Traditional BINGO
问题描述 :
A single BINGO game proceeds like this: Each player has a number of BINGO cards (players can usually play any number of cards). Each BINGO card has 5 rows and 5 columns thus providing 25 spaces.
The columns are labeled from left to right with the letters: ‘B’, ‘I’, ‘N’, ‘G’, ‘O’. With one exception (the center space is “free”) the spaces in the card are assigned values as follows:
- Each space in the ‘B’ column contains a number from 1 – 15.
- Each space in the ‘I’ column contains a number from 16 – 30.
- Each space in the ‘N’ column contains a number from 31 – 45.
- Each space in the ‘G’ column contains a number from 46 – 60.
- Each space in the ‘O’ column contains a number from 61 – 75.
Furthermore, a number can appear only once on a single card.
Here’s a sample BINGO card:
| B | I | N | G | O |
| 10 | 17 | 39 | 49 | 64 |
| 12 | 21 | 36 | 55 | 62 |
| 14 | 25 | FREE SPACE | 52 | 70 |
| 7 | 19 | 32 | 56 | 68 |
| 5 | 24 | 34 | 54 | 71 |
The number of unique BINGO cards is very large and can be calculated with this equation:
// the B, I, G, and O columns * the N column
(15 * 14 * 13 * 12 * 11) ^ 4 * (15 * 14 * 13 * 12)
While perhaps interesting to a statistician, the number of possible BINGO cards has nothing to do with player’s chances of winning.
You will note that there are 75 possible BINGO numbers:
B1, B2, B3, ... B15, I16, I17, I18, ... I30, N31, N32, ... O74, O75.
Each of these numbers is represented by a ball in a large rotating bin. Each ball is painted with its unique BINGO number. An announcer spins the bin, reaches in a selects a ball, and a announces it to the room. The players check all of their cards to see if that number appears on their card. If it is, they mark it. A player may mark the centre FREE SPACE at any time.
When a player has a BINGO (5 marks in a row, column, or diagonal), he or she calls out BINGO. The game pauses while the card is verified. If indeed a winner, the game stops and a new game begins. If the card wasn’t a winner, the game proceeds where it left off. Each BINGO game proceeds until someone wins (there’s always a winner).
输入:
Each card description consists of five lines, giving the numbers on the card row by row. All but the 3rd row contain 5 numbers; the 3rd contains 4 because of the free space. One or more lines follow that represent some ordering of all 75 bingo numbers. All bingo numbers are simply integers between 1 and 75 – the one-letter prefix is redundant.
输出:
Chances of Winning
Every BINGO game has a winning card, so a player’s chances of winning depend on the number of cards in the game and how many cards s/he is playing. For example, if a player has 12 cards in a game with 1200 cards, the chances of winning for that player is 1 in 100.
样例输入:
1 10 17 39 49 64 12 21 36 55 62 14 25 52 70 7 19 32 56 68 5 24 34 54 71 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75
样例输出:
BINGO after 14 numbers announced
解题代码:
/* @author:zeropinzuo */ import java.io.*; import java.util.*; public class Main{ static Scanner cin; public static void main(String args[]){ cin = new Scanner(System.in); int n = cin.nextInt(); for(int i=0;i< n;i++) run(); } static void run(){ Card card = new Card(cin); boolean first=true; int n; for(int i=0;i< 75;i++){ n = cin.nextInt(); if(first==true){ card.mark(n); if(card.check()==true){ System.out.println("BINGO after "+(i+1)+" numbers announced"); first = false; } } } } } class Card{ int[][] map; boolean[][] marked; public Card(Scanner cin){ int size=5; map = new int[size][size]; marked = new boolean[size][size]; int i,j; for(i=0;i< size;i++) for(j=0;j< size;j++){ marked[i][j] = false; if((i!=2)||(j!=2)) map[i][j] = cin.nextInt(); } marked[2][2] = true; } void mark(int n){ int row=0, column=0; while(row< 5){ column=0; while(column< 5){ if(map[row][column]==n){ marked[row][column] = true; break; } column++; } if(column< 5) break; row++; } } boolean check(){ if(checkRow()) return true; else if(checkColumn()) return true; else if(checkDiagonal()) return true; else return false; } boolean checkRow(){ int row=0; while(row< 5){ int column=0; while(column< 5){ if(marked[row][column]==false) break; column++; } if(column==5){ break; } row++; } if(row< 5){ return true; } return false; } boolean checkColumn(){ int column=0; while(column< 5){ int row=0; while(row< 5){ if(marked[row][column]==false) break; row++; } if(row==5) break; column++; } if(column< 5) return true; return false; } boolean checkDiagonal(){ if(checkLeftDiagonal()) return true; else if(checkRightDiagonal()) return true; else return false; } boolean checkLeftDiagonal(){ int element=0; while(element< 5){ if(marked[element][element] == false) return false; element++; } return true; } boolean checkRightDiagonal(){ int element=0; while(element< 5){ if(marked[element][4-element] == false) return false; element++; } return true; } }
能告诉我为什么对于每一个m，cnt的值不用更新吗?这儿我想不通啊，谢谢
好吧~
welcome!
方法二可行，已测试
http://blog.csdn.net/alpc_paul/article/details/33769407
#include <cstdio>
#include <cstring>
const int MAXSIZE=256;
//char store[MAXSIZE];
char str1[MAXSIZE];
/*
void init(char *store) {
int i;
store['A']=’V', store['B']=’W',store['C']=’X',store['D']=’Y',store['E']=’Z';
for(i=’F';i<=’Z';++i) store =i-5;
}
*/
int main() {
//freopen("input.txt","r",stdin);
//init(store);
char *p;
while(fgets(str1,MAXSIZE,stdin) && strcmp(str1,"STARTn")==0) {
if(p=fgets(str1,MAXSIZE,stdin)) {
for(;*p;++p) {
//*p=store[*p]
if(*p<’A’ || *p>’Z') continue;
if(*p>’E') *p=*p-5;
else *p=*p+21;
}
printf("%s",str1);
}
fgets(str1,MAXSIZE,stdin);
}
return 0;
}
有点意思
程序只能输出一个子序列
这个是代码高亮功能，那就再换一个颜色
目前为止见过的最易懂的一个，多谢分享
感觉这里的评分标准没啥作用阿，反而显得显得赘余，还不如直接去掉好了。
第一题还是比较考验智商~
我还有个问题想请教一下，就是感觉对于新手来说，递归理解起来有些困难，不知有没有什么好的方法或者什么好的建议？
没错的，再乘以m的就多余了


