existential challenges.
As an Eagle Scout and 5-year veteran of Search and Rescue, the outdoors have always been close to my heart. Leadership has also been an important ideal to me growing up. Between Search and Rescue and being on the board for a handful of non-profits, I've had the chance to develop my soft skills and creative streak as well.
I'm never been one to shy away from a challenge playfully either, whether it's card tricks or, yes, unicycling.
Built a parallel, high throughput data pipeline for the Salomon Research Group, a lab dedicated to researching proteins in human T-cells to better understand cell signaling and immune responses. The goal was to implement a new searching algorithm described here that could significantly improve retention of data when comparing peptides that we find in our data to a known database (in this case, known homo sapiens proteins). The pipeline took information directly from lab instruments, queued up samples, performed searching on the new search engine, extracted relevant information, loaded it into a relational database, and performed statisical analysis. Check GitHub commits for code that I contributed to this project.
Built a search engine in Scala that parses a corpus of XML documents (in this case, wikipedia pages). Uses the concepts of term frequency, inverse document frequency, and Google's Pagerank algorithm to return up to 10 of the most relevant docs based on a user query from a REPL.
Because this project was written for a class, it's on a private repo. Please contact me, and I will add you. All code in "sol" was written by my partner (Dan Tardiff) and I, but we were given support code to stop and stem words in the corpus in order to standardize them, as well as some beginning structural code for building Pagerank (see "src" folder).
Used C to create a working version of the bash command line for a course on Computer Architecture/Systems. When downloaded, it can handle processes (run sublime text, custom programs, etc.), redirect file I/O, catch signals from the system, and more (see below).
Because this was a project written for a class on Computer Systems, it is on a private repo. Please contact me to request access, and I'll add you. All code written is my own (no source files).
Used Ocaml to create a natural syntax parser that can take in valid expressions in the Racket programming language and evaluate them. Can handle complexity ranging from basic arithmetic, to conditional expressions, to nested lambda functions.
I wrote this program as part of a course at Brown University with my partner, Huayu Ouyang. All of rackette.ml is ours, but we were given some source code to read from the command line so that we could focus on the interpretation part. As such, it is on a private repo. Please contact me to request access, and I will add you.
Used TensorFlow and the idea of Sequence to Sequence Machine Translation to translate from French sentences to English sentences. The idea is that we can feed windows of sentences as training material instead of individual words, using the scope provided by a Recurrent Neural Network (I used a GRU in particular to acheive this type of memory).
This was done for a graduate course on Deep Learning. As such, the project must remain on a private repo. Please contact me, and I will add you. All code is my own, but based off the architecture of Eugene Charniak's "Introduction to Deep Learning" textbook.
Wrote a working dynamic memory allocation package for use in C programs. This includes a first-fit, explicit free list version of malloc, free, and realloc. It also includes a method to check the heap to ensure that it is not corrupted and that adjacent blocks are coalesced.
This is a project created for a computer systems and architecture class. As such, it exists under a private repo. Please contact me and I will add you. All code in mm.c is my own, but some helper functions were given (check if the next/previous block in memory is free, etc.) by the course staff in mminline.h so that we could focus on the algorithmic implementation of the package.


Abilities
Muk crushes the enemy with his whole body. Muk poisons the enemy with poisonous gas. Muk spits at the enemy with lumps of poisonous mucus.


Eight Men Out (1988) 112m
John Sayle's film about the 1919 Chicago White Sox scandal (in which eight players took bribes to throw the World Series) appeared in the middle of a 'baseball movie' revival at the end of the eighties. The reason why it was not as popular as many of the others is simple: it does not portray ball players as larger-than-life heroes. But it's easily one of the better pictures. As would be expected from any Sayles production, the ensemble acting is terrific (no one 'star' outshines the others); no peripheral character is wasted. The sense of period is also well evoked, aided in part by the leached photography.
The White Sox players are pulled into the fix early on in the story, leaving us to watch the Series, game by game, for the first half of the film. It's not like the usual baseball pictures, where we're rooting for the team to win, and uplifted by some final spectacular catch or home run. What makes the games compelling are the two opposing factions involved - there is always tension, regardless of whether the team is winning or losing. In EIGHT MEN OUT the playing field is more like a minefield. Half of the team doesn't know what the other half (who are on the take) are doing. The half that is on the take are further divided - the younger players (John Cusack and Charlie Sheen) don't want to look bad, but know that they must 'fail' convincingly. The coach and backstop are by turns bewildered and enraged. The secret play signals become subterfuge. The fans are confused. The newspaper reporters (one of whom is Sayles, who at one point sings a sardonic version of 'I'm Forever Blowing Bubbles') are suspicious. Behind all of this intrigue lie the gamblers, who have made their own arrangements around the fix. It's an interesting touch that they have all at one time been sportsmen themselves: the idea of playing a game on the level is for rookies. The second half of the film, which is even more complicated, deals with the exposure and subsequent indictment of the players.
EIGHT MEN OUT is a fascinating picture because - like Robert Redford's QUIZ SHOW - it deals with an event in history that undermined public faith and demonstrated that organized crime was able to corrupt what was regarded to be a wholesome, all-American institution. Notice that while the public cries shame, they object to the scandal mainly on principal, and that it's the youngsters and the ball players themselves that it hits at gut level. You won't exactly feel sorry for the team (Sayles is too smart to be that manipulative), but you will recognize the loss of a more innocent time. The great final scene anticipates Kevin Costner's hit of the following year FIELD OF DREAMS, which fulfils many a fan's wishes and gives the eight 'Black Sox' a second chance.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


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The People vs. Larry Flynt
It shows that America remains ambivalent over the nature of its political system. No major surprise, when J. S. Mill in his Victorian classic On Liberty could not make up his mind over liberal democracy either. The Americans are wrought by the archetypal paradox under which they exist, the supreme contradiction between the right of the one and the right of the majority. Small wonder that Hollywood's most compelling movies have oft been on the struggle of the individual-underdog against some larger collective oppressive - witness Braveheart, Born on the Fourth of July, Rocky, First Blood, Clear and Present Danger, JFK, the list goes on.
There's little of that in Singapore - we are barred access to Playboy and Penthouse both on and off line, though the government's been long worried about the younger people getting "Americanised" and advocating individual rights and parliamentary opposition.
The People vs. Larry Flynt locates the political debate within the greatest social taboo in America - sex. Does pornography have a right to exist and circulate? Larry Flynt, the publisher of Hustler magazine, thinks so, and obviously so too the U.S. Congress which last month threw out a Bill to curb pornography on the Net. But even with such actions, Americans remain undecided. The Oscars apparently shunned the movie because it was an embarrassing and sensitive livewire.
What they have ignored is actually a great picture. Woody Harrelson as the lead character reprises his role as a to-hell-with-morality, to-hell-with-the-law, and to-hell-with-the-system anti-Christ that we last saw in Natural Born Killers. And he is outrageous and convincing as a nihilistic atheist who nonetheless loves his ex-stripper wife dearly. The latter is played with abandon, conviction and sensitivity all at once by Courtney Love, who is the real star of the show and really snubbed of an Academy Award Best Actress nomination, if not of the award itself. Edward Norton plays their jerky lawyer. The relationship between Harrelson and Love brings out another great paradox - superficially they are immoral outcasts who've had it coming; Woody gets shot and becomes paralysed from the waist down, and Courtney dies of Aids. God's damnation. But in the powerful love they have for each other, each standing by the other in turn, the two leads highlight the question how much is the nihilist still a moralist and (in the American context) a Christian, if they can love and care, and feel just like anyone else on a personal level. Friedrich Nietzsche once talked about how the atheist must uncover for himself the full consequences of atheism by ridding himself of all moral-Christian influences. To go beyond good and evil.
