# Xmerge Test Spec

## 1.0 Intorduction

> This document outlines the tests to be performed on Xmerge, the XML-to-PDB converter for the SunONE Webtop.

## 1.1 Authors

- Dermot McCluskey (dermot.mccluskey@sun.com)

- Keelin Boyle (keelin.boyle@sun.com)

## 1.2 Project/Product Identifier

> XMerge

## 1.3 Reision History

Date | Revision | Comments | Approval
28-Sep-2001 | 0.3 | Draft 3. |

## 1.4 Document Customers

- XMerge Development team

- Ireland Desktop Test team

- SunONE Webtop C-team

## 1.5 References

## 2.0 Requirements & Dependencies

> Successful automation of the tests outlined in this specification is dependent on the stability and reliability of the POSE emulator and the EmRPC Perl module that allows test automation. There is a risk associated with this in that the emulator software may not accurately emulate every aspect of the PalmOS and so the automated tests may not discover bugs which occur in "real world" scenarios. Also, if the automation software we use proves not to be reliable enough to consistently return the same test results, then the effort spent creating the test automation scripts will not be worthwhile.

> Verification of test results will depend on the usability of the Java-based Comparator applications, developed by the US Webtop QA team, which will be used to compare the output XML and PDB files with the expected results.

> Many of the tests described in this specification are very time consuming and it would not be practical to execute them manually on a regular basis.

## 2.1Required Tools & Technologies

- PalmOS Emulator (POSE)

- EmRPC Perl module and Test Driver harness

- Comparator applications (XML and PDB comparison utilities)

- Palm V device ???

- StarOffice 6.X.

## 2.2 Test Framework Used

> These tests are to be automated using the POSE emulator and the Test Driver developed by the XMerge team, which interacts with the EmRPC module and allows test engineers to write test scripts to control the conversion of documents and the interaction with the POSE emulator. Using this software, it is possible to automate the process of loading documents into the appropriate Palm application, apply edits to the document within the Palm emulator and export the document.

## 3.0 Scope of Work

## 4.0 Test Strategy

## 4.1Test Suite Location

## 4.2 Strategy overview

## 4.3 Test Cases and Assertions

## 4.4 Testing Not Performed

- Performance Testing

- Internationalization (I18N) related testing.

## 5.0 Test Cases

> The test cases are divided into seperate sections for each PDB format supported by XMerge, and further divided into Convert and Merge tests within each format. The Convert tests validate that XMerge can perform the round trip conversion from StarOffice XML-based file format to PalmOS PDB format and back to StarOffice XML format again, without any loss of content. The Merge tests validate that XMerge can merge edits made on the Palm device with the original StarOffice XML file, while retaining any information in the original document which could not to translated into PDB format, eg embedded tables.

> Each section is further divided into Content and Style tests. The Content tests deal with the ability of XMerge to retain all the meaningful content, eg text, after the conversion and merging process. The Style tests deal with the ability of XMerge to retain the stylistic details, eg bold face; justification; line breaks, from the same round-trip conversion. The Content-retaining functionality is considered of much higher priority than the Style-retaining functionality in version 1.1.

## 5.1 AportisDoc Tests

## 5.1.1 AportisDoc Convert Tests

## 5.1.1.1 AportisDoc Convert Content Tests

## 5.1.1.2 AportisDoc Convert Style Tests

## 5.1.2 Aportis Merge Tests

## 5.1.2.1 AportisDoc Merge Content Tests

## 5.1.2.2 AportisDoc Merge Style Tests

aportis/merge/style/animatedgif

Summary: document with an embedded image – straight forward convert and merge

Procedure:
Use test file a_animatedgif.sxw.

Convert a_animatedgif.sxw to a_animatedgif.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_animatedgif.pdb.
Export the doc back to a_animatedgif.pdb.
Merge a_animatedgif.pdb and the original document to a_animatedgif.sxw.

Expected result:
The resultant document should contain:

> This document has a animated gif embedded in it.

> Start of animated gif.

> <Image of spinning globe>

> End of animated gif.

aportis/content/style/bolddoc

Summary: document with bold type and varying font – straight forward convert

Procedure:
Use test file a_bolddoc.sxw.

Convert a_bolddoc.sxw to a_bolddoc.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_bolddoc.pdb.
Export the doc back to a_bolddoc.pdb.
Merge a_bolddoc.pdb and the original document to a_bolddoc.sxw.

Expected result:
The resultant document should contain:

> This complete line is in bold with font set to Times New Roman. The word bold is of size 22, while rest of the words are of size 12.

aportis/merge/style/bookmarks

Summary: document with inserted bookmarks – straight forward convert

Procedure:
Use test file a_bookmarks.sxw.

Convert a_bookmarks.sxw to a_bookmarks.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_bookmarks.pdb.
Export the doc back to a_bookmarks.pdb.
Merge a_bookmarks.pdb and the original document to a_bookmarks.sxw.

Expected result:
The resultant document should contain:

> Two paragraphes of text with 2 bookmarks set. To identify bookmarks, select Edit -> Navigator and bookmarks, user should see BK1 and BK2 and clicking on these labels in the navigator popup places the cursor in the position of the original bookmark, .i.e.

> BK1 = Bookmark|

> BK2 = Silicon

aportis/merge/style/bulletorderedlist

Summary: document with bulletorderedlist – straight forward convert

Procedure:
Use test file a_bulletorderedlist.sxw.

Convert a_bulletorderedlist.sxw to a_bulletorderedlist.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_bulletorderedlist.pdb.
Export the doc back to a_bulletorderedlist.pdb.
Merge a_bulletorderedlist.pdb and the original document to a_bulletorderedlist.sxw.

Expected result:
The resultant document should contain:

This document is an example of a simple bullet ordered list.

- Bullet 1

- Bullet 2

- Bullet 3

- Bullet 4

> End of bullet Ordered list.

aportis/content/style/emptydoc

Summary: empty document – straight forward convert

Procedure:
Use test file a_emptydoc.sxw.

