Tools for training, selecting, and evaluating maximum entropy (and standard logistic regression) distribution models. This package provides tools for user-controlled transformation of explanatory variables, selection of variables by nested model comparison, and flexible model evaluation and projection. It follows principles based on the maximum- likelihood interpretation of maximum entropy modeling, and uses infinitely- weighted logistic regression for model fitting.
| Version: | 1.0.0 |
| Depends: | R (≥ 2.10) |
| Imports: | dplyr (≥ 0.4.3), e1071 (≥ 1.6-7), graphics, grDevices, raster (≥ 2.5-8), stats, utils |
| Suggests: | knitr, rmarkdown, R.rsp |
| Published: | 2018-11-13 |
| Author: | Julien Vollering [aut, cre], Sabrina Mazzoni [aut], Rune Halvorsen [aut], Steven Phillips [cph] |
| Maintainer: | Julien Vollering <julien.vollering at hvl.no> |
| BugReports: | https://github.com/julienvollering/MIAmaxent/issues |
| License: | MIT + file LICENSE |
| URL: | https://github.com/julienvollering/MIAmaxent |
| NeedsCompilation: | no |
| Materials: | README NEWS |
| CRAN checks: | MIAmaxent results |
| Reference manual: | MIAmaxent.pdf |
| Vignettes: |
A modeling example |
| Package source: | MIAmaxent_1.0.0.tar.gz |
| Windows binaries: | r-devel: MIAmaxent_1.0.0.zip, r-release: MIAmaxent_1.0.0.zip, r-oldrel: MIAmaxent_1.0.0.zip |
| OS X binaries: | r-release: MIAmaxent_1.0.0.tgz, r-oldrel: MIAmaxent_1.0.0.tgz |
| Old sources: | MIAmaxent archive |
Please use the canonical form https://CRAN.R-project.org/package=MIAmaxent to link to this page.


Text.Cls
Syntax
Text.Cls
Description
The Text.Cls (clear screen) procedure is used to blank the screen to the text background color. The cursor is set to the top left (to row 1, column 1).
Details
The screen should be in a "screen" or "graphics" mode. If the screen mode has not been set, it will automatically be set to "screen" mode. See View.Set for details.
Status
Exported qualified.
This means that you can only call the function by calling Text.Cls, not by calling Cls.


With one Freyfile
- Launch virtual instances on any cloud vendor
- Provision them with software packages and configuration
- Deploy your app onto the cluster
Manage single instances, or clusters across regions and cloud providers
Deploy your app
Version Control - roll back your app to a previous version
Easily override - Any configuration stored in the Freyfile can be overridden at runtime via command-line arguments
Features
Plan & Launch Infrastructure - Based on Terraform, Frey let's you plan infra, and asks for confirmation if it detects destructive changes.
{% include terminal_1.html %}
Provision software packages, such as Nginx and Redis. Frey comes bundled with roles so you only have to specify versions and vhosts.
{% include terminal_2.html %}
Connect to your app with ease - Frey handles SSH keys for you.
{% include terminal_3.html %}
Encrypt using a secret only you know - Frey can store ssh keys in Git. CI like travis can decrypt these, so you can have it deploy your app whenever there are changes
{% include terminal_4.html %}
It does so, keeping a few design goals in mind:
- Convenience - Frey installs all of its requirements, so you don't have to
- Single configuration file describing the platform for your app, software requirements, and deploy strategy
- Pinned down dependencies - If it works now, it should work in 5 years
Used In
Launch one Digital Ocean droplet, called 'my-app'
Make redis a requirement for your app
Make Node.js a requirement for your app
Use rsync as deployment strategy


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How Granit Xhaka reacted to losing Arsenal captaincy as Unai Emery names replacement
The 27-year-old has been stripped of the captain's armband following his fallout with Arsenal fans.
by Chris Doyle, https://www.dailyrecord.co.uk/authors/chris-doyle/Granit Xhaka has been stripped of the Arsenal captaincy following his fallout with fans.
Unai Emery told Xhaka he was no longer part of the Gunners' leadership group as he named Pierre-Emerick Aubameyang as the new skipper.
The Emirates boss said that the Swiss midfielder "accepted" his decision.
The 27-year-old was left out of his side's squad for their Europa League tie with Vitoria on Thursday.
Xhaka has not played for the club since he told fans to "f*** off" when he was booed following his substitution against Crystal Palace .
He revealed death threats against his wife and messages wishing his daughter got cancer pushed him to "boiling point" and that is why he lashed out at fans.
He said on Instagram: "My feeling of not being understood by fans, and repeated abusive comments at matches and in social media over the last weeks and months have hurt me deeply."


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Venue name, 7 july $200 $180
Venue name, 7 july $200 $180


Mo Salah posts indoor training pic ahead of Crystal Palace game
by Biscan's BootsMo Salah looks unlikely to face Crystal Palace on Saturday, considering he’s still not training outside with his Liverpool team-mates.
The Egyptian posted a picture of his indoor gym work last night, and while it’s great to see him out of his protective boot, it looks like we’ll have to do without him at Selhurst Park – sadly.
He has an ankle problem which was originally picked up v Leicester and then exaggerated in the victory over Manchester City – despite our no.11 staying on the field and putting in a superb performance.
Salah didn’t play for Egypt during the international break and has been at Melwood doing his rehab in order to get fit ahead of the manic run of fixtures we have before the New Year.
⚽ pic.twitter.com/lnp0Xzg2OY
— Mohamed Salah (@MoSalah) November 20, 2019
We’ve won every game this season in the Premier League that Salah has started in – although failed to beat Manchester United when he was absent with an injury.
Without him, Jurgen Klopp will have to decide between Divock Origi as a wide-forward, or potentially Alex Oxlade-Chamberlain on the left.
The Englishman has traditionally done quite poorly in this role for us – but he’s in such good form it’s maybe worth a shout.


Rafforty:
Be sure to bring me some good news, and don't let anything happen to Jinia. Ahh, you swore it!


--- layout: archive title: Zulip Chat Archive permalink: /stream/144837-PR-reviews/topic/.23376.20foldl.html ---
@Simon Hudon, do you mind if I split off some parts of this PR which touch category theory and submit them as separate PRs?
Specifically moving category_theory.examples
to category_theory.instances
And breaking up category
further
Sure, go ahead
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


My long term goal / career pathway is to be a senior Web Developer. I have a lot of experience in the tech arena, and my web skills are a little rusty, okay a lot rusty, but hey it should be like riding a bike hey? Because at it's core being a Web developer is more around how you solve problems, and how you work alone and with others that qualifies you. Yes there is a requirement of technologies to understand, but that is all just learning. I love to learn and I look forward to always improving so I can get a job doing the thing I love, and can support and care for my family.
I would like to further develop my social skills, and how to work with other people. I have never worked in an Agile environment so would really like to learn what that is, as well as to gain an understanding of what it is like to collaborate with a dynamic team.
This is a very large question. I have many strengths and many limitations. So many in fact I'm not sure that I can actually list them all. However I will do my best to get the main ones down.
My biggest and most prevalent weakness is my Autism. Due to my autism, I encounter many difficulties, I struggle to follow conversations with more than one person speaking at a time, I struggle to understand meanings behind things that are said or written, I am completely oblivious to subtext and do not pick up on hints. I am extremely literal and can often take things completely out of context based off an accidental pause in a sentence. I struggle in social situations, especially with people I do not know, it is common for after a day in a room with strangers I will need to sleep for over 12-16 hours in order to recouperate. This is not ideal in the middle of a week, so I have managed to develop coping strategies which usually let me make it to the weekend.
I am extremely quick to believe I understand what is being asked. Even if completely wrong. I often think I have it figured out only to discover I completely missed the point.
I struggle with not having my ideas heard, it doesn't matter to me if whoever is listening thinks it is a great idea or if they think it is the worst idea in the world, I just like to feel heard.
That being said, I can often struggle to voice my ideas in a coherant spiel on the fly. If on the spot or under pressure, I can get stuck in my throughts and end up repeating myself and looping through trying to figure out what I'm trying to say. (You can ask my wife about this one )
Ultimately most of my weaknesses stem from my Autism, and I am actively trying to improve myself constantly.
One of my biggest strengths is also my Autism. Because of it, I have the ability to hyper focus on things that interest me. I am able to view problems from different angles, I am able to look at a problem and analyse it completely logically and can often find a solution.
Other strengths I have are mostly developed in response to my autism, and they include but are not limited to: a drive to be better, to improve myself every day, the ability to admit when I don't know, or that I am wrong, a willingness to receive criticism to help me improve, the ability to ask for help when I need it, honesty in all areas, creativity borne of a slightly different perspective on the world, the ability to take in a lot of information, and many other.
One strength I have which was the cause of it taking 23 years to be diagnosed is I have extreme empathy. When someone is upset or hurt I can usually tell pretty much straight away.This gives me a drive to help those in need, to assist when I can, and a compassion for people. Unfortunately it usually doesn't tell me WHY they are upset, and they need to tell me that bit.
Managing the workload shouldn't be too much of an ask. Because of my drive and my desire to grow means I am champing at the bit to go. I want to learn and I want it all in my brain now. As such I think my issue will be restraint. This is backed by my hyper focus on things that I enjoy, with coding being one of those things. It is not uncommon for me to lose time in coding and to realise later I have been going for 8 hours straight. This is not a healthy practice, and I am working on it, but I do not see me sitting back until the last minute to get any work done.
I will be jumping into the work the moment it is ready for me, and the moment I need help I will be sticking up my hand and asking.
I will seek help in all available avenues, I will use Slack to get help from my colleagues, I will ask questions of my facilitators, I will go to google when I need to and make use of the multitude of resources there. I will also contact the pastoral care /core team if there are any personal issues that I need help with.
I expect them to facilitate my learning. Whether this is to be there when I have questions, to guide me down the right path if I'm lost on a tangent, to help resolve any personality conflicts that may arise. As well as to instruct, inspire, and impart their knowledge and skills.
I only have a weekend in taupo to early july, which shouldn't impact my course. Otherwise, I have 100% of my time available for this.