This is a great picture, no doubt, and I love it personally. Because it is moving, funny, ends with open American optimism blah blah. But I like it and admire it because it comes from a fine American tradition that dares to raise difficult questions, and call into doubt ideas and doctrines that otherwise are used as catchphrases. There are times when movies go beyond the story they tell and reflect something of hidden realities. This movie is not so much about Larry Flynt, but about Americans and American society.
Grade: A+
perrin
---
check out http://www.cyberway.com.sg/~perrin. reviews n comments n grading of the latest movies. check out the people vs. larry flynt. if u like it, drop a link to me, will link back. give me your comments.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


---
layout: post
title: Clojure... Debugger?
categories:
- Clojure
- Technical Skills
tags: []
status: publish
type: post
published: true
meta:
_wpas_done_all: '1'
_edit_last: '1'
---
I was at the Clojadelphia meetup on Thursday, and got an excellent run through of the tools.trace library from Tim Visher. He has submitted a pull request to the original authors, with his expanded and very clear documentation found here.
One call from the library in particular really stood out, a call for finding out what form threw an exception out of many.
``` clojure
;; trace-forms "Trace all the forms in the given body. Returns any
;; underlying uncaught exceptions that may make the forms fail."
 At the time, I could see using that all the time for helpful benefits. In the last few days though, I realized a more obvious function has been far more helpful to my daily development: deftrace.  It is ultimately such a simple idea, and yet it's execution is brilliant and inconceivably handy.
At first, I thought, "well that is an incredibly cool party trick, but a party trick nonetheless". A few days of regular clojure development later, I realized the profundity of this library.
I have had on my list of "pain points" an item to learn how to debug clojure code. Once in a while, I have felt the need to find out exactly what was going on at a certain point, and had to awkwardly put in (do (pprint x) x) statements everywhere. Clearly though, that is lame.
Here is the grand reveal. Concepts and tools that other languages have sometimes look very different in clojure. "Well, duh", you say. I am not talking about syntax! I am talking about the tools.
I wanted a debugger (and, yes, I know at least traditional one exists for clojure), and so that is what I would have looked for: the traditional "put in a breakpoint, run the code, pause at that place, inspect values, etc". When I first saw tools.trace, the image of a "debugger replacement" did not immediately enter my head. But, tools.trace basically gives me almost all the benefit of a traditional debugger at effectively no hassle or cost. Just now I was developing some code, and got stuck on a spot where something unexpected happened, and with only a second's hassle, replaced a few defns with deftrace. I re-ran my code in the repl, and now got a printout of exactly what the in's and out's were, and all of a sudden it clicked. "I just found my new debugger", and, "wow, this debugger is way less hassle".
No, of course this doesn't do everything a full debugger does, but at least for the foreseeable future, it probably will do enough most of the time. The first time I need a real full debugger, I will go looking for it, but for now, I suspect this gets me my 80% benefit for way less than 20% hassle.
The discovery of such tools is what is making learning clojure such a profoundly rewarding journey for me. I am being taught to think about the "default ide" tools in such a different light. Watching as community members distill out these sort of High-Value concentrate tools using Clojure's meta-programming is simply the most mind altering thing I have experienced in programming.


About this software |
This software (XML maker and flattener) has been created by Arnaud CEOL for Mint group at the University "Tor Vergata" of Rome, and is distributed under the term of the Apache License, Version 2.0 (http://www.apache.org/licenses/LICENSE-2.0)
contact me at arnaud@cbm.bio.uniroma2.it.


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Source code for pandemic_simulator.environment.interfaces.contact_tracer
# Confidential, Copyright 2020, Sony Corporation of America, All rights reserved.
from abc import ABC, abstractmethod
from typing import Mapping
import numpy as np
from orderedset import OrderedSet
from .ids import PersonID
__all__ = ['ContactTracer']
[docs]class ContactTracer(ABC):
"""An interface for contact tracing apps."""
[docs] @abstractmethod
def new_time_slot(self) -> None:
"""
Adds a new time slot to the contact tracing (e.g., a new day, or a new hour, depending on the granularity).
"""
pass
[docs] @abstractmethod
def add_contacts(self, contacts: OrderedSet) -> None:
"""
Adds a trace of contacts obtained at a given time.
:param contacts: Contacts to add.
"""
pass
[docs] @abstractmethod
def get_contacts(self, person_id: PersonID) -> Mapping[PersonID, np.ndarray]:
"""
Get contacts
:param person_id: Person's id to trace.
:return: Mapping from each contact's id to a numpy array of floats between 0 and 1, representing
the contact hours scaled on a day (24 hours). The length of the sequence depends on the number of days for
data conservation.
"""
pass


Basic form - Data entry
Assignment
Name:
Age:
Gender:
Male
Female
Hobbies:
Sports
Travel
Videogames
Chess


 The man goes out wearing make up, and the woman draws a moustache on her face.
The couple deal with the gaze of passers by in different ways. The woman wants to hide away from the world, while the man meets them head on, even compiling his own ‘Dictionary of the Gaze’ to show the powerful effects a simple look can have.
I was dreaming about a flying balloon. I couldn't make out the colour, but because the sky was charcoal-grey, and the clouds were snow-white, the sun was bright-yellow, it was definitely a colour other than charcoal-grey, snow-white or bright-yellow. The flying balloon in my dream existed for as long as I could see it, but ceased to exist the moment I couldn't.


| struct M4F.ArchiveGoal |
|
The goal specification passed to the archive
function
var obj = new M4F.ArchiveGoal;
obj.base = String ...
// base name of the source and destination
obj.dstPrefix = String ...
// directory prefix of destination file
obj.dstSuffix = String ...
// suffix of destination file; e.g., ".a62"
obj.files = String ...
// String of files to archive
obj.profile = String ...
// index into profiles map
obj.opts = String ...
// goal specific archiver options
SEE
| struct M4F.Command |
|
Required command and options
var obj = new M4F.Command;
obj.cmd = String ...
// the command to run
obj.opts = String ...
// required options for the command
FIELDS
cmd
name of a tool-chain executable without any path
information. The location of this executable is
specified by the binDir (or pathPrefix)
configuration parameter.
opts
required options passed to the command; these options
can not be changed or eliminated by user's
configuration script.
DETAILS
The compile, link, and archive functions in this interface are
implemented by expanding the strings specified in this structure
and inserting strings from the Options structure to form a single
command. The strings in this structure can not be changed by
the user (they are fixed by the target), but the string in the
Options structure may be changed by the user.
The final command is:
Command.cmd Options.prefix Command.opts Options.suffix
| struct M4F.CommandSet |
|
The commands necessary to create a specified goal
var obj = new M4F.CommandSet;
obj.msg = String ...
// brief message describing subsequent commands
obj.cmds = String ...
// commands necessary to generate goal
obj.path = String[] ...
// host-independent representation of PATH
obj.envs = String[] ...
