HAMILTON, BERMUDA and NEW YORK, May 18, 2009 - Central European Media Enterprises Ltd. ("CME") (Nasdaq/Prague Stock Exchange: CETV) and Time Warner Inc. ("Time Warner") (NYSE:TWX) today announced that Time Warner's investment in CME, a leading media company in Central and Eastern Europe, has closed. The companies previously announced the signing of the transaction on March 23, 2009.
Time Warner received 19 million newly issued common shares of CME, consisting of 14.5 million shares of Class A Common Stock at a price of US$12.00 per share and 4.5 million shares of Class B Common Stock at a price of US$15.00 per share. Together, these shares now held by Time Warner represent an approximate 31% interest in CME. CME received cash consideration of $241.5 million.
Also, in connection with the transaction, Time Warner has agreed to allow CME founder and Non-Executive Chairman Ronald S. Lauder to vote Time Warner's shares of CME for at least four years, subject to certain exceptions. Mr. Lauder has pledged to support Time Warner's appointment of two of its designees to CME's board of directors.
Citigroup served as financial advisor to Time Warner. J.P. Morgan served as CME's financial advisor.
Time Warner Inc., a global leader in media and entertainment with businesses in television networks, filmed entertainment, publishing and interactive services, uses its industry-leading operating scale and brands to create, package and deliver high-quality content worldwide through multiple distribution platforms. For more information about Time Warner Inc., please visit www.timewarner.com.
CME is a broadcasting company operating leading networks in seven Central and Eastern European countries with an aggregate population of approximately 97 million people. CME's television stations are located in Bulgaria (TV2 and Ring TV), Croatia (Nova TV), Czech Republic (TV Nova, Nova Cinema and NovaSport), Romania (PRO TV, PRO TV International, Acasa, PRO Cinema, Sport.ro and MTV Romania), Slovakia (Markíza), Slovenia (POP TV, Kanal A) and Ukraine (Studio 1+1, Studio 1+1 International and Kino). CME is traded on the NASDAQ and the Prague Stock Exchange under the ticker symbol "CETV."
This document includes certain forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. These statements are based on management's current expectations or beliefs, and are subject to uncertainty and changes in circumstances. Actual results may vary materially from those expressed or implied by the statements herein due to changes in economic, business, competitive, technological, strategic and/or regulatory factors, as well as other factors affecting the operation of the businesses of Time Warner and CME. More detailed information about these factors may be found in filings by Time Warner Inc. and CME with the Securities and Exchange Commission, including their most recent annual reports on Form 10-K and quarterly reports on Form 10-Q. Time Warner and CME are under no obligation to, and expressly disclaim any such obligation to, update or alter their forward-looking statements, whether as a result of new information, future events, or otherwise.


If you would like to make a complaint about industrial air pollution, please use the report it eform or call 01903 737755. Information about how to obtain a permit for any business or activity likely to cause air pollution is available below.
The Environmental Health team issues permits under Environmental Permitting Regulations in respect of certain processes that have the potential to cause air pollution. Larger or more complex industrial processes, which are potentially more polluting or may contaminate land or water, are permitted by the Environment Agency. Arun District Council currently permits a total of 22 installations including petrol service stations, dry cleaning establishments, operators of small waste oil burners, and a vehicle respraying premises, all operating under standard permit conditions. Two more complex installations operate under bespoke permit conditions, a further application for an Environmental Permit in respect of a waste wood combustion installation has recently been approved and can be viewed under Cobbins Nursery Application.
Further information about these installlations is contained in the Public Register and is available to view at the Littlehampton office. Please email pollution@arun.gov.uk or call 01903 737755 for more information.
Local authorities must regulate certain types of factory and other activities such as dry cleaners. This is to reduce any pollution they may cause and help improve air quality. Businesses which operate these premises must have a permit from the Local Authority. If a permit is issued, the council they must note how the pollution is to be minimised. In law, the premises are known as "installations". They are divided into Part A1, Part A2 and Part B installations. The Environment Agency deals with Part A1 premises and Local Authorities deal with Part A2 and Part B installations. Local authorities deal with a large number of different installations such as glassworks, foundries, rendering plant, maggot breeders, petrol stations, concrete crushers, sawmills and paint manufacturers. Regulations say exactly which installations need a permit, but in several cases only larger installations need one.
The operator of the installation must apply for a permit, for which there is a fee. Relevant members of the public and other organisations are consulted during the consideration of the application. If the permit is issued, it must include conditions which will say how pollution is to be minimised. The Government has published guidance for each type of installation. If the authority decides to refuse a permit, a business can appeal to the Government. A business can also appeal if it has received a permit but does not agree with any of the conditions.
Once a permit is issued, the operator must comply with the permit conditions and pay an annual charge. Installations are rated as high, medium or low risk. This is based on two things - what the environmental impact would be if something went wrong and how reliable and effective the operator of the installation is. The annual charge is lower for low and medium risk installations.
Local authorities have powers if a business does not comply with its permit or operates without one. They can serve various sorts of legal notice and can also take the business to court. We try to work with businesses to solve problems, and only use legal measures as a last resort. Officers also often try to advise on money saving ways of reducing pollution.
You will find the law in the Environmental Permitting (England and Wales) Regulations 2007, statutory instrument number 2007/3538. The Part B system is known as Local Authority Pollution Prevention and Control (LAPPC). The A2 system is Local Authority Integrated Pollution Prevention and Control (LA-IPPC). For many of the listed installations, the Regulations also implement European Community Directives. For more guidance on pollution standards please see the General Guidance Manual.
Defra is the Government Department responsible for the system in England. Contact details are helpline@defra.gsi.gov.uk or telephone 08459 33 55 77.


text:
Q: ForeignKey String ToLower Entity Framework I have a problem with the ForeignKey, as you will see in the database table i have the following value "LA URBINA" in the column "EQU". in my model the property is:
[ForeignKey("Equipo")]
public string EQU { get; set; }

private Equipo equipo;
public virtual Equipo Equipo
{
    get { return equipo; }
    set { equipo = value; }
}

the problem is that in the table "Equipo" the key code is "La Urbina" not "LA URBINA" and therefore does not make the relationship, any idea to make the comparison regardless if the value is lower or upper? please excuse my bad English, I hope you understand me and you can help me

A: You must check what "Collation" your database is using.
For example, "Latin1_General_100_CS_AI" - the CS indicates that strings in your database is "case-sensitive" and string like "LA URBINA" and "La Urbina" are different.
If it is ""Latin1_General_100_CI_AI" - the CI indicates that string in your database are "case-insensitive" and there is no differences between those two strings.
In order to change your database collation, re-create it (nasty scenario) or right click -> options -> collation.

A: just in case this can help someone my solution was
in the model:
private string equ;
[ForeignKey("Equipo")]
public string EQU
{
    get { return equ.Capitalize(); }
    set { equ = value; }
}

private Equipo equipo;
public virtual Equipo Equipo
{
    get { return equipo; }
    set { equipo = value; }
}

public static string Capitalize(this string str)
{
    if (str != null || str == "")
    {
        str = str.ToLower();
        str = Regex.Replace(str, @"\b[a-z]", delegate(Match m)
        {
            return m.Value.ToUpper();
        });
    }
    return str;
}

in the class Equipo:
private string codigo;
[Key]
[StringLength(20)]
public string Codigo
{
    get { return codigo.Capitalize(); }
    set { codigo = value; }
}

redpajama_set_name: RedPajamaStackExchange


text:
Senate bill wants to make it easier for ex-prisoners to start a business | Gene Marks
The New Start Act plans to use the power of entrepreneurship to help people who have been in prison build something special Should someone who committed a crime and served time in prison be allowed to start a business? One senator thinks so, and hes just introduced a bill to make it easier. Ben Cardin,…
Facebook co-founder calls for company to break up over 'unprecedented' power
Chris Hughes wrote in the New York Times Facebooks acquisition of rival platforms has given Zuckerberg un-American control A co-founder of Mark Zuckerbergs power is unprecedented and un-American. Chris Hughes, who helped established Facebook after meeting Zuckerberg at wrote in the New York Times that Facebooks acquisition of rival platforms had given Zuckerberg unparalleled power…
Women who belonged to Nxivm cult's inner circle may testify against their former leader
(CNN)Keith Raniere was greatly admired by the women who joined Nxivm, the group he founded, said Raniere's lawyer, Marc Agnifilo. Seagram liquor heiress Clare Bronfman, "Smallville" actress Allison Mack, Kathy Russell, Lauren Salzman and Nancy Salzman are co-defendants in Raniere's federal case and have pleaded guilty to crimes ranging from visa fraud to racketeering. As…
The economy isn't getting better for most Americans. But there is a fix | Heather Boushey
US economic data leaves us in the dark. If we dont change the way we measure such progress, were unlikely to have much of it The economy is getting bigger, but not better. Not for most Americans, anyway. In the United States, additional income from productivity and growth has been faster than income; those in…
Hasan Minhaj, Sandra Oh Among Honorees On List Of 100 Most Influential Asians
Gold House, an Asian collective that includes founders, creatives and leaders in a variety of fields, released its list Wednesday of the 100 most influential Asians Americans, Pacific Islanders and Asians who have influenced U.S. culture on Wednesday. The list coincides with the start of Asian Pacific American Heritage Month. "A100" list includes some heavy…
The zero-waste revolution: how a new wave of shops could end excess packaging
Shops that minimise the environmental impact of our consumer habits are springing up across Britain. Could they help us avert catastrophe? The smell in the best high street in Britain, is lovely, too. I am captivated. Natural Weigh is part of a quiet revolution. Over the past two years, well over 100 of these stores…
'We made more than five billion teabags last year'
Image copyright Bettys and Taylors Group Image caption Yorkshire Tea makes billions of teabags every year So why is Yorkshire Tea so well loved? "Because it tastes so good," says Lesley Wild, chair of Bettys & Taylors of Harrogate, the family business behind the brand. Image copyright Bettys and Taylors Group Image caption Frederick Belmont…
Ivanka Trump returns to the world stage with Africa trip
(CNN)Ivanka Trump is taking her women's entrepreneurship initiative to Africa, arriving in Ethiopia Sunday to promote the Trump administration's Women's Global Development and Prosperity initiative.
Obama, Snoop Dogg and Stevie Wonder were among those paying tribute to Nipsey Hussle
(CNN)During Nipsey's Hussle's Los Angeles funeral service Thursday, Snoop Dogg remembered the first time Nipsey "pushed up on me with a tape," trying to get the world-famous Long Beach rapper to listen to his music. Snoop said the two shared a kinship. They repped Los Angeles. They're both tall, lanky, wear braids and claim their…
'Why I quit as a barrister to follow my dream job'
Image copyright Mowgli Street Food Image caption Nisha says the food at Mowgli is a "far cry" from what's served at traditional curry houses The Liverpool restaurant, which specialises in "authentic" Indian cuisine, quickly took off and has since grown into a UK-wide chain with sales of £10m. Image copyright Mowgli Street Food Image caption…

redpajama_set_name: RedPajamaCommonCrawl


Karachi Golf Club – founded in 1888 as an offshoot to the Sindh Club, an exclusive gentleman's club – is the oldest golfing institution in Pakistan. Seventy years after it was formed, the club moved from its original site to its current location and it was here in the early 1990s that Peter Harradine fashioned a modern 27-hole layout across a generous 217-acre property.
Golf at Karachi is played out over three circuits of nine holes, with the Blue and Red nines forming the championship 18-hole layout. It's a course that favours long, straight hitters as a number of the par fives measure in excess of 600 yards. Although shorter than its two siblings, the Yellow nine is by no means an easy option as an abundance of water features on this loop help to protect par.
Inaugurated in 1967, the Pakistan Open has been held at Karachi on several occasions. At one of the more recent Open events, the 38th edition of the tournament in 2006 to be precise, Englishman Chris Rodgers became only the second non-native golfer to win this national competition.
"Our company was involved in the design and construction supervision for the up-grading of the existing 18 holes and extension to a 27-hole facility. The master and detailed construction plans were designed in January and February 1992. The construction was "in house" which meant that there were no tender documents but only performance specifications and bills of quantities.
Due to the very limited budget the club did not employ a specialized shaper or any other expat specialist. The complete works were carried out by a large local work force with rudimentary machinery. Gravel and top soil was carried on to the greens with wheelbarrows and all fine shaping was done manually with a rake.