We provide two disjoint sets of 10k and 100k random cartoons, which can be downloaded here:
Each cartoon image has an accompanying csX.csv file that lists the attributes for that cartoon. Each line in the attribute file contains the attribute name, the index of the selected variant, and the total number of variants for that attribute, for example:
"face_shape", 4, 7 "facial_hair", 14, 15 "hair", 29, 111 "eye_color", 2, 5 ...This data is licensed by Google LLC under a Creative Commons Attribution 4.0 International License.
Each cartoon face in these sets is composed of 16 components that vary in 10 artwork
attributes, 4 color attributes, and 4 proportion attributes.
Colors are chosen from a discrete set of RGB values. The number
of options per attribute category ranges from 3, for short/medium/long chin length, to 111,
for the largest category, hairstyle. See below for a description of each attribute.
Each of these components and their variation were drawn by the same artist, Shiraz Fuman,
resulting in approximately 250 cartoon component artworks and ~1013 possible
combinations. The artwork components are divided into a fixed set of layers
that define a Z-ordering for rendering. For instance, the face shape is defined on a layer below
the eyes and glasses, so that the artworks are rendered in the correct order. Hair style is a
more complex case and needs to be defined on two layers, one behind the face and one in front.
There are 8 total layers: hair back, face, hair front, eyes, eyebrows, mouth, facial hair,
and glasses.
The mapping from attribute to artwork is also defined by the artist such that any random
selection of attributes produces a visually appealing cartoon without any misaligned
artwork; this sometimes involves handling interaction between attributes. For example, the
proper way to display a “short beard” changes for different face shapes, which required the
artist to create a “short beard” artwork for each face shape.
| # Variants | Description | |
| Artwork | ||
| chin_length | 3 | Length of chin (below mouth region) |
| eye_angle | 3 | Tilt of the eye inwards or outwards |
| eye_lashes | 2 | Whether or not eyelashes are visible |
| eye_lid | 2 | Appearance of the eyelids |
| eyebrow_shape | 14 | Shape of eyebrows |
| eyebrow_weight | 2 | Line weight of eyebrows |
| face_shape | 7 | Overall shape of the face |
| facial_hair | 15 | Type of facial hair (type 14 is no hair) |
| glasses | 12 | Type of glasses (type 11 is no glasses) |
| hair | 111 | Type of head hair |
|   | ||
| Colors | ||
| eye_color | 5 | Color of the eye irises |
| face_color | 11 | Color of the face skin |
| glasses_color | 7 | Color of the glasses, if present |
| hair_color | 10 | Color of the hair, facial hair, and eyebrows |
|   | ||
| Proportions | ||
| eye_eyebrow_distance | 3 | Distance between the eye and eyebrows |
| eye_slant | 3 | Similar to eye_angle, but rotates the eye and does not change artwork |
| eyebrow_thickness | 4 | Vertical scaling of the eyebrows |
| eyebrow_width | 3 | Horizontal scaling of the eyebrows |


Directory: PReport\DEMO\Demos\08_UserVars
If you want to show "external data" in the report template, which are invisible for the report engine, for example: program variables, contents of TEdit and so on, you must use 3 events of the TprCustomReport component:
| OnUnknownVariable |
This event occurs when the built-in parser has found
an unknown identifier on the stage of the report's generating. |
| OnUnknownFunction |
This event occurs when the built-in parser has found an unknown
function on the stage of the report's generating. |
| OnUnknownObjFunction |
This event occurs when the built-in parser has found an unknown
function of object on the stage of the report's generating. |
Create new application
- Put the component TQuery on the form, set its properties to: DatabaseName = DBDEMOS.
- Put the TEdit component on the form, it will be used for entering a string for editing then company in the Customer.db table.
- Put the TCheckBox component on the form, if it is checked, all record from the Customer table will be selected.
- Put the TComboBox component on the form, enter strings "Company,Counts" in a property Items, in this field the order of sorting will be set.
- Put the TprReport component on the form.
- Copy the report template from demo "01_SimpleDemo" to the TprReport component.
- Add two TprMemoObj objects into band Report title, they print the condition of a selection and sorting of records. In the first object write [FindValid], in second - Order by [Order].
- Add object TprMemoObj into band Detail and set its text to: "Length of Company: [Query1.FieldLen("Company")]". This object prints a length in chars of the Query1.Company field.
- Write the following code in the handler of a button "Generate report":
procedure
TForm1.Button1Click(Sender: TObject);
begin
// generate SQL query
Query1.Close;
if CheckBox1.Checked then
Query1.SQL.Text := 'select
* from customer order by '+
ComboBox1.Items[ComboBox1.ItemIndex]
else
Query1.SQL.Text := 'select
* from customer where company like ''%'+
Edit1.Text+'%''
order by '+
ComboBox1.Items[ComboBox1.ItemIndex];
// start generate report
if prReport1.PrepareReport then
prReport1.PreviewPreparedReport(true);
end;
- Write a the following code in the handler of an event OnUnknownObjVariable of the prReport1 component:
procedure
TForm1.prReport1UnknownVariable(Sender: TObject;
const VarName: String; var
Value: TprVarValue; var IsProcessed: Boolean);
var
s: string;
begin
if AnsiCompareText(VarName,'FindValid')=0
then
begin
// prepare find
valid description
if CheckBox1.Checked then
s := 'All
records'
else
s := 'Company
must contains "'+Edit1.Text+'"';
_vSetAsString(Value,s);
IsProcessed := true;
end
else
if AnsiCompareText(VarName,'Order')=0
then
begin
// prepare order
description
_vSetAsString(Value,ComboBox1.Items[ComboBox1.ItemIndex]);
IsProcessed := true;
end;
end;
- Write a the following code in the handler of an event OnUnknownObjFunction of the prReport1 component:
procedure
TForm1.prReport1UnknownObjFunction(Sender: TObject;
Component: TComponent; const FuncName:
String;
const Parameters: TprVarsArray; ParametersCount:
Integer;
var Value: TprVarValue; var
IsProcessed: Boolean);
var
f: TField;
begin
if (Component=Query1) and
(AnsiCompareText(FuncName,'Query1.FieldLen')=0)
and
(ParametersCount=1) then
begin
// Parameter
with index 0 is the fieldname
f := Query1.FindField(_vAsString(Parameters[0]));
if f <> nil
then
begin
//
field is found return length of field value
_vSetAsInteger(Value,Length(f.AsString));
IsProcessed := true;
end;
end;
end;
|


Our insurance program provides primary liability coverage for up to $1,000,000 per occurrence in the event of a third-party claim of bodily injury or property damage related to a booking. This coverage is subject to a $1,000,000 cap per listing location, and certain conditions, limitations, and exclusions may apply. Insurance will only act as the primary insurance coverage for incidents related to an Pryme Space rental, but it's available to hosts regardless of their other insurance arrangements.
The sensor integrates with the Pryme Space platform and allows us to determine when, where, and how long someone is parked in your space(s).
No, we will do that for you!
We offer a-la-carte services that can enhance your listing(s).


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A link and some code
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Footheader for IFrame slides
[PDF version of these slides]
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GDS - The Book is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.


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Exodus 37:12
Also he made thereunto a border of an handbreadth round about; and made a crown of gold for the border thereof round about.


Next: set, Previous: boundp, Up: Symbols Dictionary
makunbound
symbol ⇒ symbol
symbol—a symbol
Makes the symbol be unbound, regardless of whether it was previously bound.
(setf (symbol-value 'a) 1) (boundp 'a) ⇒ true a ⇒ 1 (makunbound 'a) ⇒ A (boundp 'a) ⇒ false
The value cell of symbol is modified.
Should signal an error of type type-error if symbol is not a symbol.