// environment variable settings for the cmds
FIELDS
msg
a brief synopsis of the commands specified by cmds;
this string is output in lieu of cmds when building
in "non-verbose" mode.
cmds
a single string of commands that must be executed
to complete the specified operation. Multiple
commands may be specified by separating each command
with the '\n' character.
To facilitate the creation of "portable" makefiles and
to simplify the implementation of targets, certain
distinguished "macros" may be embedded in this string.
The build engine replaces these macros with the
values described below.
- $(rootDir)
-
the target's rootDir configuration
parameter
- $(packageBase)
-
the target package's
xdc.IPackage.packageBase property
- $(XDCINCS)
-
a set of "-I" options that names each
repository in the package path
envs
an array of "name=value" strings that represent
environment variables that are defined prior to the
execution of the commands specified by cmds
path
an array of directory names that are used to compose
the PATH environment variable that is in effect when
the commands specified by cmds are run.
DETAILS
This structure is the return value of the
compile,
link and
archive functions. This value is then
used to generate a makefile or any other files necessary to generate
a specified goal.
SEE
| struct M4F.CompileGoal |
|
The goal specification passed to the compile
function
var obj = new M4F.CompileGoal;
obj.base = String ...
// base name of the source and destination
obj.dstPrefix = String ...
// directory prefix of destination file
obj.dstSuffix = String ...
// suffix of destination file; e.g., ".o62"
obj.srcSuffix = String ...
// optional suffix of source file; e.g., ".c"
obj.srcPrefix = String ...
// optional directory prefix of source file
obj.profile = String ...
// index into profiles map
// goal specific compiler options
obj.configOpts = Bool ...
// true if compiling the generated C config file
SEE
| struct M4F.CompileOptions |
|
Options passed to the compiler/assembler
var obj = new M4F.CompileOptions;
obj.aopts = String ...
// goal specific ASM options
obj.copts = String ...
// goal specific C compiler options
obj.cfgcopts = String ...
// goal specific C config file options
obj.defs = String ...
// goal specific C/ASM definition options
obj.incs = String ...
// goal specific C/ASM include options
FIELDS
aopts
a string of target-specific assembler options
copts
a string of target-specific C/C++ compiler options
cfgcopts
a string of C/C++ compiler options for C config file,
includes 'copts' in addition to the value passed
defs
a string of macro definitions each of the form
"-Dname=value" separated by white space
incs
a string of include directories each of the form
"-Idir" separated by white space
PREDEFINED MACROS
The XDC Build Engine automatically adds several predefined macros via
-D definitions that enable conditional compilation of source files
based on build-specific attributes.
- xdc_bld__profile_{profile_name}
-
this symbol is always defined and {profile_name} is the
compile goal's (see CompileGoal) profile name.
In addition, each target defines a set of macros that enable clients
to portably support big/little endian targets, for example. These
macros are indirectly included by sources that include
xdc/std.h;
see
xdc.
SEE
| struct M4F.DebugGen |
|
Debugger integration support
var obj = new M4F.DebugGen;
obj.execTemplate = String ...
// debugger template for executable
obj.execPattern = String ...
// exec file name pattern
obj.packageTemplate = String ...
// debugger template for package
obj.packagePattern = String ...
// package file name pattern
DETAILS
This structure specifies additional files that are generated
in order to support integration with a debugger. For example, the
default setting for TI targets specifies the generation of CCS
project files that allow one to easily debug executables that have
been constructed from multiple packages.
There are two "types" of debug support files that are generated;
one for the package as a whole, and one for each executable.
Since packages may contain portable sources that are built for more
than one target, a "package-level" file is generated for each target
used in the package. A separate file is generated for each
executable built within the package.
The execTemplate and packageTemplate fields name a template that
is expanded in the context of the config model and the build
model, respectively. These fields should be set to a file name
string which is relative to the package path; e.g., the string
"ti/targets/cc_exec.xdt" refers to the file "cc_exec.xdt" in the
ti.targets package located along the package path.
Preconditions for the execTemplate:
- this
-
the configured program object (xdc.cfg.Program);
i.e., the program object *after* the program's
configuration script completes.
- $args
-
array of arguments passed to the template
- $args[1]
-
the name of the executable being produced for this
configuration.
- environment
-
hash table of XDC global parameters; e.g., "xdc.path",
"xdc.root", ...
Preconditions for the packageTemplate:
- this
-
the "package contents" object (i.e.,
xdc.bld.PackageContents) *after* the package's
build script (package.bld) completes.
- $args
-
array of arguments passed to the template
- $args[0]
-
the target (a module implementing the
xdc.bld.ITarget interface)
- $args[1]
-
hash-table of all package sources
- environment
-
hash table of XDC global parameters; e.g., "xdc.path",
"xdc.root", ...
The execPattern and packagePattern fields are expressions that
are expanded prior to template expansion to determine the name of
the output file. Expressions of the form "$(name)" within the
pattern string are expanded if "name" is one of the built-in
variables listed below.
Built-in variables for execPattern:
- cfgName
-
the name of the generated configuration file (without
any directory prefix);
- cfgDir
-
the name of the directory containing the config file;
- exeName
-
the name of the executable file (without any
directory prefix);
- exeDir
-
the directory containing the executable file.
Both the exeDir and cfgDir are relative to the directory
containing the package.bld script.
Built-in variables for packagePattern:
- pkgName
-
the package's name (e.g., "ti.targets");
- trgName
-
the target's name property;
- trgSuffix
-
the target's suffix property.
SEE
| struct M4F.Extension |
|
File extension to file type association
var obj = new M4F.Extension;
obj.suf = String ...
// file extension (including any '.')
obj.typ = String ...
// type of this file; e.g., "c", "asm", ..
FIELDS
suf
the file extension including any '.' characters
typ
the type of the file having this extension.
Allowable file type identifiers include:
- "c"
-
C language source file
- "asm"
-
assembly language source file
- "cpp"
-
C++ language source file
DETAILS
This structure is used by the Build Engine to determine whether a
file should be treated as C++, C, or assembly language source.
SEE
| struct M4F.LinkGoal |
|
The goal specification passed to the link function
var obj = new M4F.LinkGoal;
obj.base = String ...
// base name of the source and destination
obj.dstPrefix = String ...
// directory prefix of destination file
obj.dstSuffix = String ...
// suffix of destination file; e.g., ".x62"
obj.files = String ...
// string of files to link with
obj.profile = String ...
// index into profiles map
obj.opts = String ...
// goal specific linker options
obj.dllMode = Bool ...
// true if we're linking an assembly
obj.isRom = Bool ...
// reflects the isRom attribute
SEE
| struct M4F.Model |
|
Target runtime model
var obj = new M4F.Model;
obj.endian = String ...
// endian-ness of this target
obj.codeModel = String ...
// target-specific code model
obj.dataModel = String ...
// target-specific data model
obj.shortEnums = Bool ...
// if true, enums are packed into smallest integral type
FIELDS
(endian) this string specifies the endianess of the
generated code. Valid values include:
- "big"
-
big endian
- "little"
-
little endian
- null
-
unspecified
(codeModel) this string specifies a target-specific code size
model. Valid values include:
- "near"
-
C54 near mode
- "far"
-
C54 far mode
- undefined
-
unspecified
(dataModel) this string specifies a target-specific data size
model. Valid values include:
- "large"
-
C55, C28 large model
- undefined
-
unspecified
(shortEnums) this flag specifies if a target fits the values
of an enumeration into the smallest integer type
that can accept all values. If that is the case,
this flag must be set to true. If all values are
the size of an Int, this flag can be either set
to false or left unspecified.