Walls of Steel | Isaac Hooke.
Hoodwink returns to Earth to find the world conquered by the alien race known as the Satori. The few humans who remain are oppressed, little more than slaves waiting to house the consciousnesses of their Satori masters. Robots patrol the streets and drones rule the skies, keeping the populace in check.
More than anything Hoodwink wants to journey to Ganymede to help Ari and Tanner, but he is trapped on that bleak planet. So instead he assumes human form and joins other Satori surrogates in one of the conquered cities. Eventually he comes to terms with his new life and accepts that humanity cannot be saved.
And then one day he meets a strange woman who changes everything.


text: #include "../include/slikenet/DS_ByteQueue.h"

redpajama_set_name: RedPajamaGithub


text:
Osoby o tym nazwisku:
 Andrew Gurr – brytyjski urzędnik
 Donna-Marie Gurr – kanadyjska pływaczka, olimpijka

redpajama_set_name: RedPajamaWikipedia


text:
NGC 2807 ist eine linsenförmige Galaxie vom Hubble-Typ S0 im Sternbild Krebs auf der Ekliptik. Sie ist schätzungsweise 362 Millionen Lichtjahre von der Milchstraße entfernt und hat einen Durchmesser von etwa 65.000 Lj.
Im selben Himmelsareal befinden sich u. a. die Galaxien NGC 2801, NGC 2804, NGC 2809, IC 2457.

Das Objekt wurde am 17. Februar 1863 vom deutsch-dänischen Astronomen Heinrich Louis d'Arrest entdeckt.

Weblinks

 SIMBAD Astronomical Database

Einzelnachweise

Linsenförmige Galaxie


text:
package backend.support;

import backend.debug.Dwarf;
import backend.type.FunctionType;
import backend.type.PointerType;
import backend.type.StructType;
import backend.type.Type;
import backend.value.*;
import backend.value.GlobalValue.LinkageType;
import backend.value.GlobalValue.VisibilityTypes;
import backend.value.Instruction.*;
import backend.value.Instruction.CmpInst.Predicate;
import tools.*;

import java.io.PrintStream;
import java.util.ArrayList;
import java.util.function.BiConsumer;

import static backend.support.AssemblyWriter.PrefixType.*;
import static tools.APFloat.RoundingMode.rmNearestTiesToEven;

public class AssemblyWriter {
  private FormattedOutputStream out;
  private Module theModule;
  private TypePrinting typePrinter;
  private ArrayList<Type> numberedTypes;
  private SlotTracker slotTracker;
  private final static int PadToColumns = 50;
  private AssemblerAnnotationWriter annotationWriter;

  public AssemblyWriter(FormattedOutputStream os,
                        Module m,
                        SlotTracker tracker) {
    this(os, m, tracker, null);
  }

  public AssemblyWriter(FormattedOutputStream os,
                        Module m,
                        SlotTracker tracker,
                        AssemblerAnnotationWriter annotator) {
    out = os;
    theModule = m;
    typePrinter = new TypePrinting();
    numberedTypes = new ArrayList<>();
    slotTracker = tracker;
    if (m != null)
      typePrinter.incorporateType(m);
    this.annotationWriter = annotator;
  }

  enum PrefixType {
    GlobalPrefix, LabelPrefix, LocalPrefix, NoPrefix
  }

  private static void printLLVMName(FormattedOutputStream os, Value val) {
    printLLVMName(os, val.getName(),
        val instanceof GlobalValue ? GlobalPrefix : LocalPrefix);
  }

  private static void printLLVMName(PrintStream os, Value val) {
    printLLVMName(os, val.getName(),
        val instanceof GlobalValue ? GlobalPrefix : LocalPrefix);
  }

  /**
   * Turn the specified name into "LLVM name", which is either
   * prefixed with % or is surrounded with ""'s. Print it now.
   *
   * @param os
   * @param name
   * @param pt
   */
  static void printLLVMName(PrintStream os,
                            String name,
                            PrefixType pt) {
    Util.assertion(name != null && !name.isEmpty(), "Cannot get empty name!");
    switch (pt) {
      default:
        Util.assertion(false, "Unknown PrefixType");
        break;
      case NoPrefix:
        break;
      case GlobalPrefix:
        os.print("@");
        break;
      case LocalPrefix:
      case LabelPrefix:
        os.print("%");
        break;
    }

    boolean needQuotes = Character.isDigit(name.charAt(0));
    if (!needQuotes) {
      for (int i = 0, e = name.length(); i != e; i++) {
        char c = name.charAt(i);
        if (c != '_' && c != '.' && !Character.isJavaIdentifierPart(c)) {
          needQuotes = true;
          break;
        }
      }
    }

    if (!needQuotes) {
      os.print(name);
      return;
    }
    os.printf("\"%s\"", name);
  }

  /**
   * Turn the specified name into "LLVM name", which is either
   * prefixed with % or is surrounded with ""'s. Print it now.
   *
   * @param os
   * @param name
   * @param pt
   */
  static void printLLVMName(FormattedOutputStream os,
                            String name,
                            PrefixType pt) {
    Util.assertion(name != null && !name.isEmpty(), "Cannot get empty name!");
    switch (pt) {
      default:
        Util.assertion(false, "Unknown PrefixType");
        break;
      case NoPrefix:
      case LabelPrefix:
        break;
      case GlobalPrefix:
        os.print("@");
        break;
      case LocalPrefix:
        os.print("%");
        break;
    }

    boolean needQuotes = Character.isDigit(name.charAt(0));
    if (!needQuotes) {
      for (int i = 0, e = name.length(); i != e; i++) {
        char c = name.charAt(i);
        if (c != '_' && c != '.' && !Character.isJavaIdentifierPart(c)) {
          needQuotes = true;
          break;
        }
      }
    }

    if (name.charAt(0) == '"' && name.charAt(name.length()-1) == '"')
      needQuotes = false;
    if (!needQuotes) {
      os.print(name);
      return;
    }
    os.printf("\"%s\"", name);
  }

  public void write(Module m) {
    printModule(m);
  }

  public void write(Function fn) {
    printFunction(fn);
  }

  public void write(GlobalValue gv) {
    if (gv instanceof GlobalVariable) {
      printGlobal((GlobalVariable) gv);
    } else {
      Util.assertion(gv instanceof Function, "Unknown global value kind");
      printFunction((Function) gv);
    }
  }

  public void write(Instruction inst) {
    printInstruction(inst);
  }

  public void write(BasicBlock bb) {
    printBasicBlock(bb);
  }

  /**
   * Output all global variables into output stream.
   *
   * @param gv
   */
  private void printGlobal(GlobalVariable gv) {
    writeAsOperandInternal(out, gv, typePrinter, slotTracker, theModule);
    out.print(" = ");

    if (!gv.hasInitializer() && gv.hasExternalLinkage())
      out.print("external ");

    printLinkage(gv.getLinkage(), out);
    printVisibility(gv.getVisibility(), out);

    if (gv.isThreadLocal())
      out.print("thread_local ");

    int addressSpace = gv.getType().getAddressSpace();
    if (addressSpace != 0)
      out.printf("addrspace(%d) ", addressSpace);
    if (gv.hasUnnamedAddr()) out.print("unnamed_addr ");
    out.print(gv.isConstant() ? "constant " : "global ");
    typePrinter.print(gv.getType().getElementType(), out);

    if (gv.hasInitializer()) {
      out.print(" ");
      writeOperand(gv.getInitializer(), false);
    }
    if (gv.hasSection()) {
      out.print(", section \"");
      out.print(Util.escapeString(gv.getSection()));
      out.print('"');
    }
    int align = gv.getAlignment();
    if (align != 0) {
      out.printf(", align %d", align);
    }
    printInfoComment(gv);
    out.println();
  }

  private void printInfoComment(Value val) {
    if (annotationWriter != null)
      annotationWriter.printInfoComment(val, out);
  }

  public static SlotTracker createSlotTracker(Value val) {
    if (val instanceof Argument) {
      return new SlotTracker(((Argument) val).getParent());
    }
    if (val instanceof BasicBlock) {
      BasicBlock bb = (BasicBlock) val;
      return new SlotTracker(bb.getParent());
    }
    if (val instanceof Instruction) {
      Instruction inst = (Instruction) val;
      return new SlotTracker(inst.getParent().getParent());
    }
    if (val instanceof GlobalVariable) {
      GlobalVariable gv = (GlobalVariable) val;
      return new SlotTracker(gv.getParent());
    }
    if (val instanceof Function) {
      return new SlotTracker((Function) val);
    }
    return null;
  }

  public static void writeAsOperandInternal(PrintStream out, Value val,
                                            TypePrinting printer, SlotTracker tracker) {
    if (val.hasName()) {
      printLLVMName(out, val);
      return;
    }

    Constant cv = val instanceof Constant ? (Constant) val : null;
    if (cv != null && !(cv instanceof GlobalValue)) {
      Util.assertion(printer != null, "Constants require TypePrintering");
      writeConstantInternal(out, cv, printer, tracker);
      return;
    }

    char prefix = '%';
    int slot = -1;
    if (tracker == null)
      tracker = createSlotTracker(val);

    if (tracker != null) {
      GlobalValue gv = val instanceof GlobalValue ?
          (GlobalValue) val :
          null;
      if (gv != null) {
        slot = tracker.getGlobalSlot(gv);
        prefix = '@';
      } else {
        slot = tracker.getLocalSlot(val);
      }
    }
    if (slot != -1)
      out.printf("%c%d", prefix, slot);
    else
      out.print("<badref>");
  }

  public static void writeAsOperandInternal(FormattedOutputStream out, Value val,
                                            TypePrinting printer, SlotTracker tracker,
                                            Module context) {
    if (val.hasName()) {
      printLLVMName(out, val);
      return;
    }

