| ifsogui.fileselect: | Types | Modinfo | Source |
| ifsoGUI_FileSelect | File Selecter Type. |
| Type ifsoGUI_FileSelect Extends ifsoGUI_Window | |
| Description | File Selecter Type. |
| Methods Summary | |
|---|---|
| BackupDir | Takes the list up one directory level. |
| Draw | Draws the gadget. |
| GetDir | Returns the current directory of the gadget. |
| GetSelection | Returns the user selection. Full directory and file/dir name. |
| GetStyle | Returns the style of the File Select gadget. |
| ListClick | Called when an item is clicked in the list box. |
| ListDblClick | Called when an item is double clicked in the list box. |
| LoadSkin | Loads a skin for one instance of the gadget. |
| Populate | Populates the list box from the directory. |
| Refresh | Refreshes the gadget. |
| SelectClick | Called when the select button is clicked. |
| SetDir | Sets the current directory of the File Select gadget. |
| SetStyle | Sets the style of the File Selecter. |
| SetVisible | Sets the gadget Visible/Invisible. |
| Show | Shows the gadget. |
| SlaveEvent | Called from a slave gadget. |
| Functions Summary | |
|---|---|
| Create | Create and returns a FileSelect gadget. |
| Method BackupDir() | |
| Description | Takes the list up one directory level. |
| Information | Internal function should not be called by the user. |
| Method Draw(parX:Int, parY:Int, parW:Int, parH:Int) | |
| Description | Draws the gadget. |
| Information | Internal function should not be called by the user. |
| Method GetDir:String() | |
| Description | Returns the current directory of the gadget. |
| Method GetSelection:String() | |
| Description | Returns the user selection. Full directory and file/dir name. |
| Method GetStyle:Int() | |
| Description | Returns the style of the File Select gadget. |
| Method ListClick() | |
| Description | Called when an item is clicked in the list box. |
| Information | Internal function should not be called by the user. |
| Method ListDblClick() | |
| Description | Called when an item is double clicked in the list box. |
| Information | Internal function should not be called by the user. |
| Method LoadSkin(strSkin:String) | |
| Description | Loads a skin for one instance of the gadget. |
| Method Populate() | |
| Description | Populates the list box from the directory. |
| Information | Internal function should not be called by the user. |
| Method Refresh() | |
| Description | Refreshes the gadget. |
| Information | Recalculates any geometry/font changes, etc. Internal function should not be called by the user. |
| Method SelectClick() | |
| Description | Called when the select button is clicked. |
| Information | Internal function should not be called by the user. |
| Method SetDir(strDir:String) | |
| Description | Sets the current directory of the File Select gadget. |
| Method SetStyle(iStyle:Int) | |
| Description | Sets the style of the File Selecter. |
| Information | This should be called before the Selecter is shown. Styles: ifsoGUI_FILESELECT_OPENDIR, ifsoGUI_FILESELECT_SAVEFILE, ifsoGUI_FILESELECT_OPENFILE. |
| Method SetVisible(bVisible:Int) | |
| Description | Sets the gadget Visible/Invisible. |
| Method Show() | |
| Description | Shows the gadget. |
| Method SlaveEvent(gadget:ifsoGUI_Base, id:Int, data:Int, iMouseX:Int, iMouseY:Int) | |
| Description | Called from a slave gadget. |
| Information | Slave gadgets do not generate GUI events. They send events to their Master. The Master then uses it or can send a GUI event. Internal function should not be called by the user. |
| Function Create:ifsoGUI_FileSelect(iX:Int, iY:Int, iW:Int, iH:Int, strName:String) | |
| Description | Create and returns a FileSelect gadget. |
| Version | 1.00 |
|---|---|
| Author | Marcus Trisdale |
| Copyright | (c) 2009 Marcus Trisdale |


HEARTBREAKERS A film review by Max Messier Copyright 2001 filmcritic.com filmcritic.com
The problem with a movie like Heartbreakers is that as hard as you try to concentrate on the notable qualities of the film -- the clever camerawork, the strong ensemble acting, the deft script -- every time Jennifer Love Hewitt walks into a scene, her breasts take over. Even my date noticed the blatant attempts by the filmmakers in drawing all attention to the chests of both Sigourney Weaver and Hewitt. Alas, all those breasts are never fully revealed -- like some bad 80's teen horror film censored by Jerry Falwell.
Despite the massive amounts of boob time in Heartbreakers, the film delivers all the goods of a solid comedic vehicle. Max (Weaver) and Page (Hewitt) are a mother/daughter team who swindle rich guys out of their dollars in a con involving matrimony vows, extramarital trysts, and divorce settlements. Sort of like a cross between Anywhere but Here and The Grifters.  Alas, during the con job, Page ends up falling in love with a local bar owner (Jason Lee), a dead body ends up in their trunk, Princess Leia shows up as a divorce attorney, and a jilted ex-husband (Ray Liotta) shows up waving a gun and advising group therapy for everyone.
The glue that holds this familiar story together lies in the actors involved in the production. Hackman delivers a memorable performance as the wheezing, hacking, brown-toothed William B. Tensy. Jason Lee, one of the best young actors working in Hollywood these days, brings a warm, subtle touch to his role of the lovelorn bar owner head-over-heels in love with Page. Weaver delivers another knockout comedic punch as the protective mother Max. And Hewitt actually pulls together a credible acting job despite the screen time she has to share with her breasts.
The best work in the film is given by Ray Liotta, the most intense man ever to grace the screen. He has the uncanny ability to take one- or two-dimensional roles, in such films as Cop Land, Hannibal, and No Escape, and turn in an outstanding, memorable job. The only problem is that I'm still trying to forget about his roles in Turbulence and Muppets from Space.
Despite the positives, Heartbreakers does have its minor flaws. The "protective mother" scenario drags on for too long, and the complete and total ignorance of every male in the film over Max and Page's con jobs is a bit too hard to swallow. And not that I'm complaining, but who wears skintight dresses every day of the year?
In a nutshell, though, this is a love story. Beneath all the lying, the cheating, the backstabbing, the hacking coughs, and the cleavage we find a familiar tale of true love. How sweet it is.

Visit filmcritic.com on the Web at http://www.filmcritic.com
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


| 1 | package fr.sii.ogham.testing.helper.sms; | |
| 2 | ||
| 3 | /** | |
| 4 | * Class used in tests for ensuring that the SMS is respected. It provides the | |
| 5 | * following information: | |
| 6 | *
 | |
| 7 | *
The expected message
 | |
| 8 | *
The expected sender phone number
 | |
| 9 | *
The expected receiver phone number
 | |
| 10 | *
 | |
| 11 | * | |
| 12 | * @author Aurélien Baudet | |
| 13 | */ | |
| 14 | public class ExpectedSms { | |
| 15 | /** | |
| 16 | * The expected message | |
| 17 | */ | |
| 18 | private final String message; | |
| 19 | ||
| 20 | /** | |
| 21 | * The expected phone number for the sender | |
| 22 | */ | |
| 23 | private final ExpectedAddressedPhoneNumber senderNumber; | |
| 24 | ||
| 25 | /** | |
| 26 | * The expected phone number of the receiver | |
| 27 | */ | |
| 28 | private final ExpectedAddressedPhoneNumber receiverNumber; | |
| 29 | ||
| 30 | /** | |
| 31 | * Initialize the expected SMS with the message, the sender phone number and | |
| 32 | * the receiver phone number. | |
| 33 | * | |
| 34 | * @param message | |
| 35 | * the expected message | |
| 36 | * @param senderNumber | |
| 37 | * the expected phone number for the sender | |
| 38 | * @param receiverNumber | |
| 39 | * the expected phone number of the receiver | |
| 40 | */ | |
| 41 | public ExpectedSms(String message, ExpectedAddressedPhoneNumber senderNumber, ExpectedAddressedPhoneNumber receiverNumber) { | |
| 42 | super(); | |
| 43 | this.message = message; | |
| 44 | this.senderNumber = senderNumber; | |
| 45 | this.receiverNumber = receiverNumber; | |
| 46 | } | |
| 47 | ||
| 48 | /** | |
| 49 | * @return the message | |
| 50 | */ | |
| 51 | public String getMessage() { | |
| 52 |
2
1. getMessage : replaced return value with "" for fr/sii/ogham/testing/helper/sms/ExpectedSms::getMessage → NO_COVERAGE 2. getMessage : replaced return value with "" for fr/sii/ogham/testing/helper/sms/ExpectedSms::getMessage → KILLED |
return message; |
| 53 | } | |
| 54 | ||
| 55 | /** | |
| 56 | * @return the sender number | |
| 57 | */ | |
| 58 | public ExpectedAddressedPhoneNumber getSenderNumber() { | |
| 59 |
2
1. getSenderNumber : replaced return value with null for fr/sii/ogham/testing/helper/sms/ExpectedSms::getSenderNumber → NO_COVERAGE 2. getSenderNumber : replaced return value with null for fr/sii/ogham/testing/helper/sms/ExpectedSms::getSenderNumber → KILLED |
return senderNumber; |
| 60 | } | |
| 61 | ||
| 62 | /** | |
| 63 | * @return the receiver number | |
| 64 | */ | |
| 65 | public ExpectedAddressedPhoneNumber getReceiverNumber() { | |
| 66 |
2
1. getReceiverNumber : replaced return value with null for fr/sii/ogham/testing/helper/sms/ExpectedSms::getReceiverNumber → NO_COVERAGE 2. getReceiverNumber : replaced return value with null for fr/sii/ogham/testing/helper/sms/ExpectedSms::getReceiverNumber → KILLED |
return receiverNumber; |
| 67 | } | |
| 68 | } | |
Mutations | ||
| 52 |
1.1 2.2 |
|
| 59 |
1.1 2.2 |
|
| 66 |
1.1 2.2 |


We’re running ... projects with ... contributors. Want to help?
Don’t know where to start? Dig through some open issues.
Build Time
Tools that help whilst developing and coding to automate repetitive tasks or simplify building procedures.
Loading repositories...
Run Time
Tools to help you whilst your code is running — stop writing boiler plate code and take the hassle out of implementing features.
Loading repositories...