Convert a_emptydoc.sxw to a_emptydoc.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_emptydoc.pdb.
Export the doc back to a_emptydoc.pdb.
Merge a_emptydoc.pdb and the original document to a_emptydoc.sxw.

Expected result:
The resultant document should contain:

> <empty document>.

aportis/merge/style/firstlineindent

Summary: document with line indent – straight forward convert

Procedure:
Use test file a_firstlineindent.sxw.

Convert a_firstlineindent.sxw to a_firstlineindent.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_firstlineindent.pdb.
Export the doc back to a_firstlineindent.pdb.
Merge a_firstlineindent.pdb and the original document to a_firstlineindent.sxw.

Expected result:
The resultant document should contain:

> This line is using First Line indent style. Now isnt that Kool... Also Im running short of words to say here, to wrap this particular sentence.

aportis/content/style/fontsize

Summary: document with varying font size – straight forward convert

Procedure:
Use test file a_fontsize.sxw.

Convert a_fontsize.sxw to a_fontsize.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_fontsize.pdb.
Export the doc back to a_fontsize.pdb.
Merge a_fontsize.pdb and the original document to a_fontsize.sxw.

Expected result:
The resultant document should contain:

> Text with font size 10, 16, 20, 40, 96.

aportis/content/style/heading

Summary: document with heading type style – straight forward convert

Procedure:
Use test file a_heading.sxw.

Convert a_heading.sxw to a_heading.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_heading.pdb.
Export the doc back to a_heading.pdb.
Merge a_heading.pdb and the original document to a_heading.sxw.

Expected result:
The resultant document should contain:

This piece of text is in Heading paragraph style.

aportis/content/style/heading1

Summary: document with heading1 type style – straight forward convert

Procedure:
Use test file a_heading1.sxw.

Convert a_heading1.sxw to a_heading1.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_heading1.pdb.
Export the doc back to a_heading1.pdb.
Merge a_heading1.pdb and the original document to a_heading1.sxw.

Expected result:
The resultant document should contain:

# This piece of text is in Heading1 paragraph style

aportis/content/style/heading2

Summary: document with heading2 type style – straight forward convert

Procedure:
Use test file a_heading2.sxw.

Convert a_heading2.sxw to a_heading2.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_heading2.pdb.
Export the doc back to a_heading2.pdb.
Merge a_heading2.pdb and the original document to a_heading2.sxw.

Expected result:
The resultant document should contain:

## This document is set in Heading2 style.

aportis/content/style/hyperlink

Summary: document with embedded hyperlink – straight forward convert

Procedure:
Use test file a_hyperlink.sxw.

Convert a_hyperlink.sxw to a_hyperlink.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_hyperlink.pdb.
Export the doc back to a_hyperlink.pdb.
Merge a_hyperlink.pdb and the original document to a_hyperlink.sxw.

Expected result:
The resultant document should contain:

This line is bookmarked to BK1 (Insert-Bookmark)

The line SunWeb Home Page has a hyperlink to sunweb.central.

This line is a hyperlink to BK1. Click here will take cursor to top of page.

<Check hyperlink has the correct address.>

aportis/content/style/justified

Summary: document with justified styling – straight forward convert

Procedure:
Use test file a_justified.sxw.

Convert a_justified.sxw to a_justified.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_justified.pdb.
Export the doc back to a_justified.pdb.
Merge a_justified.pdb and the original document to a_justified.sxw.

Expected result:
The resultant document should contain:

Left aligned text

Centre aligned

Right aligned

Justified

aportis/merge/style/linebreaks

Summary: document with linebreaks – straight forward convert

Procedure:
Use test file a_linebreaks.sxw.

Convert a_linebreaks.sxw to a_linebreaks.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_linebreaks.pdb.
Export the doc back to a_linebreaks.pdb.
Merge a_linebreaks.pdb and the original document to a_linebreaks.sxw.

Expected result:
The resultant document should contain:

This page has a line breaks inserted at end of this line.
When coverted to doc format it should accordingly be broken up at the same point.

A simple list

1. second entry. A line break follows
   the above line has been broken with a line break

Third entry

aportis/merge/style/linespacing

Summary: document with varied linespacing – straight forward convert

Procedure:
Use test file a_linespacing.sxw.

Convert a_linespacing.sxw to a_linespacing.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_linespacing.pdb.
Export the doc back to a_linespacing.pdb.
Merge a_linespacing.pdb and the original document to a_linespacing.sxw.

Expected result:
The resultant document should contain:

First: This line and thenext line is spaced by double-line spacing

Second: Note the line-distance spacing

First: This line and the next line is spaced by single-line spacing

Second: Note the line-distance spacing

First: This line and the next line is spaced by 1.5 line spacing

Second: Not the line-distance spacing.

aportis/merge/style/numberorderedlist

Summary: document with numberorderedlist – straight forward convert

Procedure:
Use test file a_numberorderedlist.sxw.

Convert a_numberorderedlist.sxw to a_numberorderedlist.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_numberorderedlist.pdb.
Export the doc back to a_numberorderedlist.pdb.
Merge a_numberorderedlist.pdb and the original document to a_numberorderedlist.sxw.

Expected result:
The resultant document should contain:

This document is an example of a simple numbered ordered list.

1. First

2. Second

3. Third

4. Fourth

End of numbered Ordered list

aportis/content/style/pagebreak

Summary: document with pagebreaks – straight forward convert

Procedure:
Use test file a_pagebreak.sxw.

Convert a_pagebreak.sxw to a_pagebreak.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_pagebreak.pdb.
Export the doc back to a_pagebreak.pdb.
Merge a_pagebreak.pdb and the original document to a_pagebreak.sxw.

Expected result:
The resultant document should contain:

The document has page breaks

Page 1

-now a page break-

aportis/merge/style/paragraph

Summary: document with set paragraph styling– straight forward convert

Procedure:
Use test file a_paragraph.sxw.

