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This may be completely off and I may look like a fool but have you tried using a two dimensional array so you can store the values with their replacements in the two dimensional array.
I'm working on a macro to loop through a series of strings ( a1, a2, a3) and replace them with a series of corresponding values ( b1, b2, b3). I've created an array to store the strings to match: Dim search_strings(1 To 2) As String search_strings(1) = 'match1' search_strings(2) = 'match2' I can loop through this array with a For Each loop. But I can't figure out how to store and reference the corresponding replacement text.
I know that I need some sort of key/value pair. I've tried using a dictionary, like this: Dim dict As New Scripting.Dictionary dict.Add 'match', 'replace' But for that to work, I need to reference Microsoft Scripting Runtime, which isn't available on Mac OS X. (Currently, I get this error: Compile error: User-defined type not defined.) Is there another way? This may be completely off and I may look like a fool but have you tried using a two dimensional array so you can store the values with their replacements in the two dimensional array. Then you can loop through to get the replacement values.
That is just an idea I had, it could be way off.
Shell Script Basics Writing a shell script is like riding a bike. You fall off and scrape your knees a lot at first. With a bit more experience, you become comfortable riding them around town, but also quickly discover why most people drive cars for longer trips. Free email template for mac mail. Quicken for mac.
Shell scripting is generally considered to be a glue language, ideal for creating small pieces of code that connect other tools together. While shell scripts can be used for more complex tasks, they are usually not the best choice. If you have ever successfully trued a bicycle wheel (or paid someone else to do so), that’s similar to learning the basics of shell scripting. If you don’t true your scripts, they wobble. Put another way, it is often easy to write a script, but it can be more challenging to write a script that consistently works well. This chapter and the next two chapters introduce the basic concepts of shell scripting.
The remaining chapters in this document provide additional breadth and depth. This document is not intended to be a complete reference on writing shell scripts, nor could it be. It does, however, provide a good starting point for beginners first learning this black art. Shell Script Dialects There are many different dialects of shell scripts, each with their own quirks, and some with their own syntax entirely.
Because of these differences, the road to good shell scripting can be fraught with peril, leading to script failures, misbehavior, and even outright data loss. To that end, the first lesson you must learn before writing a shell script is that there are two fundamentally different sets of shell script syntax: the Bourne shell syntax and the C shell syntax. The C shell syntax is more comfortable to many C programmers because the syntax is somewhat similar. However, the Bourne shell syntax is significantly more flexible and thus more widely used. For this reason, this document only covers the Bourne shell syntax. The second hard lesson you will invariably learn is that each dialect of Bourne shell syntax differs slightly.
This document includes only pure Bourne shell syntax and a few BASH-specific extensions. Where BASH-specific syntax is used, it is clearly noted.
The terminology and subtle syntactic differences can be confusing—even a bit overwhelming at times; had Dorothy in The Wizard of Oz been a programmer, you might have heard her exclaim, 'BASH and ZSH and CSH, Oh My!' Fortunately, once you get the basics, things generally fall into place as long as you avoid using shell-specific features. Stay on the narrow road and your code will be portable. Some common shells are listed below, grouped by script syntax: Bourne-compatible shells • sh • bash • zsh • ksh C-shell-compatible shells • csh • tcsh • bcsh (C shell to Bourne shell translator/emulator) Many of these shells have more than one variation. Most of these variations are denoted by prefixing the name of an existing shell with additional letters that are short for whatever differentiates them from the original shell. For example: • The shell pdksh is a variant of ksh. Being a public domain rewrite of AT&T's ksh, it stands for 'Public Domain Korn SHell.'
(This is a bit of a misnomer, as a few bits are under a BSD-like open source license. However, the name remains.) • The shell tcsh is an extension of csh. It stands for the TENEX C SHell, as some of its enhancements were inspired by the TENEX operating system. • The shell bash is an extension of sh. It stands for the Bourne Again SHell. (Oddly enough, it is not a variation of ash, the Almquist SHell, though both are Bourne shell variants. This should not be confused with the dash shell—an ash-derived shell used in some Linux distributions—whose name stands for the Debian Almquist SHell.) And so on.
This may be completely off and I may look like a fool but have you tried using a two dimensional array so you can store the values with their replacements in the two dimensional array.