Loading repositories...
Scripting
These tools help you when you need to automate something that can cross build-, run- and test-time, or even when you’re just haxxxing.
Loading repositories...
More Projects
Loading repositories...


At The Burger Point, we are committed to providing customers with all natural, hormone, antibiotic, and preservative free meats.
We are proud to have partnered with the Rain Crow Ranch to provide our customers a burger experience that is unlike any other. We are passionate about our food and the way it is prepared, from the cattle ranch, to our kitchen, to your plate, we are committed to freshness and continue to be an advocate for the ethical treatment of animals and the environment.
Right now, there is a very limited number of American farms that are certified 100% grass fed beef. We are proud to be one of the few restaurants in Chicago that can honestly make this claim and back it up. All of our burgers (beef, chicken, and turkey) are ground fresh in house which guarantees quality and consistency all the time.
Our food is cooked to order, nothing is ever frozen, and almost everything is made from scratch. For this reason it takes a little longer than you may be used to, but you will taste the difference that is well worth the extra few minutes!
Right now, there is a very limited number of American farms that are certified 100% grass fed beef. We are proud to be one of the few restaurants in Chicago that can honestly make this claim and back it up.


RESEARCH
Cluster Eclipsing Binaries
This project served as my senior thesis project at Northwestern University. Feel free to take a look at the full thesis here.
When the Vera Rubin Observatory (previously known as the Large Synoptic Survey Telescope (LSST)) becomes operational in 2021, it will provide unprecedented data on eclipsing binary stars (EBs). The period-recovery rate of the Vera Rubin Observatory has been studied previoudly by Polzin 2018 & Prsa 2017. We build on previous work by including eclipsing binary stars residing in open and globular clusters. Given that nearly half of all stars within the Milky Way reside in a binary system, and a significant number also reside in star clusters, these cluster binaries make up an important population of all galactic EBs.
The behavior of binary stars bound in clusters can be different than those binaries distributed throughout the rest of the galaxy because of close gravitational encounters with nearby stars. For example, binaries with longer orbital periods, which are less tightly bound gravitationally, will be disrupted by the gravity from other cluster-member objects.
In addition, the Vera Rubin Observatory has several proposed observing strategies and cadences, allocating different numbers of observations for different viewing fields. We use the Operations Simulator (OpSim) to simulate the viewing patterns and cadence of the Vera Rubin Observatory. Between the two strategies compared in this project, baseline & colossus, there are differences that could alter the period recovery across clusters. Namely, colossus allocates higher numbers of observations to the OpSim viewing fields near the galactic plane. Given that most Open Clusters reside in the galactic plane, it is possible that colossus will have a higher rate of period recovery for Open Clusters (see figure below).
Figure: mollweide projection plot of on-sky location of open clusters (red) and globular clusters (blue).
Figure: mollweide projection plot of number of observations per OpSim field for the baseline (left) and colossus (right) strategy.
We compiled data for 3353 open and 157 globular clusters. For each cluster, we used COSMIC to simulate a population of 40,000 binaries. Light curves are generated for each binary using ellc. These light curves are passed to gatspy, which analyzes them via a Lomb-Scargle periodogram. If an eclipse is detectable, then that binary is considered 'observable.' If the period returned by gatspy is witin 10% of the 'input period' from COSMIC (or half/integer multiples), then that binary is considered 'recovered.'
Over the 10-year run-time of the Vera Rubin Observatory, colossus will recover 13% more EBs than baseline. In addition, globular clusters will have more total EBs recovered than open clusters. This makes sense because globular clusters have much higher cluster masses on average when compared to open clusters.
Another population of interest present in our study is detached white dwarf (WD) binary systems that are both eclipsing and short-period enough to produce detectable gravitational waves (Korol 2017). The gravitational waves produced by these systems are detectable by the new Laser Interferometer Space Antenna (LISA). In our sample, we were able to find an eclipsing binary that was deemed recovered by the Vera Rubin Observatory and detectable in GW by LISA. This example of a simulated eclipsing binary visible via both electromagnetic radiation and gravitational waves points to exciting synergies between the two projects!


--- layout: default ---
Jekell-Helix is a very opinionated Yeoman generator built with Jekyll and gulp. You will be able to quickly scaffold your site and start developing. As you are working on your site your assets will automatically be updated and injected into your browser as well as your posts. When you are done developing and want to publish it you are two commands away from having everything optimized and published.
scss ~ autoprefixer ~ minification ~ browsersync ~ deployments ~ image optimization ~ gzip ~ much much more


Source code for pymatgen.analysis.chemenv.connectivity.environment_nodes
__author__ = 'waroquiers'
import abc
from monty.json import MSONable
[docs]class AbstractEnvironmentNode(MSONable):
"""
Abstract class used to define an environment as a node in a graph.
"""
COORDINATION_ENVIRONMENT = 0
NUMBER_OF_NEIGHBORING_COORDINATION_ENVIRONMENTS = 1
NUMBER_OF_NEIGHBORING_CES = NUMBER_OF_NEIGHBORING_COORDINATION_ENVIRONMENTS
NEIGHBORING_COORDINATION_ENVIRONMENTS = 2
NEIGHBORING_CES = NEIGHBORING_COORDINATION_ENVIRONMENTS
NUMBER_OF_LIGANDS_FOR_EACH_NEIGHBORING_COORDINATION_ENVIRONMENT = 3
NUMBER_OF_LIGANDS_FOR_EACH_NEIGHBORING_CE = NUMBER_OF_LIGANDS_FOR_EACH_NEIGHBORING_COORDINATION_ENVIRONMENT
LIGANDS_ARRANGEMENT = 4
NEIGHBORS_LIGANDS_ARRANGEMENT = 5
ATOM = 6
CE_NNBCES_NBCES_LIGANDS = -1
DEFAULT_EXTENSIONS = (ATOM, COORDINATION_ENVIRONMENT)
def __init__(self, central_site, i_central_site):
"""
Constructor for the AbstractEnvironmentNode object.
Args:
central_site (Site or subclass of Site): central site as a pymatgen Site or
subclass of Site (e.g. PeriodicSite, ...).
i_central_site (int): Index of the central site in the structure.
"""
self.central_site = central_site
self.i_central_site = i_central_site
@property
def isite(self):
"""Index of the central site."""
return self.i_central_site
def __hash__(self):
"""Simple hash function based on the hash function of the central site."""
return self.central_site.__hash__()
def __eq__(self, other):
# When relabelling nodes from a str or int to an EnvironmentNode in-place in a graph (e.g. in a
# ConnectedComponent), the comparison should return False when comparing the already relabelled nodes (e.g. as
# an EnvironmentNode) with those not yet relabelled (e.g. a str representing the isite). This is useful for
# serialization as a json/bson object.
return self.__class__ == other.__class__ and self.isite == other.isite
def __lt__(self, other):
# This simple "Less Than" operator allows to strictly sort environment nodes in a graph.
# This is useful (and actually neeeded) in the definition of the cycles but does not have
# any real meaning of a "lower value" environment node.
return self.isite < other.isite
[docs] def everything_equal(self, other):
"""Checks equality with respect to another AbstractEnvironmentNode using the index of the central site
as well as the central site itself."""
return self.__eq__(other) and self.central_site == other.central_site
@property
@abc.abstractmethod
def coordination_environment(self):
return
# def number_of_neighboring_coordination_environments(self, environments_subgraph):
# # One cannot use the MultiGraph.neighbors(self) method because for self-loops,
# # it yields the neighbor only once
# incident_edges = environments_subgraph.edges(self)
# count = 0
# for edge in incident_edges:
# count += 1
# if edge[0] == edge[1]:
# count += 1
# return str(count)
#
# def neighboring_coordination_environments(self, environments_subgraph):
# pass
# # neighboring_environments_nodes = environments_subgraph.neighbors(self)
# # return str(len(neighboring_environments_nodes))
#
# def descriptor(self, extensions=DEFAULT_EXTENSIONS, **kwargs):
# return self.ce_extended(extensions, **kwargs)
#
# def ce_extended(self, extensions=DEFAULT_EXTENSIONS, **kwargs):
# npoints = max(extensions)
# res = ['']*(npoints + 1)
# for extension in extensions:
# res[extension] = self.get_descriptor(extension, **kwargs)
# return '.'.join(res)
#
# def get_descriptor(self, extension, **kwargs):
# if extension == AbstractEnvironmentNode.COORDINATION_ENVIRONMENT:
# return self.coordination_environment
# elif extension == AbstractEnvironmentNode.NUMBER_OF_NEIGHBORING_CES:
# env_subgraph = kwargs['environments_subgraph']
# return self.number_of_neighboring_coordination_environments(environments_subgraph=env_subgraph)
# elif extension == AbstractEnvironmentNode.CE_NNBCES_NBCES_LIGANDS:
# descr = str(self.coordination_environment)
# descr += '.'
# env_subgraph = kwargs['environments_subgraph']
# neighboring_ces_nodes = env_subgraph.neighbors(self)
# if len(list(neighboring_ces_nodes)) == 0:
# descr += '0-..'
# else:
# my_neighboring_nodes = []
# for ces_node in neighboring_ces_nodes:
# for iedge in env_subgraph[self][ces_node]:
# my_neighboring_nodes.append({'neighbor': ces_node,
# 'edge_data': env_subgraph[self][ces_node][iedge]})
# # Special case for self-loops :
# if ces_node == self:
# opposed_data = dict(env_subgraph[self][ces_node][iedge])
# opposed_data['delta'] = tuple([-ii for ii in opposed_data['delta']])
# my_neighboring_nodes.append({'neighbor': ces_node,
# 'edge_data': opposed_data})
# my_neighboring_nodes.sort(key=lambda x: len(x['edge_data']['ligands']))
# descr += str(len(my_neighboring_nodes))
# descr += '-'
# descr += ','.join([str(len(nn['edge_data']['ligands'])) for nn in my_neighboring_nodes])
# descr += '.'
# descr += ','.join([str(nn['neighbor'].coordination_environment) for nn in my_neighboring_nodes])
# #TODO: check sorting according to the nomenclature !
# return descr
# elif extension == AbstractEnvironmentNode.ATOM:
# return self.atom_symbol
# else:
# return 'NULL'
@property
def ce(self):
return self.coordination_environment
@property
def mp_symbol(self):
return self.coordination_environment
@property
def ce_symbol(self):
return self.coordination_environment
@property
def atom_symbol(self):
"""Symbol of the atom on the central site."""
return self.central_site.specie.symbol
def __str__(self):
"""String representation of the AbstractEnvironmentNode."""
return 'Node #{:d} {} ({})'.format(self.isite, self.atom_symbol, self.coordination_environment)
[docs]class EnvironmentNode(AbstractEnvironmentNode):
"""
Class used to define an environment as a node in a graph.
"""
def __init__(self, central_site, i_central_site, ce_symbol):
"""
Constructor for the EnvironmentNode object.
Args:
central_site (Site or subclass of Site): central site as a pymatgen Site or
subclass of Site (e.g. PeriodicSite, ...).
i_central_site (int): Index of the central site in the structure.
ce_symbol (str): Symbol of the identified environment.
"""
AbstractEnvironmentNode.__init__(self, central_site, i_central_site)
self._ce_symbol = ce_symbol
@property
def coordination_environment(self):
return self._ce_symbol
[docs] def everything_equal(self, other):
return (super().everything_equal(other) and
self.coordination_environment == other.coordination_environment)
# Keep these as they might come in handy later on if we decide to implement specific descriptors
# for specific environments
# class OctahedralEnvironmentNode(AbstractEnvironmentNode):
#
# CG = AllCoordinationGeometries().get_geometry_from_mp_symbol('O:6')
#
# def __init__(self, central_site, i_central_site):
# AbstractEnvironmentNode.__init__(self, central_site, i_central_site)
#
# @property
# def coordination_environment(self):
# return self.CG.mp_symbol
#
#
# class TetrahedralEnvironmentNode(AbstractEnvironmentNode):
#
# CG = AllCoordinationGeometries().get_geometry_from_mp_symbol('T:4')
#
# def __init__(self, central_site, i_central_site):
# AbstractEnvironmentNode.__init__(self, central_site, i_central_site)
#
# @property
# def coordination_environment(self):
# return self.CG.mp_symbol
#
#
# allowed_environment_nodes = {'O:6': OctahedralEnvironmentNode,
# 'T:4': TetrahedralEnvironmentNode}
[docs]def get_environment_node(central_site, i_central_site, ce_symbol):
"""
Get the EnvironmentNode class or subclass for the given site and symbol.
Args:
central_site (Site or subclass of Site): Central site of the environment.
i_central_site (int): Index of the central site in the structure.
ce_symbol: Symbol of the environment.
Returns:
An EnvironmentNode object.
"""
return EnvironmentNode(central_site=central_site, i_central_site=i_central_site, ce_symbol=ce_symbol)


