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Copy file name to clipboardExpand all lines: media/audio.json
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},
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"12-HTTP-F-2016-12-19-3400.mp3" : {
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"post_title" : "12.6 Parsing Web Pages",
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"post_excerpt" : "Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links form that HTML. We are slowly building a very simple web search engine.",
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"post_excerpt" : "Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links from that HTML. We are slowly building a very simple web search engine.",
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"post_file" : "12-HTTP-F-2016-12-19-3400.mp3",
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"post_date" : "Mon, 19 Dec 2016 05:00:00 -0000",
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"13-Web-Services-C-2016-12-19-3400.mp3" : {
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"post_title" : "13.5 XML Schema",
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"post_title" : "13.3 XML Schema",
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"post_excerpt" : "We look at how we can use XML Schema to determine whether or not a particular bit of XML is valid.",
"post_title" : "14.1 Object Oriented Definitions and Terminology",
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"post_excerpt" : "We look at how Python mentions objects in its documentation as well as talk about why philosophy of object-oriented programming. We explore some OO terms like class, object, instance, method, and attribute.",
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"14-Objects-D-2016-11-03-3400.mp3" : {
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"post_title" : "14.4 Object Inheritance",
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"post_excerpt" : "We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributed and methods.",
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"post_excerpt" : "We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributes and methods.",
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"15-Databases-G-2016-12-20-3400.mp3" : {
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"post_title" : "15.7 Many-to-Many Relationships",
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"post_excerpt" : "and courses in database tables. We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.",
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<description>Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links form that HTML. We are slowly building a very simple web search engine.</description>
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<description>Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links from that HTML. We are slowly building a very simple web search engine.</description>
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<itunes:author>Dr. Charles Russell Severance</itunes:author>
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<itunes:summary>Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links form that HTML. We are slowly building a very simple web search engine.</itunes:summary>
<description>We look at how Python mentions objects in its documentation as well as talk about why philosophy of object-oriented programming. We explore some OO terms like class, object, instance, method, and attribute.</description>
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<itunes:author>Dr. Charles Russell Severance</itunes:author>
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<itunes:summary>We look at how Python mentions objects in its documentation as well as talk about why philosophy of object-oriented programming. We explore some OO terms like class, object, instance, method, and attribute.</itunes:summary>
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<itunes:summary>We look at how Python mentions objects in its documentation as well as talk about why philosophy of object-oriented programming. We explore some OOP terms like class, object, instance, method, and attribute.</itunes:summary>
<description>We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributed and methods.</description>
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<itunes:author>Dr. Charles Russell Severance</itunes:author>
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<itunes:summary>We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributed and methods.</itunes:summary>
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<itunes:summary>We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributes and methods.</itunes:summary>
<description>and courses in database tables. We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</description>
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<description>We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</description>
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<itunes:author>Dr. Charles Russell Severance</itunes:author>
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<itunes:summary>and courses in database tables. We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</itunes:summary>
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<itunes:summary>We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</itunes:summary>
Copy file name to clipboardExpand all lines: media/video.json
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"12-HTTP-F-2016-12-19-3400.mov" : {
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"post_title" : "12.6 Parsing Web Pages",
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"post_excerpt" : "Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links form that HTML. We are slowly building a very simple web search engine.",
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"post_excerpt" : "Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links from that HTML. We are slowly building a very simple web search engine.",
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"13-Web-Services-C-2016-12-19-3400.mov" : {
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"post_title" : "13.5 XML Schema",
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"post_title" : "13.3 XML Schema",
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"post_excerpt" : "We look at how we can use XML Schema to determine whether or not a particular bit of XML is valid.",
"post_title" : "14.1 Object Oriented Definitions and Terminology",
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"post_excerpt" : "We look at how Python mentions objects in its documentation as well as talk about why philosophy of object-oriented programming. We explore some OO terms like class, object, instance, method, and attribute.",
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"14-Objects-D-2016-11-03-3400.mov" : {
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"post_title" : "15.7 Many-to-Many Relationships",
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<description>Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links from that HTML. We are slowly building a very simple web search engine.</description>
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<itunes:author>Dr. Charles Russell Severance</itunes:author>
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<itunes:summary>Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links form that HTML. We are slowly building a very simple web search engine.</itunes:summary>
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<itunes:summary>Now we will look at the HypertextMarkup Language (HTML) that we retrieved using Python and extract links from that HTML. We are slowly building a very simple web search engine.</itunes:summary>
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<itunes:summary>We look at how Python mentions objects in its documentation as well as talk about why philosophy of object-oriented programming. We explore some OO terms like class, object, instance, method, and attribute.</itunes:summary>
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<itunes:summary>We look at how Python mentions objects in its documentation as well as talk about why philosophy of object-oriented programming. We explore some OOP terms like class, object, instance, method, and attribute.</itunes:summary>
<description>We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributed and methods.</description>
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<itunes:author>Dr. Charles Russell Severance</itunes:author>
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<itunes:summary>We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributed and methods.</itunes:summary>
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<itunes:summary>We look at how we can make a new class by inheriting all of the attributes and methods of a parent class and then extend the new class with additional attributes and methods.</itunes:summary>
<description>and courses in database tables. We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</description>
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<description>We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</description>
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<itunes:author>Dr. Charles Russell Severance</itunes:author>
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<itunes:summary>and courses in database tables. We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</itunes:summary>
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<itunes:summary>We look at how to build a connector table to represent many-to-many relationships such as students and courses in database tables. We also learn about composite primary keys.</itunes:summary>
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