    Constant cv = val instanceof Constant ? (Constant) val : null;
    if (cv != null && !(cv instanceof GlobalValue)) {
      Util.assertion(printer != null, "Constants require TypePrintering");
      writeConstantInternal(out, cv, printer, tracker, context);
      return;
    }

    if (val instanceof InlineAsm) {
      out.print("asm ");
      InlineAsm ia = (InlineAsm) val;
      if (ia.hasSideEffects())
        out.print("sideeffect ");
      if (ia.isAlignStack())
        out.print("alignstack ");
      out.printf("\"%s\", \"%s\"",
          Util.escapeString(ia.getAsmString()),
          Util.escapeString(ia.getConstraintString()));
      return;
    }

    if (val instanceof MDNode) {
      MDNode node = (MDNode) val;
      if (node.isFunctionLocal()) {
        // Print metadata inline, not via slot reference number.
        writeMDNodeBodyInternal(out, node, printer, tracker, context);
        return;
      }

      if (tracker == null) {
        if (node.isFunctionLocal())
          tracker = new SlotTracker(node.getFunction());
        else
          tracker = new SlotTracker(context);
      }

      out.printf("!%d", tracker.getMetadataSlot(node));
      return;
    }

    if (val instanceof MDString) {
      MDString mds = (MDString) val;
      out.printf("!\"%s\"", Util.escapeString(mds.getString()));
      return;
    }

    char prefix = '%';
    int slot = -1;
    if (tracker == null)
      tracker = createSlotTracker(val);

    if (tracker != null) {
      GlobalValue gv = val instanceof GlobalValue ?
          (GlobalValue) val :
          null;
      if (gv != null) {
        slot = tracker.getGlobalSlot(gv);
        prefix = '@';
      } else {
        slot = tracker.getLocalSlot(val);
      }
    }
    if (slot != -1)
      out.printf("%c%d", prefix, slot);
    else
      out.print("<badref>");
  }

  //===----------------------------------------------------------------------===//
  // Helper Functions
  //===----------------------------------------------------------------------===//
  private static Module getModuleFromVal(Value val) {
    if (val instanceof Argument) {
      Argument arg = (Argument) val;
      return arg.getParent() != null ? arg.getParent().getParent() : null;
    }
    if (val instanceof BasicBlock) {
      BasicBlock bb = (BasicBlock) val;
      return bb.getParent() != null ? bb.getParent().getParent() : null;
    }
    if (val instanceof Instruction) {
      Instruction inst = (Instruction) val;
      Function f = inst.getParent() != null ?
          inst.getParent().getParent() :
          null;
      return f != null ? f.getParent() : null;
    }
    if (val instanceof GlobalValue)
      return ((GlobalValue) val).getParent();
    return null;
  }

  public static void writeAsOperand(PrintStream out, Value val,
                                    boolean printType, Module context) {
    if (!printType && (!(val instanceof Constant)) || val.hasName() || val instanceof GlobalValue) {
      writeAsOperandInternal(out, val, null, null);
      return;
    }

    if (context == null)
      context = getModuleFromVal(val);

    TypePrinting printer = new TypePrinting();
    if (context != null)
      printer.incorporateType(context);
    if (printType) {
      printer.print(val.getType(), out);
      out.print(" ");
    }
    writeAsOperandInternal(out, val, printer, null);
  }

  public static void writeAsOperand(FormattedOutputStream out, Value val,
                                    boolean printType, Module context) {
    if (!printType && (!(val instanceof Constant)) || val.hasName() || val instanceof GlobalValue) {
      writeAsOperandInternal(out, val, null, null, context);
      return;
    }

    if (context == null)
      context = getModuleFromVal(val);

    TypePrinting printer = new TypePrinting();
    if (context != null)
      printer.incorporateType(context);
    if (printType) {
      printer.print(val.getType(), out);
      out.print(" ");
    }
    writeAsOperandInternal(out, val, printer, null, context);
  }

  public static void writeConstantInternal(PrintStream out, Constant cv,
                                           TypePrinting printer, SlotTracker tracker) {
    ConstantInt ci = cv instanceof ConstantInt ? (ConstantInt) cv : null;
    if (ci != null) {
      if (ci.getType().isIntegerTy(1)) {
        out.print(ci.getZExtValue() != 0 ? "true" : "false");
        return;
      }
      ci.getValue().print(out);
      return;
    }

    ConstantFP fp = (cv instanceof ConstantFP) ? (ConstantFP) cv : null;
    if (fp != null) {
      if (fp.getValueAPF().getSemantics() == APFloat.IEEEdouble
          || fp.getValueAPF().getSemantics() == APFloat.IEEEsingle) {
        boolean ignored = false;
        boolean isDouble = fp.getValueAPF().getSemantics() == APFloat.IEEEdouble;
        double val = isDouble ? fp.getValueAPF().convertToDouble() :
            fp.getValueAPF().convertToFloat();
        String strVal = String.valueOf(val);

        if ((strVal.charAt(0) >= '0' && strVal.charAt(0) <= '9')
            || (strVal.charAt(0) == '-' || strVal.charAt(0) == '+')
            && (strVal.charAt(0) >= '0' && strVal.charAt(0) <= '9')) {
          if (Double.parseDouble(strVal) == val) {
            out.print(strVal);
            return;
          }
        }

        APFloat apf = fp.getValueAPF();
        if (!isDouble) {
          OutRef<Boolean> x = new OutRef<>(false);
          apf.convert(APFloat.IEEEdouble, rmNearestTiesToEven, x);
          ignored = x.get();
        }
        out.printf("0x%d", apf.bitcastToAPInt().getZExtValue());
        return;
      }

      // Some form of long double.  These appear as a magic letter identifying
      // the type, then a fixed number of hex digits.
      out.print("0x");
      if (fp.getValueAPF().getSemantics() == APFloat.x87DoubleExtended) {
        out.print("K");
        APInt api = fp.getValueAPF().bitcastToAPInt();
        long[] p = api.getRawData();
        long word = p[1];
        int width = api.getBitWidth();
        int shiftcount = 12;
        for (int j = 0; j < width; j += 4, shiftcount -= 4) {
          int nibble = (int) ((word >> shiftcount) & 15);
          if (nibble < 10)
            out.print((char) (nibble + '0'));
          else {
            out.print((char) (nibble - 10 + 'A'));
          }
          if (shiftcount == 0 && j + 4 < width) {
            word = p[0];
            shiftcount = 64;
            if (width - j - 4 < 64) {
              shiftcount = width - j - 4;
            }
          }
        }
        return;
      } else if (fp.getValueAPF().getSemantics() == APFloat.IEEEquad) {
        out.print("L");
      } else {
        Util.shouldNotReachHere("Unsupported floating point type");
      }

      APInt api = fp.getValueAPF().bitcastToAPInt();
      long[] p = api.getRawData();
      int idx = 0;
      long word = p[idx];
      int shiftcount = 60;
      int width = api.getBitWidth();
      for (int j = 0; j < width; j += 4, shiftcount -= 4) {
        int nibble = (int) ((word >> shiftcount) & 15);
        if (nibble < 10)
          out.print((char) (nibble + '0'));
        else {
          out.print((char) (nibble - 10 + 'A'));
        }
        if (shiftcount == 0 && j + 4 < width) {
          word = p[++idx];
          shiftcount = 64;
          if (width - j - 4 < 64) {
            shiftcount = width - j - 4;
          }
        }
      }
      return;
    }

    if (cv instanceof ConstantAggregateZero) {
      out.print("zeroinitializer");
      return;
    }

    if (cv instanceof ConstantArray) {
      ConstantArray ca = (ConstantArray) cv;
      Type elty = ca.getType().getElementType();
      if (ca.isString()) {
        out.print("c\"");
        out.print(Util.escapedString(ca.getAsString()));
        out.print("\"");
      } else {
        out.print("[");
        if (ca.getNumOfOperands() != 0) {
          printer.print(elty, out);
          out.print(' ');
          writeAsOperandInternal(out, ca.operand(0), printer, tracker);
          for (int i = 1, e = ca.getNumOfOperands(); i != e; i++) {
            out.print(", ");
            printer.print(elty, out);
            out.print(' ');
            writeAsOperandInternal(out, ca.operand(i), printer,
                tracker);
          }
        }
        out.print("]");
      }
      return;
    }

    if (cv instanceof ConstantStruct) {
      ConstantStruct cs = (ConstantStruct) cv;
      if (cs.getType().isPacked())
        out.print('<');
      out.print('{');
      int n = cs.getNumOfOperands();
      if (n > 0) {
        out.print(' ');
        printer.print(cs.operand(0).getType(), out);
        out.print(' ');

        writeAsOperandInternal(out, cs.operand(0), printer, tracker);
        for (int i = 1; i < n; i++) {
          out.print(", ");
          printer.print(cs.operand(i).getType(), out);
          out.print(' ');

          writeAsOperandInternal(out, cs.operand(i), printer, tracker);
        }
        out.print(' ');
      }

      out.print('}');
      if (cs.getType().isPacked())
        out.print('>');
      return;
    }

    if (cv instanceof ConstantPointerNull) {
      out.print("null");
      return;
    }
    if (cv instanceof Value.UndefValue) {
      out.print("undef");
      return;
    }
    if (cv instanceof ConstantExpr) {
      ConstantExpr ce = (ConstantExpr) cv;
      out.print(ce.getOpcode().opName);
      writeOptimizationInfo(out, ce);
      if (ce.isCompare()) {
        out.printf(" %s", getPredicateText(ce.getPredicate()));
      }
      out.print(" (");

      for (int i = 0, e = ce.getNumOfOperands(); i != e; i++) {
        printer.print(ce.operand(i).getType(), out);
        out.print(' ');
        writeAsOperandInternal(out, ce.operand(i), printer, tracker);
        if (i < e - 1)
          out.print(", ");
      }

      if (ce.isCast()) {
        out.print(" to ");
        printer.print(ce.getType(), out);
      }
      out.print(")");
      return;
    }

    out.print("<placeholder or erroneous Constant>");
  }

  public static void writeConstantInternal(FormattedOutputStream out, Constant cv,
                                           TypePrinting printer, SlotTracker tracker,
                                           Module context) {
    ConstantInt ci = cv instanceof ConstantInt ? (ConstantInt) cv : null;
    if (ci != null) {
      if (ci.getType().isIntegerTy(1)) {
        out.print(ci.getZExtValue() != 0 ? "true" : "false");
        return;
      }
      ci.getValue().print(out);
      return;
    }

    ConstantFP fp = (cv instanceof ConstantFP) ? (ConstantFP) cv : null;
    if (fp != null) {
      if (fp.getValueAPF().getSemantics() == APFloat.IEEEdouble
          || fp.getValueAPF().getSemantics() == APFloat.IEEEsingle) {
        boolean isDouble = fp.getValueAPF().getSemantics() == APFloat.IEEEdouble;
        double val = isDouble ? fp.getValueAPF().convertToDouble() :
            fp.getValueAPF().convertToFloat();
        String strVal = String.valueOf(val);

        if ((strVal.charAt(0) >= '0' && strVal.charAt(0) <= '9')
            || (strVal.charAt(0) == '-' || strVal.charAt(0) == '+')
            && (strVal.charAt(0) >= '0' && strVal.charAt(0) <= '9')) {
          if (Double.parseDouble(strVal) == val) {
            out.print(strVal);
            return;
          }
        }

        APFloat apf = fp.getValueAPF();
        if (!isDouble) {
          OutRef<Boolean> x = new OutRef<>(false);
          apf.convert(APFloat.IEEEdouble, rmNearestTiesToEven, x);
        }
        out.printf("0x%x", apf.bitcastToAPInt().getZExtValue());
        return;
      }

      // Some form of long double.  These appear as a magic letter identifying
      // the type, then a fixed number of hex digits.
      out.printf("0x");
      if (fp.getValueAPF().getSemantics() == APFloat.x87DoubleExtended) {
        out.printf("K");
        APInt api = fp.getValueAPF().bitcastToAPInt();
        long[] p = api.getRawData();
        long word = p[1];
        int width = api.getBitWidth();
        int shiftcount = 12;
        for (int j = 0; j < width; j += 4, shiftcount -= 4) {
          int nibble = (int) ((word >> shiftcount) & 15);
          if (nibble < 10)
            out.print((char) (nibble + '0'));
          else {
            out.print((char) (nibble - 10 + 'A'));
          }
          if (shiftcount == 0 && j + 4 < width) {
            word = p[0];
            shiftcount = 64;
            if (width - j - 4 < 64) {
              shiftcount = width - j - 4;
            }
          }
        }
        return;
      } else if (fp.getValueAPF().getSemantics() == APFloat.IEEEquad) {
        out.printf("L");
      } else {
        Util.shouldNotReachHere("Unsupported floating point type");
      }

