Re: Search Movie Quotes
Zoe Northcutt
When searching for a double quote using Instr, I know that you need to use 4 double quotes for the search string Instr(String,""""), or alternatively, Instr(String, Chr(34)).What I don't quite understand is why 3 double quotes don't work Instr(String,""")
When you use double quotation marks to search a restrictive phrase in an online archived mailbox, a mailbox in online mode, or a mailbox in hybrid mode in Outlook, you receive unexpected search results.
I don't understand the point of the reference numbers in quotes. You can't search for them and often a customer will reference this when ordering or asking to see a previous Invoice. Is there a way to search for this or replace it with the Deal ID?
Hi, about a year ago, the official search guy for Google said that searches with quotes are designed to deliver results containing the exact phrase, and that Google wants to know of any examples in which this isn't true.
Job searching hinges on your personal brand, network, and case studies. The market is competitive, especially for entry-level positions. Top performers take the initiative and create job opportunities.
How? Start by building your professional network online and offline. Join industry-related events. Engage with potential employers on LinkedIn. These quotes will encourage you to create your own opportunities.
The above command is not working for the input 'hello "value" in bash/ zsh. All i want is the literal match. I have used the flag F but because of unclosed quotes in the input string it is not working at all. I also tried enclosing the input inside single/ double quotes as so:
The only way that the Bing API returns the same results for an exact phrase is to put another double quotes in the query (in REST invokes it seems that is not needed to escape the quotes). I tried first this URL:
The first part of the query after the word SEARCH, enclosed in curly braces, is the metric schema to be searched. The metric schema contains a metric namespace and one or more dimension names. Including a metric schema in a search query is optional. If specified, the metric schema must contain a namespace and can optionally contain one or more dimension names that are valid in that namespace.
You don't need to use quote marks inside the metric schema unless a namespace or dimension name includes spaces or non-alphanumeric characters. In that case, you must enclose the name that contains those characters with double quotes.
The SearchTerm is also optional, but a valid search must contain either the metric schema, the SearchTerm, or both. The SearchTerm usually contains one or more account IDs, metric names or dimension values. The SearchTerm can include multiple terms to search for, by both partial match and exact match. It can also contain Boolean operators.
The preceding example searches the AWS/EC2 namespace for any metrics that have InstanceId as a dimension name. It returns all CPUUtilization metrics that it finds, with the graph showing the Average statistic.
When you specify a SearchTerm, the search function searches for tokens, which are substrings that CloudWatch automatically generates from full metric names, dimension names, dimension values, and namespaces. CloudWatch generates tokens distinguished by the camel-case capitalization in the original string. Numeric characters also serve as the start of new tokens, and non-alphanumeric characters serve as delimiters, creating tokens before and after the non-alphanumeric characters.
When you specify a SearchTerm, the search term is also tokenized. CloudWatch finds metrics based on partial matches, which are matches of a single token generated from the search term to a single token generated from a metric name, namespace, dimension name, or dimension value.
Searches can also match composite tokens, which are multiple tokens that appear consecutively in the original name. To match a composite token, the search is case sensitive. For example, if the original term is CustomCount1, searches for CustomCount or Count1 are successful, but searches for customcount or count1 aren't.
You can define a search to find only exact matches of your search term by using double quotes around the part of the search term that requires an exact match. These double-quotes are enclosed in the single-quotes used around the entire search term. For example, SEARCH(' MyNamespace, "CustomCount1" ', 'Maximum') finds the exact string CustomCount1 if it exists as a metric name, dimension name, or dimension value in the namespace named MyNamespace. However, the searches SEARCH(' MyNamespace, "customcount1" ', 'Maximum') or SEARCH(' MyNamespace, "Custom" ', 'Maximum') do not find this string.
You can combine partial match terms and exact match terms in a single search expression. For example, SEARCH(' AWS/NetworkELB, LoadBalancer "ConsumedLCUs" OR flow ', 'Maximum') returns the Elastic Load Balancing metric named ConsumedLCUs as well as all Elastic Load Balancing metrics or dimensions that contain the token flow.