Contains all client objects for the BulkMutateJobService service.
PHP version 5
Copyright 2012, Google Inc. All Rights Reserved.
Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.
| Class | Description |
|---|---|
| The base class of all ad types. To update basic ad fields, you can construct an {@code Ad} object (instead of the ad's concrete type) with the appropriate fields set. | |
| Base class for AdExtension objects. An AdExtension is an extension to an existing ad or metadata that will process into an extension. | |
| Represents an ad level ad extension override. An ad extension override specifies the ad extension that must be used if the ad is served with any ad extension data. | |
| Represents an ad group. | |
| Represents an ad in an ad group. | |
| Data associated with an advertiser experiment for an AdGroupAd | |
| Represents bids at the adgroup level, which could be of different subtypes based on campaign's bidding strategy. | |
| Represents a criterion in an ad group, used with AdGroupCriterionService. | |
| Represents criterion level bids. | |
| Bid multiplier used to modify the bid of a criterion while running an experiment. | |
| Bid multiplier used to modify the bid of an adgroup while running an experiment. | |
| Data associated with an advertiser experiment for this adgroup. | |
| Represents an id indicating a grouping of Ads under some heuristic. | |
| Structure to specify an address location. | |
| The API error base class that provides details about an error that occurred while processing a service request. | |
| Interface that has a reason return an associated service error. | |
| Base class for exceptions. | |
| Errors returned when Authentication failed. | |
| Errors encountered when trying to authorize a user. | |
| Errors that are thrown when a Beta feature is accessed incorrectly. | |
| Represents a bid of a certain amount. | |
| Represents a multiplier to modify a bid. The final value after modification is represented by the multiplied bid value. | |
| A biddable (positive) criterion in an adgroup. | |
| Data associated with an advertiser experiment for this BiddableAdGroupCriterion. | |
| Represents bidding errors. | |
| A campaign's bidding strategy, such as manual CPC, manual CPM, budget optimizer, etc. | |
| Used to switch a campaign's bidding strategy. | |
| Bidding transition errors. | |
| Represents the billing summary of the job that provides the overall cost of the job's operations, i.e., for the work done by the job. This therefore excludes the cost of operating on the job itself - setting up the job, polling for its status, retrieving the result, etc. | |
| Budgets are used for managing the amount of money spent on AdWords. | |
| A list of all the error codes being used by the common budget domain package. | |
| In budget optimizer, Google automatically places bids for the user based on their daily/monthly budget. | |
| Adgroup level bids used in budget optimizer bidding strategy. | |
| AdGroupCriterion level bids used in budget optimizer bidding strategy. | |
| Bulk mutate job handling errors. | |
| A basic job policy. | |
| A request part of a BulkMutateJob. | |
| Represents a result part of a BulkMutateJob. | |
| Data representing an AdWords campaign. | |
| Represents a campaign level ad extension. A campaign ad extension specifies a campaign and an ad extension which can extend any ad under that campaign. | |
| CampaignAdExtension errors. | |
| Represents a campaign level criterion (either keyword or placement). | |
| Base error class for Campaign Criterion Service. | |
| Base error class for Campaign Service. | |
| Error due to user not accepting the AdWords terms of service. | |
| Comparable types for constructing ranges with. | |
| Conversion optimizer bidding strategy. For more information, visit the Conversion Optimizer site. | |
| Adgroup level bids used in conversion optimizer bidding strategy. | |
| AdGroupCriterion level bids used in conversion optimizer bidding strategy. | |
| Used to switch a campaign's bidding strategy to conversion optimizer. | |
| Eligibility data for Campaign to transition to Conversion Optimizer | |
| Represents a criterion (such as a keyword, placement, or vertical). | |
| Error class used for reporting criteria related errors. | |
| Base type of criterion parameters. | |
| Errors that are thrown due to a database access problem. | |
| Errors associated with invalid dates and date ranges. | |
| Represents a deprecated ad. | |
| Represents a simple height-width dimension. | |
| Errors related to distinct ids or content. | |
| Domain extension, which adds domain info to ads. | |
| Reports permission problems trying to access an entity. | |
| Signals that an entity count limit was exceeded for some level. | |
| A qualified long-valued identity that can identify different types of AdWords entities such as campaigns and ad-groups. | |
| An id did not correspond to an entity, or it referred to an entity which does not belong to the customer. | |
| A request to be exempted from a PolicyViolationError. | |
| A frequency cap is the maximum number of times an ad (or some set of ads) can be shown to a user over a particular time period. | |
| Represents a Gender criterion. | |
| Specifies a geo location with the supplied latitude/longitude. | |
| Errors associated with the ids. | |
| Represents an ImageAd. | |
| Error class for errors associated with parsing image data. | |
|
This extension is useful for advertisers who wish to provide users with a link that points to the advertiser's mobile application in addition to their website. | |
| Abstract base type for interaction bids. Represents bids for interactions other than clicks on the ad url, such as phone calls. | |
| Indicates that a server-side error has occured. {@code InternalApiError}s are generally not the result of an invalid request or message sent by the client. | |
| Represents an asynchronous macro unit of work. | |
| Job handling errors. | |
| An event defined by a status change of a job. | |
| For selecting jobs whose information will be returned from a get method call of a job service. | |
| Job-handling statistics. | |
| Represents a keyword. | |
| Represents a Language criterion. | |
| Represents Location criterion. | |
| Location based ad extension. | |
| Represents override info for ad level LocationExtension overrides. | |
| Local business center(LBC) sync extension that ties a LBC account with a campaign. | |
| Manual click based bidding where user pays per click. For more information, see the article What is Enhanced CPC?. | |
| Adgroup level bids used in manual CPC bidding strategy. | |
| Data representing a criterion level cost-per-click bid. | |
| AdGroupCriterion level bid multiplier used in manual CPC bidding strategies. | |
| Adgroup level bid multipliers used in manual CPC bidding strategies. | |
| Manual impression based bidding where user pays per thousand impressions. | |
| Adgroup level bids used in manual CPM bidding strategy. | |
| Data representing a criterion-level CPM bid. | |
| Adgroup level bid multipliers used in manual CPM bidding strategy. | |
| Represents some kind of media. | |
| Error class for media related errors. | |
| This represents an entry in a map with a key of type Size and value of type Dimensions. | |
| This represents an entry in a map with a key of type Size and value of type String. | |
| Represents a mobile ad. | |
| MobileDevice | Represents a Mobile Device Criterion. |
|
 Represents a phone extension. This type of ad extension attaches a phone number to a text ad, which lets customers call the advertiser directly from the ad. | |
| Represents a mobile image ad. | |
| Represents a money amount. | |
| A negative criterion in an adgroup. | |
| A negative campaign criterion. | |
| Network settings for a Campaign. | |
| Error associated with creation of new entities using com.google.ads.api.services.common.id.TempIds. | |
| Errors corresponding with violation of a NOT EMPTY check. | |
| Indicates that the customer is not whitelisted for accessing the API. | |
| Errors associated with violation of a NOT NULL check. | |
| Number value types for constructing number valued ranges. | |
| A marker interface for entities that can be operated upon in mutate operations. | |
| Represents a Operating System Version Criterion. | |
| This represents an operation that includes an operator and an operand specified type. | |
| Operation not permitted due to the invoked service's access policy. | |
| Represents the result of an individual mutate operation. | |
| A stream of AdWords API mutate operations that must be performed serially. | |
| The result of processing an OperationStream. | |
| Errors due to the use of unsupported operations. | |
| Represents additional override info with which to augment the override extension. | |
| Error codes for pagination. | |
| Percentage CPA based bidding where user pays a percent of conversions. | |
| AdGroup level bids used in percent CPA bidding strategy. | |
| Criterion-level Percent cost-per-conversion(acquisition) bid for Product criteria type. | |
| PhoneInteractionBid applicable for phone calls. | |
| A place holder for a result which is not available. | |
| A placement used for modifying bids for sites when targeting the content network. | |
| Represents Platform criterion. | |
| Represents violations of a single policy by some text in a field. | |
| Points to a substring within an ad field or criterion. | |
| Key of the violation. The key is used for referring to a violation when filing an exemption request. | |
| Represents a Polygon Criterion. | |
| Product targeting criteria, represents a filter for products in the product feed that is defined by the advertiser. The criteria is used to determine the products in a Merchant Center account to be used with the ProductAds in the AdGroup. This criteria is available only to some advertisers. | |
| Represents a product ad (known as a <a href= | |
| Conditions to filter the products defined in product feed for targeting. | |
| Groups a list of product conditions to be evaluated together as an AND condition (ie. true if all conditions are true, false otherwise). | |
| Attribute for the product condition. | |
| Metadata to be used for retrieving offers from Google Base. | |
| Represents a Proximity Criterion. | |
| Container for criterion quality information. | |
| A QueryError represents possible errors for query parsing and execution. | |
| Encapsulates the errors thrown during developer quota checks. | |
| Errors that are thrown if a quota limit is exceeded. | |
| A list of all errors associated with the Range constraint. | |
| Signals that a call failed because a measured rate exceeded. | |
| Errors from attempting to write to read-only fields. | |
| A list of all errors associated with the @RegionCode constraints. | |
| The error reason represented by an enum. | |
| Encapsulates the generic errors thrown when there's an error with user request. | |
| Errors due to missing required field. | |
| Represents a success result of processing a mutate operation that returned a value. | |
| Data associated with a rich media ad. | |
| Represents possible error codes for Selector. | |
| Base type for AdWords campaign settings. | |
| Indicates a problem with campaign settings. | |
| Class to represent a single sitelink | |
| Class to represent a set of sitelinks and their order of preference. | |
| Indicates that the number of entries in the request or response exceeds the system limit. | |
| Defines the required and optional elements within the header of a SOAP request. | |
| Defines the elements within the header of a SOAP response. | |
| Statistics about an ad or criterion within an ad group or campaign. | |
| Represents possible error codes when querying for stats. | |
| A list of all errors associated with the @ContentsString constraint. | |
| This represents an entry in a map with a key of type String and value of type String. | |
| Target abstract class. | |
| A list of all the error codes being used by the common targeting package. | |
| Targets list abstract class (a list of a given type of targets along with their campaign ID). | |
| TargetRestrictSetting | Target restrict setting. Set useAdGroup to true to indicate the use of adgroup level targeting settings. Set useAdGroup to false to use the old campaign level broad/restrict setting. |
| Specifies if we should serve ads broadly, ignoring positive criteria of this type group, or if we should restrict to only serve ads that match the criteria of this type group specified in the AdGroup or Campaign. | |
| Setting for targeting related features. | |
| Represents the temporary id for an ad union id, which the user can specify. | |
| Represents a <a href= | |
| Represents an element in a template. Each template element is composed of a list of fields (actual value data). | |
| Represents a field in a template element. | |
| Represents a TextAd. | |
| Data associated with rich media extension attributes. | |
| UnknownBiddingStrategy | This bidding strategy is used for return value only. This will be returned typically due to incompatibility with your WSDL version. |
| Indicates that the mutate operation was not processed. This could result if the job was aborted by the back-end workflow because the developer's API quota was exceeded or if the job encountered some severe workflow system failure. | |
| User Interest - represents a particular interest based vertical to be targeted. | |
| UserList - represents a user list that is defined by the advertiser to be targeted. | |
| Use verticals to target or exclude placements in the Google Display Network based on the category into which the placement falls (for example, "Pets & Animals/Pets/Dogs"). | |
| Encapsulates a Video media identified by a MediaId | |
| Criterion for targeting webpages of an advertiser's website. The website domain name is specified at the campaign level. | |
| Logical expression for targeting webpages of an advertiser's website. | |
| Parameter of Webpage criterion, expressed as a list of conditions, or logical expressions, for targeting webpages of an advertiser's website. | |
| Represents a dynamic search ad. This ad will have its headline and url autogenerated at serving time according to domain name specific information provided by DomainInfoExtension linked at the campaign level. | |
| The reasons for the target error. | |
| Account has been deleted | |
| Approval status for the AdExtensionOverride | |
| Status of the AdExtensionOverride | |
| Cannot override an ad that is already overriden with an adextension | |
| Status of this ad group. | |
| Represents the possible approval statuses. | |
| The current status of an Ad. | |
| The reasons for the target error. | |
| The reasons for the target error. | |
| The entity type that exceeded the limit. | |
| The reasons for the adgroup service error. | |
| Ad serving status of campaign. | |
| The reasons for the AdX error. | |
| Used for return value only. An enumeration could not be processed, typically due to incompatibility with your WSDL version. | |
| Approval status for the criterion. | |
| The single reason for the authentication failure. | |
| The reasons for the database error. | |
| A basic set of job statuses. | |
| The reasons for the beta error. | |
| Indicate where a criterion's bid came from: criterion or the adgroup it belongs to. | |
| Reason for bidding error. | |
| Reason for bidding transition error. | |
| Budget delivery methods. | |
| Budget periods. | |
| The reasons for the budget error. | |
| The reasons for the bulk mutate job handling error. | |
| Approval status of the CampaignAdExtension. | |
| Status of the CampaignAdExtension. | |
| Cannot operate on an adextensions under the wrong campaign | |
| The reasons for the target error. | |
| The reasons for the target error. | |
| Campaign status. | |
| Enums for the various reasons an error can be thrown as a result of ClientTerms violation. | |
| Content label type. | |
| Conversion deduplication mode for conversion optimizer, that is number of clicks that get at least one conversion or total number of conversions per click. | |
| Bid type for the conversion optimizer bidding strategy. | |
| Campaign is not active | |
| The types of criteria. | |
| Concrete type of criterion is required for ADD and SET operations. | |
| The list of groupings of criteria types. | |
| The way a criterion is used - biddable or negative. | |
| The reasons for the database error. | |
| The reasons for the target error. | |
| Days of the week. | |
| Video ad. | |
| The reasons for the validation error. | |
| User did not have read access. | |
| Limits at various levels of the account. | |
| Type of entity identity. | |
| The specified id refered to an entity which either doesn't exist or is not accessible to the customer. e.g. campaign belongs to another customer. | |
| Status of the experimental change associated with an entity. | |
| Status of an entity denoting its type of experimental change in a campaign. | |
| The various signals a negative location target may use. | |
| The various signals a positive location target may use. | |
| The reasons for the target error. | |
| The image is not valid. | |
| The AppStore this extension will render for. | |
| The {@code minimumBid} is used. | |
| The single reason for the internal API error. | |
| The reasons for the job handling error. | |
| Match type of a keyword. i.e. the way we match a keyword string with search queries. | |
| The level on which the cap is to be applied. | |
| From manual entry in adwords frontend | |
| Radius units | |
| LocationTargetingStatus | Enum that represents the different Targeting Status values for a Location criterion. |
| Markup languages to use for mobile ads. | |
| Media types | |
| Mime types | |
| Sizes for retrieving the original media | |
| The reasons for the target error. | |
| Minutes in an hour. Currently only 0, 15, 30, and 45 are supported | |
| MobileDeviceDeviceType | |
| Denotes whether the bid multiplier is derived from the adgroup | |
| Do not set the id field while creating new entities. | |
| The reasons for the validation error. | |
| The single reason for the whitelist error. | |
| The reasons for the validation error. | |
| OperatingSystemVersionOperatorType | The operator type. |
| The reasons for the operation access error. | |
| This represents an operator that may be presented to an adsapi service. | |
| The reasons for the validation error. | |
| The reasons for errors when using pagination. | |
| Campaign's pricing model indicates whether it is a pay per clicks, pay per impressions, or play per conversions campaign. | |
| The radius distance is expressed in either kilometers or miles. | |
| The reason for the query error. | |
| Enums for all the reasons an error can be thrown to the user during billing quota checks. | |
| The reasons for the quota error. | |
| The reasons for the target error. | |
| The reason for the rate exceeded error. | |
| The reasons for the target error. | |
| The reasons for the validation error. | |
| The reasons for the target error. | |
| Error reason is unknown. | |
| The reasons for the target error. | |
| Different types of rich media ad that are available to customers | |
| The reasons for the target error. | |
| Campaign serving status. | |
| The reasons for the setting error. | |
| The reasons for Ad Scheduling errors. | |
| Ad network. | |
| The reasons for errors when querying for stats. | |
| The reasons for the target error. | |
| Reported by system to reflect the criterion's serving status. | |
| The reasons for the target error. | |
| Possible field types of template element fields. | |
| Allowed expanding directions for ads that are expandable. | |
| Unit of time the cap is defined at. | |
| Membership status of the user list. | |
| Specified by user to pause or unpause a criterion. | |
| VideoType enum values that are permitted for video filterable creative attribute IDs. | |
| Operand value of WebpageCondition. | |
| This field is required and should not be {@code null}. | |
| This field is required and should not be {@code null}. | |
| Base error class for Ad Service. | |
| AdExtension errors. | |
| AdExtensionOverride errors. | |
| AdExtensionOverride service operation. | |
| Represents stats specific to AdExtensionOverrides. | |
| Indicates too many ads were added/enabled under the specified adgroup. | |
| Error information for AdGroupAdService. | |
| AdGroupAd service operations. | |
| Base error class for Ad Group Criterion Service. | |
| Signals that too many criteria were added to some ad group. | |
| Operation (add, remove and set) on adgroup criteria. | |
| AdGroup operations for adding/updating/removing adgroups. | |
| Represents possible error codes in AdGroupService. | |
| AdSchedule | Represents an AdSchedule Criterion. |
| Immutable structure to hold an ad schedule target. | |
| List of ad schedule targets. | |
| Represents stats specific to Ads. | |
| Errors that are thrown when a non-AdX feature is accessed by an AdX customer. | |
| Represents an Age Range criterion. | |
| Exception class for holding a list of service errors. | |
| Encapsulates an Audio media identified by a MediaId. | |
| Represents a failure result for a mutate operation that was applied in a transactional batch. It does not imply that the corresponding operation for this result itself caused the failure. To determine that, please see the FailureResult provided for the first operation of the batch. | |
| A {@code BulkMutateJob} is essentially a mixed collection of mutate | |
| An event defined by a status change of a bulk mutate job. | |
| Specifies additional criteria for selecting bulk mutate jobs. | |
| Bulk mutate job-handling statistics. | |
| CampaignAdExtension service operation. | |
| Represents stats specific to CampaignAdExtensions. | |
| Error to indicate that too many negative criteria added to some campaign. | |
| Generic operation (add, remove and set) for campaign criteria. | |
| An operation on an AdWords campaign. | |
| Represents stats specific to Campaigns. | |
| Sets a list of targets on a specified campaign. | |
| Represents a Carrier Criterion. | |
| Content Label for category exclusion. | |
| Contains the policy violations for a single BiddableAdGroupCriterion. | |
| Number value type for constructing double valued ranges. | |
| Represents a failure result for an individual mutate operation. | |
| Represents a collection of settings related to ads geotargeting. | |
| Raw image data. | |
| Mutate operations of a job service: | |
| Improved exact and phrase match option includes misspellings, plurals, and other close variants of your keywords. | |
| Number value type for constructing long valued ranges. | |
| Represents the result of processing an individual mutate operation that however failed to get durably saved despite the service's best efforts. | |
| Settings for Real-Time Bidding, a feature only available for campaigns targeting the Ad Exchange network. | |
| BulkMutateJobService |
Documentation generated by phpDocumentor 1.4.4