Convert a_paragraph.sxw to a_paragraph.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_paragraph.pdb.
Export the doc back to a_paragraph.pdb.
Merge a_paragraph.pdb and the original document to a_paragraph.sxw.

Expected result:
The resultant document should contain:

This line is a paragraph. It is indented from left hand side by 1.0 inch and from right and side by 1.0 inch (paragraph

settings).

aportis/content/style/standard

Summary: document with standard text and default settings – straight forward convert

Procedure:
Use test file a_standard.sxw.

Convert a_standard.sxw to a_standard.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_standard.pdb.
Export the doc back to a_standard.pdb.
Merge a_standard.pdb and the original document to a_standard.sxw.

Expected result:
The resultant document should contain:

This line of text is listed in standard style.

aportis/content/style/subscript

Summary: document with subscript text setting – straight forward convert

Procedure:
Use test file a_subscript.sxw.

Convert a_subscript.sxw to a_subscript.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_subscript.pdb.
Export the doc back to a_subscript.pdb.
Merge a_subscript.pdb and the original document to a_subscript.sxw.

Expected result:
The resultant document should contain:

The last word on this line is in subscript. Dude

aportis/content/style/superscript

Summary: document with superscript text setting – straight forward convert

Procedure:
Use test file a_subscript.sxw.

Convert a_superscript.sxw to a_superscript.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_superscript.pdb.
Export the doc back to a_superscript.pdb.
Merge a_superscript.pdb and the original document to a_superscript.sxw.

Expected result:
The resultant document should contain:

The last word on this line is in superscript. Dude

aportis/content/style/symbols

Summary: document with various symbol types – straight forward convert

Procedure:
Use test file a_symbols.sxw.

Convert a_symbols.sxw to a_symbols.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_symbols.pdb.
Export the doc back to a_symbols.pdb.
Merge a_symbols.pdb and the original document to a_symbols.sxw.

Expected result:
The resultant document should contain:

'-'-'-'->->->->. '''''''. -------. >>>>>>>

!”£$%^&*()_+}{~@:?><,./;'#][=-???

aportis/content/style/tab

Summary: document with tab styling – straight forward convert

Procedure:
Use test file a_tab.sxw.

Convert a_tab.sxw to a_tab.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_tab.pdb.
Export the doc back to a_tab.pdb.
Merge a_tab.pdb and the original document to a_tab.sxw.

Expected result:
The resultant document should contain:

This is a tabbed document

1 Tab line

2 tabbed line

3 tabbed line

2 tabbed line

1 Tab line

4 tab line

2 tab line

aportis/merge/style/table

Summary: document with table – straight forward convert

Procedure:
Use test file a_table.sxw.

Convert a_table.sxw to a_table.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_table.pdb.
Export the doc back to a_table.pdb.
Merge a_table.pdb and the original document to a_table.sxw.

Expected result:

The resultant document should contain:

<Check table & contents are identical to original.>

This document has a table with 3 rows and 3 columns:

<TABLE & CONTENTS>

aportis/content/style/textspan

Summary: document testing textspan italics,bolds,underline together– straight forward convert

Procedure:
Use test file a_textspan.sxw.

Convert a_textspan.sxw to a_textspan.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_textspan.pdb.
Export the doc back to a_textspan.pdb.
Merge a_textspan.pdb and the original document to a_textspan.sxw.

Expected result:

The resultant document should contain:

Document indicating Text Span

This is a simple line with some amount of text. The whole line is in italic except the next 3 words which is also SET TO BOLD. Also the next word is UNDERLINED. The essence is differnet styles within the same text span.

aportis/merge/style/unorderedlist

Summary: document with unorderedlist – straight forward convert

Procedure:
Use test file a_unorderedlist.sxw.

Convert a_unorderedlist.sxw to a_unorderedlist.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_unorderedlist.pdb.
Export the doc back to a_unorderedlist.pdb.
Merge a_unorderedlist.pdb and the original document to a_unorderedlist.sxw.

Expected result:

The resultant document should contain:

This document is an example of a simple un- ordered list

1. Wag the Dog

2. Gladiator

3. Insider

4. Usual Suspects

5. Glengarry Glen Ross

1. Host Shots

2. Airplane

3. Monty Python

4. History of the World

5. Sacry Movie

6. Austin Powers

- Scarlet and the Black

- Operation Day Break

- Life is Beautiful

- Nephew (beutfiul soundtrack)

End of un-ordered list.

aportis/content/style/wordwrap

Summary: document which tests wordwrapping – straight forward convert

Procedure:
Use test file a_wordwrap.sxw.

Convert a_wordwrap.sxw to a_wordwrap.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_wordwrap.pdb.
Export the doc back to a_wordwrap.pdb.
Merge a_wordwrap.pdb and the original document to a_wordwrap.sxw.

Expected result:

The resultant document should contain:

This line is a long line just to check if the word wrap feature works fine, when it is synched onto the PDA..

aportis/merge/content/simple01

Summary: simple document - insert text at beginning

Procedure:
Use test file a_standard.sxw.

Convert a_standard.sxw to a_standard.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_standard.pdb.
Insert the following text, including the terminating line-feed, at the beginning of the first line:

> New text added to simple file.

Export the doc back to a_standard.pdb.
Merge a_standard.pdb and the original document to a_standard.sxw.

Expected result:
The resultant file should contain:

> New text added to simple file.
> This line of text is listed in standard style

aportis/merge/content/simple02

Summary: simple document - insert text in middle

Procedure:
Use test file a_standard.sxw.

Convert a_standard.sxw to a_standard.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_standard.pdb.
Insert the following text immediately after the word "text":

> , including this inserted phrase,

Export the doc back to a_standard.pdb.
Merge a_standard.pdb and the original document to a_standard.sxw.

Expected result:
The resultant file should contain:

> This line of text, including this inserted phrase, is listed in standard style

aportis/merge/content/simple03

Summary: simple document - append text

Procedure:
Use test file a_standard.sxw.