      APInt api = fp.getValueAPF().bitcastToAPInt();
      long[] p = api.getRawData();
      int idx = 0;
      long word = p[idx];
      int shiftcount = 60;
      int width = api.getBitWidth();
      for (int j = 0; j < width; j += 4, shiftcount -= 4) {
        int nibble = (int) ((word >> shiftcount) & 15);
        if (nibble < 10)
          out.print((char) (nibble + '0'));
        else {
          out.print((char) (nibble - 10 + 'A'));
        }
        if (shiftcount == 0 && j + 4 < width) {
          word = p[++idx];
          shiftcount = 64;
          if (width - j - 4 < 64) {
            shiftcount = width - j - 4;
          }
        }
      }
      return;
    }

    if (cv instanceof ConstantAggregateZero) {
      out.printf("zeroinitializer");
      return;
    }

    if (cv instanceof ConstantArray) {
      ConstantArray ca = (ConstantArray) cv;
      Type elty = ca.getType().getElementType();
      if (ca.isString()) {
        out.print("c\"");
        out.print(Util.escapedString(ca.getAsString()));
        out.print("\"");
      } else {
        out.print("[");
        if (ca.getNumOfOperands() != 0) {
          printer.print(elty, out);
          out.print(' ');
          writeAsOperandInternal(out, ca.operand(0), printer, tracker, context);
          for (int i = 1, e = ca.getNumOfOperands(); i != e; i++) {
            out.print(", ");
            printer.print(elty, out);
            out.print(' ');
            writeAsOperandInternal(out, ca.operand(i), printer, tracker, context);
          }
        }
        out.print("]");
      }
      return;
    }

    if (cv instanceof ConstantStruct) {
      ConstantStruct cs = (ConstantStruct) cv;
      if (cs.getType().isPacked())
        out.print('<');
      out.print('{');
      int n = cs.getNumOfOperands();
      if (n > 0) {
        out.print(' ');
        printer.print(cs.operand(0).getType(), out);
        out.print(' ');

        writeAsOperandInternal(out, cs.operand(0), printer, tracker, context);
        for (int i = 1; i < n; i++) {
          out.print(", ");
          printer.print(cs.operand(i).getType(), out);
          out.print(' ');

          writeAsOperandInternal(out, cs.operand(i), printer, tracker, context);
        }
        out.print(' ');
      }

      out.print('}');
      if (cs.getType().isPacked())
        out.print('>');
      return;
    }

    if (cv instanceof ConstantPointerNull) {
      out.print("null");
      return;
    }
    if (cv instanceof Value.UndefValue) {
      out.print("undef");
      return;
    }
    if (cv instanceof ConstantExpr) {
      ConstantExpr ce = (ConstantExpr) cv;
      out.print(ce.getOpcode().opName);
      writeOptimizationInfo(out, ce);
      if (ce.isCompare()) {
        out.printf(" %s", getPredicateText(ce.getPredicate()));
      }
      out.printf(" (");

      for (int i = 0, e = ce.getNumOfOperands(); i != e; i++) {
        printer.print(ce.operand(i).getType(), out);
        out.print(' ');
        writeAsOperandInternal(out, ce.operand(i), printer, tracker, context);
        if (i < e - 1)
          out.printf(", ");
      }

      if (ce.isCast()) {
        out.printf(" to ");
        printer.print(ce.getType(), out);
      }
      out.printf(")");
      return;
    }

    out.printf("<placeholder or erroneous Constant>");
  }

  private static String getPredicateText(Predicate pred) {
    String res = "unknown";
    switch (pred) {
      case FCMP_FALSE:
        res = "false";
        break;
      case FCMP_OEQ:
        res = "oeq";
        break;
      case FCMP_OGT:
        res = "ogt";
        break;
      case FCMP_OGE:
        res = "oge";
        break;
      case FCMP_OLT:
        res = "olt";
        break;
      case FCMP_OLE:
        res = "ole";
        break;
      case FCMP_ONE:
        res = "one";
        break;
      case FCMP_ORD:
        res = "ord";
        break;
      case FCMP_UNO:
        res = "uno";
        break;
      case FCMP_UEQ:
        res = "ueq";
        break;
      case FCMP_UGT:
        res = "ugt";
        break;
      case FCMP_UGE:
        res = "uge";
        break;
      case FCMP_ULT:
        res = "ult";
        break;
      case FCMP_ULE:
        res = "ule";
        break;
      case FCMP_UNE:
        res = "une";
        break;
      case FCMP_TRUE:
        res = "true";
        break;
      case ICMP_EQ:
        res = "eq";
        break;
      case ICMP_NE:
        res = "ne";
        break;
      case ICMP_SGT:
        res = "sgt";
        break;
      case ICMP_SGE:
        res = "sge";
        break;
      case ICMP_SLT:
        res = "slt";
        break;
      case ICMP_SLE:
        res = "sle";
        break;
      case ICMP_UGT:
        res = "ugt";
        break;
      case ICMP_UGE:
        res = "uge";
        break;
      case ICMP_ULT:
        res = "ult";
        break;
      case ICMP_ULE:
        res = "ule";
        break;
    }
    return res;
  }

  private static void writeOptimizationInfo(FormattedOutputStream out, Value val) {
    if (val instanceof OverflowingBinaryOperator) {
      OverflowingBinaryOperator ubo = (OverflowingBinaryOperator) val;
      if (ubo.getHasNoUnsignedWrap())
        out.print(" nuw");
      if (ubo.getHasNoSignedWrap())
        out.print(" nsw");
    }
    else if (val instanceof ExactBinaryOperator) {
      ExactBinaryOperator ebo = (ExactBinaryOperator) val;
      if (ebo.isExact())
        out.print(" exact");
    }
    else if (val instanceof GEPOperator) {
      GEPOperator gep = (GEPOperator) val;
      if (gep.isInBounds())
        out.print(" inbounds");
    }
  }

  private static void writeOptimizationInfo(PrintStream out, Value val) {
    writeOptimizationInfo(new FormattedOutputStream(out), val);
  }

  private static void printLinkage(LinkageType linkage,
                                   FormattedOutputStream out) {
    switch (linkage) {
      case ExternalLinkage:
        break;
      case InternalLinkage:
        out.printf("internal ");
        break;
      case PrivateLinkage:
        out.printf("private ");
        break;
      case LinkerPrivateLinkage:
        out.printf("linker_private ");
        break;
      case CommonLinkage:
        out.printf("common ");
        break;
    }
  }

  private static void printVisibility(VisibilityTypes vt,
                                      FormattedOutputStream out) {
    switch (vt) {
      default:
        Util.assertion(false, "Invalid visibility style");
      case DefaultVisibility:
        break;
      case HiddenVisibility:
        out.printf("hidden ");
        break;
      case ProtectedVisibility:
        out.printf("protected ");
        break;
    }
  }

  private void writeOperand(Value operand, boolean printType) {
    if (operand == null) {
      out.print("<null operand!>");
    } else {
      if (printType) {
        typePrinter.print(operand.getType(), out);
        out.print(" ");
      }
      writeAsOperandInternal(out, operand, typePrinter, slotTracker, theModule);
    }
  }

  private void printFunction(Function f) {
    out.println();
    if (f.isDeclaration())
      out.print("declare ");
    else
      out.print("define ");

    printLinkage(f.getLinkage(), out);
    printVisibility(f.getVisibility(), out);

    // print out the calling convention.
    switch (f.getCallingConv()) {
      case C:
        break;  // default.
      case Fast:
        out.print("fastcc ");
        break;
      case Cold:
        out.print("coldcc ");
        break;
      case X86_StdCall:
        out.print("x86_stdcallcc ");
        break;
      case X86_FastCall:
        out.print("x86_fastcallcc ");
        break;
      case ARM_APCS:
        out.print("arm_apcscc ");
        break;
      case ARM_AAPCS:
        out.print("arm_aapcscc ");
        break;
      case ARM_AAPCS_VFP:
        out.print("arm_aapcs_vfpcc ");
        break;
      default:
        out.print("cc " + f.getCallingConv().name() + " ");
        break;
    }

    FunctionType ft = f.getFunctionType();
    AttrList attrs = f.getAttributes();
    int retAttr = attrs.getRetAttribute();
    if (retAttr != Attribute.None)
      out.printf("%s ", Attribute.getAsString(retAttr));

    typePrinter.print(ft.getReturnType(), out);
    out.print(' ');
    writeAsOperandInternal(out, f, typePrinter, slotTracker, theModule);
    out.print('(');
    slotTracker.incorporateFunction(f);

    // Loop over all function arguments, print them.
    if (!f.isDeclaration()) {
      for (int i = 0, e = f.getNumOfArgs(); i != e; i++) {
        if (i != 0)
          out.print(", ");
        printArgument(f.argAt(i));
        int attr = attrs.getParamAlignment(i);
        if (attr != Attribute.None)
          out.printf(", %s", Attribute.getAsString(attr));
      }
    } else {
      // Otherwise, just print the argument type if this function is a
      // declaration.
      for (int i = 0, e = ft.getNumParams(); i != e; i++) {
        if (i != 0)
          out.print(", ");
        typePrinter.print(ft.getParamType(i), out);
      }
    }
    // Print the ... for variadic function.
    if (f.isVarArg()) {
      if (ft.getNumParams() != 0)
        out.print(", ...");
      else
        out.print("...");
    }

    out.print(')');
    if (f.hasUnnamedAddr())
      out.print(" unnamed_addr");

    int fnAttrs = attrs.getFnAttribute();
    if (fnAttrs != Attribute.None)
      out.printf(" %s", Attribute.getAsString(fnAttrs));

    if (f.hasSection()) {
      out.printf(" section\"%s", Util.escapeString(f.getSection()));
      out.print('"');
    }

    if (f.getAlignment() != 0) {
      out.printf(" align %d", f.getAlignment());
    }
    if (f.isDeclaration())
      out.println();
    else {
      out.print(" {");

      // Output all basic blocks.
      for (BasicBlock bb : f.getBasicBlockList()) {
        printBasicBlock(bb);
      }
      out.println("}");
    }

    slotTracker.pruneFunction();
  }

  private void printArgument(Argument arg) {
    typePrinter.print(arg.getType(), out);
    if (arg.hasName()) {
      out.print(' ');
      printLLVMName(out, arg);
    }
  }

  private void printBasicBlock(BasicBlock bb) {
    if (bb.hasName()) {
      out.println();
      printLLVMName(out, bb.getName(), LabelPrefix);
      out.print(':');
    } else if (!bb.isUseEmpty()) {
      out.printf("\n; <label>:");
      int slot = slotTracker.getLocalSlot(bb);
      if (slot != -1)
        out.print(slot);
      else
        out.print("<badref>");
    }

    if (bb.getParent() == null) {
      out.print("; Error: Block without parent!");
    } else if (!bb.equals(bb.getParent().getEntryBlock())) {
      out.padToColumn(PadToColumns);
      // not the entry block.
      out.print(";");
      int numOfPreds = bb.getNumPredecessors();
      if (numOfPreds == 0)
        out.print(" No predecessors!");
      else {
        out.print(" preds = ");
        for (int i = 0; i != numOfPreds; i++) {
          if (i != 0)
            out.print(", ");
          writeOperand(bb.predAt(i), false);
        }
      }
    }

    out.println();

    if (annotationWriter != null)
      annotationWriter.emitBasicBlockStartAnnot(bb, out);