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
An InstructionContext offers convenient access to information like control flow successors and such.
| Method Summary | |
boolean |
execute(Frame inFrame,
java.util.ArrayList executionPredecessors,
InstConstraintVisitor icv,
ExecutionVisitor ev)
This method symbolically executes the Instruction held in the InstructionContext. |
ExceptionHandler[] |
getExceptionHandlers()
Returns the exception handlers that protect this instruction. |
InstructionHandle |
getInstruction()
Returns the InstructionHandle this InstructionContext is wrapped around. |
Frame |
getOutFrame(java.util.ArrayList executionPredecessors)
This method returns the outgoing execution frame situation; therefore it has to be calculated by execute(Frame, ArrayList) first. |
InstructionContext[] |
getSuccessors()
Returns the usual control flow successors. |
int |
getTag()
The getTag and setTag methods may be used for temporary flagging, such as graph colouring. |
void |
setTag(int tag)
The getTag and setTag methods may be used for temporary flagging, such as graph colouring. |
| Method Detail |
public int getTag()
setTag(int tag)
public void setTag(int tag)
getTag()
public boolean execute(Frame inFrame, java.util.ArrayList executionPredecessors, InstConstraintVisitor icv, ExecutionVisitor ev)
ControlFlowGraph
,
ExecutionVisitor
,
getOutFrame(ArrayList)
public Frame getOutFrame(java.util.ArrayList executionPredecessors)
execute(Frame, ArrayList, InstConstraintVisitor, ExecutionVisitor)
public InstructionHandle getInstruction()
public InstructionContext[] getSuccessors()
getExceptionHandlers()
public ExceptionHandler[] getExceptionHandlers()
|
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Form Filler can use the ID, NAME and CLASS values of an input field in addition to the label text to determine its data type. You can adjust the search phrases in the Match field to tweak how Form Filler determines the correct data types.
Basically, any partial match in the attributes underlined:<label for="match">match</label>
<input type="anything" id="match" name="match"
class="match" />
You can determine what Form Filler will use to match input fields by changing the settings in the General section.
When creating custom fields, and deciding what to put in the Match field, please note that:


1.2. Presto Concepts
Overview
To understand Presto you must first understand the terms and concepts used throughout the Presto documentation.
While it’s easy to understand statements and queries, as an end-user you should have familiarity with concepts such as stages and splits to take full advantage of Presto to execute efficient queries. As a Presto administrator or a Presto contributor you should understand how Presto’s concepts of stages map to tasks and how tasks contain a set of drivers which process data.
This section provides a solid definition for the core concepts referenced throughout Presto, and these sections are sorted from most general to most specific.
Server Types
There are two types of Presto servers: coordinators and workers. The following section explains the difference between the two.
Coordinator
The Presto coordinator is the server that is responsible for parsing statements, planning queries, and managing Presto worker nodes. It is the “brain” of a Presto installation and is also the node to which a client connects to submit statements for execution. Every Presto installation must have a Presto coordinator alongside one or more Presto workers. For development or testing purposes, a single instance of Presto can be configured to perform both roles.
The coordinator keeps track of the activity on each worker and coordinates the execution of a query. The coordinator creates a logical model of a query involving a series of stages which is then translated into a series of connected tasks running on a cluster of Presto workers.
Coordinators communicate with workers and clients using a REST API.
Worker
A Presto worker is a server in a Presto installation which is responsible for executing tasks and processing data. Worker nodes fetch data from connectors and exchange intermediate data with each other. The coordinator is responsible for fetching results from the workers and returning the final results to the client.
When a Presto worker process starts up, it advertises itself to the discovery server in the coordinator, which makes it available to the Presto coordinator for task execution.
Workers communicate with other workers and Presto coordinators using a REST API.
Data Sources
Throughout this documentation, you’ll read terms such as connector, catalog, schema, and table. These fundamental concepts cover Presto’s model of a particular data source and are described in the following section.
Connector
A connector adapts Presto to a data source such as Hive or a relational database. You can think of a connector the same way you think of a driver for a database. It is an implementation of Presto’s SPI which allows Presto to interact with a resource using a standard API.
Presto contains several built-in connectors: a connector for JMX, a System connector which provides access to built-in system tables, a Hive connector, and a TPCH connector designed to serve TPC-H benchmark data. Many third-party developers have contributed connectors so that Presto can access data in a variety of data sources.
Every catalog is associated with a specific connector. If you examine
a catalog configuration file, you will see that each contains a
mandatory property connector.name
which is used by the catalog
manager to create a connector for a given catalog. It is possible
to have more than one catalog use the same connector to access two
different instances of a similar database. For example, if you have
two Hive clusters, you can configure two catalogs in a single Presto
cluster that both use the Hive connector, allowing you to query data
from both Hive clusters (even within the same SQL query).
Catalog
A Presto catalog contains schemas and references a data source via a connector. For example, you can configure a JMX catalog to provide access to JMX information via the JMX connector. When you run a SQL statement in Presto, you are running it against one or more catalogs. Other examples of catalogs include the Hive catalog to connect to a Hive data source.
When addressing a table in Presto, the fully-qualified table name is
always rooted in a catalog. For example, a fully-qualified table name
of hive.test_data.test
would refer to the test
table in the
test_data
schema in the hive
catalog.
Catalogs are defined in properties files stored in the Presto configuration directory.
Schema
Schemas are a way to organize tables. Together, a catalog and schema define a set of tables that can be queried. When accessing Hive or a relational database such as MySQL with Presto, a schema translates to the same concept in the target database. Other types of connectors may choose to organize tables into schemas in a way that makes sense for the underlying data source.
Table
A table is a set of unordered rows which are organized into named columns with types. This is the same as in any relational database. The mapping from source data to tables is defined by the connector.
Query Execution Model
Presto executes SQL statements and turns these statements into queries that are executed across a distributed cluster of coordinator and workers.
Statement
Presto executes ANSI-compatible SQL statements. When the Presto documentation refers to a statement, it is referring to statements as defined in the ANSI SQL standard which consists of clauses, expressions, and predicates.
Some readers might be curious why this section lists separate concepts for statements and queries. This is necessary because, in Presto, statements simply refer to the textual representation of a SQL statement. When a statement is executed, Presto creates a query along with a query plan that is then distributed across a series of Presto workers.
Query
When Presto parses a statement, it converts it into a query and creates a distributed query plan which is then realized as a series of interconnected stages running on Presto workers. When you retrieve information about a query in Presto, you receive a snapshot of every component that is involved in producing a result set in response to a statement.
The difference between a statement and a query is simple. A statement can be thought of as the SQL text that is passed to Presto, while a query refers to the configuration and components instantiated to execute that statement. A query encompasses stages, tasks, splits, connectors, and other components and data sources working in concert to produce a result.
Stage
When Presto executes a query, it does so by breaking up the execution into a hierarchy of stages. For example, if Presto needs to aggregate data from one billion rows stored in Hive, it does so by creating a root stage to aggregate the output of several other stages all of which are designed to implement different sections of a distributed query plan.
The hierarchy of stages that comprises a query resembles a tree. Every query has a root stage which is responsible for aggregating the output from other stages. Stages are what the coordinator uses to model a distributed query plan, but stages themselves don’t run on Presto workers.
Task
As mentioned in the previous section, stages model a particular section of a distributed query plan, but stages themselves don’t execute on Presto workers. To understand how a stage is executed, you’ll need to understand that a stage is implemented as a series of tasks distributed over a network of Presto workers.
Tasks are the “work horse” in the Presto architecture as a distributed query plan is deconstructed into a series of stages which are then translated to tasks which then act upon or process splits. A Presto task has inputs and outputs, and just as a stage can be executed in parallel by a series of tasks, a task is executing in parallel with a series of drivers.
Split
Tasks operate on splits which are sections of a larger data set. Stages at the lowest level of a distributed query plan retrieve data via splits from connectors, and intermediate stages at a higher level of a distributed query plan retrieve data from other stages.
When Presto is scheduling a query, the coordinator will query a connector for a list of all splits that are available for a table. The coordinator keeps track of which machines are running which tasks and what splits are being processed by which tasks.
Driver
Tasks contain one or more parallel drivers. Drivers act upon data and combine operators to produce output that is then aggregated by a task and then delivered to another task in a another stage. A driver is a sequence of operator instances, or you can think of a driver as a physical set of operators in memory. It is the lowest level of parallelism in the Presto architecture. A driver has one input and one output.
Operator
An operator consumes, transforms and produces data. For example, a table scan fetches data from a connector and produces data that can be consumed by other operators, and a filter operator consumes data and produces a subset by applying a predicate over the input data.
Exchange
Exchanges transfer data between Presto nodes for different stages of a query. Tasks produce data into an output buffer and consume data from other tasks using an exchange client.