I\'m working on a macro to loop through a series of strings ( a1, a2, a3) and replace them with a series of corresponding values ( b1, b2, b3). I\'ve created an array to store the strings to match: Dim search_strings(1 To 2) As String search_strings(1) = \'match1\' search_strings(2) = \'match2\' I can loop through this array with a For Each loop. But I can\'t figure out how to store and reference the corresponding replacement text.
I know that I need some sort of key/value pair. I\'ve tried using a dictionary, like this: Dim dict As New Scripting.Dictionary dict.Add \'match\', \'replace\' But for that to work, I need to reference Microsoft Scripting Runtime, which isn\'t available on Mac OS X. (Currently, I get this error: Compile error: User-defined type not defined.) Is there another way? This may be completely off and I may look like a fool but have you tried using a two dimensional array so you can store the values with their replacements in the two dimensional array. Then you can loop through to get the replacement values.
That is just an idea I had, it could be way off.
Shell Script Basics Writing a shell script is like riding a bike. You fall off and scrape your knees a lot at first. With a bit more experience, you become comfortable riding them around town, but also quickly discover why most people drive cars for longer trips. Free email template for mac mail. Quicken for mac.
Shell scripting is generally considered to be a glue language, ideal for creating small pieces of code that connect other tools together. While shell scripts can be used for more complex tasks, they are usually not the best choice. If you have ever successfully trued a bicycle wheel (or paid someone else to do so), that’s similar to learning the basics of shell scripting. If you don’t true your scripts, they wobble. Put another way, it is often easy to write a script, but it can be more challenging to write a script that consistently works well. This chapter and the next two chapters introduce the basic concepts of shell scripting.
The remaining chapters in this document provide additional breadth and depth. This document is not intended to be a complete reference on writing shell scripts, nor could it be. It does, however, provide a good starting point for beginners first learning this black art. Shell Script Dialects There are many different dialects of shell scripts, each with their own quirks, and some with their own syntax entirely.
Because of these differences, the road to good shell scripting can be fraught with peril, leading to script failures, misbehavior, and even outright data loss. To that end, the first lesson you must learn before writing a shell script is that there are two fundamentally different sets of shell script syntax: the Bourne shell syntax and the C shell syntax. The C shell syntax is more comfortable to many C programmers because the syntax is somewhat similar. However, the Bourne shell syntax is significantly more flexible and thus more widely used. For this reason, this document only covers the Bourne shell syntax. The second hard lesson you will invariably learn is that each dialect of Bourne shell syntax differs slightly.
This document includes only pure Bourne shell syntax and a few BASH-specific extensions. Where BASH-specific syntax is used, it is clearly noted.
The terminology and subtle syntactic differences can be confusing—even a bit overwhelming at times; had Dorothy in The Wizard of Oz been a programmer, you might have heard her exclaim, \'BASH and ZSH and CSH, Oh My!\' Fortunately, once you get the basics, things generally fall into place as long as you avoid using shell-specific features. Stay on the narrow road and your code will be portable. Some common shells are listed below, grouped by script syntax: Bourne-compatible shells • sh • bash • zsh • ksh C-shell-compatible shells • csh • tcsh • bcsh (C shell to Bourne shell translator/emulator) Many of these shells have more than one variation. Most of these variations are denoted by prefixing the name of an existing shell with additional letters that are short for whatever differentiates them from the original shell. For example: • The shell pdksh is a variant of ksh. Being a public domain rewrite of AT&T\'s ksh, it stands for \'Public Domain Korn SHell.\'
(This is a bit of a misnomer, as a few bits are under a BSD-like open source license. However, the name remains.) • The shell tcsh is an extension of csh. It stands for the TENEX C SHell, as some of its enhancements were inspired by the TENEX operating system. • The shell bash is an extension of sh. It stands for the Bourne Again SHell. (Oddly enough, it is not a variation of ash, the Almquist SHell, though both are Bourne shell variants. This should not be confused with the dash shell—an ash-derived shell used in some Linux distributions—whose name stands for the Debian Almquist SHell.) And so on.
...'>Word For Mac Variable Text(22.01.2019)This may be completely off and I may look like a fool but have you tried using a two dimensional array so you can store the values with their replacements in the two dimensional array.