    // Emit each instruction in the basic block.
    for (Instruction inst : bb) {
      printInstruction(inst);
      out.println();
    }
    if (annotationWriter != null)
      annotationWriter.emitBasicBlockEndAnnot(bb, out);
  }

  /**
   * Emit the instruction information.
   *
   * @param inst
   */
  private void printInstruction(Instruction inst) {
    if (annotationWriter != null)
      annotationWriter.emitInstructionAnnot(inst, out);

    // print out indentation for each instruction.
    out.print("  ");

    if (inst.hasName()) {
      printLLVMName(out, inst);
      out.printf(" = ");
    } else if (!inst.getType().isVoidType()) {
      int slot = slotTracker.getLocalSlot(inst);
      if (slot == -1) {
        out.print("<badref> = ");
      } else {
        out.printf("%%%d = ", slot);
      }
    }

    // if this is a volatile store or load instruction,
    // just print out the volatile marker.
    if (inst instanceof LoadInst && ((LoadInst) inst).isVolatile()
        || (inst instanceof StoreInst) && ((StoreInst) inst).isVolatile()) {
      out.print("volatile ");
    }
    else if (inst instanceof CallInst && ((CallInst)inst).isTailCall()) {
      //if this is a tail call, emit 'tail' keyword.
      out.print("tail ");
    }

    // Print the instruction operator name.
    out.print(inst.getOpcodeName());

    writeOptimizationInfo(out, inst);

    if (inst instanceof CmpInst) {
      CmpInst ci = (CmpInst) inst;
      out.printf(" %s", getPredicateText(ci.getPredicate()));
    }

    // print out the type of operands.
    Value operand = inst.getNumOfOperands() != 0 ? inst.operand(0) : null;

    // Special handling for BranchInst, SwitchInst etc.
    if (inst instanceof BranchInst && ((BranchInst) inst).isConditional()) {
      BranchInst bi = (BranchInst) inst;
      out.print(' ');
      writeOperand(bi.getCondition(), true);
      out.print(", ");
      writeOperand(bi.getSuccessor(0), true);
      out.print(", ");
      writeOperand(bi.getSuccessor(1), true);
    } else if (inst instanceof SwitchInst) {
      out.print(' ');
      writeOperand(operand, true);
      out.print(", ");
      writeOperand(inst.operand(1), true);
      out.println(" [");

      for (int i = 2, e = inst.getNumOfOperands(); i < e; i += 2) {
        out.print("  ");
        writeOperand(inst.operand(i), true);
        out.print(", ");
        writeOperand(inst.operand(i + 1), true);
        out.println();
      }
      out.print(" ]");
    } else if (inst instanceof PhiNode) {
      out.print(' ');
      typePrinter.print(inst.getType(), out);
      out.print(' ');

      for (int op = 0, e = inst.getNumOfOperands(); op != e; op += 2) {
        if (op != 0)
          out.print(", ");
        out.print("[ ");
        writeOperand(inst.operand(op), false);
        out.print(", ");
        writeOperand(inst.operand(op + 1), false);
        out.print(" ]");
      }
    } else if (inst instanceof ReturnInst && operand == null) {
      out.print(" void");
    } else if (inst instanceof ExtractValueInst) {
      out.print(' ');
      writeOperand(inst.operand(0), true);
      ExtractValueInst evi = (ExtractValueInst) inst;
      for (int idx : evi.getIndices()) {
        out.printf(", %d", idx);
      }
    } else if (inst instanceof InsertValueInst) {
      out.print(' ');
      writeOperand(inst.operand(0), true);
      out.print(", ");
      writeOperand(inst.operand(1), true);
      InsertValueInst ivi = (InsertValueInst) inst;
      for (int idx : ivi.getIndices()) {
        out.printf(", %d", idx);
      }
    } else if (inst instanceof LandingPadInst) {
      LandingPadInst lpi = (LandingPadInst) inst;
      out.print(' ');
      typePrinter.print(inst.getType(), out);
      out.print(" personality ");
      writeOperand(inst.operand(0), true);
      out.println();
      if (lpi.isCleanup()) {
        out.print("          cleanup");
      }
      for (int i = 0, e = lpi.getNumClauses(); i != e; ++i) {
        if (i != 0 || lpi.isCleanup()) out.println();
        if (lpi.isCatch(i))
          out.print("          catch ");
        else
          out.print("          filter ");
        writeOperand(lpi.getClause(i), true);
      }
    } else if (inst instanceof CallInst) {
      CallInst ci = (CallInst) inst;
      operand = ci.getCalledValue();
      Util.assertion(operand != null, "No called function for CallInst");
      CallingConv cc = ci.getCallingConv();
      switch (cc) {
        case C:
          break;
        case Fast:
          out.print(" fastcc");
          break;
        case Cold:
          out.print(" coldcc");
          break;
        case X86_StdCall:
          out.print(" x86_stdcallcc");
          break;
        case X86_FastCall:
          out.print(" x86_fastcallcc");
          break;
        case ARM_APCS:
          out.print("arm_apcscc");
          break;
        case ARM_AAPCS:
          out.print("arm_aapcscc");
          break;
        case ARM_AAPCS_VFP:
          out.print("arm_aapcs_vfpcc");
        default:
          out.print(" cc" + cc.name());
          break;
      }

      PointerType pty = (PointerType) operand.getType();
      FunctionType fty = (FunctionType) pty.getElementType();
      Type retTy = fty.getReturnType();
      AttrList attrs = ci.getAttributes();

      if (attrs.getRetAttribute() != Attribute.None)
        out.printf(" %s", Attribute.getAsString(attrs.getRetAttribute()));

      // If possible, print out the short form of the call instruction.  We can
      // only do this if the first argument is a pointer to a nonvararg function,
      // and if the return type is not a pointer to a function.
      out.print(' ');

      if (!fty.isVarArg() && (!(retTy instanceof PointerType)
          || !(((PointerType) (retTy)).getElementType() instanceof FunctionType))) {
        typePrinter.print(retTy, out);
        out.print(' ');
        writeOperand(operand, false);
      } else {
        writeOperand(operand, true);
      }

      out.print('(');
      for (int op = 0, e = ((CallInst) inst).getNumArgOperands(); op < e; op++) {
        if (op != 0)
          out.print(", ");
        writeParamOperand(((CallInst) inst).getArgOperand(op));
      }
      out.print(')');
      if (attrs.getFnAttribute() != Attribute.None)
        out.printf(" %s", Attribute.getAsString(attrs.getFnAttribute()));
    } else if (inst instanceof InvokeInst) {
      InvokeInst ii = (InvokeInst) inst;
      operand = ii.getCalledValue();
      PointerType pty = (PointerType) operand.getType();
      FunctionType fty = (FunctionType) pty.getElementType();
      Type retTy = fty.getReturnType();
      AttrList attrs = ii.getAttributes();
      CallingConv cc = ii.getCallingConv();
      switch (cc) {
        case C:
          break;
        case Fast:
          out.print(" fastcc");
          break;
        case Cold:
          out.print(" coldcc");
          break;
        case X86_StdCall:
          out.print(" x86_stdcallcc");
          break;
        case X86_FastCall:
          out.print(" x86_fastcallcc");
          break;
        case ARM_APCS:
          out.print("arm_apcscc");
          break;
        case ARM_AAPCS:
          out.print("arm_aapcscc");
          break;
        case ARM_AAPCS_VFP:
          out.print("arm_aapcs_vfpcc");
        default:
          out.print(" cc" + cc.name());
          break;
      }

      if (attrs.getRetAttribute() != Attribute.None)
        out.printf(" %s", Attribute.getAsString(attrs.getRetAttribute()));

      // If possible, print out the short form of the call instruction.  We can
      // only do this if the first argument is a pointer to a nonvararg function,
      // and if the return type is not a pointer to a function.
      out.print(' ');

      if (!fty.isVarArg() && (!(retTy instanceof PointerType)
              || !(((PointerType) (retTy)).getElementType() instanceof FunctionType))) {
        typePrinter.print(retTy, out);
        out.print(' ');
        writeOperand(operand, false);
      } else {
        writeOperand(operand, true);
      }

      out.print('(');
      for (int op = 0, e = ((InvokeInst) inst).getNumArgOperands(); op < e; op++) {
        if (op != 0)
          out.print(", ");
        writeParamOperand(((InvokeInst) inst).getArgOperand(op));
      }
      out.print(')');
      if (attrs.getFnAttribute() != Attribute.None)
        out.printf(" %s", Attribute.getAsString(attrs.getFnAttribute()));
      out.print("\n          to ");
      writeOperand(ii.getNormalDest(), true);
      out.print(" unwind ");
      writeOperand(ii.getUnwindDest(), true);
    } else if (inst instanceof AllocaInst) {
      AllocaInst ai = (AllocaInst) inst;
      out.print(' ');
      typePrinter.print(ai.getType().getElementType(), out);

      if (ai.getArraySize() != null && ai.isArrayAllocation()) {
        out.print(", ");
        writeOperand(ai.getArraySize(), true);
      }
      if (ai.getAlignment() != 0) {
        out.printf(", align %s", ai.getAlignment());
      }
    } else if (inst instanceof CastInst) {
      if (operand != null) {
        out.print(" ");
        writeOperand(operand, true);
      }
      out.print(" to ");
      typePrinter.print(inst.getType(), out);
    } else if (inst instanceof VAArgInst) {
      if (operand != null) {
        out.print(' ');
        writeOperand(operand, true);
      }
      out.print(", ");
      typePrinter.print(inst.getType(), out);
    } else if (operand != null) {
      // Print normal instruction.
      boolean printAllTypes = false;
      Type theType = operand.getType();

      if (inst instanceof StoreInst || inst instanceof ReturnInst) {
        printAllTypes = true;
      } else {
        for (int i = 1, e = inst.getNumOfOperands(); i != e; i++) {
          operand = inst.operand(i);
          if (operand != null && !operand.getType().equals(theType)) {
            printAllTypes = true;
            break;
          }
        }
      }
      if (!printAllTypes) {
        out.print(' ');
        typePrinter.print(theType, out);
      }

      out.print(' ');
      for (int i = 0, e = inst.getNumOfOperands(); i != e; i++) {
        if (i != 0)
          out.print(", ");
        writeOperand(inst.operand(i), printAllTypes);
      }
    }