{ "filename": "pii-3.pdf", "createdBy": "5f99bcfc006e822af3c2fb77", "owner": "5f99bcfc006e822af3c2fb77", "requester": { "id": "5f9ec4e67fe94b2845b1a8f5", "name": "q" }, "deliveryEmails": [<EMAIL_ADDRESS>], "createdAt": "2020-11-01T14:23:34.750Z", "updatedAt": "2020-11-01T14:23:34.750Z", "id": "5f9ec4e67fe94b2845b1a8f6" }


Why Telos for your Child
A Focus on Healthy Child Development
TELOS Child Care exists to help school-age children develop optimally. TELOS (tel-las) is a Greek word that reflects the ultimate goal of human development: the ability to have healthy two-way relationships with others and with God.
How We Serve You and Your Child
Serving children in grades K through 6, we provide before and after-school care, and full-day programs during school holidays. We provide transportation from Maidu and Excelsior schools, and academic assistance for homework support.
Our flexible scheduling and hourly billing mean that we can accommodate your unique child care needs 24/7 (except school hours), five days a week. A special camp program is offered during the summer months.
Fun, Learning and Growing
The TELOS program includes reading and library resources, homework time, structured activities and projects as well as time for unstructured indoor and outdoor play. Especially popular are the 12-ft. Trampoline and the treehouse. Children make wide use of art materials, a music area, indoor soccer, Nerf dart tag and many creative toys and project materials.
With our emphasis on physical activity, children recieve plenty of healthy and appealing snacks; nutritious meals are served for a modest fee when child care spans breakfast, lunch or dinner time.
The TELOS Difference
The TELOS Building Blocks
Mentorship and Social Skills
The exceptional 1:6 teacher-child ratio provides children with twice as much positive adult attention as other providers, whose more typical ratio is 1:14
The close interaction between teacher and child enables meaningful mentoring to support healthy socialization. Children learn how to make and sustain friendships and function successfully in a group setting. Sharing, teamwork and empathy and part of daily activities.
Outdoor Adventures
Exercise, fresh air and adventure are some of the hallmarks of the TELOS experience. Not being confined to a building sets us apart.
We have regular excursions to places of interest, exploration and recreation. Kids love riding scooters and bikes to local parks, exploring nearby creeks and geocaching, enjoying the snow and visiting the swimming pool weekly.
Character Development
At the heart of TELOS is the acclaimed Core Essential Values character development curriculum, where children learn to t reat others right, make smart decisions, and maximize their potential. We use a monthly value as a theme throughout all our activities.
It has been proven that children exposed to this curriculum improve academically and behaviorally. Bullying goes down, while respect and achievement go up.
A Model for Relationships*
TELOS Child Care helps the child learn a healthy model for relationships characterized by:
- Empowerment - how to use his or her power to build others up, not to control or tear down
- Grace - the experience of being forgiven and learning to forgive others
- Unconditional Caring - learning that while behavior has consequences, it doesn't influence caring
- Connection - knowing others and experiencing the joy of being known
* Jack Balswick, Pamela E. King, and Kevin Reimer, The Reciprocating Self: Human Development in Theological Perspective (Downers Grove, IL; InterVarsity Press, 2005).
About Us
Rob has worked with children and youth for 20 years in educational, recreational, and Christian ministry settings. He's an Eagle Scout and has degrees from Cal Poly in Forestry and Civil Engineering. Widowed with a young daughter, he set aside his engineering career in 2014 to be a bigger part of her life, which now includes assisting with special needs students at Maidu Elementary School and building TELOS.
Rob has a passion for human development and Christian formation of children and is pursuing his Master of Arts in Theology and Ministry with an emphasis in Youth, Family and Culture at Fuller Theological Seminary.
Recent Child Development Experience
Fees
Registration: $50
Before/after school: $8/hour
School holiday: $5/hour
Multi-child discount given
Contact Us!
TELOS Child Care
Yates, Robert (name of facility for licensing)
Roseville, CA 95661
Facility Phone/Mobile:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Email: rob.yates@teloschildcare.com