1.1
A byte is an 8-bit unsigned quantity.
1.2
A word is a 16-bit unsigned quantity.
1.3
Bitfields are represented as blocks of characters, with the first character representing the most significant bit of the byte in question. Multi-bit subfields are indicated by using the same character multiple times, and values of 0 or 1 indicate that these bits are always of the specified value. Therefore a bitfield described as 010abbcc cccdd111 would be a two-byte bitfield containing four subfields, a, of 1 bit, b, 2 bits, c, 5 bits, and d, 2 bits, together with a field 'hardwired' to 010 and one to 111.
1.4
All multi-byte numbers are stored in big-endian form: most significant byte first, then in strictly descending order of significance.
1.5
The reader is assumed to already be familiar with the Z-machine; in particular its instruction set, memory map and stack conventions.
1.6
When form type names, which are four characters long, are set in running text, they're set in bold-face with spaces replaced by underscores. Thus ____ means "four spaces" and (c)_ means three letters of the copyright notation followed by a space.
2.1
For the purposes of flexibility, the overall format will be a new IFF type. A standard core is defined, and customised information can be stored by specific interpreters in such a way that it can be easily read by others. The FORM type is IFZS.
2.2
Several chunks are defined within this document to appear in the IFZS FORM:
'IFhd' 5.4 'CMem' 3.7 'UMem' 3.8 'Stks' 4.10 'IntD' 7.8
2.3
Several chunks may also appear by convention in any IFF FORM:
'AUTH' 7.2, 7.3 '(c) ' 7.2, 7.4 'ANNO' 7.2, 7.5
3.1
Since the contents of dynamic memory may be anything up to 65534 bytes, it is desirable to have some form of compression available as an option. Bryan Scattergood's port of ITF uses a method that is both elegant and effective, and this is the method adopted.
3.2
The data is compressed by exclusive-oring the current contents of dynamic memory with the original (from the original story file). The result is then compressed with a simple run-length scheme: a non-zero byte in the output represents the byte itself, but a zero byte is followed by a length byte, and the pair represent a block of n+1 zero bytes, where n is the value of the length byte.
3.3
It is not necessary to compress optimally, if to do so would be difficult. For example, an interpreter that does not store the whole of dynamic memory in physical memory may compress a single page at a time, ignoring the possibility of a run crossing a page boundary; this case can be encoded as two adjacent runs of bytes. It is required, however, that interpreters read encoded data even if it does not happen to be compressed to their particular page-boundary preferences. This is not difficult, requiring merely the maintenance of a small amount of state (namely the current run length, if any) across page boundaries on a read.
3.4
If the decoded data is shorter than the length of dynamic memory, then the missing section is assumed to be a run of zeroes (and hence equal to the original contents of that part of dynamic memory). This permits the removal of redundant runs at the end of the encoded block; again it is not necessary to implement this on writes, but it must be understood on reads.
3.5
Two error cases are possible on reads: the decoded data may be larger than dynamic memory, and the encoded data may finish with an incomplete run (a zero byte without a length byte). These should be dealt with in whatever way seems appropriate to the interpreter writer.
3.6
Dissenting voices have suggested that compression is unnecessary in today's world of cheap storage, and so the format also includes the capability to dump the contents of dynamic memory without modification. The ability to write such files is optional; the ability to read both types is necessary. It is an error for this dump to be shorter or longer than the expected length of dynamic memory.
3.7
The IFF chunk used to contain the compressed data has type CMem. Its format is as follows:
3.7.1
4 bytes 'CMem' chunk ID
3.7.2
4 bytes n chunk length
3.7.3
n bytes ... compressed data as above
3.8
The chunk used to contain the uncompressed data has type UMem. It has the format:
3.8.1
4 bytes 'UMem' chunk ID
3.8.2
4 bytes n chunk length
3.8.3
n bytes ... simple dump of dynamic memory
4.1
One of the biggest differences between current interpreters is how they handle the Z-machine's stacks. Conceptually, there are two, but many interpreters store both in the same array. This format stores both in the same IFF chunk, which has chunk ID Stks.
4.2
The IFF format includes a length field on each chunk, so we can write only the used portion of the stacks, to save space. The least recent frames on the stacks are saved first, to ensure that the missing part appears at the end of the data in the file.
4.3
Each frame has the format:
4.3.1
3 bytes ... return PC (byte address)
4.3.2
1 byte 000pvvvv flags
4.3.3
1 byte ... variable number to store result
4.3.4
1 byte 0gfedcba arguments supplied
4.3.5
1 word n number of words of evaluation stack used by this call
4.3.6
v words ... local variables
4.3.7
n words ... evaluation stack for this call
4.4
The return PC is a byte offset from the start of the story file.
4.6
The p flag is set on calls made by call_xN (discard result), in which case the variable number is meaningless (and should be written as a zero).
4.7
Assigning each of the possible 7 supplied arguments a letter a-g in order, each bit is set if its respective argument is supplied. The evaluation stack count allows the reconstruction of the chain of frame pointers for all possible stack models. Words on the evaluation stack are also stored least recent first.
4.8
Although some interpreters may impose an arbitrary limit on the size of the stacks (such as ZIP's 1024-word total stack size), others may not, or may set larger limits. This means that the size of a stack dump may be larger than will fit. If you cannot dynamically resize your stack you must trap this as an error.
4.9
The stack pointer itself is not stored anywhere in the save file, except implicitly, as the top frame on the stack will be the last saved.
4.10
The chunk itself is simply a sequence of frames as above:
4.10.1
4 bytes 'Stks' chunk ID
4.10.2
4 bytes n chunk length
4.10.3
n bytes ... frames (oldest first)
4.11
In Z-machine versions other than V6 execution starts at an address rather than at a routine, and therefore data can be pushed on the evaluation stack without anything being on the call stack. Therefore, in all versions other than V6 a dummy stack frame must be stored as the first in the file (the oldest chunk).
4.11.1
The dummy frame has all fields set to zero except n, the amount of evaluation stack used. Note that this may also be zero if the game does not use any evaluation stack at the top level.
4.11.2
This frame must be written even if no evaluation stack is used at the top level, and therefore interpreters may assume its presence on savefiles for V1-5 and V7-8 games.
5.1
We now come to one of the most difficult (yet most important) parts of the format: how to find the story file associated with this save file, or the related (but easier) problem of checking whether a given save file belongs to a given story.
5.2
Considering the easier second problem first, the actual name of the story file is often not much use. Firstly, filenames are highly dependent on the operating system in use, and secondly, many original Infocom story files were called simply 'story.data' or similar.
5.3
The method most existing interpreters use is to compare the variables at offsets $2, $12, and $1C in the header (that is, the release number, the serial number and the checksum), and refuse to load if they differ. These variables are duplicated in the file (since the header will be compressed with the rest of dynamic memory).
5.4
This data will be stored in a chunk of type IFhd. This chunk must come before the [CU]Mem and Stks chunks to save interpreters the trouble of decoding these only to find that the wrong story file is loaded. The format is:
5.4.1
4 bytes 'IFhd' chunk ID
5.4.2
4 bytes 13 chunk length
5.4.3
1 word ... release number ($2 in header)
5.4.4
6 bytes ... serial number ($12 in header)
5.4.5
1 word ... checksum ($1C in header)
5.4.6
3 bytes ... PC (see 5.8)
5.5
If the save file belongs to an old game that does not have a checksum, it should be calculated in the normal way from the original story file when saving. It is possible that a future version of this format may have a larger IFhd chunk, but the first 13 bytes will always contain this data, and if the other chunks described herein are present they will be guaranteed to contain the data specified.
5.6
The first problem (of trying to find a story file given only a save file) cannot really be solved in an operating-system independent manner, and so there is provision for OS-dependent chunks to handle this.
5.7
It should be noted that the current state of the IFhd chunk means it has odd length (13 bytes). It should, of course, be written with a pad byte (as mentioned in 8.4.1).
5.8
The value of the PC saved in the chunk depends on the version of the Z-machine which the story runs on.
5.8.1
On Z-machine versions 3 and below, the save instruction takes a branch depending on the success of the save. The saved PC points to the one or two bytes which describe this branch.
5.8.2
On versions 4 and above, the save instruction stores a value depending on the success of the save. The saved PC points to the single byte describing where to store the result.
5.8.3
This behaviour differs from that specified by previous versions of this standard, but the behaviour expected there would be difficult to implement in existing interpreters. The situation has been complicated as the patches available for the Zip interpreter did not correctly implement the previous standard; instead, they behaved as specified here.
6.1
It must be specified exactly what the magic cookie returned by catch is, since this value can be stored in any random variable, on the evaluation stack, or indeed anywhere in memory.
6.2
For greatest independence of internal interpreter implementation, catch is hereby specified to return the number of frames currently on the system stack. This makes throw slightly inefficient on many interpreters (a current frame count can be maintained internally to avoid problems with catch), but this is unavoidable without using two stacks and a fixed-size activation record (always 15 local variables). Since most applications of catch/throw do not unwind enormous depths, (and they are somewhat infrequent), this should not be too much of a problem.
6.3
The numbers of pictures and sounds do not need specification, since they are requested by number by the story file itself.
7.1
One of the advantages of the IFF standard is that extra chunks can be added to the format to extend it in various ways. For example, there are three standard chunk types defined, namely AUTH, (c)_, and ANNO.
7.2
AUTH, (c)_, and ANNO chunks all contain simple ASCII text (all characters in the range 0x20 to 0x7E).
7.2.1
The only indication of the length of this text is the chunk length (there is no zero byte termination as in C, for example).
7.2.2
The IFF standard suggests a maximum of 256 characters in this text as it may be displayed to the user upon reading, although it could get longer if required.
7.3
The AUTH chunk, if present, contains the name of the author or creator of the file. This could be a login name on multi-user systems, for example. There should only be one such chunk per file.
7.4
The (c)_ chunk contains the copyright message (date and holder, without the actual copyright symbol). This is unlikely to be useful on save files. There should only be one such chunk per file.
7.5
The ANNO chunk contains any textual annotation that the user or writing program sees fit to include. For save files, interpreters could prompt the user for an annotation when saving, and could write an ANNO with the score and time for V3 games, or a chunk containing the name/version of the interpreter saving it, and many other things.
7.6
The ANNO, (c)_ and AUTH chunks are all user-level information. Interpreters must not rely on the presence or absence of these chunks, and should not store any internal magic that would not make sense to a user in them.
7.7
These chunks should be either ignored or (optionally) displayed to the user. (c)_ chunks should be prefixed with a copyright symbol if displayed.
7.8
The save-file may contain interpreter-dependent information. This is stored in an IntD chunk, which has format:
7.8.1
4 bytes 'IntD' chunk ID
7.8.2
4 bytes n chunk length
7.8.3
4 bytes ... operating system ID
7.8.4
1 byte 000000sc flags
7.8.5
1 byte ... contents ID
7.8.6
2 bytes 0 reserved
7.8.7
4 bytes ... interpreter ID
7.8.8
n-12 bytes ... data
7.9
The operating system and interpreter IDs are normal IFF 4-character IDs in form. Please register IDs used with Martin Frost (at the email address given below) so that this can be managed sensibly. They can then be added to future versions of this specification, and contents IDs can be assigned.
7.10
If the s flag is set, then the contents are only meaningful on the same machine/network on which they were saved. This covers filenames and similar things. How to handle checking if this is indeed the same machine is an open question, and beyond the scope of this document. It is certainly true, however, that if the operating system ID does not match the current system and this bit is set, then the chunk should not be copied.
7.11
If the c flag is set, the contents should not be copied when loading and saving a game--they are only relevant to the exact current state of play as stored in the file. The data need not be copied even if this flag is clear, but must not be copied if it is set.
7.12
If the interpreter ID is ____ (four spaces), then the chunk contains information useful to *all* interpreters running on a particular system. This can store a magical OS-dependent reference to the original story file, which need not worry about vagaries of filename handling on more than one system. This chunk may contain anything that can be put in a file and retrieved intact. If the file is restored on a suitable system this can be used to do Good Things.
7.13
If the operating-system ID is ____, then the chunk contains data useful to *all* ports of a particular interpreter. This may or may not be useful.
7.14
The interpreter and operating-system IDs may not both be ____. This should not be neccessary.
7.15
If neither ID is ____, the contents are meaningful only to a particular port of a particular interpreter. Save-file specific preferences probably fall into this category.
7.16
The contents ID will be defined when chunk IDs are picked. Its purpose is to allow multiple chunks to be written containing different data, which is necessary if they need different settings of the c and s flags.
7.17
These extensions add no overhead to interpreters which choose not to handle them, except for larger save files and more chunks to skip when reading files written on another program. Interpreters are not expected to preserve these optional chunks when files are re-saved, although some may be copied, at the option of the interpreter writer or user.
7.18
The only required chunks are IFhd, either CMem or UMem, and Stks. The total overhead to a save file is 12 bytes plus 8 for each chunk; in the minimal case (IFhd, [CU]Mem, Stks = 3 chunks), this comes to 36 bytes.
7.19
The following operating system IDs have been registered:
7.19.1
'DOS ' MS-DOS (also PC-DOS, DR-DOS)
7.19.2
'MACS' Macintosh
7.19.3
'UNIX' Generic UNIX
7.20
The following interpreter IDs have been registered:
7.20.1
'JZIP' JZIP, the enhanced ZIP by John Holder
7.21
The following extension chunks have been registered to date:
System ID Interp ID Content ID Section 'MACS' ' ' 0 7.22
7.22
The following chunk has been registered for MacOS, to enable a Macintosh interpreter to find a story file given a save file using the System 7 ResolveAlias call. The MacOS alias record can be of variable size: the actual size can be calculated from the chunk size. Aliases are valid only on the same network as they were saved.
7.22.1
4 bytes 'IntD' chunk ID
7.22.2
4 bytes n chunk length (variable)
7.22.3
4 bytes 'MACS' operating system ID: MacOS
7.22.4
1 byte 00000010 flags (s set; c clear)
7.22.5
1 byte 0 contents ID
7.22.6
2 bytes 0 reserved
7.22.7
4 bytes ' ' interpreter ID: any
7.22.8
n-12 bytes ... MacOS alias record referencing the story file; from NewAlias
7.19.9
Alias records are of variable length, reflected in the chunk length; they are only valid on the same network they were created.
8.1
This is based on the official IFF standards document, which is rather long and contains much that is irrelevant to the task in hand. Feel free to mail me (i.e. Martin Frost) if there are errors, inconsistencies, or omissions. For the inquisitive, a document containing much of the original standard, including the philosophy behind the structure, can be found at http://www.concentric.net/~Bradds/iff.html
8.2
IFF stands for "Interchange File Format", and was developed by a committee consisting of people from Commodore-Amiga, Electronic Arts and Apple. It draws strongly on the Macintosh's concept of resources.
8.3
The most fundamental concept in an IFF file is that of a chunk.
8.3.1
A chunk starts with an ID and a length.
8.3.2
The ID is the concatenation of four ASCII characters in the range 0x20 to 0x7E.
8.3.3
If spaces are present, they must be the last characters (there must be no printing characters after a space).
8.3.4
IDs are compared using a simple 32-bit equality test - note that this implies case sensitivity.
8.3.5
The length is a 32-bit unsigned integer, stored in big-endian format (most significant byte, then second most, and so on).
8.4
After the ID and length, there follow (length) bytes of data.
8.4.1
If length is odd, these are followed by a single zero byte. This byte is *not* included in the chunk length, but it is very important, as otherwise many 68000-based readers will crash.
8.5
A simple IFF file (such as the ones we will be considering) consists of a *single* chunk of type FORM.
8.5.1
The contents of a FORM chunk start with another 4-character ID.
8.5.2
This ID is also the concatenation of four characters, but these characters may only be uppercase letters and trailing spaces. This is to allow the FORM sub-ID to be used as a filename extension.
8.6
After the sub-ID comes a concatenation of chunks. The interpretation of these chunks depends on the FORM sub-ID (in this proposal, the sub-ID is IFZS), except that a few chunk types always have the same meaning (notably the AUTH, (c)_ and ANNO chunks described in section 7). For reference, the other reserved types are: FOR[M1-9], CAT[ 1-9], LIS[T1-9], TEXT, and ____ (that is, four spaces).
8.7
Each of these chunks may contain as much data as required, in whatever format is required.
8.8
Multiple chunks with the same ID may appear; the interpretation of such chunks depends on the chunk. For example, multiple ANNO chunks are acceptable, and simply refer to multiple annotations. If more than one chunk of a certain type is found, when the reader was only expecting one, (for example, two IFhd chunks), the later chunks should simply be ignored (hopefully with a warning to the user).
8.9
Indeed, skipping is the expected procedure for dealing with any unknown or unexpected chunk.
8.10
Certain chunks may be compulsory if the FORM is meaningless without them. In this case the IFhd, [CU]Mem and Stks are compulsory.
9.1
A set of patches exists for the Zip interpreter, adding Quetzal support. They can be obtained from:
http://www.geocities.com/SiliconValley/Vista/6631/
9.2
A utility, ckifzs is available as C source code to check the validity of generated save files. A small set of correct Quetzal files are also available. These may be of use in debugging an interpreter supporting Quetzal. These may be obtained from the web page mentioned in 9.1.
9.3
This document is updated whenever errors are noticed or new extension chunks are registered. The latest version will always be available from the above web page. The latest revision designated stable (currently version 1.3) will be in the IF archive, ifarchive.org, in the directory if-archive/infocom/interpreters/specification/.
9.4
This document is itself available in a number of forms. The base version is in preformatted ASCII text, but there is also a PDF version (converted by John Holder) and this HTML version (converted by Graham Nelson). Links to all of these may be found on the web page.
9.5
A few interpreters support Quetzal; details will appear here as they become available.
10.1
This standard was created by Martin Frost (email: mdf@doc.ic.ac.uk). Comments and suggestions are always welcome (and any errors in this document are entirely my own, or those of the HTML typesetter, Graham Nelson).
10.2
The following people have contributed with ideas and criticism (in alphabetical order): King Dale, Marnix Klooster, Graham Nelson, Andrew Plotkin, Matthew T. Russotto, Bryan Scattergood, Miron Schmidt, Colin Turnbull, John Wood.
Links to related sections of the Z-Machine Standards Document:
Contents / Section 6.1 on the saved state
Opcodes: save / save_undo / restore / restore_undo / catch / throw


