I wish to have an external BOM that lists the single part numbers. I have numbered my parts with single and preliminary numbers. I can get a BOM on a drawing with single parts but am not able to get it with my BOM template. If I number my parts with assemblies I can get an MTO with those numbers, bu. Wire Harness Import data, create report & BOM of wires 1) I need a details on how to import data from OR-CAD or how to create wire connection data on excel and that can be imported in .
Improve your vocabulary with English Vocabulary in Use from Cambridge. Learn the words you need to communicate with confidence. Breaking the ice and throwing caution to the what does my contact lens prescription mean Weather idioms, Part 3.
Definitions Clear explanations of natural written and spoken English. Click on the arrows to change the translation direction. Follow us. Choose a dictionary. Clear explanations of natural written and spoken English. Usage explanations of natural written and spoken English. Word Lists. Choose your language. Exclamation, adjective. Adjective, adverb. My word lists. Tell us about this example sentence:.
The word in the example sentence does not match the entry word. The sentence contains offensive content. Cancel Submit. Your feedback will be reviewed. A1 used to show that you agree with something or agree to do something:.
Want to learn more? A2 used to check that someone understands something or that they agree to something:. You need to add more vinegarOK? I'll see you at 6. Understanding and comprehending. A2 informal used as a way of showing that you are going to take action or start something new:.
Okay then, if you're ready we'll start. Okay, let's get going! OK, is everyone ready? Okay, today I'm going to tell you a bit about Picasso. OK, now that everyone's here, we'll sit down. OK, Stephanie, could you tell us what you've been doing this week? Linguistics: connecting words joining words or phrases with similar or related meanings. We saw these guysokay, so we went up to them and started talking.
Linguistics: interjections. Grammar OkayOK. Okay as a discourse marker. Okay as an adjective. Okay as an adverb. A2 agreed or acceptable :. Is it okay if I bring a friend to the party?
A1 in a satisfactory state or of a satisfactory quality :. How's Paula? Is she okay after her fall yesterday? Are you OK? You look very pale. I'll just check that the car's okay - that noise from the engine doesn't sound good! Synonym all right SAFE. See more results ї. A2 not bad but certainly not good:. Her voice is OK, but it's nothing special. You look ghastly - are you okay? Don't panic! Everything will be okay.
Would you pop upstairs and see if Grandad is okay? I ring home once a week to tell my parents I'm okay. The doctor says that it's touch-and-go whether Mary will be okay. Quite good, or not very good. You can also find related words, phrases, and synonyms in the topics: Suitable and acceptable. A2 in a satisfactory way:. Everything was going OK until the printer stopped working. Did you sleep okay?
I just called to make sure that you got there okay. Synonym fine. We managed to find the house OK. Did you get the work finished okay?
The document printed out okay. I just need to check that the payment has come through OK. The house sale seems to be going through OK. Have the committee OK'd your proposal? He got the OK to go ahead with his project. Allowing and permitting. OK American Dictionary. Is it OK if I bring a friend to the party? Did the boss OK your proposal? You look pale. I hope you got home OK. OK is used to mean not bad but also not very good:. Translations of OK in Chinese Traditional.
See more. OK, uskadd, braЕ. Need a translator? Translator tool. What is the pronunciation of OK? Browse oily. Test your vocabulary with our fun image quizzes. Image credits. Word of the Day space tourism. Blog Breaking the ice and throwing caution to the wind Weather idioms, Part 3 April 14, Read More.
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Persian also does not allow clusters at the beginning of a word and typically uses /?/ to break up such clusters in borrowings except between /s/ and /t/, when /o/ is added. Spanish does not allow clusters at the beginning of a word with an /s/ in them and adds e-to . Grannies sex video: Hot mature woman in stockings is happy for this ones to have young handsome fuck buddy for pleasure. He fucks her hairy ugly pussy in in missionary style from behind. OK definition: 1. used to show that you agree with something or agree to do something: 2. used to check that. Learn more.
Together, these rules define what is referred to as the HTML parser. The resulting confusion Ч with validators claiming documents to have one representation while widely deployed web browsers interoperably implemented a different representation Ч has wasted decades of productivity. As stated in the terminology section , references to element types that do not explicitly specify a namespace always refer to elements in the HTML namespace.