To narrow this search to only one AWS service, the best practice is to specify the namespace and any necessary dimensions in the metric schema, as in the following example. Although this narrows the search to the AWS/EC2 namespace, it would still return results of other metrics if you have defined CPUUtilization as a dimension value for those metrics.
Alternatively you could add the namespace in the SearchTerm as in the following example. But in this example, the search would match any AWS/EC2 string, even if it was a custom dimension name or value.
But it also returns metrics with dimension names, dimension values, or namespaces of CustomCount1. To structure your search further, you can specify the property name of the type of object that you want to find in your searches. The following example searches all namespaces and returns metrics named CustomCount1.
You can also use namespaces and dimension name/value pairs as property names, as in the following examples. The first of these examples also illustrates that you can use property names with partial match searches as well.
Non-alphanumeric characters serve as delimiters, and mark where the names of metrics, dimensions, namespaces, and search terms are to be separated into tokens. When terms are tokenized, non-alphanumeric characters are stripped out and don't appear in the tokens. For example, Network-Errors_2 generates the tokens network, errors, and 2.
Your search term can include any non-alphanumeric characters. If these characters appear in your search term, they can specify composite tokens in a partial match. For example, all of the following searches would find metrics named either Network-Errors-2 or NetworkErrors2.
When you're doing an exact value search, any non-alphanumeric characters used in the exact search must be the correct characters that appear in the string being searched for. For example, if you want to find Network-Errors-2, searching for "Network-Errors-2" is successful, but a search for "Network_Errors_2" isn't.
Search supports the use of the Boolean operators AND, OR, and NOT within the SearchTerm. Boolean operators are enclosed in the single quote marks that you use to enclose the entire search term. Boolean operators are case sensitive, so and, or, and not aren't valid as Boolean operators.
You can use AND explicitly in your search, such as SEARCH('AWS/EC2,InstanceId network AND packets', 'Average'). Not using any Boolean operator between search terms implicitly searches them as if there were an AND operator, so SEARCH(' AWS/EC2,InstanceId network packets ', 'Average') yields the same search results.
Use NOT to exclude subsets of data from the results. For example, SEARCH(' AWS/EC2,InstanceId MetricName="CPUUtilization" NOT i-1234567890123456 ', 'Average') returns the CPUUtilization for all your instances, except for the instance i-1234567890123456. You can also use a NOT clause as the only search term. For example, SEARCH( 'NOT Namespace=AWS ', 'Maximum') yields all your custom metrics (metrics with namespaces that don't include AWS).
Using separate lines for your search expression and math expression might yield more useful results. For example, suppose that you use the following two expressions in a graph. The first line displays separate Errors lines for each of your Lambda functions. The ID of this expression is e1. The second line adds another line showing the sum of the errors from all of the functions.
You can use resources inside and outside the library to locate the original author or source of a quotation.
You may consult any of the books of quotations available within the library. A complete list is accessible by clicking here.
You can also consult a number of reliable websites that are listed below.
Bartlett's Familiar Quotations - this tenth edition of 1919 contains over 11,000 searchable quotations.
Contemporary Quotations - the site honors the work of the late Rev. James B. Simpson, author of Simpson Contemporary Quotations. Search by text, author, or category, or browse by category.
Wikiquote - a free online compendium of sourced quotations from notable people and creative works in every language. Wikiquote is a great starting point for a quotation search. Only quotes with sourced citations can be included. It also includes frequent misquotes and their possible origins.
You can also copy and paste a portion of the quotation into an internet search engine like Google, making sure to use quotation marks in order to capture results featuring the exact phrase. See the example below. As with any internet search, you want to scrutinize your results to ensure the website can be trusted and the information is reliable.
But this is ridiculous and completely useless for those of us who DO remember exact phrases and are looking for something specific. Please reinstate quote / double-quotes so that exact phrases can be used.
Your screenshot shows that it's highlitging FAN but also FAN Migrations so every item foiund in that particular screenshot has been found for "FAN Migration" but also highlioghts FAN as well: this particular screenshot doesn;t show the search for exat phrase isn't working but shows the highlighting may be highlighting too much.
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