I thought I'd let you put my application together for yourselves.
Yup, I used BIRTH OF A HERO. Could've almost used Comic Sans instead.
Auto-place


Mobile web traffic has outpaced desktop traffic since 2016, and Google now uses your mobile website for search results and SEO. What is your "Mobile First" and "Offline First" architectural strategy to address this?
Mobile web pages, on average, take 22 seconds to load. The average user will wait only a second or two before they abandon your website for the next search result in the list. What is your plan to maximize web performance?
Gartner predicts that 30% of all computer interaction will take place by voice in 2018. Beyond Alexa, Siri, and Cortana, the 1.1 billion people worldwide with a disability expect to be able to fully use your website, including the 253 million users with a vision impairment, and the 108 million users with color blindness. Is your architecture ready to handle a conversational UI? How do you intend to go beyond text and images to fully engage all of your users' senses?
If you are ready to move past the superficial "framework of the week" hype and unlock the full potential of the web platform (as well as your own full potential as a web developer), this full-day, hands-on, lab-driven workshop is for you.
* We'll focus on clean, maintainable, performant, semantic, standards-based, framework-free code.
* We'll use a healthy balance of HTML, CSS, JavaScript, and Web Components.
* We won't waste your time with toy apps like ToDo lists or Twitter clones -- we'll build a fully Responsive, Accessible, Internationalized, Offline-Ready website for a fictitious software conference.
Unlock the full potential of the web platform.
Unlock your website for all devices and all users.
Unlock your future as a standards-based web developer.
Unlock.


--- layout: default title: FPM Registry Packages description: Packages listed in the fpm-registry permalink: /packages/fpm code_category: fpm feather-icon: package --- {% include nav.html active='Packages' %} FPM Registry Projects compatible with the Fortran Package Manager Back to all Packages {% for pkg in site.data.fpm_registry_index.packages %} {% for vers in pkg[1] %} {% if vers[0] == 'latest' %} {{ vers[1].name }} Author: {{ vers[1].author | join: " and " }}     Maintainer: {{ vers[1].maintainer | join: " and " }} {% if vers[1].description %} {{ vers[1].description }} {% endif %} {% endif %} {% endfor %} {% endfor %} See here to find out more about the fpm registry and how you can get your fpm compatible package listed.