SEE
| struct M4F.OptionSet |
|
Collection of tool-chain options
var obj = new M4F.OptionSet;
// profile-specific compiler opts
obj.linkOpts = String ...
// profile-specific linker opts
obj.archiveOpts = String ...
// profile-specific archiver opts
// ITargetFilter instance descs
FIELDS
compilerOptions
a set of compiler/assembler options
linkOpts
a string of target-specific linker options
archiveOpts
a string of target-specific archiver options
filters
an array of filters applied (in order) to
tool-chain commands
DETAILS
This structure is used to define a collection of tool-chain
options that are used as a group to achieve some effect supported
by the tool-chain. For example, some compilers require that
specific options be passed to the compiler *and* linker in order
to generate execution profile information or code coverage
statistics.
SEE
| struct M4F.Options |
|
User configurable command options
var obj = new M4F.Options;
obj.prefix = String ...
// options that appear before Command.opts
obj.suffix = String ...
// options that appear after Command.opts
DETAILS
The option strings allow the user to pass additional parameters to the
executable that is responsible for compiling, linker, or archiving.
See
xdc.bld.ITarget2.Command.
| struct M4F.StdTypes |
|
Standard base types supported by all targets
var obj = new M4F.StdTypes;
SEE
| config M4F.alignDirectiveSupported // module-wide |
|
The compiler supports an align directive
const M4F.alignDirectiveSupported = Bool true;
| config M4F.ar // module-wide |
|
The command used to create an archive
cmd: "armar",
opts: "rq"
};
| config M4F.asm // module-wide |
|
The command used to assembles assembly source files into object files
cmd: "armcl -c",
opts: "--endian=little -mv7M4 --abi=eabi --float_support=fpv4spd16"
};
| config M4F.base // module-wide |
|
A target that this target is based upon
DETAILS
If non-
null, this target shares the same tool-chain of the specified
base target. This parameter is used to determine various default
values for target configuration parameters. For example, the default
setting of
rootDir is the value of the base's
rootDir setting.
| config M4F.bitsPerChar // module-wide |
|
The number of bits in a variable of type char
const M4F.bitsPerChar = Int 8;
DETAILS
This constant allows one to determine the precise number of bits in
each of the types specified in the stdTypes map. For example, the
number of bits in the target T's int type is
T.stdTypes.t_Int.size * T.bitsPerChar
| config M4F.cc // module-wide |
|
The command used to compile C/C++ source files into object files
cmd: "armcl -c",
opts: "--endian=little -mv7M4 --abi=eabi --float_support=fpv4spd16"
};
| config M4F.isa // module-wide |
|
CPU Instruction Set Architecture (ISA)
const M4F.isa = String "v7M4";
DETAILS
This parameter is used to identify a set of targets that produce
code for a common ISA. This is used by build scripts that need to
build for all targets that support a particular device.
For example, the build script for a package that is designed for
the TMS32064xx (and no other CPU) can easily specify that it
should be built for all targets that generate code for the
TMS320C64xx without having to specify a specific target. This
allows the user to add new targets (big endian, little endian,
different compilers, etc.) that build for the TMS320C64xx without
having to modify the package's build script.
Note that this field should not be confused with platform ISA
names; this field is defined by target tool-chains and may differ
from the names given by a CPU device.
SEE
| config M4F.lnk // module-wide |
|
The command used to link executables
cmd: "armcl",
opts: "--silicon_version=7M4 -z --strict_compatibility=on"
};
| config M4F.model // module-wide |
|
Run-time model
endian: "little",
codeModel: "thumb2",
shortEnums: true
};
DETAILS
This structure identifies a particular run-time model
used by the compiler to generate instructions.
| config M4F.name // module-wide |
|
Nickname for this target
const M4F.name = String "M4F";
DETAILS
This name is typically the name of the module without the package
name prefix. Thus, it is not necessarily globally unique.
Use the $name property of the module to get a globally unique name
for the target.
| config M4F.os // module-wide |
|
Name of OS required to run programs built for this target
const M4F.os = String computed value;
DETAILS
Native executables are run by the host OS. This OS often
defines runtime interfaces that all executables (implicitly or
explicitly) use.
If os is undefined, then no OS is required.
| config M4F.rts // module-wide |
|
Name of a run-time support package to include
const M4F.rts = String "ti.targets.arm.rtsarm";
DETAILS
Development environments often provide a set of common run-time
support functions that all other code can easily utilize; e.g.,
some means for performing a "printf", normal program termination
with "exit status", etc. If the rts parameter is non-null, it is
the name of a package that is implicitly imported when building
any executable that is built using this target. If rts is
undefined, no rts package is imported.
This parameter makes it possible for the target producer to name
a package that provides a target-specific implementation of a runtime
support interface. Clients of a target do not need to explicitly
name a target specific rts implementation; thus, it is not
possible for the client to inadvertently name the wrong (or an
incompatible) rts implementation.
Note: this package is *NOT* included if the executable's
xdc.bld.Executable.attrs.rtsName attribute is set to
null;
see
xdc.bld.Executable.Attrs.
| config M4F.sectMap // module-wide |
|
Output section name to segment type mapping
const M4F.sectMap = String[string] [
[
".text",
"code"
],
[
".stack",
"stack"
],
[
".bss",
"data"
],
[
".binit",
"code"
],
[
".cinit",
"code"
],
[
".init_array",
"code"
],
[
".const",
"code"
],
[
".data",
"data"
],
[
".rodata",
"data"
],
[
".neardata",
"data"
],
[
".fardata",
"data"
],
[
".switch",
"data"
],
[
".sysmem",
"data"
],
[
".far",
"data"
],
[
".args",
"data"
],
[
".cio",
"data"
],
[
".ARM.exidx",
"data"
],
[
".ARM.extab",
"data"
]
];
DETAILS
This hash table is used to determine whether a particular object file
output section (".text", ".stack", etc.) requires 'data', 'code' or
'stack' memory segment.
This sectMap is referenced by linker command file templates during
generation to create linker command files. The Platform defines the
default memory segments for code and data, and based on this map and
the default segments, the linker command file template places an
output section into a physical memory segment.