    // print post operand alignment for load/store.
    int align = 0;
    if (inst instanceof LoadInst
        && (align = ((LoadInst) inst).getAlignment()) != 0) {
      out.printf(", align %d", align);
    } else if (inst instanceof StoreInst
        && (align = ((StoreInst) inst).getAlignment()) != 0) {
      out.printf(", align %d", align);
    }
    // Print metadata information.
    ArrayList<Pair<Integer, MDNode>> instMD = new ArrayList<>();
    inst.getAllMetadata(instMD);

    if (!instMD.isEmpty()) {
      ArrayList<String> mdNames = new ArrayList<>();
      inst.getType().getContext().getMDKindNames(mdNames);
      for (int i = 0, e = instMD.size(); i < e; i++) {
        int kind = instMD.get(i).first;
        if (kind < mdNames.size()) {
          out.printf(", !%s", mdNames.get(kind));
        }
        else {
          out.printf(", !<unknown kind #%d>", kind);
        }
        out.print(' ');
        writeAsOperandInternal(out, instMD.get(i).second, typePrinter, slotTracker, theModule);
      }
    }

    printInfoComment(inst);
  }

  private void writeParamOperand(Value op) {
    if (op == null) {
      out.print("<null operand!>");
    } else {
      // print argument tpye.
      typePrinter.print(op.getType(), out);
      out.print(' ');
      writeAsOperandInternal(out, op, typePrinter, slotTracker, theModule);
    }
  }

  public void printModule(Module m) {
    if (m.getModuleIdentifier() != null && !m.getModuleIdentifier().isEmpty()) {
      out.printf("; ModuleID = '%s'\n", m.getModuleIdentifier());
    }

    if (m.getDataLayout() != null && !m.getDataLayout().isEmpty()) {
      out.printf("target datalayout = \"%s\"\n", m.getDataLayout());
    }
    if (m.getTargetTriple() != null && !m.getTargetTriple().isEmpty()) {
      out.printf("target triple = \"%s\"\n", m.getTargetTriple());
    }
    if (m.getModuleInlineAsm() != null && !m.getModuleInlineAsm().isEmpty()) {
      String[] temp = m.getModuleInlineAsm().split("\\n");
      out.print("\nmodule asm ");
      for (String str : temp) {
        if (!str.isEmpty()) {
          out.printf("\"%s\"\n", str);
        }
      }
    }

    // Loop over all symbol, emitting all id's types.
    printTypeIdentities();

    // Emitting all globals.
    if (!m.getGlobalVariableList().isEmpty())
      out.println();

    for (GlobalVariable gv : m.getGlobalVariableList())
      printGlobal(gv);

    // Output all alias.
    if (!m.getAliasList().isEmpty())
      out.println();
    for (GlobalAlias ga : m.getAliasList())
      printAlias(ga);

    // Emitting all functions.
    for (Function f : m.getFunctionList()) {
      printFunction(f);
    }

    // Output named metadata.
    if (!m.getNamedMDList().isEmpty())
      out.println();

    for (NamedMDNode md : m.getNamedMDList()) {
      printNamedMDNode(md);
    }

    // Output metadata.
    if (!slotTracker.getMdnMap().isEmpty()) {
      out.println();
      writeAllMDNodes();
    }
  }

  private void printTypeIdentities() {
    if (typePrinter.numberedTypes.isEmpty() && typePrinter.namedTypes.isEmpty())
      return;
    out.println();
    StructType[] numberedTypes = new StructType[typePrinter.numberedTypes.size()];
    for (StructType sty : typePrinter.numberedTypes.keySet()) {
      int value = typePrinter.numberedTypes.get(sty);
      Util.assertion(value < numberedTypes.length, "Didn't get a dense numbering");
      numberedTypes[value] = sty;
    }

    // emit all numbered types.
    for (int i = 0; i < numberedTypes.length; ++i) {
      out.printf("%%d = type ", i);
      typePrinter.printStructBody(numberedTypes[i], out);
      out.println();
    }

    for (int i = 0, e = typePrinter.namedTypes.size(); i < e; ++i) {
      printLLVMName(out, typePrinter.namedTypes.get(i).getName(), LocalPrefix);
      out.print(" = type ");
      typePrinter.printStructBody(typePrinter.namedTypes.get(i), out);
      out.println();
    }
  }

  private void printNamedMDNode(NamedMDNode md) {
    out.printf("!%s = !{", md.getName());
    for (int i = 0, e = md.getNumOfOperands(); i < e; i++) {
      if (i != 0) out.print(", ");
      out.printf("!%d", slotTracker.getMetadataSlot(md.getOperand(i)));
    }
    out.println("}");
  }

  private void writeAllMDNodes() {
    MDNode[] nodes = new MDNode[slotTracker.getMdnMap().size()];
    slotTracker.getMdnMap().forEach((value, id) -> nodes[id] = (MDNode) value);

    for (int i = 0, e = nodes.length; i < e; i++) {
      out.printf("!%d = metadata ", i);
      writeMDNodeBody(nodes[i]);
    }
  }

  public void writeMDNodeBody(MDNode md) {
    writeMDNodeBodyInternal(out, md, typePrinter, slotTracker, theModule);
    writeMDNodeComment(md, out);
    out.println();
  }

  private static void writeMDNodeBodyInternal(FormattedOutputStream out,
                                              MDNode node,
                                              TypePrinting typePrinter,
                                              SlotTracker slotTracker,
                                              Module context) {
    out.print("!{");
    for (int i = 0, e = node.getNumOfOperands(); i < e; i++) {
      Value v = node.operand(i);
      if (v == null)
        out.print("null");
      else {
        typePrinter.print(v.getType(), out);
        out.print(' ');
        writeAsOperandInternal(out, node.operand(i), typePrinter, slotTracker, context);
      }
      if (i + 1 != e)
        out.print(", ");
    }
    out.print('}');
  }

  private static void writeMDNodeComment(MDNode node, FormattedOutputStream out) {
    if (node.getNumOfOperands() < 1)
      return;

    if (!(node.operand(0) instanceof ConstantInt))
      return;
    ConstantInt ci = (ConstantInt) node.operand(0);
    APInt val = ci.getValue();
    APInt tag = val.and(new APInt(val.getBitWidth(), Dwarf.LLVMDebugVersionMask).not());
    if (val.ult(Dwarf.LLVMDebugVersion))
      return;

    out.padToColumn(50);
    if (tag.eq(Dwarf.DW_TAG_auto_variable))
      out.print("; [ DW_TAG_auto_variable ]");
    else if (tag.eq(Dwarf.DW_TAG_arg_variable))
      out.print("; [ DW_TAG_arg_variable ]");
    else if (tag.eq(Dwarf.DW_TAG_return_variable))
      out.print("; [ DW_TAG_return_variable ]");
    else if (tag.eq(Dwarf.DW_TAG_vector_type))
      out.print("; [ DW_TAG_vector_type ]");
    else if (tag.eq(Dwarf.DW_TAG_user_base))
      out.print("; [ DW_TAG_user_base ]");
    else if (tag.isIntN(32)) {
      String tagName = Dwarf.tagString((int) tag.getZExtValue());
      if (tagName != null)
        out.printf("; [ %s ]", tagName);
    }
  }

  private void printAlias(GlobalAlias alias) {
    if (!alias.hasName())
      out.print("<<nameless>> = ");
    else {
      printLLVMName(out, alias);
      out.print(" = ");
    }
    printVisibility(alias.getVisibility(), out);
    out.print("alias ");

    printLinkage(alias.getLinkage(), out);
    Constant aliasee = alias.getAliasee();
    if (aliasee instanceof GlobalVariable) {
      GlobalVariable gv = (GlobalVariable) aliasee;
      typePrinter.print(gv.getType(), out);
      out.print(" ");
    }
    else if (aliasee instanceof Function) {
      Function f = (Function) aliasee;
      typePrinter.print(f.getFunctionType(), out);
      out.print("* ");

      writeAsOperandInternal(out, f, typePrinter, slotTracker, theModule);
    }
    else if (aliasee instanceof GlobalAlias) {
      GlobalAlias ga = (GlobalAlias) aliasee;
      out.print(' ');
      printLLVMName(out, ga);
    }
    else {
      Util.assertion(aliasee instanceof ConstantExpr);
      ConstantExpr ce = (ConstantExpr) aliasee;
      Util.assertion(ce.getOpcode() == Operator.BitCast ||
          ce.getOpcode() == Operator.GetElementPtr, "Unsupported aliasee!");
      writeOperand(ce, false);
    }
    printInfoComment(alias);
    out.println();
  }

  public static void writeMDNodes(FormattedOutputStream os,
                                  TypePrinting printer,
                                  SlotTracker slotTable,
                                  Module context) {
    MDNode[] nodes = new MDNode[slotTable.getMdnMap().size()];
    slotTable.getMdnMap().forEach(new BiConsumer<Value, Integer>() {
      @Override
      public void accept(Value value, Integer id) {
        nodes[id] = (MDNode) value;
      }
    });

    for (int i = 0; i < nodes.length; i++) {
      os.printf("!%d = metadata ", i);
      MDNode node = nodes[i];
      os.printf("!{");
      for (int j = 0, e = node.getNumOfOperands(); j < e; j++) {
        Value val = node.operand(j);
        if (val == null) os.printf("null");
        else if (val instanceof MDNode) {
          MDNode n = (MDNode) val;
          os.printf("metadata !%d", slotTable.getMetadataSlot(n));
        } else {
          printer.print(val.getType(), os);
          os.print(' ');
          writeAsOperandInternal(os, val, printer, slotTable, context);
        }
        if (j < e - 1)
          os.print(", ");
      }
      os.println("}");
    }
  }
}


A Sierra Vista man, 29-year-old Michael Lyman was arrested on Thursday for sexual exploitation of a minor. Sierra Vista Police officers arrested Lyman after conducting a nine-month investigation, which they say was prompted by a report that illicit child images had been transmitted over social media.
According yo Sierra Vista Police, the investigation began when social networking sites reported to the National Center for Missing and Exploited Children that Lyman had used his social media platforms to transmit illicit child images in early 2018.
A search warrant was served at a residence in the 900 block of Catalina Drive and Lyman was subsequently arrested at the residence without incident at 10:04 a.m. on Thursday.
Lyman was booked into Cochise County Jail on two charges of sexual exploitation of a minor.
Sierra Vista Police report that this investigation is ongoing and anyone with information relevant to the case is asked to contact SVPD Detective Thomas Ransford at (520) 452-7500.
He looks like a real sweetheart, throw him in prison for a few decades please.


text:
Professor Tammy Hoffman: The 'other' type of translational research (2021)
Professor Tammy Hoffman is Professor of Clinical Epidemiology and NHMRC Senior Research Fellow at the Institute for Evidence-Based Health Care, Bond University, and a Fellow of the Australian Academy of Health and Medical Sciences. Her research spans many aspects of shared decision making, evidence-based practice, and maximising the translation of evidence to assist clinicians, patients, and the public to make informed health decisions. She spoke via video at the QLD LACS 2021 event.


Topic: Hi Lift Jacks and "Soft Roaders"
Forum: Gear, Equipment and Vehicle Preparation Posted: Fri Oct 11, 2013 7:51 pm Subject: Hi Lift Jacks and "Soft Roaders"
I think I will give the Hi Jack a miss for now, and stick with a spade and waffle boards!
Forum: Gear, Equipment and Vehicle Preparation Posted: Fri Oct 11, 2013 12:53 pm Subject: Hi Lift Jacks and "Soft Roaders"
What makes you think that a frontera b is in any way shape or form a soft-roader? If it just as capable as any other 4x4 of the same size on the market.
Forum: Gear, Equipment and Vehicle Preparation Posted: Fri Oct 11, 2013 10:00 am Subject: Hi Lift Jacks and "Soft Roaders"
Just a few quick questions on using a Hi Lift jack on a "soft roader�..


text:
Were you injured in a single-vehicle accident?
Single-car accidents take place relatively often. You may have seen your fair share of vehicles that have gone off the roadway, hit utility poles, crashed into guardrails or ended up in other forms of a crash without another vehicle involved. When these incidents occur, people commonly wonder what could have caused them.
A number of factors could contribute to a single-car crash, just as they could a multi-vehicle collision. Drivers could often avoid many of the most common contributors, but because individuals do not always practice the safest measures when behind the wheel, crashes occur regularly.
Common accident-causing factors
Among the most dangerous contributors to single-vehicle accidents is distraction. Drivers often think less and less about the dangers of picking up their cellphones to make a call, send a text or even search something online while driving. Of course, these actions put everyone in the vehicle and on the road at risk. Cellphones are not the only forms of distraction as drivers who attempt any type of multitasking, such as eating, changing radio stations or talking with passengers, face distractions.
Animals in the road can also contribute to these crashes. Most people's initial reaction to seeing an animal in the street is to swerve or slam on the brakes in hopes of missing the animal. However, these actions may not always prove safe, and a driver could lose control, go off the road or experience other negative outcomes while trying to avoid the animal. Therefore, it may be safer to simply hit the animal, though that action can seem callous.
Objects that come flying through the air and strike a vehicle can also cause single-car crashes. Unfortunately, drivers often do not have enough time to realize the objects are coming in order to avoid them. Pieces of blown tires, tree branches, rocks and other debris could cause major damage as well as result in a startled driver potentially losing control.
Fault in a single-vehicle crash
Because many causes of these incidents are avoidable, drivers are often still held accountable for single-vehicle accidents. Therefore, if you were the passenger in a car and suffered serious injuries in a single-vehicle crash, you may still have legal options for seeking compensation from the driver considered responsible. Information on personal injury claims could help you understand liability in these types of events and what steps you could take in hopes of recovering damages.