#include <stdio.h>
#include <stdbool.h>
#include <stddef.h>
Go to the source code of this file.
Data Structures | |
| struct | keyword |
| Struct for keyword string/type. More... | |
| struct | lexeme |
| Struct for lexeme in the symbol table linked list. More... | |
| struct | node |
| Struct for abstract syntax tree node. More... | |
| struct | attributes |
| Language grammar. More... | |
| struct | asm_cmd |
| Struct for assembly code list. More... | |
Macros | |
| #define | __VERSION_NUM 1.0 |
| __VERSION_NUM for program | |
| #define | TRUE 1 |
| Alias for better code readability. | |
| #define | FALSE 0 |
| Alias for better code readability. | |
| #define | logger(tag, ...) opal_log(tag, __FILE__, __LINE__, __func__, __VA_ARGS__) |
| Macro function to call opal_log() with source file, line & function name. | |
| #define | _PASS (logger(RESULT, " - PASS")) |
| Macro function to log PASS. | |
| #define | _FAIL (logger(RESULT, " - FAIL")) |
| Macro function to log FAIL. | |
| #define | _DONE (logger(RESULT, " .. DONE")) |
| Macro function to log DONE. | |
| #define | perror_msg_len 1024 |
| Buffer used to populate error message string for perror() | |
| #define | lexeme_str_len 1024 |
| A buffer to hold string value of lexeme. | |
Typedefs | |
| typedef enum log_level | log_level_e |
| Log level name enum for opal_log function. | |
| typedef enum lexeme_type | lexeme_type_e |
| Lexeme types enum. | |
| typedef struct keyword | keyword |
| Struct for keyword string/type. | |
| typedef struct lexeme | lexeme_s |
| Struct for lexeme in the symbol table linked list. | |
| typedef enum ast_node_type | ast_node_type_e |
| Enum for abstract syntax tree node type. | |
| typedef struct node | node_s |
| Struct for abstract syntax tree node. | |
| typedef struct attributes | attributes_s |
| Language grammar. | |
| typedef enum asm_code | asm_code_e |
| Enum for assembly code. | |
| typedef struct asm_cmd | asm_cmd_e |
| Struct for assembly code list. | |
Enumerations | |
| enum | log_level { NONE, ERROR, INFO, DEBUG, RESULT } |
| Log level name enum for opal_log function. | |
| enum | lexeme_type { lx_NOP = 0, lx_EOF, lx_Ident, lx_Integer, lx_String, lx_Assign, lx_Add, lx_Sub, lx_Negate, lx_Mul, lx_Div, lx_Mod, lx_Eq, lx_Neq, lx_Lss, lx_Gtr, lx_Leq, lx_Geq, lx_And, lx_Or, lx_Not, lx_If, lx_Else, lx_While, lx_Lparen, lx_Rparen, lx_Lbrace, lx_Rbrace, lx_Semi, lx_Comma, lx_Print, lx_Input } |
| Lexeme types enum. | |
| enum | ast_node_type { nd_NOP = 0, nd_EOF, nd_Ident, nd_Integer, nd_String, nd_Assign, nd_Add, nd_Sub, nd_Negate, nd_Mul, nd_Div, nd_Mod, nd_Eq, nd_Neq, nd_Lss, nd_Gtr, nd_Leq, nd_Geq, nd_And, nd_Or, nd_Not, nd_If, nd_Else, nd_While, nd_Prts, nd_Prti, nd_Sequence, nd_Input } |
| Enum for abstract syntax tree node type. | |
| enum | asm_code { asm_NOP = 0, asm_EOF, asm_Ident, asm_Int, asm_String, asm_Assign, asm_Add, asm_Sub, asm_Negate, asm_Mul, asm_Div, asm_Mod, asm_Eq, asm_Neq, asm_Lss, asm_Gtr, asm_Leq, asm_Geq, asm_And, asm_Or, asm_Not, asm_Fetch, asm_Store, asm_Push, asm_Jmp, asm_Jz, asm_Jnz, asm_Prts, asm_Prti, asm_HALT, asm_Label, asm_Input } |
| Enum for assembly code. | |
Functions | |
| void | opal_log (log_level_e, const char *, int, const char *, const char *,...) |
| Print formatted message to log file. More... | |
| void | banner (const char *) |
| Print a banner with stars above and below given string. More... | |
| short | opal_exit (short) |
| Close open files, flush buffers and exit. More... | |
| int | read_next_char (void) |
| Read next character from source file. More... | |
| short | init_report (FILE *) |
| Initialize HTML report. More... | |
| short | close_report (FILE *) |
| Close HTML report. More... | |
| short | rem_comments (FILE *, FILE *) |
| Read source, remove comments, write to destination. More... | |
| short | proc_includes (FILE *, FILE *) |
| Process include files, write to destination. More... | |
| short | print_marc_html (FILE *, FILE *) |
| Append MARC output to HTML report file. More... | |
| lexeme_s | get_string_literal_lexeme (int, int) |
| Get lexeme for a string literal. More... | |
| lexeme_type_e | binary_unary (char, lexeme_type_e, lexeme_type_e, int, int) |
| Get lexeme for binary or unary operator. More... | |
| lexeme_s | get_identifier_lexeme (int, int) |
| Get identifier lexeme. More... | |
| lexeme_s | get_next_lexeme (void) |
| Get the next lexeme. More... | |
| short | get_lexeme_str (const lexeme_s *, char *, int) |
| Stringify lexeme. More... | |
| short | build_symbol_table (lexeme_s *, int *) |
| Populate symbol table with lexemes in source file pointer. More... | |
| short | print_symbol_table (lexeme_s *, FILE *) |
| Print symbol table to destination file pointer. More... | |
| bool | match (const char *str, const char *pattern) |
| Determine if regular expression is an integer. More... | |
| short | print_symbol_table_html (lexeme_s *, FILE *) |
| Print symbol table to HTML report. More... | |
| void | free_symbol_table (lexeme_s *) |
| Free symbol table linked list. More... | |
| void | traverse_ast (node_s *node, FILE *dest_fp) |
| Traverse syntax tree for output file generation. More... | |
| node_s * | build_syntax_tree (lexeme_s *) |
| Build abstract syntax tree from symbol table. More... | |
| node_s * | make_statement_node (void) |
| Build and return statement node. More... | |
| node_s * | make_parentheses_expression (void) |
| Build and return expression inside parantheses. More... | |
| node_s * | make_expression_node (int) |
| Build expression node. More... | |
| void | expect_lexeme (lexeme_type_e) |
| Check if lexeme is expected type, else print error and exit. More... | |
| node_s * | make_leaf_node (ast_node_type_e, lexeme_s *) |
| Build and return leaf nodes for identifier/integer/strings. More... | |
| node_s * | optimize_syntax_tree (node_s *) |
| Optimize the abstract syntax tree. More... | |
| short | print_ast (node_s *, FILE *) |
| Print abstract syntax tree to destination file. More... | |
| void | traversePreOrder_grah (node_s *, FILE *, int) |
| Traverse abstract syntax tree pre-order. | |
| short | print_ast_html (node_s *, FILE *) |
| Print abstract syntax tree to HTML report. More... | |
| void | free_syntax_tree (node_s *) |
| Free syntax tree. More... | |
| short | gen_asm_code (node_s *) |
| Build assembly code list from abstract syntax tree. More... | |
| short | print_asm_code (asm_cmd_e[], FILE *) |
| Print assembly code list. More... | |
| short | print_asm_code_html (asm_cmd_e[], FILE *) |
| Print assembly code list to HTML report file. More... | |
| int | add_var (char *) |
| Create Identifier array. More... | |
| int | add_str (char *) |
| Create String array. More... | |
Variables | |
| char * | source_fn = NULL |
| Input source file name. | |
| char * | dest_fn = NULL |
| Destination file name. | |
| char * | log_fn = NULL |
| Log file name. | |
| char * | report_fn = NULL |
| Report file name. | |
| char * | golden_fn = NULL |
| Golden syntax tree printout file name. | |
| char * | css_fn = "res/styles.css" |
| HTML CSS file name. | |
| FILE * | source_fp = NULL |
| Source file pointer. | |
| FILE * | dest_fp = NULL |
| Destination file pointer. | |
| FILE * | log_fp = NULL |
| Log file pointer. | |
| FILE * | report_fp = NULL |
| Report file pointer. | |
| FILE * | golden_fp = NULL |
| Golden syntax tree printout file pointer. | |
| short | retVal = 0 |
| Function return value. | |
| int | next_char = ' ' |
| Next character in source file. | |
| int | char_col = 0 |
| Column number of character in source file. | |
| int | char_line = 0 |
| Line number of character in source file. | |
| short | LOG_LEVEL = ERROR |
| Current log level. | |
| char | perror_msg [perror_msg_len] = { 0 } |
| Message string for perror() | |
| keyword | keyword_arr [] |
| Array for supported keywords. More... | |
| const char | op_name [][16] |
| Lexeme type names for logging. More... | |
| lexeme_s | next_lexeme = { 0 } |
| Struct to hold next lexeme. | |
| char | lexeme_str [lexeme_str_len] = { 0 } |
| Holds stringified contents of lexeme for printing. | |
| char * | int_regex_pattern = "^[-+]?[0-9]+$" |
| Extended regular expression pattern for integers. | |
| const char | node_name [][16] |
| Syntax tree node type names for logging. More... | |
| const attributes_s | grammar [] |
| Language grammar Ref: https://en.wikipedia.org/wiki/Operators_in_C_and_C. | |
| lexeme_s * | ast_curr_lexeme = NULL |
| Lexeme currently being processed by build_syntax_tree() | |
| const char | asm_cmds [][16] |
| 0-address assembly commands More... | |
| asm_cmd_e | asm_cmd_list [1024] = { {0} } |
| Assembly commands list. | |
| unsigned int | asm_cmd_list_len = 0 |
| Assembly commands list length. | |
| char * | strs [1024] = { 0 } |
| Strings used in program. | |
| unsigned int | strs_len = 0 |
| Strings used count. | |
| char * | vars [1024] = { 0 } |
| Vars used in program. | |
| unsigned int | vars_len = 0 |
| Vars used count. | |
| unsigned int | int_count = 0 |
| Integers used. | |
| unsigned int | usr_vars = 0 |
| User input varss used count. | |
| int add_str | ( | char * | str_curr | ) |
Create String array.
Create String array.
| [in] | str_curr | string to get index for |
If string array is not empty
Search it for the current string
and return its index if found
Otherwise append the string to the array
and return its index
| int add_var | ( | char * | ident_curr | ) |
Create Identifier array.
Create Identifier array.
| [in] | ident_curr | identifier to get index for |
If identifier array is not empty
Search it for the current identifier
and return its index if found
Otherwise append the identifier to the array
and return its index
| void banner | ( | const char * | msg | ) |
Print a banner with stars above and below given string.
Print a banner with stars above and below given string.
Helper function to show something prominently in the logs Eg:
| [in] | msg | String to print |
Create buffer of 64 characters size and fill with 63 stars
Call logger macro to print newline, 63 stars, string, 63 stars & newline
| lexeme_type_e binary_unary | ( | char | compound_char, |
| lexeme_type_e | compound_type, | ||
| lexeme_type_e | simple_type, | ||
| int | char_line, | ||
| int | char_col | ||
| ) |
Get lexeme for binary or unary operator.
| enum | lexeme type |
Initialize return variable.
The next char needs to be checked, so get it.
Illegal character found.
Compound type found, so get the next char and return compound_type.
Compound type not found, so return simple_type.
| short build_symbol_table | ( | lexeme_s * | symbol_table, |
| int * | symbol_count | ||
| ) |
Populate symbol table with lexemes in source file pointer.
| [in,out] | *symbol_table | Symbol table linked list to populate |
| [in,out] | *symbol_count | Pointer to count of lexemes found |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert symbol table pointer is not NULL
Assert symbol table count pointer is not NULL
Create symbols at the beginning of the linked list
Get lexemes in a loop until we get a EOF lexeme
Call get_next_lexeme() to populate next_lexeme
Append next_lexeme to symbol table
Call get_lexeme_str() to stringify next_lexeme
Append lexeme to symbol table
Increment symbol count
Move current to last symbol in linked list
Build abstract syntax tree from symbol table.
| symbol_table | Lexeme symbol table |
| Tree | root node pointer On success |
| NULL | On error |
Check if symbol table pointer is not NULL
Create syntax tree node NULL pointer to return
Start reading lexemes from the symbol table
Call make_ast_node() until lexeme with lx_EOF is seen
| short close_report | ( | FILE * | report_fp | ) |
Close HTML report.
Close HTML report.
| [in,out] | report_fp | Report file pointer |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert report file pointer is not NULL
Write HTML closing tags to the report
| void expect_lexeme | ( | lexeme_type_e | expected_type | ) |
Check if lexeme is expected type, else print error and exit.
Check if lexeme is expected type, else print error and exit.
| [in] | expected_type | Expected lexeme type |
If ast_curr_lexeme is of expected type
... read next lexeme and return
... else print error and exit
| void free_symbol_table | ( | lexeme_s * | symbol_table | ) |
| void free_syntax_tree | ( | node_s * | syntax_tree | ) |
| short gen_asm_code | ( | node_s * | ast | ) |
| lexeme_s get_identifier_lexeme | ( | int | char_line, |
| int | char_col | ||
| ) |
Get identifier lexeme.
Get identifier lexeme.
| struct | lexeme |
Get string to analyze
Terminate string
Error for unsupported characters
Determine if string is a reserved keyword
Determine if the string is an integer via regex
String must be an identifier
| short get_lexeme_str | ( | const lexeme_s * | lexeme, |
| char * | buffer, | ||
| const int | buffer_len | ||
| ) |
Stringify lexeme.
Stringify lexeme.
| [in] | lexeme | Lexeme to stringify |
| [in,out] | buffer | Buffer to store string value of lexeme |
| [in] | buffer_len | Length of buffer to use |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert buffer is not NULL
Empty out the string buffer
Populate the buffer with values from the struct
| lexeme_s get_next_lexeme | ( | void | ) |
Get the next lexeme.
Get the next lexeme.
| struct | lexeme |
Create a empty struct to populate and return