Note that the
xdc.cfg.Program object and the
xdc.platform.IPlatform instance have a
sectMap parameter. Both the
Program's and
IPlatform's
sectMap
can augment and/or override the placement for a section, but
xdc.cfg.Program.sectMap takes precedence. Therefore, this
sectMap and the default segments from the platform define an
initial section map which is then augmented by the
Program's and
IPlatform's section map.
| config M4F.splitMap // module-wide |
|
const M4F.splitMap = Bool[string] [
[
".text",
true
],
[
".const",
true
],
[
".data",
true
],
[
".fardata",
true
],
[
".switch",
true
],
[
".far",
true
],
[
".args",
true
],
[
".cio",
true
],
[
".ARM.extab",
true
]
];
| config M4F.stdTypes // module-wide |
|
Size and alignment for standard base types
t_IArg: {
size: 4,
align: 4
},
t_Char: {
size: 1,
align: 1
},
t_Double: {
size: 8,
align: 8
},
t_Float: {
size: 4,
align: 4
},
t_Fxn: {
size: 4,
align: 4
},
t_Int: {
size: 4,
align: 4
},
t_Int8: {
size: 1,
align: 1
},
t_Int16: {
size: 2,
align: 2
},
t_Int32: {
size: 4,
align: 4
},
t_Int64: {
size: 8,
align: 8
},
t_Long: {
size: 4,
align: 4
},
t_LDouble: {
size: 8,
align: 8
},
t_LLong: {
size: 8,
align: 8
},
t_Ptr: {
size: 4,
align: 4
},
t_Short: {
size: 2,
align: 2
},
t_Size: {
size: 4,
align: 4
}
};
DETAILS
The values of size are the values returned by the
target-specific sizeof() operator applied to the specified
type (as defined by the C language). The align value is the number
of chars used in the alignment of the specified type.
| config M4F.suffix // module-wide |
|
Suffix appended to all objs, libraries, and executable
const M4F.suffix = String "em4f";
DETAILS
All files generated by this target (object files, archives,
executables, etc.) have file names whose extensions end with
suffix. In particular, targets create files with the following
extensions:
- ".a<suffix>"
-
archive files (i.e., libraries)
- ".o<suffix>"
-
object files
- ".s<suffix>"
-
assembly language source (see scompile())
- ".x<suffix>"
-
executable files
This suffix should be chosen to globally and uniquely identify the
EABI (Embedded Application Binary Interface) of the objects produced
by this target. Targets with the same suffix should produce 100% EABI
compatible objects and, targets with different suffixes should produce
objects with incompatible EABIs.
SEE
| config M4F.vers // module-wide |
|
The command used to get the tool-chain to return a version number
cmd: "armcl",
opts: "--compiler_revision"
};
| config M4F.arOpts // module-wide |
|
User configurable archiver options
prefix: "",
suffix: ""
};
| config M4F.asmOpts // module-wide |
|
User configurable assembler options
prefix: "-qq",
suffix: ""
};
DETAILS
Defaults:
| config M4F.binDir // module-wide |
|
This parameter controls the location of the target's commands
M4F.binDir = String "$(rootDir)/bin/";
DETAILS
All build commands returned within a command set
(xdc.bld.ITarget.CommandSet.cmds) are formed by prefixing binDir
to this target's Command.cmd specification. For example, the
compile command returned is formed as follows:
where, $(binDir) is this target's binDir value and $(cc.cmd) is
the value of this target's cc.cmd string.
If binDir is non-empty then it must end with '/'. If it is empty,
the target's commands (compiler, linker, archiver, etc.) will be
located along a path constructed from this target's pathPrefix.
| config M4F.ccConfigOpts // module-wide |
|
User configurable compiler options for the generated config C file.
---fp_mode=strict
disable conversion of double-precision computations to
single-precision computations when the result is assigned to
a single-precision variable
prefix: "$(ccOpts.prefix) -ms --fp_mode=strict",
suffix: "$(ccOpts.suffix)"
};
DETAILS
By default, this parameter inherits values specified in
ccOpts. The strings
"$(ccOpts.prefix)" and
"$(ccOpts.suffix)" are expanded into the values specified by
ccOpts for this target.
| config M4F.ccOpts // module-wide |
|
User configurable compiler options
prefix: "-qq -pdsw225",
suffix: ""
};
DETAILS
Defaults:
- -qq
-
super quiet mode
- -pdsw225
-
generate a warning for implicitly declared functions; i.e.,
functions without prototypes
| config M4F.compatibleSuffixes // module-wide |
|
Array of suffixes used by targets compatible with this target
M4F.compatibleSuffixes = String[] undefined;
DETAILS
This array is used to identify a set of targets that produce
code that can be linked with code produced by this target, where the
order of suffixes defines the order of preferrence. This
parameter is used by findSuffixes().
For example, an Arm target which builds for v6 architecture might have
the following values in its compatibleSuffix: ["v5T", "MV470"].
This means that code produced by targets with suffixes "v5T' and
"MV470" can be linked with code produced by that target, and that "v5T"
code is more preferred than "MV470" code.
| config M4F.execExt // module-wide |
|
Extension for executables
M4F.execExt = String undefined;
DETAILS
Operating systems and tools often have a strong preference for a
specific extension for executables; e.g., Windows expects executables
to have the extension ".exe". If this parameter is set, executables
will be given the specified extension instead of the default
".x<suffix>", where <suffix> is the target's suffix parameter.
The execExt is an expression that is expanded prior to use.
Expressions of the form "$(name)" within the
pattern string are expanded if "name" is one of the built-in
variables listed below.
Built-in variables for execExt:
- trgName
-
the target's name property
- trgSuffix
-
the target's suffix property
- platPName
-
the executable's platform package name
- platIName
-
the executable's platform instance name
EXAMPLE
If you want to build a portable executable for multiple
targets side-by-side and you want (or need) to use a fixed extension
such as ".out" for all executables, setting execExt to
"_$(trgSuffix).out" for all targets ensures that all generated
executables will have unique names and yet share a common extension
of ".out".
| config M4F.extensions // module-wide |
|
File extensions recognized by TI targets
DETAILS
This is a user modifiable table used to customize file extensions
recognized by each target.
For example, to add a new assembly language extension, say ".s64",
to the target ti.targets.C64P, add the following lines to the
build model startup script:
var C64P = xdc.module('ti.targets.C64P');
C64P.extensions[".s64"] = {
suf: ".s64", typ: "asm"
};
Note that individual targets may add additional language types.
It is also possible to remove default extensions. For example, to
remove the ".asm" extension from the target ti.targets.C64P, add
the following lines to the build model startup script:
var C64P = xdc.module('ti.targets.C64P');
delete C64P.extensions[".asm"];
TI SPECIFICS
For TI targets, the typ string field of an
xdc.bld.ITarget.Extension structure may be of the form
"<cmd>:<langOpt>" where <cmd> is one of "asm", "c", "cpp",
and <langOpt> is the language option used to identify the source
language of a source file. This allows one to explicitly control the
language flag passed to the compiler based on a source file's
extension; in particular, one can define separate source extensions
for "linear" and "scheduled" assembly files, or simply cause ".s62"
files to be treated as "linear" assembly rather than "scheduled"
assembly.
For example,
tiTargets.C62.extensions[".s62"] = {suf: ".s62", typ: "asm:-fl"};
causes all ".s62" files to be treated as linear assembly.
If no ':' appears in the typ string, a default will be used:
"-fa" for "asm" files "-fc" for "c" files, and "-fp" for
"cpp" files.
| config M4F.includeOpts // module-wide |
|
Additional user configurable target-specific include path options
M4F.includeOpts = String "-I$(rootDir)/include ";
| config M4F.lnkOpts // module-wide |
|
Linker options
prefix: "-q -u _c_int00",
suffix: "-w -c -m<EMAIL_ADDRESS>-l $(rootDir)/lib/libc.a"
};
DETAILS
Options:
- -q
-
Quite run
- -u
-
Place unresolved external symbol into symbol table
- -c
-
ROM autoinitialization model
- -m
-
create a map file
- -l
-
archive library file as linker input
| config M4F.pathPrefix // module-wide |
|
A prefix to the PATH environment variable
M4F.pathPrefix = String "";
DETAILS
Each target command is executed with C_DIR set to "" and PATH
set as follows:
$(pathPrefix);$(binDir);$(PATH)
where, $(pathPrefix) and $(binDir) are the values of the
configuration parameters and $(PATH) is the value of the PATH
environment variable set by the xdc command (type 'xdc -n' to
see this).