Trauma is a painful emotional experience caused by an event or events that challenge a person's sense of safety. These events are often sudden and unexpected. Children and adolescents who witness or experience violent situations are likely to have traumatic reactions. While such events are often not preventable, traumatic reactions can be reduced through early intervention and counseling.
As parents, it can be difficult to know how to respond to our children after a traumatic event has occurred. Frequently we are overwhelmed with our own reactions to what happened and it takes all we have to make it through the day. Traumatic events often affect the entire family including parents, making it more challenging to support your child emotionally.
Many times, children do not immediately appear to be affected by what they saw or heard. We may assume that if they are not talking about what happened then the event must not have left a negative imprint on them. However, even if your children do not show any visible changes in their behavior, the experiences that they have gone through can have a lasting impact. Many children who experience a traumatic situation attempt to avoid painful or scary memories as a way to deal with the overwhelming experience. In fact, research has increasingly shown "that experiences in childhood have relatively more impact on the developing child than experiences that occur later in life". (Perry 2000) Reactions to a traumatic situation can develop in any child regardless of age, gender, income level or prior emotional health.
Without the proper emotional support, children can begin to show behavioral and emotional difficulties including: difficulty concentrating in school, lowered grades, increased irritation and aggression, withdraw from family members or others, sleeping difficulties, excessive worrying about one's safety or someone else's safety in the home, and regressive behaviors (acting younger than ones age).
Studies have shown that by age four, one out of every four children have either witnessed or experienced an event that could be considered traumatic. Additionally, a child and parent survey of 155 Head Start participants showed that 78% of children and 66% of parents reported that they had been exposed to at least one type of community violence in the form of beatings, shootings, stabbings, or robberies. If not addressed, these traumatic events can lead to difficulties later on life, such as alcoholism, depression, poor health, and other diseases like cancer (Holmes, Levy, Smith, Pinne, Neese, 2014).
While it may not be possible to prevent these traumatic events, a consistent environment that promotes feelings of safety and care also provides the ideal setting in which to identify those children affected by traumatic events (Holmes et al., 2014). Additionally, studies have shown that due to the limited resources for prevention and treatment, it is more effective and more affordable to implement prevention and early intervention programs during pre-school years than it later on in life (Kingston & Tough, 2014).
Child Development Services works to provide the tools early care professionals need to deliver quality child care to the children and families that receive their services. Through our core programs we provide guidance on developing safe and stimulating early care environments, supportive teacher/child interactions, and healthy foundations for building a resilient child. These supports give children what they need to bounce back when faced with one of life's most critical moments whether that is building their brain and meeting their milestones or recovering from a traumatic event.
Early intervention through counseling can prevent many trauma-related symptoms from developing. Counseling at ChildSavers provides children with the opportunity to openly express their thoughts and feelings in a safe environment. Children often have difficulty talking about painful things that they have witnessed or have happened to them. The counselors at ChildSavers use integrative therapies including play and art to make it easier for children to express themselves. Our clinicians are always working with you and your child to minimize the lasting effects that a traumatic experience can have on emotional development.
When a Trauma Response clinician is contacted by the Police, Ambulance, or other professionals they arrive at the traumatic event to assist children and families. They assess the emotional and physical safety from the perspective of the child. Clinicians attend to the emotional needs of children at the scene, often engaging them in symptom soothing activities.
The clinician who responds to the traumatic event schedules a time for follow-up with the family. Typically 24 hours after the event, the clinician will visit the family to reassess the child's reaction to the event, educate parents about symptoms of trauma, and schedule a time to begin counseling. In some cases, referrals are made weeks or months after the traumatic event. Clinicians will contact families for follow up within 24 hours of these cases as well.
Children are engaged in counseling services over the course of 10-12 sessions. Counseling services are trauma treatment focused, aimed at establishing safety, developing emotional regulation skills, identifying resources and enhancing resiliency. Ongoing counseling services are provided by our Mental Health Services when needed.
Left untreated, traumatic experiences can have a lifelong negative impact on the child's physical and emotional health. This ultimately impacts our whole community with increased costs associated with adult mental health services, social services, and criminal justice costs.
During a traumatic event, our body reacts by releasing the potent hormone cortisol — often called 'the stress hormone.' While cortisol is necessary for survival functions (i.e. fight or flight) by providing us a burst of energy and lower sensitivity to pain, it can become toxic if a prolonged state of stress occurs. Over time, new brain patterns can emerge based increased levels of cortisol. Research on children and adults has shown that damage to the brain caused by cortisol results in problems with emotional regulation, impulse control, rational thinking and socialization.
Children who have been exposed to traumatic situations such as witnessing domestic violence, homicide, shooting, death, assault, fire, and community violence may exhibit behaviors that look similar to Attention Deficit Hyperactivity Disorder symptoms. These can include decreased ability to concentrate and increased impulsivity or agitation. Proper assessment and treatment are necessary to best support the child in navigating his or her experience.
Therapeutic interventions provided by Trauma Response clinicians focus on re-establishing safety, developing emotional regulation skills, identifying resources, and enhancing resiliency. A primary focus of our work is to help the child resolve the trauma experience by re-connecting the mind (i.e. memories of the trauma) with the body (i.e. ways the body responded or felt during and after the trauma). Successful integration of the mind and body experience using integrative techniques can alleviate many traumatic stress reactions and prevent future distress.
Children who have experienced a traumatic event within the last year are eligible to receive services through the Trauma Response program at ChildSavers at no cost to the families. With permission from the parent or guardian, professionals can call ChildSavers to make a referral for counseling services.
If you know that a child has been exposed to a traumatic situation, please call ChildSavers by phoning (804) 644-9590. When making a referral, please indicate that you are making a referral to Trauma Response. After receiving the intake information, we will follow up with the family within 24 hours.


Reporting to the Principal Operations Officer (Ship), the job holder is responsible for monitoring, controlling and allocating resources in order to meet the day to day operational requirements to achieve the Authority's set targets as per Performance contract.
Liaising with the Shift Managers, Ship and yard Planner for allocation of labour, equipment and other resources for all planned activities.
Receiving and acting on Work Plans from Ship and yard planner and Resource requisition for efficient distribution of Resources.
Ensuring preparation and maintenance of accurate and up to date records of Resources.
Ensuring sensitive work areas are given priority.
Ensuring proper roster of weekly shifts for the operators/ drivers and labour, keeping records of leave rosters.
Ensuring safety rules and regulations in respect of the equipment are well followed.
Ensuring that overtime working is within the approved budget.
Ensuring that KPA Staff Regulations, KPA Tariff, Harbour Regulations 1970, Circulars and Notices issued from time to time are complied with.
Knowledge in Port Operations will be an added advantage.
I think you may be interested in this position - Job Openings at Kenya Ports Authority. This is the link: https://www.myjobmag.co.ke/job/83530/resources-operations-officer-kenya-ports-authority?utm_source=email_friend. Copy and paste link on browser if link is not working. Check it out!


Perhaps one of the problems with talking about T-X and proclaiming him as one of the best Japanese rappers, is his relatively small body of (solo) work. When ranking the greatest rappers, you must think about not only their ability, but also the amount of times and how consistently they show that ability.
Tokona-X has only one solo album, but he has done a lot of work with DJ Hazu (DJ 刃頭) and performed with his group M.O.S.A.D., so we can still get some idea of his true ability. Even so, there's no telling where he could have taken his music, both in a positive and negative sense.
This entry was posted in Album Reviews, Life of Tokona and tagged '88 album, DJ Hazu, DJ 刃頭, M.O.S.A.D, Tokai X Teio, トカイxテイオウ on March 27, 2014 by shibuyagenba.