Call read_next_char() to get the next character from source
Populate lexeme line and column number
Get the lexeme type based on the next character
| lexeme_s get_string_literal_lexeme | ( | int | char_line, |
| int | char_col | ||
| ) |
Get lexeme for a string literal.
| [in] | char_line | line number of char in source file |
| [in] | char_col | column number of char in source file |
| struct | lexeme * |
Initialize the string
The next char needs to be checked, so get it.
| short init_report | ( | FILE * | report_fp | ) |
Initialize HTML report.
Initialize HTML report.
| [in,out] | report_fp | Report file pointer |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert report file pointer is not NULL
Write HTML head tag to the report
Open res/styles.css in read-only mode
Copy CSS to HTML report
Close res/styles.css file
Start HTML body tag
Open textarea tag for source file
Append source file to HTML report and close textarea tag
Rewind source file pointer
If current value of source file position not 0, print error and exit
| node_s* make_expression_node | ( | int | precedence | ) |
Build expression node.
Build expression node.
| [in] | precedence | Precedence of mathematical operation |
| node_s* | On success |
| NULL | On error |
Create the tree node to return
If lexeme type is Not, get next lexeme
...make Not node with the children next_lexeme and NULL
If lexeme type is Add or Sub, save type
Get next lexeme and make new expression node with it
If original node type was Sub
...make a Negate node with the children new node and NULL
Else only use the new node
If lexeme type is Integer, make leaf node and get next lexeme
If lexeme type is Ident, make leaf node and get next lexeme
If lexeme type is Input, get next lexeme
...expect LParen
... and make Input node with NULL as one child
... and expect String contents as the other
... finally expect Rparen to close Input
If lexeme type is Lparen, make tree from contents within
Expressions cannot start with any other type of lexeme
While the next lexeme is binary and its precedence is at least as high as the current lexeme
Save lexeme type and get next lexeme
Search for higher precedence in a later lexeme
and increment counter to work up precedence hierarchy
Recursively make new expression node with incremented precedence
...and add it to a working tree
...until all higher precedented lexemes in expression are processed
| node_s* make_leaf_node | ( | ast_node_type_e | type, |
| lexeme_s * | curr_lexeme | ||
| ) |
Build and return leaf nodes for identifier/integer/strings.
| [in] | type | type of node in tree |
| [in] | curr_lexeme | lexeme to make leaf with |
| node_s* | On success |
| NULL | On error |
Create the leaf node to return
Assign node type to new node
If lexeme type is a string or an identifier
Otherwise the lexeme type is an integer
| node_s* make_parentheses_expression | ( | void | ) |
Build and return expression inside parantheses.
| node_s* | On success |
| NULL | On error |
Expect left parantheses before the expression
Create tree for expression inside parantheses
Expect right parantheses after the expression
return tree
| node_s* make_statement_node | ( | void | ) |
Build and return statement node.
Build and return statement node.
| node_s* | On success |
| NULL | On error |
< Syntax tree node to return
< Leaf node with int/string value
< Node for expression
< if/while condition statement node
< else condition statement node
If next lexeme is if statement, read next lexeme
... get expression inside left parentheses
... get condition statement node
... and create else statement node as NULL
If next lexeme is an else
... read next lexeme
... and make else statement node
Build and return the tree with left child as the expression node & right child as the code block to execute
If next lexeme is print, read next lexeme
Loop over lexemes inside the left and right parantheses of print statement, incrementing with every comma lexeme found
For string inside print statement ...
Build tree with left child as op-code to print string & right child as the leaf node representing the string
... and read next lexeme
For integer inside print statement ...
Build tree with left child as op-code to print integer & right child as the expression node representing the integer
make_expression_node() will read next lexeme
Build tree for statement till this comma
If no more commas in print statement, return tree
Expect a ')' & a ';' after print, else print error and exit
If next lexeme is semicolon, read next lexeme & return tree
If next lexeme is no operation, read next lexeme & return tree
If next lexeme is an identifier create leaf node for it
... and read next lexeme
Expect an '=' operator after an identifier, else print error and exit
Build expression tree whose result we will assign to the identifier
Build tree with left child as identifier & right child as expression
Expect a semi colon after expression, else print error and exit
If next lexeme is while, read next lexeme
... build expression node inside parantheses
... build tree node to execute if condition is true
... return while tree with left child as expression & right child as code block to execute
If next lexeme is left brace, build tree for code block until right brace lexeme is found
Expect a right brace after code block and return tree, else print error and exit
If next lexeme is end of file, break and return tree
Statements cannot start with any other type of lexeme
| bool match | ( | const char * | str, |
| const char * | pattern | ||
| ) |
Determine if regular expression is an integer.
Determine if regular expression is an integer.
From pubs.opengroup.org/onlinepubs/007904875/functions/regcomp.html
| [in] | str | String to match |
| [in] | pattern | Extended regular expression |
| true(1) | On match |
| false(0) | On error |
Ensure regex is set up properly
Process string against regex pattern
| short opal_exit | ( | short | code | ) |
Close open files, flush buffers and exit.
Close open files, flush buffers and exit.
| [in] | code | Exit code to return |
| code | |
| errno | On system call failure |
Flush stdout
Close source file
Flush and close destination file
Flush and close report file
Flush and close log file
| void opal_log | ( | log_level_e | tag, |
| const char * | file, | ||
| int | line, | ||
| const char * | func, | ||
| const char * | fmt, | ||
| ... | |||
| ) |
Print formatted message to log file.
Helper function to log messages. Function writes to global variable log_fp. Usually called by a macro logger. Eg:
| [in] | tag | Log level of message |
| [in] | file | Source file name |
| [in] | line | Source file line number |
| [in] | func | Source file function |
| [in] | fmt | Formatted message to log |
Assert log file pointer is not null
Allocate buffer to hold message to log
Read formatted user message string into the buffer
If tag is a result of a system call and current log level is more than DEBUG, print the message and return. Eg - PASS / FAIL etc
If log message is less than current log level, print message with current date, time to log file pointer. Eg.
Flush message to log file
Optimize the abstract syntax tree.
| [in] | tree |
| node_s* | On success |
| NULL | On error |
Return NULL if no node
If no left or right child nodes
Empty code block with no child nodes
Leaf node
If no left node, return address of right
If no right node, return address of left
If node has left and right nodes, optimize them
| short print_asm_code | ( | asm_cmd_e | cmd_list[], |
| FILE * | dest_fp | ||
| ) |
| short print_asm_code_html | ( | asm_cmd_e | cmd_list[], |
| FILE * | report_fp | ||
| ) |
| short print_ast | ( | node_s * | syntax_tree, |
| FILE * | dest_fp | ||
| ) |
Print abstract syntax tree to destination file.
| [in] | syntax_tree | Abstract syntax tree |
| [in,out] | dest_fp | Destination file pointer |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Check if syntax tree pointer is not NULL
Print syntax tree in pre-traversal mode to destination file pointer
| short print_ast_html | ( | node_s * | syntax_tree, |
| FILE * | report_fp | ||
| ) |
Print abstract syntax tree to HTML report.
Print abstract syntax tree to HTML report.
| [in] | syntax_tree | Abstract syntax tree |
| [in,out] | report_fp | Report file pointer |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Check if syntax tree pointer is not NULL
Write mermaid graph header
Open res/mermaid.styles in read-only mode
Copy CSS to HTML report
Close res/styles.css file
Print abstract syntax tree to report
Write mermaid graph footer
| short print_marc_html | ( | FILE * | source_fp, |
| FILE * | report_fp | ||
| ) |
Append MARC output to HTML report file.
| [in] | source_fp | Source to be read from |
| [in] | report_fp | Destination to written to |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert source file pointer is not NULL
Assert destination file pointer is not NULL
Open textarea tag in report file for MARC output
Append MARC output file to report file
Flush contents of report to disk
| short print_symbol_table | ( | lexeme_s * | symbol_table, |
| FILE * | dest_fp | ||
| ) |
Print symbol table to destination file pointer.
| [in,out] | symbol_table | Symbol table to print |
| [in,out] | dest_fp | Destination file pointer |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert symbol table pointer is not NULL
Assert destination file pointer is not NULL
Write ALEX to destination file
Call get_lexeme_str() to stringify next_lexeme
Append lexeme to symbol table
| short print_symbol_table_html | ( | lexeme_s * | symbol_table, |
| FILE * | report_fp | ||
| ) |
Print symbol table to HTML report.
Print symbol table to HTML report.
| [in,out] | symbol_table | Symbol table to print |
| [in,out] | report_fp | Report file pointer |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert symbol table pointer is not NULL
Assert destination file pointer is not NULL
Walk the symbol table & print the HTML report to destination file pointer
Append symbol table to report file
Flush contents of report to disk
| short proc_includes | ( | FILE * | source_fp, |
| FILE * | dest_fp | ||
| ) |
Process include files, write to destination.
Process include files, write to destination.
| [in] | source_fp | Source to be read from |
| [in] | dest_fp | Destination to written to |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Assert source file pointer is not NULL
Assert destination file pointer is not NULL
Move source_fp to beginning of file.
If source file position not 0, print error and exit
Copy each character to the destination file, while checking for include files.
Reads in 8 chars to check if they are "include ".
Rewinds the file pointer.
If include is found, process the included file.
Move file pointer to the point after "include "
Get the filename for the include file.
If given file name is relative path, prefix source file dir
Get source file directory
If include file does not exist, print error and exit
If include file can not be read, print error and exit
Open include file in read-only mode
Move contents of include file into destination file
Flush destination file contents to disk
Close include file pointer
Gets the next char for the switch case to evaluate.
| int read_next_char | ( | void | ) |
Read next character from source file.
Read next character from source file.
| Next | character read from FILE *stream source_fp |
| errno | On system call failure |
Read character from source file pointer
getc() sets the errno in the event of an error
Increment the column number of the character
If character is a newline, increment line number and reset column number
Return the character read
| short rem_comments | ( | FILE * | source_fp, |
| FILE * | dest_fp | ||
| ) |
Read source, remove comments, write to destination.
Read source, remove comments, write to destination.
| [in] | source_fp | Source to be read from |
| [in] | dest_fp | Destination to written to |
| EXIT_SUCCESS | On success |
| EXIT_FAILURE | On error |
| errno | On system call failure |
Check if source file pointer is not NULL
Check if destination file pointer is not NULL
Start reading characters from file
If character is not a /, line is not a comment
If character is a /, read next character
If next character is / or *, line is a comment, set flag
else, not a comment, write both characters to file
If comment flag is set, process comment
Read next character from file
If next character is /, process single line comment
If next character is *, process multi-line comment
If end of file in multi-line comment return EXIT_FAILURE
If char is a newline, write to file to preserve line numbers
| void traverse_ast | ( | node_s * | node, |
| FILE * | dest_fp | ||
| ) |
Traverse syntax tree for output file generation.
Traverse syntax tree for output file generation.
| [in] | node | The syntax tree node to be processed |
| [in] | dest_fp | The file to which the node's content will be printed |
We have reached a NULL leaf
If node is identifier or string, print char_val
... if node is integer, print the int_val
... else, print node type name
Recursive calls for further tree traversal
| const char asm_cmds[][16] |
0-address assembly commands
| keyword keyword_arr[] |
| const char node_name[][16] |
Syntax tree node type names for logging.
| const char op_name[][16] |
Lexeme type names for logging.