Embedded ';' characters within pathPrefix separate directory
names. On UNIX hosts these ';' characters are convered to an
appropriate separator; i.e., ':'.
| config M4F.platform // module-wide |
|
The default platform name for this target
M4F.platform = String "ti.platforms.tiva:TM4C1294NCPDT:1";
DETAILS
Build scripts often build for just one platform per target. This
parameter allows one to establish a default platform for each
target in a build.
If this parameter is
null or
undefined and
platforms
array is non-empty, it is initialized to be the first element of the
platforms array (i.e.,
platforms[0]).
| config M4F.platforms // module-wide |
|
A set of platforms that can support this target
M4F.platforms = String[] [ ];
DETAILS
Some build scripts build executables for "all" platforms; e.g.,
regression test suites. This parameter allows one to establish
a set of platforms that build scripts can legitimately use to
create executables, for example.
If this array is empty (i.e., has length 0) and
platform
is non-
null, platforms is initialized to an array of one element
equal to
platform.
| config M4F.profiles // module-wide |
|
Standard options profiles for the TI tool-chain
[
"debug",
{
compileOpts: {
copts: "--symdebug:dwarf",
defs: "-D_DEBUG_=1"
}
}
],
[
"release",
{
compileOpts: {
copts: "-O2"
}
}
],
[
"profile",
{
compileOpts: {
copts: "--symdebug:dwarf"
}
}
],
[
"coverage",
{
compileOpts: {
copts: "--symdebug:dwarf"
}
}
]
];
DETAILS
A profile is a collection of tool options used to create a
library or executable that supports a certain "flavor" of library
or executable; e.g., "debug" or "release".
Some profile names are supported by all targets even though the
targets use different compilers (and therefore different options).
These profile names makes it possible for a package to build
libraries or executables in a "debug" (or "release") profile
independent of the target, for example.
All targets are required to support "debug" and "release" profile
names.
Profile options are added to beginning of any goal specific options
specified by the user before being passed to the target.
| config M4F.rawVersion // module-wide |
|
The raw version string from the compiler
M4F.rawVersion = String undefined;
READONLY
This value is automatically computed by the XDC Build
Engine by executing the
getRawVersion() function after
package.bld completes but prior to generating
package.mak.
| config M4F.rootDir // module-wide |
|
Installation directory for this target's code generation tools
M4F.rootDir = String undefined;
DETAILS
Since each target potentially "wraps" a different compiler tool-chain
and each tool-chain will, in general, assume a different physical
design for the installation of the compiler and its associated
libraries and headers, one must consult each specific target to know
how to set this parameter.
If the
base parameter is
null, this parameter *must* be
set by the user; otherwise,
rootDir defaults to the value
base.rootDir.
| config M4F.stdInclude // module-wide |
|
Standard C/C++ types header
M4F.stdInclude = String "ti/targets/arm/elf/std.h";
DETAILS
This string identifies a header containing the C/C++ definitions
required to enable use of
xdc/std.h in C/C++ sources; see
xdc.
The value of this string is used by
xdc/std.h to include
target-specific definitions of the types
Int8,
Int16, etc. In
addition, this header supplies target-specific definitions of the
predefined
xdc_target__* macros required by
xdc/std.h.
Since this header must supply target-specific values for
target-independent names the structure of this header is usually of
the form:
// if target macros are not already defined,
#if !defined(xdc_target_macros_include__)
// include target-specific definitions
#if defined(TARGET1)
#include "target1.h"
#elif defined(TARGET2)
#include "target2.h"
#elif ...
:
#else
#error unsupported target
#endif
#endif
// include common definitions
:
The check of the symbol xdc_target_macros_include__ exists to
allow others that define new targets to include this header to
get common definitions for a family of related targets.
To simplify the creation of the target-specific header files, the
template file stddefs.xdt in this package can be used to
automatically generate the required definitions from each target's
.xdc specification.
| config M4F.version // module-wide |
|
The Compatibility Key associated with this target
M4F.version = String undefined;
DETAILS
The first two components of this target Compatibility Key are '1,0'.
The rest of the Key represents the compiler version. The third
component combines the major and the minor version number in the format
Major.Minor. The fourth component is the patch number, and the optional
fifth component is the version of an Alpha or Beta release.
READONLY
This value is automatically computed by the XDC Build
Engine by executing the
getVersion() function after
package.bld completes but prior to generating
package.mak.
EXAMPLE
If this target's rootDir points to the compiler version 6.0.11, the
Compatibility Key is [1,0,6.0,11]. If this target's rootDir points to
the compiler version 7.0.0B1, the Compatibility Key is [1,0,7.0,0,1].
| config M4F.versionMap // module-wide |
|
Map of TI compiler version numbers to compatibility keys
M4F.versionMap = String[string] [
[
"TMS320C6x_4.32",
"1,0,4.32,0"
],
[
"TMS320C2000_3.07",
"1,0,3.07,0"
]
];
DETAILS
versionMap is a user modifiable table used to map tool-chain
version numbers to Compatibility Keys.
Each target defines the format of the tool-chain version obtained
from the tool-chain. The user can then map new tool-chain version
strings to an appropriate compatibility key.
Each target must respect the mapping defined by this table; i.e.,
if the user supplies a compatibility key in this map, it must be
returned when
getVersion() is called.
Thus, it is possible for the user to assert that any two compiler
tool chains should be treated as equivalent (or incompatible) by
mapping their version numbers to identical (incompatible)
compatibility keys.
This map translates version string information from the compiler
into a compatibility key. The compatibility key is used to validate
consistency among a collection of packages used in a configuration.
TI compiler strings are formed by parsing the output of the
compiler's --compiler_revision option and creating a string of the
form:
where <comp> is the first word of the output and <ver> is the
version number that appears on this same line.
There are two forms of version numbers output by the TI code gen
tools; an "old" style that is of the form "<major>.<minor>" and a
new style of the form "<major>.<minor>.<update>[.<branch>][<qual>],
where <major>, <minor>, <update>, and <branch> are non-negative
integers and <qual> is of the form "[IBAP]<yyddd>", and <yyddd>
is the last two digits of the year concatenated with the number of
the day.
If a compiler version is not found in this map the default is
"1,0,<major>.<minor>" for old style version numbers, and
"1,0,<major>.<minor>,<update>[.<branch>][,<yyddd>]" for new style
version numbers.
The user only needs to extend this table when a significant
incompatibility occurs (and this package doesn't know about it) or
when two versions of the compiler should be treated as 100%
compatible.
SEE
EXAMPLES
var C62 = xdc.useModule('ti.targets.C62');
// assert that 4.0 is forward compatible with 4.32
C62.versionMap["TMS320C6x_4.32"] = "1,0,4.0,0";
// assert that 4.28 is incompatible with all other compilers
C62.versionMap["TMS320C6x_4.28"] = "1,1,4.28,0";
| M4F.archive() // module-wide |
|
Create an archive
ARGUMENTS
DETAILS
This function is called during makefile generation to convert build
goals into specific commands that generate the specified goal.