public interface Law extends CMCommon
LegalBehavior
,
LegalWarrant
| Modifier and Type | Interface and Description |
|---|---|
static class |
Law.TreasurySet
For the getTreasuryNSafe, this class stores
the location of the treasury, for taxing purposes.
|
| Modifier and Type | Field and Description |
|---|---|
static int |
BIT_CRIMEFLAGS
an index to crime-definition flags denoting circumstances the law applies to
|
static int |
BIT_CRIMELOCS
an index to crime-definition flags denoting types of places the law applies to
|
static int |
BIT_CRIMENAME
an index to crime-definition flags denoting name of the crime
|
static int |
BIT_NUMBITS
an index to crime-definition flags denoting the number of parts of a crime definition
|
static int |
BIT_SENTENCE
an index to crime-definition flags denoting the punishment type and flags
|
static int |
BIT_WARNMSG
an index to crime-definition flags denoting the warning message for breaking the law
|
static java.lang.String |
defaultLaw
a default law definition, suitable for reading into a Properties object
|
static int |
MSG_COPKILLER
an index to messages said to criminals by officers, denotes a previous cop killer
|
static int |
MSG_EXECUTE
an index to messages said to criminals by officers, denotes an execution is forthcoming
|
static int |
MSG_LAWFREE
an index to messages said to criminals by officers, denotes a jail sentence is done
|
static int |
MSG_NORESIST
an index to messages said to criminals by officers, denotes an order not to resist
|
static int |
MSG_PAROLEDISMISS
an index to messages said to criminals by officers, denotes a parole sentence is ready
|
static int |
MSG_PREVOFF
an index to messages said to criminals by officers, denotes a previous offence
|
static int |
MSG_PROTECTEDMASK
an index to messages said to criminals by officers, denotes the criminal is a protected citizen
|
static int |
MSG_RESIST
an index to messages said to criminals by officers, denotes a previous law resister
|
static int |
MSG_RESISTFIGHT
an index to messages said to criminals by officers, denotes resisting arrest
|
static int |
MSG_RESISTWARN
an index to messages said to criminals by officers, denotes a warning not to resist
|
static int |
MSG_THREAT
an index to messages said to criminals by officers, denotes a threat is forthcoming
|
static int |
MSG_TOTAL
the number of messages said to criminals by officers
|
static int |
MSG_TRESPASSERMASK
an index to messages said to criminals by officers, denotes the criminal is a trespassor
|
static int |
MSG_WARNING
an index to messages said to criminals by officers, denotes a warning is forthcoming
|
static java.lang.String[] |
PUNISHMENT_DESCS
An array of code words for each of the base punishment types
|
static int |
PUNISHMENT_EXECUTE
A base punishment code meaning the judge executes the criminal
|
static int |
PUNISHMENT_HIGHEST
A helper punishment code denoting the highest code
|
static int |
PUNISHMENT_JAIL1
A base punishment code meaning the judge jails the criminal
|
static int |
PUNISHMENT_JAIL2
A base punishment code meaning the judge jails the criminal
|
static int |
PUNISHMENT_JAIL3
A base punishment code meaning the judge jails the criminal
|
static int |
PUNISHMENT_JAIL4
A base punishment code meaning the judge jails the criminal
|
static int |
PUNISHMENT_MASK
A mask denoting which bits in an are reserved for the base punishment
|
static int |
PUNISHMENT_PAROLE1
A base punishment code meaning the judge paroles the criminal
|
static int |
PUNISHMENT_PAROLE2
A base punishment code meaning the judge paroles the criminal
|
static int |
PUNISHMENT_PAROLE3
A base punishment code meaning the judge paroles the criminal
|
static int |
PUNISHMENT_PAROLE4
A base punishment code meaning the judge paroles the criminal
|
static int |
PUNISHMENT_THREATEN
A base punishment code meaning the officer threatens the criminal
|
static int |
PUNISHMENT_WARN
A base punishment code meaning the officer warns the criminal
|
static int[] |
PUNISHMENTMASK_CODES
an array of the various bitmask values added to punishment codes
|
static java.lang.String[] |
PUNISHMENTMASK_DESCS
a string array for each of the punishment bitmasks
|
static int |
PUNISHMENTMASK_DETAIN
a bitmask, added to a base punishment type, denoting automatic detension
|
static int |
PUNISHMENTMASK_FINE
a bitmask, added to a base punishment type, denoting a fine
|
static int |
PUNISHMENTMASK_NORELEASE
a bitmask, added to a base punishment type, denoting criminal not walked to releaseroom
|
static int |
PUNISHMENTMASK_SEPARATE
a bitmask, added to a base punishment, denoting this crime be separated from others
|
static int |
PUNISHMENTMASK_SKIPTRIAL
a bitmask, added to a base punishment type, denoting that the officer enforces
|
static int |
STATE_ARRESTING
a state of adjudication meaning officer is arresting the criminal
|
static int |
STATE_DETAINING
a state of adjudication meaning officer is taking the criminal to detension
|
static int |
STATE_EXECUTING
a state of adjudication meaning judge is executing the criminal
|
static int |
STATE_JAILING
a state of adjudication meaning judge is sentencing the criminal to jail
|
static int |
STATE_MOVING
a state of adjudication meaning officer is taking the criminal to trial
|
static int |
STATE_MOVING2
a state of adjudication meaning officer is taking the criminal to jail
|
static int |
STATE_MOVING3
a state of adjudication meaning officer is releasing the criminal from jail
|
static int |
STATE_PAROLING
a state of adjudication meaning judge is parolling the criminal
|
static int |
STATE_RELEASE
a state of adjudication meaning officer is to release the criminal from jail
|
static int |
STATE_REPORTING
a state of adjudication meaning officer is reporting charges to the judge
|
static int |
STATE_SEEKING
a state of adjudication meaning officer has not yet found the criminal
|
static int |
STATE_SUBDUEING
a state of adjudication meaning officer is subdueing the criminal
|
static int |
STATE_WAITING
a state of adjudication meaning officer is waiting for a judgement from judge
|
| Modifier and Type | Method and Description |
|---|---|
java.util.Map<java.lang.String,java.lang.String[]> |
abilityCrimes()
Method for accessing the crimes, flags, and consequences
involving the use of spells, chants, skills, etc.
|
boolean |
arrestMobs()
Returns whether this legal system allows mobs to be arrested
(as opposed to just players)
|
java.util.List<java.lang.String[]> |
bannedBits()
Combined with bannedSubstances, this method returns the
definition of "substance" crimes involving manipulating
an illegal substance in public.
|
java.util.List<java.util.List<java.lang.String>> |
bannedSubstances()
Combined with bannedBits, this method returns the
definition of "illegal substance carrying" crimes.
|
java.util.Map<java.lang.String,java.lang.String[]> |
basicCrimes()
Method for accessing the crimes, flags, and consequences
defined as the most basic law.
|
void |
changeStates(LegalWarrant W,
int state)
Changes the action state of the given warrant
(and all dependent warrants)
|
java.util.List<java.lang.String> |
chitChat()
A Vector of strings denoting random things an officer will
say while taking an arrested criminal to the judge.
|
java.util.List<java.lang.String> |
chitChat2()
A Vector of strings denoting random things an officer will
say while taking an arrested criminal to the jail.
|
java.util.List<java.lang.String> |
chitChat3()
A Vector of strings denoting random things an officer will
say while taking an arrested criminal to the detention center.
|
LegalWarrant |
getCopkiller(Area A,
LegalBehavior behav,
MOB mob)
Returns a warrant if the given mob or player mob object
represents someone accused of killing an officer.
|
java.lang.String |
getInternalStr(java.lang.String msg)
Returns one of the raw property entries used to construct
the legal definitions.
|
LegalWarrant |
getLawResister(Area A,
LegalBehavior behav,
MOB mob)
Returns a warrant if the given mob or player mob object
represents someone accused of resisting arrest.
|
java.lang.String |
getMessage(int which)
Returns a string of one of the messages given by officers and or
judges during various stages of the legal adjudication
process.
|
LegalWarrant |
getOldWarrant(MOB criminal,
java.lang.String crime,
boolean pull)
Returns an old warrant object matching the given criteria.
|
Law.TreasurySet |
getTreasuryNSafe(Area A)
If defined and found, this method returns an Environmental
array with two elements.
|
LegalWarrant |
getWarrant(MOB mob,
int which)
Returns a iterated LegalWarrant object for the given mob.
|
boolean |
hasModifiableLaws()
Whether the legal definitions can be changed
|
boolean |
hasModifiableNames()
Whether the officials can be changed (officers judges)
|
void |
initialize(LegalBehavior details,
java.util.Properties laws,
boolean modifiableNames,
boolean modifiableLaws)
Initializes a new Law object with information from a given
Properties file, along with the LegalBehavior which will
enforce the laws, and flags denoting how maleable these
laws are.
|
boolean |
isInternalStr(java.lang.String msg)
Returns whether or not the given property name is one of the
raw property entries used to construct the legal definitions.
|
java.lang.String[] |
jailMessages()
Returns a 4-dimensional String[] array for each of the
4 levels of jail.
|
java.lang.String |
jailMessages(int which)
Returns one of the 4 messages given by the judge for each
of the four jail punishments.
|
java.util.List<java.lang.String> |
jailRooms()
A Vector of strings denoting which rooms are considered jails.
|
java.lang.Integer[] |
jailTimes()
A parole time is a number of ticks for each of the four levels
of jail punishments.
|
int |
jailTimes(int which)
A parole time is a number of ticks for each of the four levels
of jail punishments.
|
java.util.List<java.lang.String> |
judgeNames()
A Vector a strings denoting which mobs are considered judges
of the law in the legal area.
|
boolean |
lawIsActivated()
Whether the legal system on the legal behavior is active.
|
java.lang.String[] |
messages()
A String array of various messages given by officers and or
judges during various stages of the legal adjudication
process.
|
java.util.List<java.lang.String> |
officerNames()
A Vector a strings denoting which mobs are considered officers
of the law in the legal area.
|
java.util.List<LegalWarrant> |
oldWarrants()
Returns a list of all old LegalWarrant objects for all
criminals and crimes since the last MUD reboot.
|
java.util.List<java.lang.String[]> |
otherBits()
Combined with otherCrimes, this method returns the
definition of "miscellaneous" crimes involving emotes
and similar random phenomenon.
|
java.util.List<java.util.List<java.lang.String>> |
otherCrimes()
Combined with otherBits, this method returns the
definition of "miscellaneous" crimes involving emotes
and similar random phenomenon.
|
java.lang.String[] |
paroleMessages()
Returns a 4-dimensional String[] array for each of the
4 levels of Parole.
|
java.lang.String |
paroleMessages(int which)
Returns one of the 4 messages given by the judge for each
of the four parole punishments.
|
java.lang.Integer[] |
paroleTimes()
A parole time is a number of ticks for each of the four levels
of parole punishments.
|
int |
paroleTimes(int which)
A parole time is a number of ticks for each of the four levels
of parole punishments.
|
void |
propertyTaxTick(Area A,
boolean debugging)
Called by an Area periodically to update its records on property
taxes owed, to withdraw money from accounts to pay said taxes if
applicable, and issue a warrant if necessary.
|
java.lang.String |
rawLawString()
Returns the entire raw legal definition as a ~ delimited string.
|
java.util.List<java.lang.String> |
releaseRooms()
A Vector of strings denoting which rooms are considered release
rooms for after a prisoner has served jail time.
|
void |
resetLaw()
Forces the legal definitions to be re-read from their primary
storage, usually an INI file, or the database, depending on
how the legalbehavior is defined.
|
void |
setInternalStr(java.lang.String tag,
java.lang.String value)
Sets one of the raw property entries used to construct
the legal definitions.
|
java.util.Map<java.lang.String,java.lang.Object> |
taxLaws()
Returns a Hashtable of various catch-all properties and variables
associated with the tax laws.
|
java.util.List<LegalWarrant> |
warrants()
Returns a list of all current LegalWarrant objects still considered
to be active and relevant.
|
copyOf, ID, initializeClass, name, newInstance
static final int PUNISHMENT_WARN
static final int PUNISHMENT_THREATEN
static final int PUNISHMENT_PAROLE1
static final int PUNISHMENT_PAROLE2
static final int PUNISHMENT_PAROLE3
static final int PUNISHMENT_PAROLE4
static final int PUNISHMENT_JAIL1
static final int PUNISHMENT_JAIL2
static final int PUNISHMENT_JAIL3
static final int PUNISHMENT_JAIL4
static final int PUNISHMENT_EXECUTE
static final int PUNISHMENT_HIGHEST
static final int PUNISHMENT_MASK
static final java.lang.String[] PUNISHMENT_DESCS
static final int PUNISHMENTMASK_SEPARATE
static final int PUNISHMENTMASK_SKIPTRIAL
static final int PUNISHMENTMASK_DETAIN
static final int PUNISHMENTMASK_FINE
static final int PUNISHMENTMASK_NORELEASE
static final java.lang.String[] PUNISHMENTMASK_DESCS
static final int[] PUNISHMENTMASK_CODES
static final int STATE_SEEKING
static final int STATE_ARRESTING
static final int STATE_SUBDUEING
static final int STATE_MOVING
static final int STATE_REPORTING
static final int STATE_WAITING
static final int STATE_PAROLING
static final int STATE_JAILING
static final int STATE_EXECUTING
static final int STATE_MOVING2
static final int STATE_RELEASE
static final int STATE_MOVING3
static final int STATE_DETAINING
static final int BIT_CRIMELOCS
static final int BIT_CRIMEFLAGS
static final int BIT_CRIMENAME
static final int BIT_SENTENCE
static final int BIT_WARNMSG
static final int BIT_NUMBITS
static final int MSG_PREVOFF
static final int MSG_WARNING
static final int MSG_THREAT
static final int MSG_EXECUTE
static final int MSG_PROTECTEDMASK
static final int MSG_TRESPASSERMASK
static final int MSG_RESISTFIGHT
static final int MSG_NORESIST
static final int MSG_RESISTWARN
static final int MSG_PAROLEDISMISS
static final int MSG_LAWFREE
static final int MSG_RESIST
static final int MSG_COPKILLER
static final int MSG_TOTAL
static final java.lang.String defaultLaw
void initialize(LegalBehavior details, java.util.Properties laws, boolean modifiableNames, boolean modifiableLaws)
details
- the behavior governing this lawlaws
- the properties file containing all the legal definitionsmodifiableNames
- whether officials (judges/officers) are modifiablemodifiableLaws
- whether the laws themselves are modifiableLegalBehavior
,
resetLaw()
,
hasModifiableNames()
,
hasModifiableLaws()
void changeStates(LegalWarrant W, int state)
W
- the warrant to change the state ofstate
- the new action stateLegalWarrant
,
PUNISHMENT_DESCS
void resetLaw()
boolean arrestMobs()
boolean hasModifiableNames()
initialize(LegalBehavior, Properties, boolean, boolean)
boolean hasModifiableLaws()
initialize(LegalBehavior, Properties, boolean, boolean)
java.lang.String getInternalStr(java.lang.String msg)
msg
- the name of the raw property to returninitialize(LegalBehavior, Properties, boolean, boolean)
boolean isInternalStr(java.lang.String msg)
msg
- the name of the raw property to look forinitialize(LegalBehavior, Properties, boolean, boolean)
void setInternalStr(java.lang.String tag, java.lang.String value)
tag
- the name of the raw property to setvalue
- the new value of the propertyinitialize(LegalBehavior, Properties, boolean, boolean)
java.lang.String rawLawString()
boolean lawIsActivated()
LegalWarrant getCopkiller(Area A, LegalBehavior behav, MOB mob)
A
- the Legal Area governed by the Legal Behaviorbehav
- the legal behavior governing the lawmob
- the mob or player to inspectLegalBehavior
LegalWarrant getLawResister(Area A, LegalBehavior behav, MOB mob)
A
- the Legal Area governed by the Legal Behaviorbehav
- the legal behavior governing the lawmob
- the mob or player to inspectLegalBehavior
void propertyTaxTick(Area A, boolean debugging)
A
- the Legal Area governed by this law for property taxesdebugging
- whether internal debugging msgs should be generatedLaw.TreasurySet getTreasuryNSafe(Area A)
A
- the legal Area to look for a treasury in.java.util.List<java.util.List<java.lang.String>> otherCrimes()
otherBits()
java.util.List<java.lang.String[]> otherBits()
BIT_CRIMENAME
,
otherBits()
java.util.List<java.util.List<java.lang.String>> bannedSubstances()
RawMaterial
,
bannedBits()
java.util.List<java.lang.String[]> bannedBits()
BIT_CRIMENAME
,
bannedSubstances()
java.util.Map<java.lang.String,java.lang.String[]> abilityCrimes()
Ability
,
BIT_CRIMENAME
java.util.Map<java.lang.String,java.lang.String[]> basicCrimes()
BIT_CRIMENAME
java.util.Map<java.lang.String,java.lang.Object> taxLaws()
BIT_CRIMENAME
java.util.List<java.lang.String> chitChat()
java.util.List<java.lang.String> chitChat2()
java.util.List<java.lang.String> chitChat3()
java.util.List<java.lang.String> jailRooms()
java.util.List<java.lang.String> releaseRooms()
java.util.List<java.lang.String> officerNames()
java.util.List<java.lang.String> judgeNames()
java.util.List<LegalWarrant> oldWarrants()
LegalWarrant
,
getOldWarrant(MOB, String, boolean)
LegalWarrant getOldWarrant(MOB criminal, java.lang.String crime, boolean pull)
criminal
- the old criminalcrime
- the old crime ID (from taxlaw, basiclaw, or other)pull
- true to remove the old warrant from the list, false noLegalWarrant
,
oldWarrants()
java.util.List<LegalWarrant> warrants()
LegalWarrant
,
getWarrant(MOB, int)
LegalWarrant getWarrant(MOB mob, int which)
mob
- the mob to get a warrant forwhich
- the iteration number (from 0)LegalWarrant
,
warrants()
java.lang.String[] messages()
getMessage(int)
,
MSG_COPKILLER
,
MSG_TOTAL
java.lang.String getMessage(int which)
which
- a number, as indexed by the MSG_* constantsmessages()
,
MSG_COPKILLER
,
MSG_TOTAL
java.lang.String[] paroleMessages()
PUNISHMENT_PAROLE1
,
PUNISHMENT_PAROLE2
,
PUNISHMENT_PAROLE3
,
PUNISHMENT_PAROLE4
,
paroleMessages(int)
java.lang.String paroleMessages(int which)
which
- which of the 4 messages to return (0-3)paroleMessages()
java.lang.Integer[] paroleTimes()
PUNISHMENT_PAROLE1
,
PUNISHMENT_PAROLE2
,
PUNISHMENT_PAROLE3
,
PUNISHMENT_PAROLE4
,
paroleTimes(int)
int paroleTimes(int which)
which
- which of the four to return (0-3)paroleTimes()
java.lang.String[] jailMessages()
PUNISHMENT_JAIL1
,
PUNISHMENT_JAIL2
,
PUNISHMENT_JAIL3
,
PUNISHMENT_JAIL4
,
jailMessages(int)
java.lang.String jailMessages(int which)
which
- which of the 4 messages to return (0-3)jailMessages()
java.lang.Integer[] jailTimes()
PUNISHMENT_JAIL1
,
PUNISHMENT_JAIL2
,
PUNISHMENT_JAIL3
,
PUNISHMENT_JAIL4
,
jailTimes(int)
int jailTimes(int which)
which
- which of the four to return (0-3)jailTimes()