Daily Digest #30
- Lessons from my first year of live coding on Twitch
- PGMetrics – PostgreSQL metrics tool for automation and monitoring.
- Go Fast or Go Home: The Process of Optimizing for Client Performance
- Tensor & Flow: Part 1, TensorFlow & Machine Learning on Android
- Distributed transactions and why you should care
- A House of Cards: An Exploration of Security When Building Docker Containers
- Real-time API Monitoring Using GO and Pusher


Hell Hath No Fury on the Heart Like ...
| DOSE: |
5.0 mg |
smoked |
5-MeO-DMT |
(powder / crystals) |
Holy crap.
Thump Ö thump thump thump Ö thump Ö thump thump Ö I wondered if I would come back alive Ö
It had been sitting in my fridge for quite a while. I had just finished writing up a recent pharmahuasca experience, and having been left in a rather psychedelic mood from the exercise, I decided to bust out the 5-MeO-DMT and give it a whirl. It was my first time.
The set and setting were suitable for the occasion. I am a happy guy and I love our cozy, soulful apartment. I decided to start with 5 mg, but as Iím writing this one day later, Iím wishing I started smaller.  It came on fast and furious, feeling very similar to DMT in the beginning but not as visual. The taste was similar and the vapour went down smooth, as if it werenít there at all Ö and so it begins Ö
Very quickly I am overtaken by a chemical stranglehold Ö my instinctual breathing mechanism ceases working, and I find myself deliberately trying to keep breathing. The room around me breaks up into subtle, pixilated digital patterns. Things look edgy and dark, evil. My heart begins to race, and it sounds nothing like a heartbeat Ö a thoroughly irregular thump Ö thump thump Ö thump thump thump thump Ö thump. The sound fills my ears.
What is left of my focus is on two things, remembering to breathe, and deliberately doing so in long controlled breaths, and trying to meditate my heart rate down to a more manageable, regular beat. Fear rises up in me like fire, but I understand intellectually that managing my fear is paramount Ö so I breathe, and breathe again. I need to succumb, but my flight response is screaming. I am being sucked down, but I donít want to go.
I can think fairly clearly despite my toasted brain. I am fragmented into two parts, My rational intellectual self and this scared rabbit slipping down the hole. I have never had to rely as heavily on my awareness and meditative skills than at this moment. My body feels like lead. I close my eyes, and see geometric patterns swirl across my mental landscape for a moment, but as I do so I feel myself getting sucked down again, so I snap them back open. I have to keep my eyes open to stay connected. I have to stay connected because if I donít, Iíll stop breathing. I manage to squeak out Ö ďscaredĒ Ö to my beautiful girlfriend, who sits beside me repeatedly encouraging me to let go to the experience, and reminding me that whatever is happening to me, it will pass. Iím glad she is there, but she sounds too far away.
As the peak begins to fade, perhaps after about 5 minutes, I feel tremendously relieved. Iím going to live. I lay there, struggling to explain to my girlfriend what has happened, while the effects of the 5-MeO-DMT subside. One half hour later, I feel almost normal again. One hour later and I am getting ready to go out to a party.
Would I do it again? Yes, but Iíd lower my dose. I almost wish I could raise the dose to go deeper into the effects, but I was truly frightened for my heart. I have never heard or felt my heart beat like that before. It was primarily this that resulted in the terror, but terror in itself is not such a bad thing. It can be very grounding somehow. When it goes away, a true sense of peace takes itís place. I am disappointed it wasnít a more successful journey. I was really looking forward to 5MeO-DMT, because I had a sense it would be an ally. DMT and salvia have been good to me, and I thought it would too. Maybe it will be in time, but for now, Iíve got to regroup and think about this for a while.
Be very careful Ö as strangely interesting as it was, it wasnít fun. Not even a little bit.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