RETURNS
This function returns a
CommandSet. If non-
null, this
object defines the commands that must be executed to create the
specified object file. If
null, then goal can not be achieved.
THROWS
Error exceptions are thrown for fatal errors.
| M4F.asmName() // module-wide |
|
The function that converts a C name into an assembly name
M4F.asmName(String CName) returns String
| M4F.compile() // module-wide |
|
Compile a source file into an object file
ARGUMENTS
goal
a CompileGoal that specifies what file to
compile, the output file name, and any goal-specific
options to use
DETAILS
This function is called during makefile generation to convert build
goals into specific commands that generate the specified object
file goal.
RETURNS
This function retuns a
CommandSet. If non-
null,
this object defines the commands that must be executed to create the
specified object file. If
null, then goal can not be achieved.
THROWS
Error exceptions are thrown for fatal errors.
| M4F.findSuffix() // module-wide |
|
Find the suffix that is compatible with this target
M4F.findSuffix(Any pkg) returns Any
ARGUMENTS
pkg
a package object or an array of target suffix strings
(see suffix).
DETAILS
This function determines the list of targets supported by the
package given as the argument. From that list, this function
returns the suffix of a target that is compatible with this target.
Compatibility in this case means that object files created by a
target having the suffix returned by this function can be linked
into an executable produced using this target. In the case where more
than one suffix is compatible, this function returns a suffix in the
following order of preference:
- if this target's suffix is in the list, that suffix is returned.
- suffixes from compatibleSuffixes are matched against the list
in the order they appear in compatibleSuffixes, and the first one
found in the list is returned.
RETURNS
This function returns the suffix string of a target compatible with
this target or null if pkg does not support any target compatible
with this target.
| M4F.genConstCustom() // module-wide |
|
Return any custom generated code related to generated constants
M4F.genConstCustom(String[] names, String[] types) returns String
DETAILS
This function is invoked for each constant in the generated config C
file. This includes module-level config parameter, as well as the
internal data structures that define modules, interfaces and instances.
A target is given a chance to add any target-specific pragmas or
attributes for the generated constants. The set of the data supplied to
this function overlaps with the data supplied to
genVisibleData, so their output must be
coordinated to avoid duplicate or inconsistent definitions or
directives.
PARAMS
array of constant names generated in the
config C file
array of types; each type corresponds to the element
of names with the same index
RETURNS
This function returns custom C code that will be embedded into the
generated config C file. If there is nothing to be added, this function
returns null. If a target never generates any such code, it can rely
on the default implementation that always returns null.
| M4F.genVisibleData() // module-wide |
|
Return any custom generated code related to data generated in the
config C file
M4F.genVisibleData(String[] quals, String[] types, String[] names) returns String
DETAILS
This function is invoked for each module-level configuration parameter
in the configuration. Such parameters are represented by constants in the
generated config C file.
A target is given a chance to add any target-specific pragmas or
attributes for the generated constants. The set of the data supplied to
this function overlaps with the data supplied to
genConstCustom, so their output must be
coordinated to avoid duplicate or inconsistent definitions or
directives.
PARAMS
array of declaration qualifiers for the
generated data
array of types for the generated data
array of variable names; each name corresponds
to the elements of quals and types with the
same index
RETURNS
This function returns custom C code that will be embedded into the
generated config C file. The purpose of the function is to allow
targets to add pragmas or attributes to prevent elimination of data
in case of partially linker objects.
If there is nothing to be added, this function returns null. If a
target never generates any such code, it can rely on the default
implementation that always returns null.
| M4F.genVisibleFxns() // module-wide |
|
Return any custom generated code related to functions generated in
the config C file
M4F.genVisibleFxns(String[] types, String[] names, String[] args) returns String
PARAMS
array of types of functions' return values
array of functions' names; each name corresponds
to the elements of types and args with the
same index
array of functions' argument lists, including
qualifiers
RETURNS
This function returns custom C code that will be embedded into the
generated config C file. The purpose of the function is to allow
targets to add pragmas or attributes to prevent elimination of functions
in case of partially linker objects.
| M4F.genVisibleLibFxns() // module-wide |
|
Return any custom generated code related to functions that are included
in the configuration, but are not generated in the config C file
M4F.genVisibleLibFxns(String[] types, String[] names, String[] args) returns String
PARAMS
array of types of functions' return values
array of functions' names; each name corresponds
to the elements of types and args with the
same index
array of functions' argument lists, including
qualifiers
RETURNS
This function returns custom C code that will be embedded into the
generated config C file. The purpose of the function is to allow
targets to add pragmas or attributes to prevent elimination of functions
in case of partially linker objects. These functions are managed
separately from the functions that are generated in the config C file
because some pragmas and attributes can be used only for functions
defined in the same compilation unit where the paragmas and attributes
are generated. For functions that are not generated in the config C
file, and the mentioned restrictions exist, targets may have to create
references that will prevent elimination of functions defined outside
of the config C file.
| M4F.getISAChain() // module-wide |
|
Get this target's ISA "is compatible with" relation
M4F.getISAChain(Any isa) returns Any
ARGUMENTS
isa
the ISA identifier string for the ISA to lookup; if null
then the target's ISA is used (ITarget.isa).
DETAILS
Returns an array of ISA names (including this target's ISA) that
represents the "is a" relation between ISA's. The array starts with
the most general ISA and ends with this target's ISA or with the
optionally specified argument. This relation is used to:
- pre-define macro definitions that enable code to be
conditionally compiled based on compatible versions of a
target's ISA.
- locate appropriate source files during makefile generation;
each ISA named in a chain causes the extensions ".s"isa to be
added to the ITarget.extensions table (in the reverse order
that they appear in the chain). For example, if a target's
ISA is "64P" and the returned chain is ["62", "64", "64P"],
the following assembly language suffixes are added to
the target's extensions table: ".s64P", ".s64", ".s62".
This relation may also be used in the future to help validate
combinations of targets and platforms; a target's CPU ISA must
appear on the chain specified by the platform's CPU ISA.
RETURNS
This function returns an array of ISA strings where the last string
is the optionally specified ISA string or this target's ISA,
and the first string is the "base" ISA in the
is source compatible" relationship.
If the specified ISA string is not in this target's chain
of compatible targets, null is returned.
THROWS
Error exceptions are thrown for fatal errors.
| M4F.getRawVersion() // module-wide |
|
Get a target-specific raw compiler version string
M4F.getRawVersion() returns String
DETAILS
This function is called during makefile generation to obtain a
target-specific raw compiler version string.
RETURNS
This function returns a string, typically provided by the compiler
itself, that identifies the version of the compiler referenced by
rootDir.
THROWS
Error exceptions are thrown for fatal errors.
| M4F.getVersion() // module-wide |
|
Get a target-specific Compatibility Key string
M4F.getVersion() returns String
DETAILS
This function is called during makefile generation to obtain a
target-specific Compatibility Key string. This string is of the
form:
"<pkg>.<mod>{<d0>,<d1>,<d2>,<d3>"
where, <pkg>.<mod> is the name of the target, and <d0>, <d1>,
etc. forms a Compatibility Key.
RETURNS
This function returns a string that encodes the name of the target
and its Compatibility Key.
THROWS
Error exceptions are thrown for fatal errors.
| M4F.link() // module-wide |
|
Link object files to produce an executable
ARGUMENTS
goal
a LinkGoal that specifies the output file
name, a list of files to link with, and any goal-specific
options to use
DETAILS
This function is called during makefile generation to convert build
goals into specific commands that generate the specified goal.