Where possible, references to such elements are hyperlinked to their definition. The input to the HTML parsing process consists of a stream of code points , which is passed through a tokenization stage followed by a tree construction stage. The output is a Document object. Implementations that do not support scripting do not have to actually create a DOM Document object, but the DOM tree in such cases is still used as the model for the rest of the specification.
In the common case, the data handled by the tokenization stage comes from the network, but it can also come from script running in the user agent, e. There is only one set of states for the tokenizer stage and the tree construction stage, but the tree construction stage is reentrant, meaning that while the tree construction stage is handling one token, the tokenizer might be resumed, causing further tokens to be emitted and processed before the first token's processing is complete.
In the following example, the tree construction stage will be called upon to handle a "p" start tag token while handling the "script" end tag token:. To handle these cases, parsers have a script nesting level , which must be initially set to zero, and a parser pause flag , which must be initially set to false. This specification defines the parsing rules for HTML documents, whether they are syntactically correct or not. Certain points in the parsing algorithm are said to be parse errors.
The error handling for parse errors is well-defined that's the processing rules described throughout this specification , but user agents, while parsing an HTML document, may abort the parser at the first parse error that they encounter for which they do not wish to apply the rules described in this specification. Conformance checkers must report at least one parse error condition to the user if one or more parse error conditions exist in the document and must not report parse error conditions if none exist in the document.
Conformance checkers may report more than one parse error condition if more than one parse error condition exists in the document. Parse errors are only errors with the syntax of HTML. In addition to checking for parse errors, conformance checkers will also verify that the document obeys all the other conformance requirements described in this specification. Some parse errors have dedicated codes outlined in the table below that should be used by conformance checkers in reports.
The parser behaves as if the comment is closed correctly. This error occurs if the parser encounters a numeric character reference that doesn't contain any digits e. In this case the parser doesn't resolve the character reference. This error occurs if the parser encounters a numeric character reference that references a code point that is greater than the valid Unicode range. Such code points are parsed as-is and usually, where parsing rules don't apply any additional restrictions, make their way into the DOM.
The parser resolves such character references as-is except C1 control references that are replaced according to the numeric character reference end state. This error occurs if the parser encounters an end tag with attributes. Attributes in end tags are completely ignored and do not make their way into the DOM. This error occurs if the parser encounters an attribute in a tag that already has an attribute with the same name.
The parser ignores all such duplicate occurrences of the attribute. Such a tag is treated as a regular end tag. This error occurs if the parser encounters the end of the input stream where a tag name is expected.
In this case the parser treats the beginning of a start tag i. The parser treats such CDATA sections as if they are closed immediately before the end of the input stream.
This error occurs if the parser encounters the end of the input stream in a comment. The parser treats such comments as if they are closed immediately before the end of the input stream. This error occurs if the parser encounters the end of the input stream in text that resembles an HTML comment inside script element content e.
Syntactic structures that resemble HTML comments in script elements are parsed as text content. They can be a part of a scripting language-specific syntactic structure or be treated as an HTML-like comment, if the scripting language supports them e. The common reason for this error is a violation of the restrictions for contents of script elements. This error occurs if the parser encounters the end of the input stream in a start tag or an end tag e.
Such a tag is completely ignored. This error occurs if the parser encounters a comment that is closed by the " --! One possible cause of this error is using an XML markup declaration e. In such a case, the parser ignores any following public or system identifiers, and if the DOCTYPE is correctly placed as a document preamble, sets the Document to quirks mode.
This error occurs if the parser encounters a code point that is not an ASCII alpha where first code point of a start tag name or an end tag name is expected. The parser treats the attribute as having an empty value. In such a case, the parser ignores the public identifier, and if the DOCTYPE is correctly placed as a document preamble, sets the Document to quirks mode. In such a case, the parser ignores the system identifier, and if the DOCTYPE is correctly placed as a document preamble, sets the Document to quirks mode.
This error occurs if the parser encounters a nested comment e. This error occurs if the parser encounters a numeric character reference that references a noncharacter. The parser resolves such character references as-is.