§572-29 Marriage settlement not invalidated. Nothing contained in this part shall invalidate any marriage settlement or contract. [L 1888, c 11, §11; RL 1925, §3004; RL 1935, §4655; RL 1945, §12376; RL 1955, §325-8; HRS §573-8; ren and am L 1987, c 46, §3 and am c 283, §59]
Hawaii Legal Reporter Citations
Pre-nuptial agreements. 82-1 HLR 820387.


On approach, call the port on VHF 16 to make arrangements for clearance if arriving from a foreign port.
Clearance must be made with Immigration, Customs, and Port Authorities. A number of ports have no official Port Captain and the Navy handles the ship's paperwork.
Several Nicaraguan ports require a zarpe from the previous Nicaraguan port visited, even when it is only a few miles away.
Ease of clearance and fees charged vary greatly from port to port. Even then, officials never seem to be consistent, so if possible be wary and make contact with cruisers in your intended port of entry prior to arrival to check on the current situation.
Last updated July 2016.
Passports must be valid for at least six months.
For nationals of most countries a prior visa is not needed for visits of up to 90 days.
A tourist visa card must be purchased on entry. This new CA-4 visa applies to the following countries:- Guatemala, El Salvador, Honduras, and Nicaragua. The length of stay (normally 90 days) applies to the whole group and only one extension will usually be granted. To remain in the region longer, a visit to a country outside the CA-4 area must be made and a new visa will be issued on re-entry.
Carry a photocopy of your passport at all times.
Only citizens of the following countries must obtain visas in advance:-
Afghanistan, Albania, Armenia, Bangladesh, Bosnia and Herzegovina, Botswana, Cameroon, China, Republic of the Congo, Democratic Republic of the Congo, Eritrea, Haiti, India, Iraq, Kenya, Laos, Lebanon, Liberia, Mali, Mongolia, Nepal, Nigeria, Pakistan, Sierra Leone, Somalia, Sri Lanka, Sudan, ,Syria, Timor-Leste, Vietnam and Yemen.
Last updated July 2016.
Firearms must be declared. A declaration of money and valuables must be made on arrival.
Canned meats and dairy products are prohibited imports, also medication without accompanying prescriptions.
It has been reported that in San Juan del Sur, Customs have decided that boats are to be allowed 30 days in the country, just like a car, then will be forced to leave or pay import duties. How the import duties are calculated seems to be up to the Customs officer on charge that day. Cruisers planning on staying longer than a month in Nicaragua should determine on checking in exactly how long they are permitted to stay. There is always the option of staying 29 days, leaving for 3 and then returning.
Last updated July 2016.
Malaria prophylaxis is recommended.
Dengue fever is endemic to Latin America and the Caribbean and there has been a recent significant increase in the number of reported cases.
Cases of Chikungunya virus have also been confirmed in Nicaragua.
ZIKA VIRUS ALERT: (September 2016) There have been recent safety alerts from the US State Department, UK Foreign Office, and Center for Disease Control (CDC) regarding travel to parts of Central and South America, Africa, southern Asia, the Caribbean, and the South Pacific islands. Nicaragua is an area of interest. There is growing concern about the rapid spread of the ZIKA Virus and the impact of the virus on pregnant women and babies. ZIKA is transmitted by mosquitos in tropical and sub-tropical climates, and there is currently no cure or vaccine. This situation is evolving rapidly, so please refer to the CDC’s dedicated website if you are intending to cruise in one of the effected areas.
Cases of locally transmitted Zika virus have been confirmed in the last 3 months.
Last updated July 2016.
The Transporte Acuatico now charges $50 per month for permission to navigate in Nicaraguan waters. It does not matter if you are in the water or on the hard, or only in port for one day. If you do not pay the Port Captain will not allow you a zarpe for exit.
Note however that charging of this fee is inconsistent and can be anything between $20 & $50 and in some ports (Puerta Del Sol, for example), it is not even being charged.
Tourist visa per person: US$12.50
Sailing permit (some call this Boat Import): US$25.00
National Exit Zarpe: US$10.00
International Exit Zarpe: US $25-$30
There are reports of an "anchoring fee" being charged in San Juan del Sur (40 cents per foot per day), whether you are on the hard or in the water (see San Juan del Sur for details). However latest reports from visiting cruisers is that this fee is as yet not being charged.
Note: Fees tend to vary from place to place for no apparent reason. Some officials may also attempt to solicit bribes.
Last updated December 2012.
To visit the Corn Islands, Bluefields and Puerto Cabezas, a permit must be obtained in Managua.
Quarantine clearance can now be done in the ports of entry other than Noumea. On arrival the port captain will inform the Quarantine service of the yacht's arrival to arrange an inspection.