Using Spatial Data with R
Last updated: February 11, 2019
Prerequisites and Preparations
To get the most out of this workshop you should have:
- a basic knowledge of R and/or be familiar with the topics covered in the Introduction to R.
- have a recent version of R and RStudio installed.
Recommended:
Create a new RStudio project
R-spatial
in a new folderR-spatial
.Create a new folder under
R-spatial
and call itdata
.If you have your working directory set to
R-spatial
which contains a folder calleddata
you can copy, paste, and run the following lines in R:
download.file("http://bit.ly/R-spatial-data", "R-spatial-data.zip")
unzip("R-spatial-data.zip", exdir = "data")
You can also download the data manually here R-spatial-data.zip and extract them.
Open up a new R Script file
R-spatial.R
for the code you’ll create during the workshop.- Install and load the following libraries:
- For the mapping section install and load these additional libraries:
References
Bivand, RS., Pebesma, E., Gómez-Rubio, V. (2013): Applied Spatial Data Analysis with R
Brunsdon, C. and Comber, L. (2015): An Introduction to R for Spatial Analysis and Mapping
Lovelace, R., Nowosad, J., Muenchow. J. (2019): Geocomputation with R
Spatial Data Analysis and Modeling with R
CRAN Task View: Analysis of Spatial Data
Engel, C. (2019). R for Geospatial Analysis and Mapping. The Geographic Information Science & Technology Body of Knowledge (1st Quarter 2019 Edition), John P. Wilson (Ed.). DOI:10.22224/gistbok/2019.1.3.
For a quick introduction to all things geo check out map school.
Acknowledgements
Some of the materials for this tutorial are adapted from http://datacarpentry.org


Enabling/Disabling Pop-Ups for Editing
How to optionally enable pop-up edit pages throughout this site.
- Navigate to Admin > Site Settings.
- Select the Advanced Settings tab.
- Expand the Usability Settings section.
- At Enable Pop-Ups?, select from these options:
- to pop-up a new window that is separate to the web browser when performing editing tasks.
- to perform editing tasks within the web browser.
-
Click the Update button.
Pop-ups enabled when editing module content
Pop-ups disabled when editing module content


Apply for a Budgeting Loan
2. Check if you’re eligible
To get a Budgeting Loan, you must have been getting one of these benefits for the past 6 months:
- Income Support
- income-based Jobseeker’s Allowance
- income-related Employment and Support Allowance
- Pension Credit
You may also be eligible if:
- you’ve had a combination of the benefits above
- you’ve had a break of up to 28 days in getting one of the benefits above
You can’t get a Budgeting Loan if:
- you’re involved in industrial action (for example, a strike, walkout or lockout)
- you owe more than £1,500 in total for Crisis Loans and Budgeting Loans
If you get Universal Credit
You can apply for a budgeting advance from your local Jobcentre Plus instead if you get Universal Credit.


--- layout: post title: Bing follows Google suite with innovation! Launches Auto Suggest based on history! date: 2010-03-02 00:07:06.000000000 +01:00 categories: - blog - web2.0 tags: - google - microsoft - search - yahoo status: publish type: post published: true meta: _edit_last: '1' author: ---
Bing has come up with a new feature that doesn't exist in the market as of date! It now gives Auto suggests based on your past searches. Google also stores your past searches(if you are logged into google) using web history. Yahoo now seems to be the only safe search engine out there which doesn't seem to be storing users past searches!
As per bing offical blog
In fact, 44% of non-navigational search sessions last longer than 1 week!
This move might again stir up the Hornets nest of privacy concerns! Lets wait and watch!
DISCLAIMER: Author works for Yahoo! Search and the opinion displayed in here are his personal views and nothing to do with the official stand of any of the above mentioned companies. All the data mentioned in here are to the best of my personal knowledge. Any discrepancy which might have crept in here is solely due to my own ignorance and I take no responsibility for any usage/misusage of the above mentioned.


Front End Developer with experience in embedded systems and C Programming. Passionate about learning more about Web Development and continuing to grow professionally by tackling challenging projects .
Would you like to get in touch with me? Need to request more information about myself, my experience or to ask for my resume? Just feel free to drop me a line anytime.
I promise to reply A.S.A.P.


fun <T : Any> Observer<T>.bufferUntilDatabaseCommit(): Observer<T>
Buffer observations until after the current database transaction has been closed. Observations are never dropped, simply delayed.


Archives - Eric's Nerdery python development blog
{% endblock %}
{% block meta_description %}Archives of Eric Carmichael's blog where he rambles about being a Web Developer in North Idaho{% endblock %}
{% block content %}
Archives for the nerdery
{% for year, date_year in dates|groupby( 'date.year' )|sort(reverse=True) %}


{% extends "registration/base.html" %} {% block title %}Logout - {{ block.super }}{% endblock title %} {% block content %}
You have been logged out.


Change the value field to the desired one, and click on the Save button.
Name of the property.
Value of the property.
If you want to delete this property, click the Delete button below (there is no way back!).


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void | SetServiceRegistration (ServiceLoader loader) |
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void | RegisterService (Services toLocator) |
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bool | UnregisterService (Services toLocator) |
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void | InitService (Services serviceLocator, System.Action onCompleteCallback) |
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ServiceType | GetService< ServiceType > (Services serviceLocator) |
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object | GetService (Services serviceLocator) |
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int | registrationGroup [get] |
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bool | isProxy [get] |
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Type | registrationType [get] |
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The documentation for this interface was generated from the following file:
- Runtime/services/ServiceRegistration/ServiceRegistration.cs


--- layout: page title: Lean Prover Zulip Chat Archive permalink: archive/144837PRreviews/019391119arrowcongr.html ---
@Yury G. Kudryashov is asking why https://github.com/leanprover-community/mathlib/pull/1119/files#diff-a714d761eac2ec5a2e4b0ed4592f9c46R227 can't be a simp-lemma.
I have no clue...


{% extends 'layout.html' %} {% block contentclass %}{% endblock %} {% block content %}
My name is Arseny Pavlenko and I've been dabbling in all sorts of web development for the last 10 years or so. I love using Redis and JavaScript, my Apple gear, and enjoy the mental kick that working with innovative technologies affords, in general.
If you have any questions about the project or would just like to chat feel free to contact me at any time.
E-Mail: h0x91b@gmail.com


A Sticky Sidebar demo
This is a barebones demo showing a typical sticky sidebar UX.
Sometimes you want the summary to stay in view no matter now long the page is. Useful when you have a long form with multiple items to keep track of.
This is a barebones demo showing a typical sticky sidebar UX.
Sometimes you want the summary to stay in view no matter now long the page is. Useful when you have a long form with multiple items to keep track of.


Detox Holidays
1. Queries analysis on:
- Google.com
- Google images (abandoned throughout the analyses)
2. Google.com (only english pages) with incognito window navigation
> settings > never show instant results > results per page > 100
> query > left-click > view page source > cmd-a, copy and paste on Yoyo
> filter “google” > extract links
3. Dataset creation:
Links in Excel > double links eliminated (filters > advanced > unique records only) >
file Excel cleaned validating all links one by one, reading and tag assignment
to each link dividing in:
- Medical
- Rehab
- News
- Blog
- Education
- Technology
- Wiki
More information added to the dataset in relation to:
- Author
- Latitude
- Longitude
- Website IP
- Short summary and quotes
All results irrelevant for the research have been cut out after reading;
3 ideologies came up and all links have been sorted again in 3 categories:
- Pro Detox
- Balanced
- Against Detox
4. Digitaldetoxholidays.com research:
By reading the links emerged that one of the most used remedies
for detoxing are tech-free holidays from any kind of Internet device
Research of “Digital detox holidays” on Google.com >
3rd result selected = DigitalDetoxHolidays.com > holidays package research > 80 results
Tripadvisor.com used to research more hotels information (detox packages, price, ext…)
5. New dataset creation:
- Type of holiday
- Hotel name
- City
- Country
- Website link
- Logo
- Significant image
More information added in the Excel dataset related to:
- Continent
- Latitude
- Logitude
- Price for a night per person (USD $)
6. Creation of an interactive map using TileMill and the online platform MapBox
showing where all the 80 hotels found in the research are geographically located


Browse STM Datasets
Here lies every dataset our group has ever obtained regardless of quality, and it is important to note that all images have either a plane subtract or x-filter applied automatically upon upoad. All data here is the property of the Brown STM Lab and Clarkson University. Under a Creative Commons Attribution License (CC-BY) all images are available for use, and we ask that citations adhere to the following format: "Ryan Brown (Brown STM Lab), Clarkson University, http://brownstmlab.herokuapp.com/datasets/browse/image_id".


Generic platform-independent keyboard interface Mainly meant for use with example applications, not intended for use with real clients.
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static const int | TIMEOUT_IN_MS = 10 |
| | Time to block when no key is pressed.
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| static const int | ESC_SEQ = 0x1000 |
| | Special key codes Common ASCII key codes like 'A' are not defined here. More...
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static const int | BACKSPACE_KEY = '\b' |
| | Backspace key, same as '\b'.
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static const int | ENTER_KEY = '\r' |
| | Enter key, same as '\r'.
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static const int | ESC_KEY = 0x1B |
| | ESC-key (if not followed by a '[' character).
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static const int | DEL_KEY = 0x7F |
| | DEL key.
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static const int | UP_KEY = 0x100 |
| | Cursor up key.
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static const int | DOWN_KEY = 0x101 |
| | Cursor down key.
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static const int | LEFT_KEY = 0x102 |
| | Cursor left key.
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static const int | RIGHT_KEY = 0x103 |
| | Cursor right key.
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- Returns
- Key value (typically ASCII), EOF if end-of-file is reached or 0 if no key was pressed.
- Note
- get_key() typically blocks for at most TIMEOUT_IN_MS milliseconds waiting for a key to be pressed.
-
Escape sequences are returned as specific values. An ESC-'['-<key> sequence is returned as value ESC_SEQ + x, where x is the ASCII key value after the escape sequence. For example, the 'UP' arrow key typically encodes as ESC-'['-'A', which will then be returned as the value ESC_SEQ + 'A'. Other escape sequences are not translated and typically ignore the first ESC key. And ESC-ESC sequence returns as a single ESC_KEY character, 0x1B.
| const int ESC_SEQ = 0x1000 |
|
static |
ESC-key followed by a '[' character. The key value returned will be this value plus an escape-specific key value. For instance, the escape sequence ESC-'['-'E' will return the key value 0x1045, which equals ESC_SEQ + 'E'. (This holds for unrecognized escape sequences; Recognized sequences like ESC-'['-'A' will be returned as UP_KEY, for instance.)