Convert a_standard.sxw to a_standard.pdb, in AportisDoc PDB format.
Start POSE with AportisDoc application and import a_standard.pdb.
Append a new-line at the end of the line and add the following line:

> This is also in standard style

Export the doc back to a_standard.pdb.
Merge a_standard.pdb and the original document to a_standard.sxw.

Expected result:
The resultant file should contain:

> This line of text is listed in standard style
> This is also in standard style

## 5.2 MiniCalc Tests

## 5.2.1 MiniCalc Convert Tests

## 5.2.1.1 MiniCalc Merge Style Tests

minicalc/merge/style/columnswidth

Summary: Spreadsheet with 5 columns 10 entries - Spreadsheet columnwidth variation.

Procedure:
Use test file c_columnswidth.sxc.

Convert c_columnswidth.sxc to c_columnswidth.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_columnswidth.pdb.

Choose Cell Reference "B1" & alter column width to 1.55 by selecting, Format -> Column -> Width... < make width change via spin button> -> OK, also decrease "E1" similarly to have a column width of 1.68.

Export the doc back to c_columnswidth.pdb.
Merge c_columnswidth.pdb to c_columnswidth.sxw.

Expected result:
Spreadsheet should display column B with a width increase of 1.0 , and column E with a width decrease of 1.0, as compared with the original file, reflecting the changes stated above.

minicalc/merge/style/rowheight

Summary: Spreadsheet with 4 columns 3 rows 12 entries - Spreadsheet rowheight variation.

Procedure:
Use test file c_rowheight.sxc.

Convert c_rowheight.sxc to c_rowheight.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_rowheight.pdb.

Choose Cell Reference "A1" & alter row height to 1.17 by selecting Format -> Row -> Height... <make height change via spin button> -> OK., also decrease "A3” similarly to have a row height of 0.30.

Export the doc back to c_rowheight.pdb.
Merge c_rowheight.pdb to c_rowheight.sxw.

Expected result:
Spreadsheet should display row “Row 1” with a height increase of 1.0 and "Row 3" with a height decrease of 0.41, as compared with the original file, reflecting the changes stated above.

minicalc/merge/style/rowstyles

Summary: Spreadsheet with 5 columns 6 rows 18 entries - Spreadsheet rowstyle variation.

Procedure:
Use test file c_rowstyle.sxc.

Convert c_rowstyles.sxc to c_rowstyles.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_rowstyles.pdb.

Choose Cell Reference "B3" and change Heading style to default, by selecting, Format -> Style Catelog -> <choose heading type from listbox>, also choose cellreference "D5" and change Heading style to Heading1, also change "C5" to remove bold, underline & italic.

Export the doc back to c_rowstyles.pdb.
Merge c_rowstyles.pdb to c_rowstyles.sxw.

Expected result:
Spreadsheet should display value's and style types as in original file, except cells "B3, & D5" which should display heading types default & Heading 1 resp. and "C5" which should be plain text, reflecting the changes stated above.

## 5.2.1.2 MiniCalc Convert Style Tests

minicalc/convert/style/styles

Summary: Spreadsheet with 3 columns 10 rows 13 entries - Spreadsheet styles test.

Procedure:
Use test file c_styles.sxc.

Convert c_styles.sxc to c_styles.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_styles.pdb.
Export the doc back to c_styles.pdb.
Merge c_styles.pdb to c_styles.sxw.

Expected result:
Spreadsheet should display all original sheet values with style features, .i.e Bold, Italics, .

minicalc/convert/style/alignment

Summary: Spreadsheet with 4 columns 8 rows 24 entries - Spreadsheet alignment test.

Procedure:
Use test file c_alignment.sxc.

Convert c_alignment.sxc to c_alignment.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_alignment.pdb.
Export the doc back to c_alignment.pdb.
Merge c_alignment.pdb to c_alignment.sxw.

Expected result:
Spreadsheet should display all original sheet values with identical alignment to original file.

##

## 5.2.2.1 MiniCalc Merge Content Tests

minicalc/merge/content/insertimage

Summary: Spreadsheet with 6 columns 2 image inserts - Spreadsheet image insert.

Procedure:
Use test file c_insertimage.sxc.

Convert c_insertimage.sxc to c_insertimage.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_insertimage.pdb.
Export the doc back to c_insertimage.pdb.
Merge c_insertimage.pdb to c_insertimage.sxw.

Expected result:
Spreadsheet should display original file with both original images.

minicalc/merge/content/textimage

Summary: Spreadsheet with 6 columns 2 image inserts - Spreadsheet image text insert.

Procedure:
Use test file c_textimage.sxc.

Convert c_textimage.sxc to c_textimage.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_textimage.pdb.

Insert text immediately before and directly after the inserted image.

Export the doc back to c_textimage.pdb.
Merge c_textimage.pdb to c_textimage.sxw.

Expected result:
Spreadsheet should display original image surrounded by text .i.e text before & after the insert.

## 5.2.2.2 MiniCalc Convert Contents Tests

minicalc/convert/content/basic

Summary: simple spreadsheet - round-trip conversion

Procedure:
Use test file c_standard.sxc.

Convert c_standard.sxc to c_standard.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_standard.pdb. Export the doc back to c_standard.pdb, without making and changes to the spreadsheet.
Merge c_standard.pdb to c_standard.sxc.

Expected result:
The resultant file should be equivalent to the original spreadsheet.

minicalc/convert/content/simple01

Summary: simple spreadsheet - insert text & column of numeric values at beginning of empty sheet.

Procedure:
Use test file c_standard.sxc.

Convert c_standard.sxc to c_standard.pdb, in Minicalc PDB format.
Start POSE with Minicalc application and import c_standard.pdb.
Insert the following text & values at the beginning of the the spreadsheet, .i.e in Column 1:

> Col 1

> 1

> 1

> 1

Export the doc back to c_standard.pdb.
Merge c_standard.pdb to c_standard.sxc.

Expected result:
The resultant file should contain:

> New column of values as shown above.

minicalc/convert/content/simple02

Summary: simple spreadsheet - append a new column to end

Procedure:
Use test file c_standard.sxc.