The solution: pattern:/"(\\.|[^"\\])*"/g
.
Step by step:
pattern:"
pattern:\\
(we have to double it in the pattern because it is a special character), then any character is fine after it (a dot).pattern:[^"\\]
In action:
```js run let regexp = /"(\.|[^"\\])*“/g; let str = ’ ..”test me" .. “Say \”Hello\“!” .. “\\ \”" .. ’;
alert( str.match(regexp) ); // “test me”,“Say "Hello"!”,“\ "” ```


Startup, Shutdown & related matters
Here. Apparently cbrumme was backed up after two weeks fighting the blaster virus internally, because he lets loose with a tour de force of details about managed and unmanaged startup and shutdown as well as a trailer on writing secure code in general. Fun to read if you like this level of detail (and the part about secure code at the end should be read by everyone).


Chapter 6 The Normal Model
6.1 The Intuition
Last week, we used the average and SD to reduce and entire variable to two summaries. We use the average and SD to fill in the following sentence: “The values are about ________, give or take ________ or so.”
This week, we add an additional assumption. This week, we also say that the histogram of the variable follows the normal curve. The normal curve is a bell-shaped curve with a particular equation. There are two varieties. There is a general, parameterized normal distibution that can move left and right (i.e., change location) and grow wider or taller (i.e., change scale)
6.2 The Normal Curve(s)
There are two particular normal curves that we care about
- the normal curve, which has a location and scale parameter that we can specify: \(f(x | \mu, \sigma) = \phi(x | \mu, \sigma) = \frac{1}{{\sigma \sqrt {2\pi } }}e^\frac{{ - \left( {x - \mu } \right)^2 }}{2\sigma ^2 }\)
- the standard normal curve, with the location and scale parameters fixed: \(f(x | \mu = 0, \sigma = 1) = \phi(x | \mu = 0, \sigma = 1) = \frac{1}{{\sqrt {2\pi } }}e^\frac{{ - x ^2 }}{2}\)
These equations are complicated. Instead of memorizing them or working carefully through the math, just understand (for now) that the normal curve has an equation that exactly characterizes it. The figure below shows the standard normal curve (\(\mu = 0\) and \(\sigma = 1\)) and several other paramaterizations.
6.3 The Empirical Rule
It turns out that many variable’s have a histogram that resembles the normal curve. Because of this, the normal curve can sometimes serve as an effective model for these variables.
For example, NOMINATE ideology scores for Republicans in the 115th Congress roughly follow the normal curve.
df <- read_rds("data/nominate.rds") %>%
filter(party == "Democrat", congress == 115)
ggplot(df, aes(x = ideology)) +
geom_histogram()
However, the ideology scores for both Republicans and Democrats together does not follow a normal curve.
The histograms of ENEP by electoral system and social heterogeneity deviate slightly from the normal curve.
## Rows: 1,161
## Columns: 4
## $ x <dbl> 1.23, 1.33, 1.43, 1.53, 1.63, 1.73, 1.83, 1.93, …
## $ density <dbl> 0.02616495, 0.02960818, 0.03338541, 0.03751070, …
## $ electoral_system <fct> Large-Magnitude PR, Large-Magnitude PR, Large-Ma…
## $ social_heterogeneity <fct> Bottom 3rd of ENEG, Bottom 3rd of ENEG, Bottom 3…
If the variable seems to follow the normal curve, then we have the following rules:
- About 68% of the data (i.e., “most”) fall within 1 SD of the average.
- About 95% of the data (i.e., “almost all”) fall within 2 SDs of the average.
We can evaluate this rule with the parties data above. Some of the nine hisgrams follow the normal curve quite well (e.g., lower-left). Other’s seem to meaningfully deviate from the normal curve (e.g., middle-left).
The table below shows the actual percent of the variable that falls within one and two SDs of the average for each histogram. As you can see, for the lower-left panel (SMD, Top 3rd), the empircal rule of 68% and 95% matches the actual values of 74% and 98% fairly well. For the middle-left panel (SMD, Middle 3rd), the empirical rule matches the actual values of 87% and 93% less well.
Across all histograms, it seems fair that the empirical rule works as a rough approximation, even for histograms that meaningfully deviate from the normal curve.
| Electoral System | Social Heterogeneity | within 1 SD | within 2 SDs |
|---|---|---|---|
| Single-Member District | Bottom 3rd of ENEG | 87% | 96% |
| Single-Member District | Middle 3rd of ENEG | 87% | 93% |
| Single-Member District | Top 3rd of ENEG | 74% | 98% |
| Small-Magnitude PR | Bottom 3rd of ENEG | 68% | 97% |
| Small-Magnitude PR | Middle 3rd of ENEG | 73% | 96% |
| Small-Magnitude PR | Top 3rd of ENEG | 76% | 93% |
| Large-Magnitude PR | Bottom 3rd of ENEG | 80% | 98% |
| Large-Magnitude PR | Middle 3rd of ENEG | 77% | 96% |
| Large-Magnitude PR | Top 3rd of ENEG | 65% | 97% |
6.4 The Normal Approximation
If our normal model summarizes a histogram well, then we can use the model to estimate the percent of the observations that fall in a given range. There are two approaches:
Just like we add up the area of the bars to compute percentages with a histogram, we add up the area under the normal curve to approximate percentages.
- Use a normal table from a textbook. Because the table is for the standard normal curve, we need to re-locate and re-scale the data to fit the standard normal curve.
- Use the
pnorm()
function in R. Because this function is parameterized with location and scale, we can simple re-locate and re-scale the curve to fit the data.
6.4.1 Normal Table
Normal tables offer an antiquated method to use the normal distribution to approximate percentages. Because we cannot have a normal table for all possible locations and scales, we have one: the standard normal table, which works for a variable with an average of zero and an SD of one.
This seems limiting, but it turns out that we can easily re-locate and re-scale any value to match the standard normal curve. We simply subtract the average and divide by the SD. We call this new value a z-score.
\(z\text{-score} = \dfrac{\text{value} - \text{average}}{\text{SD}}\)
FSuppose we have the list \(X = \{1, 2, 3, 4, 5\}\). Then the average is 3, and the SD is about 1.26. We can compute the zscore for the first entry 1 as \(\frac{1 - 3}{1.25} \approx -1.58\). Similarly, we can convert the entire list to z-scores and get \(Z = \{1.59, -0.79, 0.00, 0.79, 1.59\}\). If you compute the average and SD of the list \(Z\), you will find zero and one, respectively.
We can then use a normal table to compute areas under the normal curve between (or above or below) these values of \(z\). There are two types of normal tables.
- Some tables report the percent (or proportion) of the normal curve below a particular value \(z\).
- Other tables report the percent (or proportion) of the normal curve between a particular value \(z\) and \(-z\). (The normal table on p. A-104 of FPP works this way.)
Either table works, but you must know what type of table you are working with. Depending on the question, one type might offer a more direct solution.
Here’s a small normal table for a few values of \(z\) that uses both approaches.
| z | % less than z | % between -z and z | Status |
|---|---|---|---|
| 0.00 | 50% | 0% | |
| 0.10 | 54% | 8% | |
| 0.20 | 58% | 16% | |
| 0.30 | 62% | 24% | |
| 0.40 | 66% | 31% | |
| 0.50 | 69% | 38% | |
| 0.75 | 77% | 55% | |
| 1.00 | 84% | 68% | Important |
| 1.50 | 93% | 87% | |
| 1.64 | 95% | 90% | Important |
| 1.96 | 98% | 95% | Important |
| 2.00 | 98% | 95% | Important |
| 3.00 | 100% | 100% |
In order to use the table to find the area between any two values, you need to use the following three rules in combination.
- The normal table gives the area (i) below \(z\) or (ii) between \(-z\) and \(z\).
- The area under the entire normal curve is 1 or 100%.
- The normal curve is symetric, so that the area to the right of \(z\) equals the area to the left of \(-z\).
6.4.2 pnorm()
The pnorm()
function in R return the area under the normal curve less than \(z\). By default, it uses the standard normal curve, but you can specify a mean
and sd
if you prefer to re-locate and/or re-scale the curve to fit your values.
## [1] 0.8413447
# area under the a normal curve (with average of 1 and SD of 4) less than 1
pnorm(1, mean = 1, sd = 4)
## [1] 0.5
## [1] 0.8989948
6.4.3 Exact Percentages
To actually compute percentages, we can create a function that works just like pnorm()
, but it returns the percent of the data that fall below a particular value. The most convenient method is to create an "empirical cumulative distribution function*.
This function is somewhat confusing. The ecdf()
function does not return the proportion below its argument. Instead, it creates a function that returns the percent below its argument. If we have a numeric vector x
, then ecdf(x)
is a function! Let that settle in… both ecdf
and ecdf(x)
are function. The function ecdf
(I’m dropping the ()
for clarity) is a function that creates a function, and ecdf(x)()
(I’m including the ()
, as usual, for clarity) is a function that returns the percent below.
df <- read_rds("data/nominate.rds") %>%
filter(party == "Democrat", congress == 115)
# normal approximation for % of Democrats less than -0.05
avg <- mean(df$ideology)
sd <- sd(df$ideology)
pnorm(-0.5, mean = avg, sd = sd)
## [1] 0.1731597
## [1] 0.1479592
We can also plot the ECDF with ggplot2.
6.5 Review Exercises
The plot below show the histograms for the ideology of legislators in the U.S. House by party.
We can compute the average and SD by party.
| Party | Average | SD |
|---|---|---|
| Democrat | -0.39 | 0.12 |
| Republican | 0.49 | 0.15 |
The table below lists some of the leaders of each party and their ideology score. For each leader, use our three approaches to compute the percent of the party that is “more extreme” than their leader: inspect the histogram, use the normal approximation, and use R to compute the answer exactly.
| Name | Party | Position | Ideology Score | Inspect Histogram | Normal Approximation | Actual |
|---|---|---|---|---|---|---|
| RYAN, Paul D. | Republican | Speaker of the House | 0.56 | |||
| MCCARTHY, Kevin | Republican | Majority Leader | 0.46 | |||
| SCALISE, Steve | Republican | Majority Whip | 0.56 | |||
| McMORRIS RODGERS, Cathy | Republican | Conference Chair | 0.43 | |||
| PELOSI, Nancy | Democrat | Minority Leader | -0.49 | |||
| HOYER, Steny Hamilton | Democrat | Minority Whip | -0.38 | |||
| CLYBURN, James Enos | Democrat | Assistant Democratic Leader | -0.46 | |||
| LEWIS, John R. | Democrat | Senior Chief Deputy Minority Whip | -0.59 |


Title: QuickUSB Diagnosics For Java
Description:
Copyright: Copyright (c) B. Henry
Company: Bitwise Systems


Namespaces | |
| namespace | mdragon |
Classes | |
| class | Sprite3D |
| 3D sprite class. More... | |
Defines | |
| #define | Sprite3D_Draw_Mode_Axis_X 1 |
| Sprites VB will build world model basis X axis aligned ( billboard by X axis). | |
| #define | Sprite3D_Draw_Mode_Axis_Y 2 |
| Sprites VB will build world model basis Y axis aligned ( billboard by Y axis). | |
| #define | Sprite3D_Draw_Mode_Axis_XY 3 |
| Sprites VB will build world model basis X and Y axises aligned ( billboard by X and Y axis). | |
| #define | Sprite3D_Draw_Mode_Axis_No 4 |
| Sprites VB will build without world model basis alignment. |
Copyright 2005-2006 Herocraft Hitech Co. Ltd.
Version 1.0 beta.
|
|
Sprites VB will build without world model basis alignment. VB will contain vertex in model local coordinates. |
|
|
Sprites VB will build world model basis X axis aligned ( billboard by X axis). VB will contain vertex in world coordinates. |
|
|
Sprites VB will build world model basis X and Y axises aligned ( billboard by X and Y axis). VB will contain vertex in world coordinates. |
|
|
Sprites VB will build world model basis Y axis aligned ( billboard by Y axis). VB will contain vertex in world coordinates. |


Your quiet nature and serious approach to life will work well with the true essence of this 4-Day. This allows ample opportunity for you to begin new projects and successfully see them through to completion. You're apt to find it very easy to concentrate on anything you put your mind to, Eight. Outside of work you may want to spend a quiet evening at home reading or indulging yourself in some other sort of relaxing activity.


Lin Reg
Linear regression deviation checks
Deviation Generator
Generator Inputs
Training
Points Trained On
Upper/Lower Standard Devs
Cosine Magnitude
Cosine Period (Hours)
Large Deviations
Event Magnitude
Event Chance (Percent)
Small Deviations (On Every Point)
Event Magnitude


As we know that, day by day traffic is increased rapidly which leads to fail the scheduled timetable of the transportation. Most of the people travel by the bus as it is a convenient and cheapest source of transportation. People who mainly travel by the bus are the students and the employee etc.Everyday we see people going late to work,students late to their classes, just because of they decide to wait for the bus instead of just using an alternate transportation. So, if buses get delayed is mainly result in the wastage of time of the student. In this paper, we proposed the concept about to track the bus to avoid the time wastage and to reduce the human efforts also to reduce the chance of missing the bus. The proposed system deals with overcoming the problems stated above. This website used to information about all the buses travelling in madurai local bus. This information overcomes the problems.


https://www2.sgx.com/research-education/market-updates/20190612-highlights-small-cap-indexs-greater-china-related-best
https://www2.sgx.com/media-centre/20190612-opening-remarks-sgx-chairman-kwa-chong-seng-official-monetary-and-financial
https://links.sgx.com/1.0.0/ipo-prospectus/3317
https://www2.sgx.com/securities/equities/D05
https://links.sgx.com/1.0.0/corporate-announcements/3LTJ245IQ0CFW7HL/359a8c3a54ad40c00caa29e26761eb0c6b1ef57ba5d4bf90881e91546b4dd120
sgxmobile://