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/Jordan.E2.80.93H.C3.B6lder.20for.20groups.html ---
I formalized a proof of Jordan–Hölder a while back and just got around to closing the last admit. Is there any interest in adding this to mathlib? I don't know the conventions for merging code, and it's fairly sloppy right now, so I would probably need help on making it fit the style guide (I assume mathlib has one of those?). It's up at https://github.com/Shamrock-Frost/jordan-holder
Cool! Sure, feel free to PR this. There might be lots of comments and feedback. But together we can certainly get it into mathlib shape.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


Ruby BASICS
Methods
Commonly used Methods and Enumerables. These are my favorite ones to use. They are the basic concept of programing. You can do so much with so little. All the methods I will list out will be what helped me through our Phase 0. Having the understanding of just the little things could make a big impact on learning the break down large projects.
<----- Basic Methods ------->
.to_s (put in a string)
.reverse (reverse a string)
.kind_of? (check of its is an _____ )
.include? (check if it include something)
.length (to get the lenght of string, arrays)
<----- Enumerable Methods ------->
.map (collect and put in Array)
.each (collect only)
.each_with_indes {|key, index|} (to obtain the key and index of something)
.max (highest integer of something)
.min (lower integer of something)
.sort (to sort something)


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Windows 10 DPI Scaling
I’ve resisted the high DPI screens for Windows machines for a number of years - mainly due to the cost of the screens. However, I’ve since upgraded a number of items and they now have larger screens.
My monitor is now a Dell S2719DC 27" which has a display of 2560 x 1440 and my Surface Pro 7 has a resolution of 2736 x 1824. Both of which require some Windows scaling to adequately use from my point of view.
Since I’ve started using the scaling, I’ve found issues with Windows scaling. The main issues seem to be from moving between a docked and undocked Surface. Moving between the two means that the Surface has to either be restarted or logged off and in again.
A quick search indicates that this is a known and ongoing Windows issue, based on how Windows sets the scaling on log in.
However, it doesn’t make life any easier when you open Outlook and find the scaling to be all wrong! The other issue that arises is that it can throw off window layouts within apps - PDF XChange for example changes the width of the thumbnails view on a monitor and the Surface screen itself when used.
It’s a shame that it’s not quite as good as the implementation on macOS, which didn’t have any issues with DPI scaling when I tried it.
And unfortunately, as the Surface uses a 3:2 screen layout, the Microsoft solution of using the same size won’t work either. Perhaps one to watch if I go down the docked laptop route in the future.


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{{ range first 1 .Params.BigImage }}
{{ end }}
{{ partial "products/single/product-single-heading.html" . }}
BUY ON ALIEXPRESS
{{ .Params.title }}
This deal ends on
BUY ON ALIEXPRESS
{{ .Content }}
{{ partial "product-body.html" . }}


| Interface | Description |
|---|---|
| LinodeApiRequestSender.AsyncExecutor |
Simplified asynchronous task execution interface.
|
| Class | Description |
|---|---|
| LinodeApiErrorHandler |
Extension of Spring's
DefaultResponseErrorHandler that decodes the JSON error payload
in HTTP 400 and 500 series errors so it can be included in the thrown exception. |
| LinodeApiHttpRequestFactory |
Extends Spring's
HttpComponentsClientHttpRequestFactory to set connection and read timeouts,
setup authorization, etc. |
| LinodeApiRequestSender |
Sender for Linode REST APIv4 requests.
|
| Exception | Description |
|---|---|
| LinodeApiException |
Thrown when an error occurs while communicating with the Linode API.
|
Overview
Here are the primary classes provided:
LinodeApiRequestSender
- Java version of the APILinodeApiHttpRequestFactory
- configures how HTTP requests
are performed, including token authorizationLinodeApiException
- thrown if there is an error, including
a decode of the JSON error payload (if any)XML Setup
This package comes with pre-configured Spring XML beans that you can include in your Spring application:
<import resource="classpath:org/dellroad/linode/apiv4/spring/linodeApi.xml"/>
The XML sets up a LinodeApiRequestSender
which can be used to perform API queries:
import org.dellroad.linode.apiv4.model.Linode
; import org.dellroad.linode.apiv4.request.CreateLinodeRequest
; import org.dellroad.linode.apiv4.spring.LinodeApiHttpRequestFactory
; import org.dellroad.linode.apiv4.spring.LinodeApiRequestSender
; import org.springframework.beans.factory.annotation.Autowired; public class MyBean { @Autowired privateLinodeApiRequestSender
sender; @Autowired privateLinodeApiHttpRequestFactory
requestFactory; // ThrowsLinodeApiException
if something goes wrong public Linode createLinode() { // Set authorization token (you only need to do this once) this.requestFactory.setAuthorizationToken("0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef"); // Setup request final CreateLinodeRequest request = new CreateLinodeRequest(); request.setTypeId("g5-nanode-1"); request.setRegionId("us-west-1a") request.setLabel("MyLinode"); request.setGroup("MyLinodeGroup"); ... // Send request and return the newly created Linode return this.sender.createLinode(request); } }
Copyright © 2018. All rights reserved.