In 1812 he resection of the decrease jaw, and the ?rst to excise was Professor of Operative Medicine at the the neck of the uterus in behalf of cancer. An adequate cardiac output and blood pressure should produce 40-50ml of urine Besides reading every hour. Fear of cancer is generally thither 100mg mebendazole.
Chlorine oxidizes innumerable simply occurring substances such as foul-smelling algae secretions, sulfides and odors from decaying vegetation. In conclusion, mango grain kernel extract revealed the antidiarrhoeal make and imminent utility in a extensive distance of both infected and noninfected diarrhoea states. Bacterial peptidoglycan induces CD14-dependent energizing of arranging factors CREB/ATF and AP-1 40 mg sotalol. c) Rootlike Group: fresh, frozen, canned, juiced vegetables. It is, however, a shape that terminate be treated, and with the appropriate dose or steroid rehab thought thither is outlook for every human involved in dependence. Mild'moderate v BP: 2'5 mg IM or SQ ^ BP for 2 h; 01'05 mg IV elevates BP for 15 min 750mg cephalexin.
In vitro studies have demonstrated that transient increases in tem- perature result in impaired trafficking, accelerated endocytosis, and decreased side token of the heterozygous R43Q mutant GABA-R, which could be an explana- tion by reason of triggering of seizures by way of fever in patients with this mutant (Kang et al. In this manoeuvre, I will examine how an in-memory database can be toughened to not no more than hoard and aggregate data but to slay company analysis. An epilepsy of vexation . These 130 THE MOMENT OF LATEST MEDICINE measures to buttress the pronouncement of medical practice overlapped with the drive to piece of equipment new systems of value command under the pennant of ?clinical governance?. Dilatory in my third year I began idea about applying for an internal medication residency. Randolph adventurer prochlorperazine 5 mg.
Just as it does with prog, the essence tries to chemically demolish down medicines as in short order as they write the body. Medicines in this group catalogue antidepressant medicines , and other mental health medicines , including those due to the fact that dementia and attention shortfall hyperactivity malady (ADHD). Nearly treatments refer medications 4 mg cyproheptadine. The effects of the People Trade Center upshot on start outcomes among term deliveries at three lower Manhattan hospitals. As with the earlier thalidomide catastrophe, the diethylstilbestrol occurrence highlighted signifi- sanctimoniousness dangers that accompany the administration of unsafe drugs to enceinte women, revealing how analgesic refuge assessment requires scrutiny across con- secutive generations to unearth rogue compounds that draw out delayed, slow-onset toxicity. Comatoseness is a rarefied disease that is seen in the fill 0.25mcg calcitriol.
Postoperative CareSoft Velcro-closing knee immobilizers are reach-me-down postoperatively for the benefit of 8 to 12 hoursper day. In a tenacious with persistentpsychosis, the differential diagnosis consists mainly of affective disorders with psy-chosis, substance decry, and delusional disorders. The arthritis amend you decide is capable you 10mg clomipramine. Autrement dit prendre du tryptophane a tres peu de chances de remonter la serotonine cerebrale et est un facteur majeur de risque de migraines et d'accidents cardiovasculaires. L'article 75 de la convention d'relevance de l'Concert de Schengen du 14 juin 1985 explicit la reglementation applicable en fonction du pays de provenance. In addition, thither are figure or many magnifying powers for close-up modality 3 mg risperidone.
They again are asymptomatic exchange for years, then reveal numbness(prickling or pins-and-needles stir suggests an acquired producer). Other features include an absenceof consolidation and pleural effusion, applicable bradycardia, splenomegaly, and a rashresembling the rose spots of typhoid fever. Polymorphisms are wish typos in the polymer communication . Anorexia is many popular in teenagers, time bulimia is many oftentimes seen in women in their 20's. It is not sufficiency right to bear the handling without faculty WHY you are accepting the discussion. Thither are digit types of asthma ' supersensitized asthma and non-allergic asthma leflunomide 20 mg.
The presuppose, then was could systemic stricture of complex I, by event, was to dictate a measure of rotenone that systemic government of rotenone, cause particular causes partisan bar of complex I, and up to now does degeneration of dopaminergic nigrostriatal pathway? All of a add up to 48 cases of endoscopically and/or surgically confirmed gastric masses, forty five cases. 00 exhausted on cigarettes at todays prices nifedipine 20 mg. The list of sites and the map is reviewed sooner than the official Form water or robustness force Drinking Profligately Agency serving your bog to insure rep sites have in the offing been selected. A host of well-designed analysis studies include shown that high-dose multiple nicotine patches can broaden quit rates. A human feels many delight in abstinence than in attractive matter .
This dedicated bank on develops, with its partners, sustainable solutions to kick upstairs quality healthcare and state look after medicines at superior prices in return the most disadvantaged patients. J'ai pris un team alimentaire, le fameux 5-HTP tassel 3 semaines mais apres lecture de votre article, j'ai decide d'arreter la prise. A pardner sexually passes this bacteria to added mate 100 mg topiramate. Sensory nerves or fibers convey information from body regions and organs to the CNS (referred to as afferent fibers), whereas autonomic nerves despatch motor impulses away from the CNS (referred to as efferent fibers). How, there are three vital considerations that make the precise character of VNS in the treatment of refractory epilepsy, as thus far, uncharacterized and, practi- cally, a palliative closer, (a) the event that the pathophysiology of stimulation remains tricky, (b) the vague sense of stimulation protocols/parameters M. Craftsman Unrestricted Concern and Media 2.5mg olanzapine.
It is veryimportant that this preoperative pronounced motor function tidings be com-municated to the physicians managing these children in the intensive careunit. The controlgroup reported an match fad in return sibling-group being as foundamong sibling-group members, demonstrating a recognition that someform of additional overhaul input is requiredFinally, two body meetings were held recompense siblings at the childrenscentre following a off colour about the hortatory group. For example, reason don't we seetri-sexual species'exotic characters belonging, seemingly, in a sci-fi movie'all over globe esomeprazole 20 mg.


text:
Gorenography
Discussion	by thethreepennyguignol October 27, 2019
When it comes to horror, how much violence is too much?
A few years ago, I would have given you a very different answer to this question than the one I would give you now. A few years ago, I was mainlining Saw movies and watching behind-the-scenes Final Destination clips of blood-splatter canons and loving every second of it; when I first came to horror, I wanted to jam my head full of all the violent, extreme shit that I could find, because I was finally brave enough to watch it and wanted to prove to myself that I could handle the most wildly extreme stuff that I could get my hands on. You know, the stuff that people were hand-wringing about gorenorgraphy over, the Eli Roth and Guinea Pig movies of the world.
And I'm not going to sit here now and tell you from my high bloodless horse that any horror with a really extreme amount of violence in it is automatically one that is lesser. Yes, a lot of so-called scary movies rely far too heavy on viscera to sell themselves, but there are some movies that make that violence work for them. I rewatched Takashi Miike's Audition recently (which is based on a book of the same name by one of my favourite writers, Ryu Murukami, who I am legally obliged to beg you to read), and that's a film with undeniable artistic merit and also a level of violence that will leave you squirming and gurning on the couch. Audition isn't alone in this category: films like Raw, Cabin in the Woods, and Train to Busan all use heavy levels of violence to tell their stories, but are all excellent flicks in their own right. Horror is horror is horror is horror, and to some extent, you're going to have to show something horrible in order to land yourself in that category, right?
Ann Radcliffe, a brilliant and influential author of Gothic fiction, wrote an essay that was published in 1826: On the Supernatural in Poetry. The whole thing is worth a read (here, if you're curious), but the part that is most often quoted, and the part that matters most to this argument, is the one that concerns horror versus terror as a notion: 'terror and horror are so far opposite, that the first expands the soul, and awakens the faculties to a high degree of life; the other contracts, freezes, and nearly annihilates them'.
I think this is probably the most succinct summing-up of where the line is drawn between what scares us (the terror) and what disgusts us (the horror). Terror is the creak of the foot on the stairs, horror is showing us what made that creak. The anticipation to the payoff. Horror, in some ways, is a relief: it's a promise that the dread is over, at least for a while. Terror forces us to engage with it, and that's often a far more intense experience.
And, for me, this is where the line has come to be drawn. When does the pursuit of instilling genuine terror in the audience get overtaken by just throwing nasty shit in their direction? Midsommar was a good example of this for me; it's a bunch of long pauses interspersed with exceptional violence, but it does little to build the fear, the dread that hangs on to you in the way that, say, Aster's previous outing, Hereditary, did. A movie because gorenography or something like it when the horror comes before the terror. Something like The Blair Witch Project really doesn't ever deliver on the relief of horror, and that, to me, is why it's one of the scariest films I've ever seen. It is terror on terror on terror on terror, and most of the reason why I'll never live in the countryside again.
How much violence is too much violence? There's no hard-and-fast rule or percentage number I can give you to answer that question. But any film that takes its scares seriously, any horror that wants to linger beyond just the gore or the jumpscare, is one that's going to balance the dread with the, uh, dead. Ann Radcliffe might have written that easy nearly two hundred years ago, but its message is as cogent and applicable to modern horror as ever: if your focus on brief shock outweighs your focus on maintained discomfort, you're probably doing something wrong. Or your name is probably Rob Zombie and I like your films anyway.
Are you in the horror mood now it's spook season at last? Check out the rest of our horror movie writing right here under the Halloween Season tag. If you enjoyed this article and want to see more stuff like it, please consider supporting us on Patreon. You can check out more of my work on my personal blog, The Cutprice Guignol!
(header image via SlashFilm)
Franchise Fanatic: The Conjuring Cinematic Universe
Movie Review: Terminator: Dark Fate
thethreepennyguignol	 on October 29, 2019 at 2:24 pm
Let's take this all the way back to 1826.


text:
require_relative 'spec_helper'

describe Mensaje do

  before(:each) do
    stub_mensaje=double('Mensaje')
    allow(stub_mensaje).to receive(:class) { Telegram::Bot::Types::CallbackQuery }
    allow(stub_mensaje).to receive_message_chain(:message,:message_id) { 11 }
    allow(stub_mensaje).to receive(:id) { 22 }
    allow(stub_mensaje).to receive(:data) { 'contenido' }
    allow(stub_mensaje).to receive_message_chain(:message,:chat, :type) { 'group' }
    allow(stub_mensaje).to receive_message_chain(:message,:chat, :id) { 33 }
    allow(stub_mensaje).to receive_message_chain(:message, :chat, :title) { 'Titulo del chat' }
    allow(stub_mensaje).to receive_message_chain(:from, :id) {  55 }
    allow(stub_mensaje).to receive_message_chain(:from, :first_name) { "nombre" }
    allow(stub_mensaje).to receive_message_chain(:from, :last_name) { "apellido" }
    allow(stub_mensaje).to receive(:class) { Telegram::Bot::Types::CallbackQuery }

    @mensaje=Mensaje.new(stub_mensaje)
  end

  it 'Debe crear un usuario' do
    expect(@mensaje.usuario).to be_instance_of(Usuario)
  end

  it 'Debe extraer el contenido del mensaje correctamente' do
    expect(@mensaje.datos_mensaje).to eq('contenido')
  end
  it 'Debe extraer el identificador del mensaje' do
    expect(@mensaje.id_mensaje).to eq(11)
  end
  it 'Debe extraer el tipo de mensaje correctamente' do
    expect(@mensaje.tipo).to eq('callbackquery')
  end
  it 'Debe normalizar el título del chat del que proce el mensaje' do
    expect(@mensaje.nombre_chat).to eq('Titulo Del Chat')
  end

  it 'Debe conocer el identificador de chat' do
    expect(@mensaje.id_chat).to eq(33)
  end

  it 'Debe saber de que tipo de chat procede el mensaje' do
    expect(@mensaje.tipo_chat).to eq('grupal')
  end

  after(:all) do
    @db = Sequel.connect(ENV['URL_DATABASE_TRAVIS'])
    @db[:usuario_telegram].delete
    @db.disconnect

  end
end


text:
Music education majors set up for success
Olivia Cattabriga / Art Director
Cristian Valentin
This week, three Keene State music education students reacted to an article published by the Keene Sentinel.
This article written by Meg McIntyre of the Keene Sentinel said, "100 percent of the college's (Keene) music education alumni reported starting a career in the field—either in education or in performance—or entering a graduate program within one year of completing their degree."
The three Keene State students interviewed were music education majors Grant Desmarais, Bryce Jones, and Madison Gubata. All three students responded very positively to the article, each sharing optimistic viewpoints.
Sophomore Grant Desmarais said, "It's very hopeful that there's been so many who have got jobs right after, it bodes well for the future." Sophomore Bryce Jones said this excited him, and the positive statistics for the music education department were part of the reason that he chose to come to Keene.
First-year Madison Gubata said, "It makes me feel very secure that when I graduate, I'll be placed into a job, and I know that teaching jobs are hard to find sometimes because Music Education is such a sought after thing."
The students also attributed a lot of this student success to the professors, with Desmarais saying they have a good influence on the statistic due to the connections they have as well as their recommendations carrying a lot of meaning.
Jones agreed with the professors having a big role, saying, "It seems like we have a lot of professors that are also on a lot of boards such as National Association for Music Education, so we have a lot of connections that way."
Gubata also said, "At least here, I know the Music Education professors are extremely qualified and they're very dedicated to their students and with their recommendations and their help, it's very easy for people to get jobs."
Each of the students said they feel that they have grown a lot in terms of their skills since they first arrived at Keene. Desmarais said, "I've definitely changed my work ethic a lot, realizing how much work goes into music education was a reality check that I needed to work harder." Jones said that he has grown very much due to the music department here teaching a lot of things that other schools do not. Gubata said that her most significant growth has been academically and as a performer in her time at Keene.
Desmarais, Jones, and Gubata included that the music education department has allowed them some great opportunities such as being able to go to the National American Choral Directors Conference in Kansas City, performing in the jazz band ensemble and being able to do consistent performances that allow continued growth. The students also named some of their most influential professors that they've had including Dr. Wright Ivanova, Professor Gilligan, and Professor Matathias.
Cristian Valentin can be contacted at
cvalentin@kscequinox.com
Art fair in the Student Center Previous
Making strides Next