Convert c_standard.sxc to c_standard.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_standard.pdb.
Insert the following column immediately after the first:

> Col 3

> 3

> 3

> 3

Export the doc back to c_standard.pdb.
Merge c_standard.pdb to c_standard.sxc.

Expected result:
The resultant file should contain:

Col 1 Col 3

> 1 3

> 1 3

> 1 3

minicalc/convert/content/simple03

Summary: simple spreadsheet - insert a new column in middle

Procedure:
Use test file c_standard.sxc.

Convert c_standard.sxc to c_standard.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_standard.pdb.
Insert the following column immediately after the first and before the second:

> Col 2

> 2

> 2

> 2

Export the doc back to c_standard.pdb.
Merge c_standard.pdb to c_standard.sxc.

Expected result:
The resultant file should contain:

> Col 1 Col 2 Col 3

> 1 2 3

> 1 2 3

> 1 2 3

minicalc/convert/content/simple04

Summary: simple spreadsheet - delete text

Procedure:
Use test file c_standard.sxc.

Convert c_standard.sxc to c_standard.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_standard.pdb.
Delete “Column 3”, so that it reads:

> Col 1 Col 2

> 1 2

> 1 2

Export the doc back to c_standard.pdb.
Merge c_standard.pdb to c_standard.sxc.

Expected result:
The resultant file should contain:

> Col 1 Col 2

> 1 2

> 1 2

minicalc/convert/content/addition

Summary: Spreadsheet with 4 columns 10 entries - Spreadsheet Simple Addition using various formulae.

Procedure:
Use test file c_addition.sxc.

Convert c_addition.sxc to c_addition.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_addition.pdb.
Change Cell Reference "A1" = 3 in formula bar.
Export the doc back to c_addition.pdb.
Merge c_addition.pdb to c_addition.sxc.

A1 =3 ; B1 = 3 ; C1 =4 ;D1 =5;

Addition types:

Cell reference + Integer = A1+2 =5

Integer + Decimal = 3+0.1 =3.1

Cell Reference + Cell Reference = A1+B1 = 6

(Bracketed Cell Reference) + (Integer + Integer) = (A1+B1)+(2+45) = 53

Integer + (Integer) + (Integer+Integer) = 2+(0)+(3+0) = 5

(SUM(Cell Ref;Cell Ref) +SUM(Cell Ref;Cell Ref) = (SUM(A1;B1)+SUM(B1;C1) = 13

Expected result:
All spreadsheet entered values & the standard formula SUM of each cell should be displayed as above, formulae as stated above should be visible in the Formula Bar.

minicalc/convert/content/backwardrange

Summary: Spreadsheet with 2 columns 7 entries - Spreadsheet backwardranging using various formulae.

Procedure:
Use test file c_backwardrange.sxc.

Convert c_alignment.sxc to c_alignment.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_alignment.pdb.
Change Cell Reference "B2" = AVERAGE(2;5;5) in formula bar.
Export the doc back to c_alignment.pdb.
Merge c_alignment.pdb to c_alignment.sxc.

Logical Funtion test B4:

IF(Logical Test; Then Value;Else Value)

.e.g. IF(23;45.45;54.54) = 45.45

read as if logical test TRUE then place THEN VALUE in cell else place ELSE VALUE.

Statistical Functional tests B2 , B3 resp.:

AVERAGE(2;5;5) - Returns sum of arguments divided by number of arguments =4 .

MAX(10;3;3) - Returns the maximum value in a list of arguments =10.

Negative addition test B1:

=B2-B3 = 4 - 10 = -6

Range Addition tests A1, A5, B5:

SUM(B2;B4) = B2 + B3 + B4 = 4 + 10 + 45.45 = 59.45.

SUM(A1:B2) -B4 = (59.45 + (-6) +4) - 45.45 = 12

SUM(A1;B1)-A2 = (59.45 + (-6)) - 0 = 53.45

Expected result:
All spreadsheet entered values & the standard formula SUM of each cell should be displayed on sheet as detailed above, formulae as stated above should be visible in the Formula Bar.

minicalc/convert/content/boolean

Summary: Spreadsheet with 1 column 2 entries - Spreadsheet boolean entry.

Procedure:
Use test file c_boolean.sxc.

Convert c_boolean.sxc to c_boolean.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_boolean.pdb.
Change Cell Reference "A2" = TRUE in formula bar.
Export the doc back to c_boolean.pdb.
Merge c_boolean.pdb to c_boolean.sxc.

Logical Funtion test : cells A1, A2:

A1=TRUE

A2=TRUE

Returns the logical values TRUE to the cells resp.

Expected result:
The logical entry of each cell should be displayed on the sheet as stated above.

minicalc/convert/content/cellcurrencyvalue

Summary: Spreadsheet with 2 columns 10 entries - Spreadsheet Currency number Format conversion test.

Procedure:
Use test file c_cellcurrencyvalue.sxc.

Convert c_cellcurrencyvalue.sxc to c_cellcurrencyvalue.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cellcurrencyvalue.pdb.
Export the doc back to c_cellcurrencyvalue.pdb.
Merge c_cellcurrencyvalue.pdb to c_cellcurrencyvalue.sxc.

Display Sheet : 12 DM.

Expected result:
Spreadsheet entered values or the sum of each cell should be displayed with specified Currency symbol, formulae should be visible in the Formula Bar but not the currency symbol.

minicalc/convert/content/cellcurrencychange

Summary: Spreadsheet with 2 columns 10 entries - Spreadsheet Currency number Format modification test.

Procedure:
Use test file c_cellcurrencychange.sxc.

Convert c_cellcurrencychange.sxc to c_cellcurrencychange.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cellcurrencychange.pdb.
Change Cell Reference "A1" to have currency format in Danish Marks (DM).
Export the doc back to c_cellcurrencychange.pdb.
Merge c_cellcurrencychange.pdb to c_cellcurrencychange.sxc.