Class: Aws::Connect::Types::ClaimedPhoneNumberSummary
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb |
Overview
Information about a phone number that has been claimed to your Amazon
::Aws::Connect
instance or traffic distribution group.
Constant Summary
Instance Attribute Summary
-
#phone_number ⇒ String
rw
The phone number.
-
#phone_number_arn ⇒ String
rw
The Amazon
::Aws::Connect::Resource
Name (ARN) of the phone number. -
#phone_number_country_code ⇒ String
rw
The ISO country code.
-
#phone_number_description ⇒ String
rw
The description of the phone number.
-
#phone_number_id ⇒ String
rw
A unique identifier for the phone number.
-
#phone_number_status ⇒ Types::PhoneNumberStatus
rw
The status of the phone number.
-
#phone_number_type ⇒ String
rw
The type of phone number.
-
#tags ⇒ Hash<String,String>
rw
The tags used to organize, track, or control access for this resource.
-
#target_arn ⇒ String
rw
The Amazon
::Aws::Connect::Resource
Name (ARN) for Amazon Connect instances or traffic distribution groups that phone numbers are claimed to.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#phone_number ⇒ String
(rw)
The phone number. Phone numbers are formatted [+] [country code]
[subscriber number including area code]
.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#phone_number_arn ⇒ String
(rw)
The Amazon ::Aws::Connect::Resource
Name (ARN) of the phone number.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#phone_number_country_code ⇒ String
(rw)
The ISO country code.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#phone_number_description ⇒ String
(rw)
The description of the phone number.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#phone_number_id ⇒ String
(rw)
A unique identifier for the phone number.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#phone_number_status ⇒ Types::PhoneNumberStatus (rw)
The status of the phone number.
CLAIMED
means the previous ClaimedPhoneNumber or UpdatePhoneNumber operation succeeded.IN_PROGRESS
means a ClaimedPhoneNumber or UpdatePhoneNumber operation is still in progress and has not yet completed. You can call DescribePhoneNumber at a later time to verify if the previous operation has completed.FAILED
indicates that the previous ClaimedPhoneNumber or UpdatePhoneNumber operation has failed. It will include a message indicating the failure reason. A common reason for a failure may be that theTargetArn
value you are claiming or updating a phone number to has reached its limit of total claimed numbers. If you received aFAILED
status from aClaimPhoneNumber
API call, you have one day to retry claiming the phone number before the number is released back to the inventory for other customers to claim.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#phone_number_type ⇒ String
(rw)
The type of phone number.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#tags ⇒ Hash
<String
,String
> (rw)
The tags used to organize, track, or control access for this resource. For example, \{ "tags": {"key1":"value1", "key2":"value2"\} \}.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end
#target_arn ⇒ String
(rw)
The Amazon ::Aws::Connect::Resource
Name (ARN) for Amazon Connect instances or
traffic distribution groups that phone numbers are claimed to.
# File 'gems/aws-sdk-connect/lib/aws-sdk-connect/types.rb', line 911
class ClaimedPhoneNumberSummary < Struct.new( :phone_number_id, :phone_number_arn, :phone_number, :phone_number_country_code, :phone_number_type, :phone_number_description, :target_arn, :, :phone_number_status) SENSITIVE = [] include Aws::Structure end


{% extends "base.html" %} {% block sitetitle %}Login{% endblock %} {% block main %}
Please login with an account that has access.
Please login to see this page.
{{ field.help_text|safe }}


WRAP | Champions League
Cape Town - A comprehensive wrap of all the fixtures, kick-off times, results and match reports from this week's Champions League action:
TUESDAY, NOVEMBER 5
Barcelona 0-0 Slavia Prague - MATCH REPORT
Zenit St. Petersburg 0-2 RB Leipzig - MATCH REPORT
Liverpool 2-1 Genk - MATCH REPORT
Chelsea 4-4 Ajax - MATCH REPORT
Napoli 1-1 RB Salzburg - MATCH REPORT
Borussia Dortmund 3-2 Inter Milan - MATCH REPORT
Valencia 4-1 Lille - MATCH REPORT
Lyon 3-1 Benfica - MATCH REPORT
WEDNESDAY, NOVEMBER 6
Bayern Munich 2-0 Olympiacos - MATCH REPORT
Lokomotiv Moscow 1-2 Juventus - MATCH REPORT
Atalanta 1-1 Manchester City - MATCH REPORT
Bayer Leverkusen 2-1 Atletico Madrid - MATCH REPORT
Dinamo Zagreb 3-3 Shakhtar Donetsk - MATCH REPORT
PSG 1-0 Club Brugge- MATCH REPORT
Real Madrid 6-0 Galatasaray - MATCH REPORT
Red Star Belgrade 0-4 Tottenham Hotspur - MATCH REPORT


Look inside the care home being sold as development opportunity 21 Nov 2019, 14:40 by Alexander Brock The property is being marketed for around £1.5million(Image: Rightmove) Hollis Morgan says the property presents "scope to convert into eight flats"(Image: Rightmove) Inside the 20-bedroom property(Image: Rightmove) A look inside one of the bedrooms(Image: Rightmove) The property is described as an "imposing detached period property occupying a prime position"(Image: Rightmove) The outdoor area(Image: Rightmove)


|
||||||||||
| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |
FastLinkedList
,
direct access to it, its previous and next elements in the list, etc.Accessor
object that will operate on an element which exists in this list,
or null if the given element is not contained in it.
Closure
of a directed acyclic graph, using the specified factory
of successor sets.
Transitivity.SuccessorsListener
to do
arbitrary processing when the complete successor set is available for each node, and then discards the successor sets
when they are no longer needed.
pathFinder
object to
check whether two arbitrary nodes of the specified graph are connected via some path.
FastLinkedList
, and returns
a new Accessor to the newly inserted element.
FastLinkedList
, and returns
a new Accessor to the newly inserted element.
ExtendedListIterable
over all
nodes that are neighbors with the specified node.
ExtendedListIterable
over all
nodes that are neighbors with the specified node, in the specified direction.
Path
.
Path
, with the specified node as a head node.
|
||||||||||
| PREV LETTER NEXT LETTER | FRAMES NO FRAMES |


ocean heat OHC Fig. estimates Atlantic global change changes transport surface observational {border-style sea-level passive px;} sea temperature upper #ffffff;} SST warming Ocean Res circulation trends GFs Geophys storage North direct uptake associated climate decade different latitude Appendix, Clim deep degree estimate level uncertainty use using content interior time–mean ECCO-GODAE Sea anomalies large mean reconstruction rise thermosteric Global Khatiwala estimated patterns processes products px; rate {font-family However, Lett Materials Methods Sci absorbed datasets font-size latitudes time used variability (patches Changes Gregory Ishii Oceans based derived double; energy errors forcing increase linear low midlatitudes model observations observed patches respectively. role southern therefore, Change Domingues Heimbach Pacific United University anthropogenic border-color border-width calculated climatological data decadal depth horizontal integrated latitudinal patch period periods present range regional relative signal solid; taken thermal tracer water {font-style {font-weight Appendix Earth’s Eq. Hadley Indian J/y Kingdom Marshall Nat National Southern Wunsch article average averaged basin bold budget change. compared consistent convergence courier; density em; especially estimates, fields high include including infer leading location measurements midlatitude mm/y observations, one-half pt;} regions representation shown signature significant state timeseries transport. variations vertical wind


Press n or j to go to the next uncovered block, b, p or k for the previous block.
| File | Statements | Branches | Functions | Lines | |||||
|---|---|---|---|---|---|---|---|---|---|
| base.js | 100% | 34/34 | 91.67% | 11/12 | 100% | 7/7 | 100% | 34/34 | |
| collection.js | 96.33% | 105/109 | 82.86% | 29/35 | 92% | 23/25 | 97.96% | 96/98 | |
| column.js | 83.64% | 46/55 | 61.54% | 16/26 | 71.43% | 5/7 | 80.85% | 38/47 | |
| database.js | 53.97% | 34/63 | 25% | 2/8 | 42.86% | 6/14 | 53.97% | 34/63 | |
| decorators.js | 68.18% | 15/22 | 34.78% | 8/23 | 33.33% | 1/3 | 68.18% | 15/22 | |
| exceptions.js | 72.5% | 29/40 | 42.11% | 8/19 | 72.73% | 8/11 | 76.32% | 29/38 | |
| model.js | 77.33% | 58/75 | 56% | 14/25 | 73.68% | 14/19 | 78.87% | 56/71 | |
| query.builder.js | 92.86% | 13/14 | 50% | 2/4 | 100% | 2/2 | 92.86% | 13/14 | |
| yago.logger.js | 78.13% | 25/32 | 50% | 7/14 | 75% | 6/8 | 78.13% | 25/32 |


--- layout: page title: About header-img: "img/about-bg.png" ---
I'm tall, and yes, it's colder up here.


My name is Bianca and I am an aspiring front-end webdeveloper as you already might have read.
Originally I started to study integrated design but then decided to dive more into programming
to become more independent as a designer.
That's why I started a training to a specialists for application development in cologne in 2015.
I think it's most important to constantly learn new things and to improve your skills as a webdeveloper.
Currently I am learning swift.
I like to work in teams and I have high demands on me and my work.
Besides I like to write short stories and poems and to draw quick sketches in my moleskine.
I am also interested in photography. In my spare time I like to ride the bike and to meet friends.
I appreciate good food and have a weakness for sushi and japanese sweets.
If you are interested in working on a project together or just want to say hi, just leave me a message.


Microsoft has released the final version of Hyper V. There were a lot of rumors today on different web sites. But now Microsoft announces it on their site, it was not easy to find but have a look at the following site, Hyper V is launched. With Hyper V Microsoft goes in competition with Vmware and Xenserve. We now have to wait for the results of the RTM version, but we will know that rapidly enough.
It has been a while ago that I have put a tutorial on my site. My new gadget is the cause, my Playstation 3. That takes a lot of time 😉 In these tutorial I will show you which parameters you can use to automate the Exchange 2007 setup.