This error occurs if the input stream contains a noncharacter. This error occurs if the parser encounters a start tag for an element that is not in the list of void elements or is not a part of foreign content i. Self-closing tags don't exist in HTML.
It is also allowed for void elements, but doesn't have any effect in this case. This error occurs if the parser encounters a numeric character reference that references a surrogate. This error occurs if the input stream contains a surrogate. Surrogates can only find their way into the input stream via script APIs such as document. The parser ignores these code points. The parser includes such code points in the attribute name. Code points that trigger this error are usually a part of another syntactic construct and can be a sign of a typo around the attribute name.
The parser includes such code points in the attribute value. Code points that trigger this error are usually a part of another syntactic construct and can be a sign of a typo around the attribute value. The common reason for this error is an XML processing instruction e.
This error occurs if the parser encounters an ambiguous ampersand. The stream of code points that comprises the input to the tokenization stage will be initially seen by the user agent as a stream of bytes typically coming over the network or from the local file system. The bytes encode the actual characters according to a particular character encoding , which the user agent uses to decode the bytes into characters. This section does not apply to XML documents.
Usually, the encoding sniffing algorithm defined below is used to determine the character encoding. Given a character encoding, the bytes in the input byte stream must be converted to characters for the tokenizer's input stream , by passing the input byte stream and character encoding to decode.
Bytes or sequences of bytes in the original byte stream that did not conform to the Encoding standard e. The decoder algorithms describe how to handle invalid input; for security reasons, it is imperative that those rules be followed precisely. Differences in how invalid byte sequences are handled can result in, amongst other problems, script injection vulnerabilities "XSS".
When the HTML parser is decoding an input byte stream, it uses a character encoding and a confidence. The confidence is either tentative , certain , or irrelevant. The encoding used, and whether the confidence in that encoding is tentative or certain , is used during the parsing to determine whether to change the encoding.
If no encoding is necessary, e. Some algorithms feed the parser by directly adding characters to the input stream rather than adding bytes to the input byte stream. When the HTML parser is to operate on an input byte stream that has a known definite encoding , then the character encoding is that encoding and the confidence is certain. In some cases, it might be impractical to unambiguously determine the encoding before parsing the document. Because of this, this specification provides for a two-pass mechanism with an optional pre-scan.
Implementations are allowed, as described below, to apply a simplified parsing algorithm to whatever bytes they have available before beginning to parse the document.
Then, the real parser is started, using a tentative encoding derived from this pre-parse and other out-of-band metadata. If, while the document is being loaded, the user agent discovers a character encoding declaration that conflicts with this information, then the parser can get reinvoked to perform a parse of the document with the real encoding. User agents must use the following algorithm, called the encoding sniffing algorithm , to determine the character encoding to use when decoding a document in the first pass.
This algorithm takes as input any out-of-band metadata available to the user agent e. If the result of BOM sniffing is an encoding, return that encoding with confidence certain.
Although the decode algorithm will itself change the encoding to use based on the presence of a byte order mark, this algorithm sniffs the BOM as well in order to set the correct document's character encoding and confidence. If the user has explicitly instructed the user agent to override the document's character encoding with a specific encoding, optionally return that encoding with the confidence certain.
Typically, user agents remember such user requests across sessions, and in some cases apply them to documents in iframe s as well. The user agent may wait for more bytes of the resource to be available, either in this step or at any later step in this algorithm.
For instance, a user agent might wait ms or bytes, whichever came first. In general preparsing the source to find the encoding improves performance, as it reduces the need to throw away the data structures used when parsing upon finding the encoding information.
However, if the user agent delays too long to obtain data to determine the encoding, then the cost of the delay could outweigh any performance improvements from the preparse. The authoring conformance requirements for character encoding declarations limit them to only appearing in the first bytes. User agents are therefore encouraged to use the prescan algorithm below as invoked by these steps on the first bytes, but not to stall beyond that. If the transport layer specifies a character encoding, and it is supported, return that encoding with the confidence certain.
Optionally prescan the byte stream to determine its encoding. The end condition is that the user agent decides that scanning further bytes would not be efficient.