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| SymbolicSet () |
| | construct SymbolicSet with a Cudd manager
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| SymbolicSet (const SymbolicSet &other, std::vector< int > dim) |
| | create a SymbolicSet from other by projecting it onto the dimension in dim
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| SymbolicSet (const UniformGrid &grid, const std::vector< IntegerInterval< abs_type >> &intervals) |
| | create a SymbolicSet and initialize m_bdd_interval with intervals
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| template<class grid_point_t > |
| | SymbolicSet (const Cudd &manager, const int dim, const grid_point_t &lb, const grid_point_t &ub, const grid_point_t &eta) |
| | provide BDD variable manager and UniformGrid parameters More...
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| | SymbolicSet (const Cudd &manager, const UniformGrid &grid) |
| | provide BDD variable manager and UniformGrid More...
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| | SymbolicSet (const SymbolicSet &set1, const SymbolicSet &set2) |
| | construct product of two SymbolicSets More...
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void | print_info (int verbose=0) const |
| | print information about the symbolic set
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BDD | id_to_bdd (abs_type id) const |
| | function to obtain a BDD representation of the grid point id
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BDD | interval_to_bdd (const Cudd &manager, const std::vector< abs_type > &lb, const std::vector< abs_type > &ub) const |
| | get a BDD representation of the grid points whose IDs are an element of the integer hyper-interval [lb; ub]
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| template<class F > |
| BDD | ap_to_bdd (const Cudd &manager, const F &atomic_prop) const |
| | obtain a BDD representation of the grid points whose grid point IDs evaluate to true in the lambda expression More...
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| std::vector< double > | bdd_to_grid_points (const Cudd &manager, BDD bdd) |
| | get a vector of grid points that are encoded in the BDD More...
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std::vector< double > | projection (const Cudd &manager, const BDD &bdd, std::vector< int > dim) const |
| | projection of the set of grid points onto the dimension in dim+1, e.g., to project onto the 1st and 2nd coordinate, set dim = {0,1}
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| template<class grid_point_t > |
| std::vector< double > | restriction (const Cudd &manager, const BDD &bdd, const grid_point_t &x, std::vector< int > domain={}) const |
| | restriction of the set of grid points (represented as the BDD bdd) to x More...
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abs_type | get_no_bdd_vars () const |
| | get number of BDD variables used to represent the SymbolicSet
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std::vector< BDD > | get_bdd_vars () const |
| | get number of BDD variables used to represent the SymbolicSet
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std::vector< unsigned int > | get_bdd_var_ids () const |
| | get number of BDD variables used to represent the SymbolicSet
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|
std::vector< abs_type > | bdd_to_id (const Cudd &manager, BDD bdd) |
| | get a vector of IDs that corresponding to the grid points encoded by the BDD
|
| |
|
abs_type | get_size (const Cudd &manager, BDD bdd) const |
| | get number grid points represented by the BDD
|
| |
|
std::vector< IntegerInterval< abs_type > > | get_bdd_intervals () const |
| | get IntegerInterval
|
| |
|
BDD | get_cube (const Cudd &manager) const |
| | get cube BDD with the BDD variables of the SymbolicSet
|
| |
| template<class grid_point_t > |
| | UniformGrid (const int dim, const grid_point_t &lb, const grid_point_t &ub, const grid_point_t &eta) |
| | provide uniform grid parameters and domain defining hyper-interval More...
|
| |
|
template<class grid_point_t > |
| abs_type | xtoi (const grid_point_t &x) const |
| | compute the index associated with a grid point
|
| |
|
template<class grid_point_t > |
| void | itox (abs_type id, grid_point_t &x) const |
| | compute the grid point associated with a index
|
| |
|
void | itox (abs_type id, std::vector< double > &x) const |
| | compute the grid point associated with a index
|
| |
|
template<class grid_point_t > |
| std::vector< grid_point_t > | ItoX (std::vector< abs_type > &Ivector) const |
| | do a index to state conversion for vectors
|
| |
|
template<class grid_point_t > |
| std::vector< abs_type > | XtoI (std::vector< grid_point_t > &Xvector) const |
| | do a state to index conversion for vectors
|
| |
|
void | print_info () const |
| | creates console output with grid information
|
| |
|
int | get_dim () const |
| |
|
abs_type | size () const |
| |
|
std::vector< double > | get_eta () const |
| |
|
std::vector< double > | get_lower_left () const |
| |
|
std::vector< double > | get_upper_right () const |
| |
|
std::vector< abs_type > | get_no_gp_per_dim () const |
| |
|
std::vector< abs_type > | get_nn () const |
| |
The UniformGrid class with the capability to represent sets of grid points as BDDs. See UniformGrid for details.


JHotDraw 8 is a framework for structured drawing editors. It can be used to create many different editors from a simple doodle program up to full fledged diagram editors and vector animation tools.
JHotDraw 8 differs significantly from JHotDraw 7 in the following aspects:
JHotDraw consists of the following parts:
Drawing Framework
This framework provides the building blocks for the creation
of vector drawing editors. It is located in the
{@link org.jhotdraw.draw} package and its sub-packages.
Application Framework
This framework supports the creation of document
oriented applications which want to support platform-specific guidelines
of the operating system on which they are being executed. It is located in the
{@link org.jhotdraw.app} package and its sub-packages.
Sample Applications and Applets
The samples are located in sub-packages of the
{@code org.jhotdraw.samples} package.
Supporting classes
The supporting classes are located in the remaining packages.


Develop a Django website for Krittika
We’re working to create a django website for catering to the publicity of events and handling of resources. We’re planning to expand the website to create a user friendly interface to edit the website with access given to specific people and create wiki. The other being handling user profiles and discussion forums.
There will be three steps that need to be followed.
1. Design the skeleton for the website using basic CSS and HTML. Convert this into a mobile friendly django website.
2. Add the user profile features and create personalized views for short scale users.
3. Create user friendly interface to edit things on the website.
| Week | Work |
|---|---|
| Week 1 | Learn python, HTML and CSS. |
| Week 2 | Learn Django and decide upon the template and animations. |
| Week 3 | Create basic wiki page and editable interface to upload and arrange images and text appropriately. |
| Week 4 | Testing |
| Week 5 | Editable interface to moderate posts regarding events on the website. |
| Week 6 | Add search bar for wiki pages and user profiles |
| Week 7 | Create discussion forums similar to reddit style thread. |
| Week 8 | Testing |
| Week 9 | Buffer week to finish up presentation and documentation |


Electric Blue
Another Monday, and it came way too early for the weekend I spent. Where do I begin?
Friday night I ended up over near Fort Greene Park and had some Negronis in the back of Walter's at some Japanese restaruant called Karasu. DELICIOUS. AND the place just happened to be one I was familiar with since the ladies and I had our "Fancy Night" there during the inaugural Tschüssfest back in September. They call him Westy, or maybe Holden, but I don't know that, because I stole him. That's not my dog... That's not my dog... That's not my dog... That's not my.... dog.
TL;DR
I'm living in a movie...
Saturday I FINALLY had some down time and took advantage of it by not doing A DAMN THING! No, I did stuff. Washed a bunch of clothes (all that cold calling got me sweaty), went for a run, and then walked a fairly decent distance all thay way back across Atlantic Ave in order to source some decent wine for the dinner party Danielle was having that evening. You see, New York is like Washington USED to be, where you can't buy wine or alcohol in the super market. You have to find an actual shop. And I certainly was not going to buy some "hooch" at one of the convenient corner bodega-like liquor shop that has bullet proof glass surrounding the clerk. Don't think the viognier is going to be up to snuff.
Danielle ends up spatchcocking some chicken and squash and I find myself in the midst of some true culinary prowess. With Sarah, Mari and her mom, myself and Danielle enjoying the spoils of some fine wine, delicious dinner, and hearty laughter, we go well into Sunday morning with smiles on our faces. And late night espressos. And the headaches that come first thing in the morning...
Sunday was the marathon and while I was curious to be up close to the course, I also thoroughly enjoy any day that Prospect Park is quiet since it lends great power to my meditation, even if my meditation is sweating my ass off trying to complete a double lap (I will get there). Little bit of misty rain, perfect temperature, lots of Arcade Fire in the ear.
Meet up with Lindsay for some oyster happy hour which ends up being a complete BUST since the place I chose lied about the times for HH on a Sunday. Whatever. We head over to the Alamo Drafthouse to take in a movie and are presented with the most powerfully difficult yet cinematically beautiful movie I think I've ever seen: Yorgos Lanthimos' The Killing of a Sacred Deer. Seriously, if you haven't see The Lobster or Dogtooth, do yourself a favor and watch one of these three. Or not. I'm still reeling from how absolutely difficult and horrible the premise is. Two of us in the theatre clapped but judging by the extremely soft murmur as the credits rolled, I wasn't the only one left haunted by this film. Lindsay and I didn't say much to each other afterwards...
“Can't get, my head around it. I finally found it but I found out I don't know shit...” — Arcade Fire


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The following conditions are for prescribing or checking the
breakpoint type. They cause an exception if used outside the
debugger or in execution_state/2
.
advice
debugger
The following construct converts an arbitrary Prolog goal into a condition.
true(
Cond)
once(
Cond)
is executed and the condition is satisfied if and only if this completes
successfully. If an exception is raised during execution, an error
message is printed and the condition fails.
The substitutions done on executing Cond are carried out. Cond is subject to module name expansion. If used in the test part of spypoint conditions, the goal should not have any side-effects, as the test part may be evaluated several times.
The following conditions represent the Boolean constants.
true
[]
false


{% extends "layout.html" %} {% block page_title %} Bank account {% endblock %} {% block content %} BETA This is a new service – your feedback will help us to improve it. You need to send us your receipt(s). How would you like to do this? By uploading one or more receipts from my computer or device By taking one or more photos using my smart phone or tablet For this option your files should already be saved on the device you are using Upload file {# /account-reference #} For this option your smart phone or tablet camera needs to be above 8 megapixels Take one or more photos of your receipt(s) Continue {# /account-details #} Continue {# /column 2 thirds #} {# /grid row #} {% endblock %}
BETA This is a new service – your feedback will help us to improve it.
For this option your files should already be saved on the device you are using
For this option your smart phone or tablet camera needs to be above 8 megapixels
Continue


Is a fast learner, flexible to keep up the technological developments, Excited about developing new, interesting and engaging UI. Love challenging myself to find better and more efficient ways to code.
Currently working on native mobile applications specifically on the Apple iOS devices i.e. iPhone/iPad using Objective-C, Swift and Xcode IDE.