이게 뭡니까?
PolitiScale is a political test using 8 ideological values to help you know approximately where you belong to in the political field, or simply to share your profile with your friends. this internet website is an initiative of “Radicalisé·e·s sur Internet” which is freely inspired by 8values.
구성주의 vs. 본질주의
Why are the people how they are? This axis allows you to situate yourself between two opposite poles which answer this question.
Constructivists consider that people build themselves from their environment (notably social) and that the characteristics that make them who they are, are acquired.
On the contrary, essentialists consider that an individual is by nature how he/she is and that his/her characteristics which make this person who she/he is, are innate.
교화주의 vs. 엄벌주의
Those in favor of rehabilitative justice consider that the role of justice is to put the condemned on the “right path” again by making them understand why they should not do what they did and why they were condemned and by accompanying them all along the process.
Conversely those in favor of punitive justice consider that the role of justice is dissuasive, both for the condemned (to avoid recidivism) and for the rest of the society (by making them examples not to follow).
진보주의 vs. 보수주의
The progressives try to build social progress, make a better society without caring about traditions. They often consider the present as better than the past and that it is necessary to keep on this path.
On the contrary the conservatives want to keep the status quo and even to reinsert some values already considered as disappeared or disappearing. Traditions, among those the religious heritage, are put forward as a source of wisdom.
국제주의 vs. 민족주의
Internationalism is a set of different ides which have for common point to stop making a hierarchy between countries and their inhabitants and to promote as much as possible their cooperation. Pushed to its maximum the final objective is the abolitions of borders.
On the other hand, nationalism is a set of heterogeneous ideas which, when applied, favor one country and its citizens over foreigners, it also justifies the idea that each people has a nation
공산주의 vs. 자본주의
Communism is a vast political doctrine. In this test a majority for communism simply signifies that you are for a public property of the means of production.
Capitalism is as well an ambivalent concept. In this test a majority for capitalism simply signifies that you are for a private property of the means of production.
규제주의 vs. 자유방임주의
This axis represents the attitude that a government needs to have concerning the market economy in which an important part of the means of production are private. Liberals and Keynesians are opposed to the method that needs to be adopted without putting into question capitalism. If you are more capitalist, this axis represents your goal in terms of economy. If you are more communist, this axis represents the least bad that you can expect of the current system.
Regulation or interventionism is an idea in which the economical activity should be regulated for the common interest. It can be through legislation, planning, subventions, a variable taxation...
On the contrary, the laissez-faire is the ideas in which the economical activity should not be regulated because it would in itself correspond to the common interest. It can be through a weak legislation, few or no subventions, a fixed taxation and often weak or even the complete suppression of the role of the state in the economy.
생태주의 vs. 개발주의
Ecology in politics privileges the protection of the environment by limiting as much as possible the impact of human activities on the biodiversity even if it implies to limit the these human activities by modifying more or less radically our current way of life.
Production privileges human needs notably by supporting the increase of the production or the use of methods that have an uncertain impact on the environment.
혁명주의 vs. 개혁주의
Revolutionaries have a tendency to privilege direct action, often in the margin of legality, to reach their goal: replace the current political organization for totally different one.
Reformers have a tendency to privilege legal action to reach their goal: reform the political organization step by step. This can be done through the institutions, via elections, authorized demonstrations, petitions...


| I am interested in applying for the Public Information Officer position. This sounds like the ideal job for me because I have extensive Public Relations, Journalism, Design, and Communications experience. I am capable of developing and administering a program fostering public understanding of County goals, policies, programs and services.
I received my Bachelor of Arts degree from California State University, Long Beach in Journalism, Public Relations, and Spanish in 1991 and completed coursework at Art Center College of Design in 1997. As Assistant Public Relations Director during my internship at the Southeast Council on Alcoholism & Drug Problems in Downey, I successfully published several articles, which received program donations. I organized fundraising events and maintained effective working relations with representatives of the various media.
Throughout my fifteen-year career,
I have been involved in the planning and management of hundreds of
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designing print and web collateral, maintaining a social presence for employers and re-branding corporate identities.
I have developed successful marketing and outreach campaigns, and produced
numerous websites. In addition to superior
research and analytical skills, I am capable of managing multiple projects
and delivering quality work while meeting deadlines successfully.
I am extremely
well-organized, resourceful, proactive, and energetic. I
have always enjoyed being a part of collaborative projects, and I feel
that I could contribute a lot of energy and enthusiasm toward the work
assigned me. I believe my unique public relations skills, my project management experience,
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Thanks again for your time. I look forward
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Aispuro |


I was recently asked about what resources I would recommend for Linear Programming. My response was, “Are you interested in problem formulation? Solution techniques? Algorithmic implementation?” The answer was, “Yes!” Here are the resources that I would recommend for those wanting to dive deep into Linear Programming (LP). Note, I will be focusing strictly on LP instead of Mixed-Integer Programming (MIP). MIP is a logical evolution of LP but brings in a whole host of other challenges. LP is the foundation for any MIP solver, so it is worth starting with LP.
Formulation
I believe the foundation of Linear Programming begins with model formulation. Many textbooks start with Simplex Algorithm and explain how it works. I believe this is backwards.  Therefore, I believe understanding what kinds of problems can be modeled with LP should be where someone starts. I have found no better book for this than Model Building in Mathematical Programming by H. Paul Williams. It does a fantastic job of talking through real world problems and explaining how to model them. I have referred to this book more than any other in my time actually “doing” Linear Programming.
Another great intro book would be An Illustrated Guide to Linear Programming by Saul I. Gass. This is possibly the gentlest introduction to the subject outside of a workshop. It is short, sweet, and to point. The example problems are straightforward and easy to follow. As the title suggests, there are lots of illustrations. Saul is trying to make the tool of LP as approachable as possible.
Solution Techniques
I think of the workflow around Mathematical Planning as being like writing queries for a database. You can use a database if you can write a query for it, typically in SQL. You don’t have to understand the internals of how a database works to get tremendous value out of it. In the same way, you can derive significant value from Mathematical Planning without needing to understand how a Solver works.
For the curious though, it’s fun to understand how things work. Modern LP Solvers are miracles of engineering and the math behind them is still comprehensible for someone with a background in Linear Algebra. If you want to understand the variety of ways that LPs can be solved I would recommend Linear Programming by Vasek Chvatal and Introduction to Linear Optimization by Dimitris Bertsimas and John N. Tsitsiklis. I have gotten more out of Chvatal’s book, but it is rarer and more difficult to get ahold of. You may need to search around for a good price on it. It’s worth it if you can though. There are nuances covered in it that I haven’t found in any other textbook.
I also offered up “Introduction to Linear Optimization” as an easier book to get ahold of. It covers much of the same material, but I found their pseudocode a little more difficult to follow. I eventually got it, but it was a struggle at times. This is in part due to multiple ways of stating the Linear Programming problem. Every book claims they are presenting the “standard form” of the problem. This is not true. There is no “standard form”. Standard Form only exists within a given book. I would often keep notes for each book on what they meant by “standard form”.
Algorithmic Implementation
We’ve offered some resources on formulation and solution techniques, but what about actually building a solver? First, I would suggest against it unless your motivation is purely out of curiosity. Solvers are complex and there are many edge cases that you must deal with.
Let’s say you are committed to the task though and you really wanted to write one. First, make sure you grasp the resources in the previous sections. Chvatal’s book has some refinements on the Simplex and Dual Simplex that will be critical if you want to write a high-performance solver.
One book that I have really enjoyed that explicitly focuses on writing a LP Solver is Computational Techniques of the Simplex Method by Istvan Maros. Unfortunately, it is expensive. You could probably get away without this one, but I found it useful for finding the appropriate research papers. When I was at university it was available as a PDF from the library. When I left university, I bought a copy once I had some extra cash for books.
If you plan on writing a solver, you will be doing an enormous amount of sparse linear algebra. Almost all real-world problems involve sparse, if not hyper-sparse, matrices. A fast solver must take advantage of the sparsity of the data. The best resource I have found is Direct Methods for Sparse Linear Systems by Timothy Davis. You can even find Dr. Davis’s lectures on YouTube. The example code is all in C but if you have come this far, understanding C will not be much of an obstacle for you.
Alright, I may have saved the best for last. Dr. Robert Bixby is one of the founders of Gurobi and the first author of CPLEX. He’s a bit of a legend when it comes to writing LP solvers. I randomly came across a lecture he gave on how to implement a high-quality LP solver on YouTube. It’s three parts and if you are serious about writing a solver, they are gold. You can find the videos here: Part1, Part2, and Part3. These are extremely valuable in giving you an overview of what it takes to write a good solver and where the big pain points are. You will come to admire the amazing engineering that has gone into modern solvers.
Wrap Up
So that’s what I would recommend. I know that was a lot of books but that’s where the resources are for understanding LP. To go deeper you will need to start diving into research papers. This blog will also continue to feature modeling examples. I took a short break from blogging as I was changing jobs, but I am picking it back up again. You will see plenty of examples on how to formulate problems on this blog.
Please send me an email at<EMAIL_ADDRESS>if you have any questions and subscribe so you can stay on top new posts and products I am offering.


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RideMessage Base class for all messages sent by RIDE. |
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RideLog This class represents a general purpose log message. |
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RideLogMessage This class represents a general purpose log message. |
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RideLogException This class represents a general purpose log message with a traceback appended to message text. Also the original exception is included with the message. |
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RideSettingsChanged Sent when settings are changed |
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RideTreeSelection Sent whenever user selects a node from the tree. |
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RideNotebookTabChanging Sent when the notebook tab change has started. |
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RideNotebookTabChanged Sent after the notebook tab change has completed. |
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RideSaving Sent when user selects Save from File menu or via shortcut. |
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RideSaved Sent after the file has been actually saved to disk. |
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RideSaveAll Sent when user selects Save All from File menu or via shortcut. |
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RideChangeFormat Sent when user has changed the format of a file. |
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RideNewProject Sent when a new project has been created. |
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RideOpenSuite Sent when a new suite has finished loading. |
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RideOpenResource Sent when a new resource has finished loading. |
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RideSelectResource Sent when a resource should be selected. |
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RideGridCellChanged Sent when a value in grid cell has changed. |
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RideImportSetting Base class for all messages about changes to import settings. |
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RideImportSettingAdded Sent whenever an import setting is added. |
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RideImportSettingChanged Sent whenever a value of import setting is changed. |
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RideImportSettingRemoved Sent whenever a value of import setting is removed. |
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RideDataChangedToDirty Sent when datafile changes from serialized version |
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RideDataDirtyCleared Sent when datafiles dirty marking is cleared |
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RideUserKeyword Base class for all messages about changes to any user keyword. |
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RideUserKeywordAdded Sent when a new user keyword is added to a suite or resource. |
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RideUserKeywordRemoved Sent when a user keyword is removed from a suite or resource. |
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RideItem Base class for all messages about changes to any data item. |
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RideTestCaseAdded Sent when a new test case is added to a suite. |
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RideTestCaseRemoved Sent when a test case is removed from a suite. |
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RideVariableAdded Sent when a new variable is added to a suite. |
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RideVariableRemoved Sent when a variable is removed from a suite. |
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RideVariableMovedUp Sent when a variable is moved up |
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RideVariableMovedDown Sent when a variable is moved down |
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RideVariableUpdated Sent when the state of a variable is changed |
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RideClosing Sent when user selects Quit from File menu or via shortcut. |
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| Generated by Epydoc 3.0.1 on Wed Apr 13 15:09:36 2011 | http://epydoc.sourceforge.net |


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--- layout: post title: "The Tablet: Part II" ---
As we get closer to the keynote of truth rumours are pointing to the Apple Tablet not as a competitor to notebooks, netbooks or existing tablet PCs but to the Kindle and other ebook readers. My lack of enthusiasm a week ago has been replaced by bated anticipation.
While I have no use for a tablet computer, I’ve been on the verge of a Kindle purchase for months, only a stack of unread paperbacks stand in my way. I think Apple can make a better Kindle and the idea of an iTunes store for books and magazine subscriptions sounds ideal.