Select cell A1 = 12 ; then tap pen icon option on palm, choose Currency from palm listbox, tap on the down arrow to the right of the flashing cursor, tap on the intended currency type .e.g DM (Danish Mark) and tap apply & OK.

Display Sheet : 12 DM.

Expected result:
Spreadsheet entered values or the sum of each cell should be displayed with specified Currency symbol, formulae should be visible in the Formula Bar but not the currency symbol.

minicalc/convert/content/cellfloatvalue

Summary: Spreadsheet with 2 columns 6 entries - Spreadsheet float values.

Procedure:
Use test file c_cellfloatvalue.sxc.

Convert c_cellfloatvalue.sxc to c_cellfloatvalue.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cellfloatvalue.pdb.
Change Cell Reference "A1" = 11 & "A2" = 2.38 & B3 100.02450 in formula bar.
Export the doc back to c_cellfloatvalue.pdb.
Merge c_cellfloatvalue.pdb to c_cellfloatvalue.sxc.

The original sheet has selected Format -> Cells... -> Numbers Tab -> & Numbers from the list box, choosen -1234.12, tho set the Format Code to 0.00 preventing the sheet display rounding values to two decimal places. It also has fraction display enabled in certain cells.

Formula Bar : Display Sheet:

A1 = 11 -> 11.00

A2 = 2.38 -> 2 19/50

A3 = 0.45 -> 0.45

B2 = 0.23 -> 2/9

B3 = 100.02450 -> 100.02

Expected result:
Spreadsheet fractional & decimal values should be displayed with specified precision as stated above, formulae should be visible in the Formula Bar.

minicalc/convert/content/cellpercentvalue

Summary: Spreadsheet with 2 columns 3 entries - Spreadsheet percentage value precision.

Procedure:
Use test file c_cellpercentvalue.sxc.

Convert c_cellpercentvalue.sxc to c_cellpercentvalue.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cellpercentvalue.pdb.
Change Cell Reference "A1" = 120% & "B1" = 10% in formula bar.
Export the doc back to c_cellpercentvalue.pdb.
Merge c_cellpercentvalue.pdb to c_cellpercentvalue.sxc.

For cell A1 enter 120% in the Formula Bar. Sheet Display = 120.00%

For cell B1 enter 10% in the Formula Bar. Sheet Display = 10%

Expected result:
Spreadsheet percentage values should be displayed with specified precision as stated above, formulae should be visible in the Formula Bar.

minicalc/convert/content/cellstringvalue

Summary: Spreadsheet with 4 columns 11 entries - Spreadsheet String values.

Procedure:
Use test file c_cellstringvalue.sxc.

Convert c_cellstringvalue.sxc to c_cellstringvalue.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cellstringvalue.pdb.
Change Cell Reference "C2" = Testing & DELETE contents of "D2" & insert a ';' in "B3" in formula bar.
Export the doc back to c_cellstringvalue.pdb.
Merge c_cellstringvalue.pdb to c_cellstringvalue.sxc.

A1 = This A2 = With A3 = For

B1 = Cell B2 = Strings B3 = ;

C1 = Is C2 = Testing C3 = string values

D1 = Filled D2 = "blank"

Expected result:
Spreadsheet strings values should be displayed as stated above.

minicalc/convert/content/character

Summary: Spreadsheet with 4 columns 23 entries - Spreadsheet character values.

Procedure:
Use test file c_character.sxc.

Convert c_character.sxc to c_character.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_character.pdb.
Change Cell Reference "C7" = -??%, .i.e appending a % sign.
Export the doc back to c_character.pdb.
Merge c_character.pdb to c_character.sxc.

C7 = -??%

Expected result:
Spreadsheet character values should be displayed as in original file including minor change stated above.

minicalc/convert/content/cyclic

Summary: Spreadsheet with 2 columns 8 entries - Spreadsheet error messages.

Procedure:
Use test file c_cyclic.sxc.

Convert c_cyclic.sxc to c_cyclic.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cyclic.pdb.
Change Cell Reference "A4" & "A5" = 0 & "B4" = A1/A4, "B5"= A4/A5 in formula bar.
Export the doc back to c_cyclic.pdb.
Merge c_cyclic.pdb to c_cyclic.sxc.

Changes should generate 2 extra errors shown below.

B4 = Err.503

B5 = #VALUE!

Expected result:
Spreadsheet should display all original sheet values including 2 extra errors generated by the changes detailed above.

minicalc/convert/content/dividefloating

Summary: Spreadsheet with 2 columns 7 entries - Spreadsheet dividing floating points.

Procedure:
Use test file c_dividefloating.sxc.

Convert c_dividefloating.sxc to c_dividefloating.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_dividefloating.pdb.
Change Cell Reference "A4" = -(12.2)/(5-1) & "B2" = to be positive, in formula bar.
Export the doc back to c_dividefloating.pdb.
Merge c_dividefloating.pdb to c_dividefloating.sxc.

B2 = 03.050000

A4 = -03.05

Spreadsheet setting : Format -> Cells... -> Decimal Places=6, Negative numbers red= TRUE, Leading zero's =2 -> OK.

Expected result:
Spreadsheet should display all original sheet values and newly entered floating point division with specified precision & colour, as stated above.

minicalc/convert/content/forwardrange

Summary: Spreadsheet with 2 columns 4 rows 5 entries - Spreadsheet tests forwardranging.

Procedure:
Use test file c_forwardrange.sxc.

Convert c_forwardrange.sxc to c_forwardrange.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_forwardrange.pdb.
Change Cell Reference "B4" = IF(0;45.45;54.54), in formula bar.
Export the doc back to c_forwardrange.pdb.
Merge c_forwardrange.pdb to c_forwardrange.sxc.

Changes IF statement to False so ELSE VALUE now valid.