```html
Name: Rooke Rivas
Age: 27
Combat: 21
Dexterity: 1
Intelligence: 1
Luck: 1
Stamina: 1
Strength: 1
Trait: Nimble
Description: Rooke is not really perfect at anything, but Rooke
tries to do their best! Rooke has remarkable kinesthetic intelligence. Rooke seem to dance around danger with
preternatural grace.
```
```html
Name: Rooke Rivas
Age: 27
Combat: 21
Dexterity: 1
Intelligence: 1
Luck: 1
Stamina: 1
Strength: 1
Trait: Nimble
Description: Rooke is not really perfect at anything, but Rooke tries to do their best! Rooke has remarkable kinesthetic intelligence. Rooke seem to dance around danger with preternatural grace.
```


Created on 17/04/2012
@author: victor
Bases: unittest.case.TestCase
Graph: 1–2 3–4 /
0
Adj. list:
Inv. distance adjacency list (two nodes are connected if their distance is lower than x)
Enter search terms or a module, class or function name.


Blackpool Christmas lights switch on guarantees to be a feast of festive fun here is everything you need to know ahead of the event this Saturday
It’s almost time for the most wonderful time of the year and to ensure the resort is Christmas ready Blackpool Bid have organised a night of festive fun for the Christmas lights switch on 2019.
by Nicola JaquesReality star turned TV presenter Scarlett Moffatt will visit the Fylde coast this weekend to light up the town ready for the season.
And organisers have lined up an action packed programme of entertainment for the big event this Saturday November 30.
A feast of local hot talent will warm up the crowds from 2.30pm with the big switch on just after 5pm.
Acts include Steven Hall; VIVA Christmas Show; DJ Fubar; Liam Halewood as Boy George; Angels Elite Kids; KJ Wood Tyler Larkin; Enya Louise Smytheman; Somewhere; Zoe Unsworth. and of course an appearance of the main man himself Santa Claus.
There will be lots of added fun through the evening with games and prize giveaways.
The free family event will be rounded off with a fantastic fireworks display.
A spokesperson said: “We advise the audience to arrive from 2pm onwards to obtain a good viewing position.”
Visitors can also make the most of free car parking across the town centre car parks.
The event is expected to close around 5.30pm
https://www.facebook.com/BlackpoolBID


Thank you for contributing to the collection; below you can input information about the kata. Try to be as descriptive as possible so others understand exactly what the challenge is.


Welcome! On this website you can find resources involving housing and jobs for immigrants and information on how and where to get citizenship.


Alabama QB Tagovailoa recovering after hip surgery
Alabama quarterback Tua Tagovailoa is expected to make a full recovery following surgery on his right hip Monday in Houston.
“The procedure went as planned, and he is resting comfortably,” read a statement from Dr. Lyle Cain, the orthopedic surgeon. “Tua’s prognosis is excellent, and we expect him to make a full recovery. He will return to Tuscaloosa in the next several days to begin his rehab.”
Tagovailoa dislocated his right hip Saturday when he was sacked and slammed to the ground by two Mississippi State defenders during the second quarter of the Crimson Tide’s 38-7 victory in Starkville, Miss.
“I’m hurting,” Crimson Tide coach Nick Saban told reporters Monday. “I called him on Saturday to cheer him up, and he cheered me up. Called him after 10 hours of film study on Sunday to cheer him up; he cheered me up.”
Tagovailoa also had surgery to repair a sprained ankle in October.
The 21-year-old junior passed for 2,840 yards, 33 touchdowns and just three interceptions in nine games this season.
In three seasons at Alabama, the 2018 Heisman Trophy runner-up has thrown for 7,442 yards with 87 touchdown passes and only 11 interceptions in 684 attempts.
Tagovailoa has been expected to declare for the 2020 NFL Draft after this season and compete to be the top pick.
—Field Level Media


[PART XXIII. HEALTH EDUCATION]
[§321-301] Bilingual health education aide program; establishment. There is established in the department of health a bilingual health education aide program. Under the program, bilingual health education aides shall assist in the provision of health education and public health services to non-English and limited English speaking persons living in the State. The department, subject to chapter 76, shall employ bilingual health education aides and other necessary personnel for the program. [L 1986, c 307, §2; am L 2000, c 253, §150]
Cross References
Bilingual mental health services, see §334-12.


One of the things that has become really important since I started working with Ruby Classes, has been understanding the usage of different types of variables.
There are 5 types of variables that I've dealt with thus far:
CONSTANT, $global, @@class, @instance, and local variables.
CONSTANT variables are defined using all uppercase letters or beginning with one uppercase letter. These variables can be altered if you want, but the program will give you a warning to make sure you know you're changing the value. These variables can be accessed anywhere in the program, regardless of scope. CONSTANT variables are typically used to keep track of values which are, as the name infers, static, and will not change.
$global variables, like CONSTANTS have accessibility from anywhere, and can be changed at any time in a Ruby program. This is not the best practice though, because they are meant to be relatively static, and not manipulated as frequently as other variables. These variables are identified by the $ before the variable name.
The point of this is that the global variable can be defined outside of the method or class, and can be called anywhere within it. Global variables are typically unchanging variables because manipulating them throughout a program would create inconsistency and troubleshooting problems.
@@class variables are shared across all instances of any given class. They are able to be used in instance methods within a class, as well as outside of the class. Whenever you create a new instance of a particular class, you can use that same @@class variable within the instance. These variables are defined using a @@ before the variable name.
@instance variables are variables which can only be accessed within any given instance of a Class. They cannot be accessed outside of the class. These variables are meant to have scope which is accessible to any method within the same class. These variables are defined using a @ before the variable name.
This is an example showing how instance variables are defined and used within each instance of the class, Speak. The class variable @@total though keeps updating throughout each instance of the class (sentence1, sentence2, and sentence 3).
local variables are variables whose scope is only valid within the immediate parent method in which they are defined. They can be accessed and manipulated only within that parent method. This is the reason why when working with classes, we use instance variables. It allows us to bypass the issue of scope. Local variables are defined by having any word which begins in a lowercase letter or an underscore.
I hope this post gave you a good idea of what each of the variables are, what their scope is, and how they can be used best!
Thanks for reading,
Vineet Rastogi


How It Worx
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages.
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages.
Choose a Plan
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages.
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages.
It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages.


Yes, the speeds can be improved. Any contributions on that front are greatly appreciated. Go fork on GitHub


Why choose us?
Earn money
When you partner with us, you get to earn money
Work efficiently
All ticketing and other issues are hanlded by us
No surprise costs
You only pay us when you earn
Are you looking for a ride?
Book your ride easy and fast. No more queueing at the bus stop
Get Started! →


Our Ruby on Rails engineers are highly-qualified specialists with an extensive experience.
We are passionate about modern technologies and we are ready to share our enthusiasm with you.
Our web applications are functional, user-friendly and customizable.
The demand for mobile applications is sky-high.
Mobile apps can be a great way for showcasing your business and reaching new markets. We accomplish adaptation for mobile devices (Android and iPhone) and create APIs for web and native applications.
Mobile applications will be tailored exactly to your specific business requirements for enhanced functionality, efficiency, and value addition.
JetThoughts provide custom database design and programming at reasonable prices. We will design, host and maintain your database, using PostgreSQL, MySQL, SQLite, MongoDB.
Our engineers are highly-skilled in the most current database architecture and development technologies.


Parking made easy
Find your nearest available parking spot and pre-book it for a seamless parking experience.
Rent out your parking space
Do you have parking space in your building which is under-utilized? Rent it out and make business with us.
{% extends "layout2.html" %} {% block title %} MyHome {% endblock %} {% block main %}
Find your nearest available parking spot and pre-book it for a seamless parking experience.
Do you have parking space in your building which is under-utilized? Rent it out and make business with us.


XSize:
YSize:
ZSize:
XRotation:
YRotation:
ZRotation:
Instant Update
World Position X:
World Position Y:
Object Position X:
Object Position Y:
Hold left click and drag to rotate.
Hold right click and drag to move.
Freeze