RETURNS
This function returns a
CommandSet. If non-
null, this
object defines the commands that must be executed to create the
specified object file. If
null, then goal can not be
achieved.
THROWS
Error exceptions are thrown for fatal errors.
| M4F.scompile() // module-wide |
|
Compile a source file into an assembly language file
ARGUMENTS
goal
a CompileGoal that specifies what file to
compile, the output file name, and any goal-specific
options to use
DETAILS
This function is called during makefile generation to convert build
goals into specific commands that generate the specified assembly
language source goal.
RETURNS
This function returns a
CommandSet. If non-
null, this
object defines the commands that must be executed to create the
specified assembly language file. If
null, then goal
can not be achieved or is unnecessary (e.g., because
the source file is already an asm file).
THROWS
Error exceptions are thrown for fatal errors.
| M4F.selectSuffix() // module-wide |
|
Select the suffix that is compatible with this target
M4F.selectSuffix(String[] suffixList) returns String
ARGUMENTS
suffixList
an array of target suffix strings
(see suffix).
DETAILS
From a list of suffixes supplied as an argument, this function
returns the suffix compatible with this target. Compatibility in
this case means that object files created by a target having the
suffix returned by this function can be linked into an executable
produced using this target. In the case where more than one suffix
is compatible, this function returns a suffix in the following order
of preference:
- if this target's suffix is in the list, that suffix is returned.
- suffixes from compatibleSuffixes are matched against the list
in the order they appear in compatibleSuffixes, and the first one
found in the list is returned.
RETURNS
This function returns the suffix string of a target compatible with
this target or null if no such suffix is found in the list of
suffixes specified by the first argument.


{% extends "base.html" %} {% block title %}Accommodation{% endblock %} {% block content %}
You can now book your accommodation for EURYPAA 2016 in Bath, UK. The event will take place at Bath University, and accommodation will be in student hall of residence accommodation on campus.
You can choose the £40 per night package or the £50 per night package. These rooms are VAT-free. You do not pay VAT as we are treated as a charity.
You do NOT have to take the entire 4 night package, if you want fewer nights. Both packages include breakfast and evening meal (No evening meal on the Sunday night, but the price is reduced accordingly)
Book early. If we need the University to release more rooms to us after 7th July 25th July 8th August, the price may be higher.
We have a block-booking of rooms, so that all our visitors can be in the same group of buildings.
If you are a female who wants to be in a female-only block, please specify in the relevant section on the booking page.


Enter details for your Proposal and click 'Create Proposal'. This will generate a command you can run in your local wallet to prepare the Proposal at a cost of 5 IMG.
0IMG
Wallet Commands
Paste the following into your wallet console to generate the Proposal at a cost of 5 IMG.
Paste the resulting transaction id to move to the next step.
Waiting for 6 block confirmations, this should take approximately 15 minutes.
Paste the following into your wallet console to submit your Proposal.
This is the last step, you will receive your unique Proposal ID as output.


--- layout: post title: Just in time for the holiday season, the Peace Library categories: - sightings - praise - launches author: marcel published: true date: 2005-12-25 19:04:00.000000000 +00:00 ---
The Peace Library is an online index of Conflict Transformation & Peacebuilding information featuring research papers, reports, and news related to the Sri Lanka peace process put together by the non-profit web media company InfoShare.
It’s in “beta” but already features 207 publications wrapped in an attractive interface. Read more about them here.
Yet another nice app riding the Rails.


Implements suggestion framework (tasklist.client
, tasklist.providers
) API.
Suggestion Framework Implementation
Model
The default implementation provides 3 basic processors:
- {@link SuggestionsScanner}
- It can scan suggestions into snapshot list
in specified context. It queries registered
DocumentSuggestionProvider
providers.
- {@link SuggestionsBroker}
- It maintains live suggestions list for currently edited
source or for all opened sources. It queries registered
DocumentSuggestionProvider
providers.
- {@link SuggestionManagerImpl}
- It maintains live suggestions list containing
suggestions registered by active
SuggestionProvider
s.
Suggestion providers registry is modeled using
{@link SuggestionTypes}, {@link SuggestionProviders}
and {@link SuggestionTypeProcessor}. SuggestionManagerImpl
also contais some dispatch type of methods accessing the
registry.
GUI
There are also some support classes for actions, annotations, node and
default suggestions view. Note that no arbitrart view can be created
using pure tasklist.client
APIs
On 4th April 2004 by Petr Kuzel


{% extends base_template_name %} {% load static %} {% load crispy_forms_tags %} {% load countries %} {% block content %} {% get_countries as countries %}
| Organization name | Organization website | Parent organization | Applicant name | Applicant e-mail | Actions |
|---|---|---|---|---|---|
| {{ req.org_name }} | {{ req.org_website }} | {{ req.parent_org_name }} | {{ req.supplicant_name }} | {{ req.supplicant_email_address }} |


Defender
{{fight.currentFight.battle.defenderName}}
Score
{{fight.currentFight.battle.defenderScore}}
Damage
{{fight.currentFight.defenderTotalDamage | number:0}}
{{fight.currentFight.battle.defenderDmgPercent | number:2}} %
Attacker
{{fight.currentFight.battle.attackerName}}
Score
{{fight.currentFight.battle.attackerScore}}
Damage
{{fight.currentFight.attackerTotalDamage | number:0}}
{{100 - fight.currentFight.battle.defenderDmgPercent | number:2}} %
This battle is not active!


Also to repeat an event from earlier this summer, I went to Swakopmund (previously mentioned here). After the Woodway team left, Bryan wanted to take me to see this beautiful town again – and I agreed that I needed the holiday. We went for one night and stayed at a friend’s beach house (well, near-the-beach house).
The most memorable time from that short trip was when Bryan and I rented ATVs (a.k.a. quad-bikes, a.k.a. four-wheelers) and drove on the dunes for an hour. We had a guide, but he stretched us, so we got to do some really cool stuff. This was actually my first time to drive a four-wheeler, so it was extra awesome. The dunes were amazing, and I’m thankful I was able to experience them in this special way.
These are the dunes we drove on. Amazing, isn’t it?
-PJ


This is some important text about keep on living forever. Why we do that, I don't know, but we keep doing it and doing it forever.
This is some important text about keep on living forever. Why we do that, I don't know, but we keep doing it and doing it forever.


Your older URL
{{original_url}}
is shortened to
{{shortened_url}}
This will expire in {{expiry_time}} seconds!


Follow these steps to start local debugging for C# in Rider:
Main.cs
file in a new Rider window. It is important that you open the project directory itself, not the directory you ran lean init
in.lean backtest
command with the --debug rider
option and wait until the CLI tells you to attach to the debugger.
$ lean backtest "My Project" --debug rider 20210423 13:50:54.634 TRACE:: DebuggerHelper.Initialize(): waiting for debugger to attach...


Thank you for choosing DFW Painting! We appreciate your business and value you as a customer. Please keep us in mind for any future painting needs - and we always appreciate referrals! To help us continue our high quality of service, we invite you to submit a review on any of the following sites. Simply click on the button below of the site you would like to leave a review on. You can also fill out our survey attached and return it to us!