B4 = 54.54

A1 = SUM(B2;B4) = B2+B3+B4 =56.23 + 560 + 54.54 = 670.77

Expected result:
Spreadsheet values & the modified standard formula SUM'sl should be displayed in each cell on sheet to reflect the changes as stated above, formulae should be visible in the Formula Bar.

minicalc/convert/content/hiddenrow

Summary: Spreadsheet with 5 columns 2 rows 9 entries - Spreadsheet tests hidden row.

Procedure:
Use test file c_hiddenrow.sxc.

Convert c_hiddenrow.sxc to c_hiddenrow.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_hiddenrow.pdb.
Select Format -> Row -> Show.
Export the doc back to c_hiddenrow.pdb.
Merge c_hiddenrow.pdb to c_hiddenrow.sxc.

A previously hidden row 2 appears.

Expected result:
Spreadsheet values & standard formula SUM's should be displayed in each cell on sheet as before including a new row #2 which reflects the change stated above.

minicalc/convert/content/invalidcellref

Summary: Spreadsheet with 3 columns 3 rows 8 entries - Spreadsheet invalid cell references.

Procedure:
Use test file c_invalidcellref.sxc.

Convert c_invalidcellref.sxc to c_invalidcellref.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_invalidcellref.pdb.
Change Cell Reference "A3" = MAX(1;2;3) , "C2" = "blank", "C3" = a0, in formula bar.
Export the doc back to c_invalidcellref.pdb.
Merge c_invalidcellref.pdb to c_invalidcellref.sxc.

Changes should generate 2 extra errors shown below.

A3 = 3

C2 = "blank"

C3 = #NAME?

Expected result:
Spreadsheet should display all original sheet values, excpet "C3" which holds new invalid input warning generated by the change detailed above, sheet should also show removal of 2 types of invalid input with valid input replacements "A3" & "C2".

minicalc/convert/content/largerange

Summary: Spreadsheet with 3 columns 3 rows 8 entries - Spreadsheet large range test.

Procedure:
Use test file c_largerange.sxc.

Convert c_largerange.sxc to c_largerange.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_largerange.pdb.
Change Cell Reference "B3" = SUM(E7:G10), in formula bar.
Export the doc back to c_largerange.pdb.
Merge c_largerange.pdb to c_largerange.sxc.

Increases the range by an extra row.

B3 = SUM(E7:G10) = E7+F7+G7+E8+F8+G8+E9+F9+G9+E10+F10+G10 =

= 4+4+4+2+2+4+1+4+4+1+1+12 = 31 +12 = 43

Expected result:
Spreadsheet should display all original sheet values, except "B3" which holds new larger range standard formula SUM generated by the change detailed above.

minicalc/convert/content/listrange

Summary: Spreadsheet with 5 columns 4 rows 20 entries - Spreadsheet listrange test.

Procedure:
Use test file c_listrange.sxc.

Convert c_listrange.sxc to c_listrange.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_listrange.pdb.
Change Cell Reference "D3" = 24, in formula bar.
Export the doc back to c_listrange.pdb.
Merge c_listrange.pdb to c_listrange.sxc.

D3 = 24

A4 = SUM(A1:A3) = 256.1

B4 = AVERAGE(A1:A3) = 17.07

C4 = AVERAGE(A4:B4) = AVERAGE( 256.1+17.07) = 136.59

D4 = AVERAGE(D1;D2;D3) = AVERAGE( 13.1+18+24) = 18.37

E5 = SUM(A4:B4:C4:D4) = (256.1+17.07+136.59+18.37) = 428.13

Expected result:
Spreadsheet should display all original sheet values, except cells "A4-E4" which hold the modified standard formula SUM & AVERAGE value's generated by the change in D3 detailed above.

minicalc/convert/content/mathematical

Summary: Spreadsheet with 5 columns 3 rows 15 entries - Spreadsheet stanadard math functs test in (Rad).

Procedure:
Use test file c_mathematical.sxc.

Convert c_mathematical.sxc to c_mathematical.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_mathematical.pdb.
Change Cell Reference "B1" = SIN(3.14/2), "B2" =COS(0), "C3"= TAN(1.57/2) in formula bar.
Export the doc back to c_mathematical.pdb.
Merge c_mathematical.pdb to c_mathematical.sxc.

B1 = 1

B2 = 1

C3 =1

Expected result:
Spreadsheet should display all original sheet values except cells "B1,B2,C3" which hold modified sin,cos & tan value's generated by the changes stated above.

minicalc/convert/content/protection

Summary: Spreadsheet with 1 column 3 rows 3 entries - Spreadsheet protection test.

Procedure:
Use test file c_protection.sxc.

Convert c_protection.sxc to c_protection.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_protection.pdb.
Attempt to Change Cell Reference "A1" either directly or in formula bar from the value 12 to 1.
Export the doc back to c_protection.pdb.
Merge c_protection.pdb to c_protection.sxc.

User should be unable to change cell contents, popup error message "Protected cells can not be modified" should appear.

This is because the Tools -> Protect Document -> Sheet option has been enabled with a password and therefore all cells on sheet are write protected.

Expected result:
Spreadsheet should display all original sheet values.

minicalc/convert/content/renamedsheet

Summary: Spreadsheet with 3 sheets 0 entries - Spreadsheet rename test.

Procedure:
Use test file c_renamedsheet.sxc.

Convert c_renamedsheet.sxc to c_renamedsheet.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_renamedsheet.pdb.
Change sheet named "testplan" to "renamed".
Export the doc back to c_renamedsheet.pdb.
Merge c_renamedsheet.pdb to c_renamedsheet.sxc.

Click on "testplan" sheet tab, and using 3rd mouse button, choose Rename..., from popup menu, enter new sheet name & OK.

OR choose Format -> Sheet -> Rename... enter new sheet name & OK.

Expected result:
Spreadsheet should display all original sheets & names, with the exception of the "testplan" sheet which should now be labelled "renamed" .

minicalc/convert/content/sheetreference

Summary: Spreadsheet with 3 sheets 4 columns 4 rows 11 entries - Spreadsheet sheetreference test.

Procedure:
Use test file c_sheetreference.sxc.