I\'m working on a macro to loop through a series of strings ( a1, a2, a3) and replace them with a series of corresponding values ( b1, b2, b3). I\'ve created an array to store the strings to match: Dim search_strings(1 To 2) As String search_strings(1) = \'match1\' search_strings(2) = \'match2\' I can loop through this array with a For Each loop. But I can\'t figure out how to store and reference the corresponding replacement text.
I know that I need some sort of key/value pair. I\'ve tried using a dictionary, like this: Dim dict As New Scripting.Dictionary dict.Add \'match\', \'replace\' But for that to work, I need to reference Microsoft Scripting Runtime, which isn\'t available on Mac OS X. (Currently, I get this error: Compile error: User-defined type not defined.) Is there another way? This may be completely off and I may look like a fool but have you tried using a two dimensional array so you can store the values with their replacements in the two dimensional array. Then you can loop through to get the replacement values.
That is just an idea I had, it could be way off.
Shell Script Basics Writing a shell script is like riding a bike. You fall off and scrape your knees a lot at first. With a bit more experience, you become comfortable riding them around town, but also quickly discover why most people drive cars for longer trips. Free email template for mac mail. Quicken for mac.
Shell scripting is generally considered to be a glue language, ideal for creating small pieces of code that connect other tools together. While shell scripts can be used for more complex tasks, they are usually not the best choice. If you have ever successfully trued a bicycle wheel (or paid someone else to do so), that’s similar to learning the basics of shell scripting. If you don’t true your scripts, they wobble. Put another way, it is often easy to write a script, but it can be more challenging to write a script that consistently works well. This chapter and the next two chapters introduce the basic concepts of shell scripting.
The remaining chapters in this document provide additional breadth and depth. This document is not intended to be a complete reference on writing shell scripts, nor could it be. It does, however, provide a good starting point for beginners first learning this black art. Shell Script Dialects There are many different dialects of shell scripts, each with their own quirks, and some with their own syntax entirely.
Because of these differences, the road to good shell scripting can be fraught with peril, leading to script failures, misbehavior, and even outright data loss. To that end, the first lesson you must learn before writing a shell script is that there are two fundamentally different sets of shell script syntax: the Bourne shell syntax and the C shell syntax. The C shell syntax is more comfortable to many C programmers because the syntax is somewhat similar. However, the Bourne shell syntax is significantly more flexible and thus more widely used. For this reason, this document only covers the Bourne shell syntax. The second hard lesson you will invariably learn is that each dialect of Bourne shell syntax differs slightly.
This document includes only pure Bourne shell syntax and a few BASH-specific extensions. Where BASH-specific syntax is used, it is clearly noted.
The terminology and subtle syntactic differences can be confusing—even a bit overwhelming at times; had Dorothy in The Wizard of Oz been a programmer, you might have heard her exclaim, \'BASH and ZSH and CSH, Oh My!\' Fortunately, once you get the basics, things generally fall into place as long as you avoid using shell-specific features. Stay on the narrow road and your code will be portable. Some common shells are listed below, grouped by script syntax: Bourne-compatible shells • sh • bash • zsh • ksh C-shell-compatible shells • csh • tcsh • bcsh (C shell to Bourne shell translator/emulator) Many of these shells have more than one variation. Most of these variations are denoted by prefixing the name of an existing shell with additional letters that are short for whatever differentiates them from the original shell. For example: • The shell pdksh is a variant of ksh. Being a public domain rewrite of AT&T\'s ksh, it stands for \'Public Domain Korn SHell.\'
(This is a bit of a misnomer, as a few bits are under a BSD-like open source license. However, the name remains.) • The shell tcsh is an extension of csh. It stands for the TENEX C SHell, as some of its enhancements were inspired by the TENEX operating system. • The shell bash is an extension of sh. It stands for the Bourne Again SHell. (Oddly enough, it is not a variation of ash, the Almquist SHell, though both are Bourne shell variants. This should not be confused with the dash shell—an ash-derived shell used in some Linux distributions—whose name stands for the Debian Almquist SHell.) And so on.
...'>Word For Mac Variable Text(22.01.2019)