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Renders the object into box.
render([box])
| box |
DOM element, w2ui object's container |
Description
If box argument is not defined, the
widget will be rendered into the DOM element defined by the .box property of the widget. The
.render() method will also render the related objects by calling their .render()
methods. For example, each w2grid has a toolbar, which is a w2toolbar object. When grid is rendered, the toolbar object will be
rendered as well.
If you pass a selector during object creation, the .render() internally:
The layout will be rendered into the first element returned by $('#layout') and this element will
be recorded into the .box property of the layout.
You could have created layout in the following way:
Since the w2ui object is created but not yet rendered, you can render it by:
Or you could use w2render() method in the following way:
which is easier to follow.


{{ define "title" }}Heatify - Users{{ end }} {{ define "content"}}
We're working on a new feature that will track contributors as they are encountered in tracked repositories. You'll be able to view heatmaps and stastics for individual users. Stay tuned!
{{ end }}


Welcome to Alfredo's Pizza
Please fill out the form below to get started!
Please select a size:
Small
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Please select a crust type:
Regular
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Flatbread
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Please select a cheese:
Mozzarella
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Please select a meat topping:
All Meat
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Add to order!
Here is your order:


Embed your Scratch profile on your website
NOTE : Remember that the width and height can be affected by CSS.


Toggle navigation
AnchorGlass
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The following predefined operations are supplied for MPI_REDUCE and related functions MPI_ALLREDUCE, MPI_REDUCE_SCATTER, MPI_SCAN, and MPI_EXSCAN. These operations are invoked by placing the following in op.
The two operations MPI_MINLOC and MPI_MAXLOC are discussed separately in Section MINLOC and MAXLOC . For the other predefined operations, we enumerate below the allowed combinations of op and datatype arguments. First, define groups of MPI basic datatypes in the following way.
Now, the valid datatypes for each option is specified below.
The following examples use intracommunicators.
Example
A routine that computes
the dot product of two vectors that are distributed across a
group of processes and returns the answer at node zero.
SUBROUTINE PAR_BLAS1(m, a, b, c, comm) REAL a(m), b(m) ! local slice of array REAL c ! result (at node zero) REAL sum INTEGER m, comm, i, ierr ! local sum sum = 0.0 DO i = 1, m sum = sum + a(i)*b(i) END DO ! global sum CALL MPI_REDUCE(sum, c, 1, MPI_REAL, MPI_SUM, 0, comm, ierr) RETURN
Example
A routine that computes
the product of a vector and an array that are distributed across a
group of processes and returns the answer at node zero.
SUBROUTINE PAR_BLAS2(m, n, a, b, c, comm) REAL a(m), b(m,n) ! local slice of array REAL c(n) ! result REAL sum(n) INTEGER n, comm, i, j, ierr ! local sum DO j= 1, n sum(j) = 0.0 DO i = 1, m sum(j) = sum(j) + a(i)*b(i,j) END DO END DO ! global sum CALL MPI_REDUCE(sum, c, n, MPI_REAL, MPI_SUM, 0, comm, ierr) ! return result at node zero (and garbage at the other nodes) RETURN


|
||||||||||
| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |
Block
hash from a byte array representing a
Block Header.
Block
using the
Block Header.
Proof of Work
for
this block and validates the Block's contents.
Block
in this BlockChain with the specified
hash.
Ballot
transferred by this Packet.
Ballots
contained by this Block.
Block
contained in this node.
Block
transferred by this Packet
connection
with the specified name from
the current list of peers of this Node.
CONNECTION_NODE_ONLY
A connection was initiated by this node
CONNECTION_PEER_ONLY
A connection was initiated by a peer node
CONNECTION_BOTH
The connection is agreed upon by both nodes
DIFFICULTY = MAXIMUM_TARGET / SPECIFIED_TARGET
hash
of the Block
requested by this packet.
node
in this BlockChain containing the Block
with the specified hash.
Blocks
in the longest branch in this
BlockChain
Block
on the top of the longest branch in this
BlockChain.
Votes
contained in this Ballot as an ArrayList.
|
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| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |


Actions, resources, and condition keys for AWS Elastic Load Balancing V2
AWS Elastic Load Balancing V2 (service prefix:
elasticloadbalancing
) provides the following service-specific resources, actions, and condition context keys for use in IAM permission policies.
References:
-
Learn how to configure this service .
-
View a list of the API operations available for this service .
-
Learn how to secure this service and its resources by using IAM permission policies.
Topics
Actions defined by AWS Elastic Load Balancing V2
You can specify the following actions in the
Action
element of an IAM policy statement. Use policies to grant permissions to perform an operation in AWS. When you use an action in a policy, you usually allow or deny access to the API operation or CLI command with the same name. However, in some cases, a single action controls access to more than one operation. Alternatively, some operations require several different actions.
The
Resource types
column of the Actions table indicates whether each action supports resource-level permissions. If there is no value for this column, you must specify all resources ("*") to which the policy applies in the
Resource
element of your policy statement. If the column includes a resource type, then you can specify an ARN of that type in a statement with that action. If the action has one or more required resources, the caller must have permission to use the action with those resources. Required resources are indicated in the table with an asterisk (*). If you limit resource access with the
Resource
element in an IAM policy, you must include an ARN or pattern for each required resource type. Some actions support multiple resource types. If the resource type is optional (not indicated as required), then you can choose to use one of the optional resource types.
The
Condition keys
column of the Actions table includes keys that you can specify in a policy statement's
Condition
element. For more information on the condition keys that are associated with resources for the service, see the
Condition keys
column of the Resource types table.
For details about the columns in the following table, see Actions table .
| Actions | Description | Access level | Resource types (*required) | Condition keys | Dependent actions |
|---|---|---|---|---|---|
| AddListenerCertificates | Grants permission to add the specified certificates to the specified secure listener | Write | |||
| AddTags | Grants permission to add the specified tags to the specified load balancer. Each load balancer can have a maximum of 10 tags | Tagging | |||
| CreateListener | Grants permission to create a listener for the specified Application Load Balancer | Write |
elasticloadbalancing:AddTags |
||
| CreateLoadBalancer | Grants permission to create a load balancer | Write |
elasticloadbalancing:AddTags |
||
| CreateRule | Grants permission to create a rule for the specified listener | Write |
elasticloadbalancing:AddTags |
||
| CreateTargetGroup | Grants permission to create a target group | Write |
elasticloadbalancing:AddTags |
||
| DeleteListener | Grants permission to delete the specified listener | Write | |||
| DeleteLoadBalancer | Grants permission to delete the specified load balancer | Write | |||
| DeleteRule | Grants permission to delete the specified rule | Write | |||
| DeleteTargetGroup | Grants permission to delete the specified target group | Write | |||
| DeregisterTargets | Grants permission to deregister the specified targets from the specified target group | Write | |||
| DescribeAccountLimits | Grants permission to describe the Elastic Load Balancing resource limits for the AWS account | Read | |||
| DescribeListenerCertificates | Grants permission to describe the certificates for the specified secure listener | Read | |||
| DescribeListeners | Grants permission to describe the specified listeners or the listeners for the specified Application Load Balancer | Read | |||
| DescribeLoadBalancerAttributes | Grants permission to describe the attributes for the specified load balancer | Read | |||
| DescribeLoadBalancers | Grants permission to describe the specified the load balancers. If no load balancers are specified, the call describes all of your load balancers | Read | |||
| DescribeRules | Grants permission to describe the specified rules or the rules for the specified listener | Read | |||
| DescribeSSLPolicies | Grants permission to describe the specified policies or all policies used for SSL negotiation | Read | |||
| DescribeTags | Grants permission to describe the tags associated with the specified resource | Read | |||
| DescribeTargetGroupAttributes | Grants permission to describe the attributes for the specified target group | Read | |||
| DescribeTargetGroups | Grants permission to describe the specified target groups or all of your target groups | Read | |||
| DescribeTargetHealth | Grants permission to describe the health of the specified targets or all of your targets | Read | |||
| ModifyListener | Grants permission to modify the specified properties of the specified listener | Write | |||
| ModifyLoadBalancerAttributes | Grants permission to modify the attributes of the specified load balancer | Write | |||
| ModifyRule | Grants permission to modify the specified rule | Write | |||
| ModifyTargetGroup | Grants permission to modify the health checks used when evaluating the health state of the targets in the specified target group | Write | |||
| ModifyTargetGroupAttributes | Grants permission to modify the specified attributes of the specified target group | Write | |||
| RegisterTargets | Grants permission to register the specified targets with the specified target group | Write | |||
| RemoveListenerCertificates | Grants permission to remove the specified certificates of the specified secure listener | Write | |||
| RemoveTags | Grants permission to remove one or more tags from the specified load balancer | Tagging | |||
| SetIpAddressType | Grants permission to set the type of IP addresses used by the subnets of the specified load balancer | Write | |||
| SetRulePriorities | Grants permission to set the priorities of the specified rules | Write | |||
| SetSecurityGroups | Grants permission to associate the specified security groups with the specified load balancer | Write | |||
| SetSubnets | Grants permission to enable the Availability Zone for the specified subnets for the specified load balancer | Write | |||
| SetWebAcl [permission only] | Grants permission to give WebAcl permission to WAF | Write |
Resource types defined by AWS Elastic Load Balancing V2
The following resource types are defined by this service and can be used in the
Resource
element of IAM permission policy statements. Each action in the
Actions table
identifies the resource types that can be specified with that action. A resource type can also define which condition keys you can include in a policy. These keys are displayed in the last column of the Resource types table. For details about the columns in the following table, see
Resource types table
.
| Resource types | ARN | Condition keys |
|---|---|---|
| listener/app |
arn:$
{
Partition}:elasticloadbalancing:$
{
Region}:$
{
Account}:listener/app/$
{
LoadBalancerName}/$
{
LoadBalancerId}/$
{
ListenerId}
|
|
| listener-rule/app |
arn:$
{
Partition}:elasticloadbalancing:$
{
Region}:$
{
Account}:listener-rule/app/$
{
LoadBalancerName}/$
{
LoadBalancerId}/$
{
ListenerId}/$
{
ListenerRuleId}
|
|
| listener/net |
arn:$
{
Partition}:elasticloadbalancing:$
{
Region}:$
{
Account}:listener/net/$
{
LoadBalancerName}/$
{
LoadBalancerId}/$
{
ListenerId}
|
|
| listener-rule/net |
arn:$
{
Partition}:elasticloadbalancing:$
{
Region}:$
{
Account}:listener-rule/net/$
{
LoadBalancerName}/$
{
LoadBalancerId}/$
{
ListenerId}/$
{
ListenerRuleId}
|
|
| loadbalancer/app/ |
arn:$
{
Partition}:elasticloadbalancing:$
{
Region}:$
{
Account}:loadbalancer/app/$
{
LoadBalancerName}/$
{
LoadBalancerId}
|
|
| loadbalancer/net/ |
arn:$
{
Partition}:elasticloadbalancing:$
{
Region}:$
{
Account}:loadbalancer/net/$
{
LoadBalancerName}/$
{
LoadBalancerId}
|
|
| targetgroup |
arn:$
{
Partition}:elasticloadbalancing:$
{
Region}:$
{
Account}:targetgroup/$
{
TargetGroupName}/$
{
TargetGroupId}
|
Condition keys for AWS Elastic Load Balancing V2
AWS Elastic Load Balancing V2 defines the following condition keys that can be used in the
Condition
element of an IAM policy. You can use these keys to further refine the conditions under which the policy statement applies. For details about the columns in the following table, see
Condition keys table
.
To view the global condition keys that are available to all services, see Available global condition keys .
| Condition keys | Description | Type |
|---|---|---|
| aws:RequestTag/${TagKey} | Filters access by a tag key and value pair that is allowed in the request | String |
| aws:ResourceTag/${TagKey} | Filters access by a tag key and value pair of a resource | String |
| aws:TagKeys | Filters access by a list of tag keys that are allowed in the request | ArrayOfString |
| elasticloadbalancing:CreateAction | Filters access by the name of a resource-creating API action | String |
| elasticloadbalancing:ResourceTag/${TagKey} | Filters access by the preface string for a tag key and value pair that are attached to a resource | String |


| Created: | 6/27/2020 7:02:47 AM |
| Modified: | 6/27/2020 7:02:47 AM |
| Project: | |
| Advanced: |
| Attribute |
|
Public serial id |
|
Details:
|
|
Public integer contract_id |
|
Details:
|
|
Public varchar(255) number |
|
Details:
|
|
Public integer supplier_id |
|
Details:
|
|
Public varchar(255) created_by |
|
Details:
|
|
Public varchar(255) updated_by |
|
Details:
|
|
Public timestamp with time zone(0) created_at |
|
Details:
|
|
Public timestamp with time zone(0) updated_at |
|
Details:
|
|
Public timestamp with time zone(0) start_date |
|
Details:
|
| Operation | ||
|
Public contract_versions_pkey( id: serial, |
||
|
Details:
<<PK>>
|
||
|
Public contract_versions_contract_id_foreign( contract_id: integer, |
||
|
Details:
<<FK>>
|
| Element | Source Role | Target Role |
|
«table» contracts Table «FK» |
Name: contract_versions_contract_id_foreign |
Name: contracts_pkey |
|
Details:
|
| Tag | Value |
| Owner | public |
|
Details:
|
| Property | Value |
| isFinalSpecialization: | 0 |


|
CD Project: CDs
of important click here. (Your
computer must be connected to the Internet for this hyperlink to work.) |
*
Indices of Will Books for
Will Books # 1 thru 38 - 1867
- 1992
Did your ancestor leave a will? Did someone else leave a will in which one of your
ancestors was a beneficiary or was mentioned?
Are you interested in discovering the distribution of your ancestors
property? Are you interested in who was
mentioned in an ancestral will? How can you find answers to these and many
more family-history questions? Many of
the answers are available in the wills that are on file in the
records room of the Monroe County, Ohio Probate Court in
There are about 50 will books in the record room of the
Monroe County, Ohio Probate Court. Each
is chock-full of wills, records of will probates, legal cases of heirs
contesting wills, court actions to introduce wills that had not been
registered before the will -maker died, and much
more. You have two options for
investigating these wills. 1) Go to the
Probate Court record room located in the Monroe County Court House in
Whichever route you choose, you can make your search much
more fruitful if you first research the indices of the will books. First select a will book that is near
the date of death of the person whose will you wish to investigate. Don t give up if you do not find the will
you are seeking in the book containing the date of death of the person. Remember that wills were frequently
registered with the court years prior to the person s death. So, look in books that preceded the persons
date of death by several years. Also
remember that many wills were made and not registered with the court. These wills may have been kept at home or
given to someone for safe keeping. The will
may then have been introduced following the death of the will-maker. In these cases, it is wise to search will
books for years that followed the person s death. So be sure to search the index of will
books both before and after the person died.
Each of the will books found in the court house
has several hundred pages. They are too
large to be placed on this website. So,
each will
books that was made between the period 1867 1969 (will books #1 through #23)
has been made into a compact disk (CD).
CDs of these will books are available either from this website at: http://freepages.history.rootsweb.com/~harringtonfamilies/CD-Status.htm or from eBay at: http://stores.ebay.com/Genealogy-and-History-Research-Help. The indices of will books #1 through #23
have also been placed on this website so that researchers can more easily
locate will books that contain wills of specific members of their
research.
Will books that were made between the period 1969 1992 (will
books #24 through #38) have not been made into CDs but the indices of
these will books have been photographed and placed on this
website. Therefore, the indices of will
books #1 through #38 (1867 through 1992) are available on this website.
Be
sure to search the indices for the will you need. This will identify the specific will
book or will book CD that you will need to access.
To use the index below, click on the name of the will
book that you are seeking. This will
take you to an index of the index pages found in that Will Book.

Only the indices for these will books (#24 through #38 ) are available
on this
website. Click on the name of the will book to access
the index. Copies of individual wills
can be purchased from the Probate Court.
CDs
of Will Books #1 through #23 can be purchased from the Monroe County Historical
Society. Click on the printable CD order
form below.
For more information about other
CDs that are available go to the following website:
http://freepages.history.rootsweb.com/~harringtonfamilies/CD-Status.htm
Click here for a Printable CD Order Form
The author of this CD can be contacted at: Richard Harrington, 9517
The address of the


*** User 2017-05-05 19:54:53.265 ***
19:54:53.265 [info] Disabling blocking sync...
*** User 2017-05-05 19:54:53.270 ***
19:54:53.270 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-1@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 19:54:54.793 ***
19:54:54.792 [info] Enabling membership...
*** User 2017-05-05 19:54:54.794 ***
19:54:54.794 [info] Disabling blocking sync...
*** User 2017-05-05 19:54:54.800 ***
19:54:54.799 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-2@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 19:54:56.337 ***
19:54:56.337 [info] Enabling membership...
*** User 2017-05-05 19:54:56.339 ***
19:54:56.338 [info] Disabling blocking sync...
*** User 2017-05-05 19:54:56.343 ***
19:54:56.343 [info] Configured peer_service_manager partisan_default_peer_service_manager on node 'node-3@MacBook-Pro-de-Anne-France'
*** User 2017-05-05 19:54:56.597 ***
Joining node: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 55000
*** User 2017-05-05 19:54:56.597 ***
Joining issued: 'node-3@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 55000
*** User 2017-05-05 19:54:56.597 ***
Joining node: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54984
*** User 2017-05-05 19:54:56.598 ***
Joining issued: 'node-2@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54984
*** User 2017-05-05 19:54:56.598 ***
Joining node: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54970
*** User 2017-05-05 19:54:56.599 ***
Joining issued: 'node-1@MacBook-Pro-de-Anne-France' to 'runner@MacBook-Pro-de-Anne-France' at port 54970
*** User 2017-05-05 19:54:56.660 ***
Waiting for join to complete with manager: partisan_default_peer_service_manager
*** User 2017-05-05 19:54:56.661 ***
Finished.
*** CT 2017-05-05 19:54:56.661 *** COVER INFO
Adding nodes to cover test: ['runner@MacBook-Pro-de-Anne-France']
*** CT 2017-05-05 19:54:56.670 *** COVER INFO
Successfully added nodes to cover test: []
*** User 2017-05-05 19:54:56.670 ***
Case finished: sql_simple_uncontracted_latency_test
*** User 2017-05-05 19:55:03.718 ***
19:55:03.718 [info] Application lasp exited with reason: stopped
*** User 2017-05-05 19:55:03.718 ***
19:55:03.718 [info] Application partisan exited with reason: stopped
=== Ended at 2017-05-05 19:55:03
=== successfully completed test case
=== Returned value: ok
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