Convert c_sheetreference.sxc to c_sheetreference.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_sheetreference.pdb.
Change Cell Reference "A3" = Sheet3.B1.
Export the doc back to c_sheetrefernce.pdb.
Merge c_sheetreference.pdb to c_sheetreference.sxc.

A3 = 3.

B4 =26.

Expected result:
Spreadsheet should display all original value's & formulae as in original file, except cells "A3"& "A4" which should display a different sheet reference value and the modified sheet reference formula, reflecting the changes stated above.

minicalc/convert/content/smallrange

Summary: Spreadsheet with 4 columns 3 rows 10 entries - Spreadsheet small range test.

Procedure:
Use test file c_smallrange.sxc.

Convert c_smallrange.sxc to c_smallrange.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_smallrange.pdb.
Change Cell Reference "B3" = AVERAGE(A1:B2), in formula bar.
Export the doc back to c_smallrange.pdb.
Merge c_smallrange.pdb to c_smallrange.sxc.

Decrease the range by 1 row.

B3 = AVERAGE(A1:B2) = (1+2+3+3)/4 = 2.25

Expected result:
Spreadsheet should display all original sheet values, except "A3" which now holds average value of new smaller range generated by the change detailed above.

minicalc/convert/content/cancel

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm confirm &cancel test.

Procedure:
Use test file c_cancel.sxc.

Convert c_cancel.sxc to c_cancel.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cancel.pdb.
Select with mouse Cell Reference "A2" on dotted line on palm type 14, tap “TICK” option (leftmost option on palm) to confirm, repeat this step this time Changing Cell Reference “A2” = 1, except this time tap the “X” option to cancel.
Export the doc back to c_cancel.pdb.
Merge c_cancel.pdb to c_cancel.sxc.

A2 = 14.

Expected result:
Spreadsheet should display all original sheet values, except "A2" which now holds the value 14 generated by the change detailed above.

minicalc/convert/content/cut&paste

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm cut&paste test.

Procedure:
Use test file c_cut&paste.sxc.

Convert c_cut&paste.sxc to c_cut&paste.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_cut&paste.pdb.
Choose Cell Reference "A2" with mouse, tap cut option on palm, choose Cell Reference “A5” and tap paste option.
Export the doc back to c_cut&paste.pdb.
Merge c_cut&paste.pdb to c_cut&paste.sxc.

A2 = “blank”.

A5 = 14.

Expected result:
Spreadsheet should display all original sheet values, except "A2" & “A5” which now holds the values blank & 14 resp. generated by the changes detailed above.

minicalc/convert/content/copy&paste

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm copy&paste test.

Procedure:
Use test file c_copy&paste.sxc.

Convert c_copy&paste.sxc to c_copy&paste.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_copy&paste.pdb.
Choose Cell Reference "A5" with mouse, tap copy option on palm, choose Cell Reference “A2” and tap paste option.
Export the doc back to c_copy&paste.pdb.
Merge c_copy&paste.pdb to c_copy&paste.sxc.

A2 = 14.

A5 = 14.

Expected result:
Spreadsheet should display all original sheet values, except "A2" which now holds the value 14 generated by the change detailed above.

minicalc/convert/content/textentry

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm text entry test.

Procedure:
Use test file c_textentry.sxc.

Convert c_textentry.sxc to c_textentry.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_textentry.pdb.
Choose Cell Reference "A1" with mouse, tap textentry option on palm, type the following text string into the popup text box “This is a MiniCalc text entry test.”.
Export the doc back to c_textentry.pdb.
Merge c_textentry.pdb to c_textentry.sxc.

A1 = “This is a MiniCalc text entry test.”

Expected result:
Spreadsheet should display all original sheet values, except "A1" which now holds the string “This is a MiniCalc text entry test”, generated by the change detailed above.

minicalc/convert/content/function

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm function test.

Procedure:
Use test file c_function.sxc.

Convert c_function.sxc to c_function.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_function.pdb.
Choose Cell Reference "A1" with mouse, tap standard function option on palm, choose the function AVERAGE from the popup list by tapping, type the values “1;2;3” between the function brackets on the dotted line were the cursor is placed and press return.
Export the doc back to c_function.pdb.
Merge c_function.pdb to c_function.sxc.

A1 = AVERAGE(1;2;3) = 2.

Expected result:
Spreadsheet should display all original sheet values, except "A1" which now holds the result of the average function given args (1;2;3) = 2 generated by the change detailed above.

minicalc/convert/content/numberpad

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm numberpad test.

Procedure:
Use test file c_numberpad.sxc.

Convert c_numberpad.sxc to c_numberpad.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_numberpad.pdb.
Choose Cell Reference "A1" with mouse, tap the “123” option on the palm, tap “->”, “=”, “5-0+2” from popup numberpad, and press return.
Export the doc back to c_numberpad.pdb.
Merge c_numberpad.pdb to c_numberpad.sxc.

A1 = 5-0+2 = 7.

Expected result:
Spreadsheet should display all original sheet values, except "A1" which now holds the result of the formula 5-0+2, generated by the change detailed above.

minicalc/convert/content/math_funcs

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm numberpad test.

Procedure:
Use test file c_math_funcs.sxc.

Convert c_math_funcs.sxc to c_math_funcs.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_math_funcs.pdb.
Choose the Cell References below with mouse,and for each type on the palm the corresponding entry before pressing return.

A1 =
Export the doc back to c_math_funcs.pdb.
Merge c_math_funcs.pdb to c_math_funcs.sxc.

A1 = .

A2 =

A3 =

A4 =

Expected result:
Spreadsheet should display all original sheet values, except "A1" which now holds the result of the formula 5-0+2, generated by the change detailed above.

minicalc/convert/content/insertrow

Summary: Spreadsheet with 1 columns 4 rows 4entries - Spreadsheet palm insert row test.

Procedure:
Use test file c_insertrow.sxc.

Convert c_insertrow.sxc to c_insertrow.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_insertrow.pdb.

Select Cell Reference "A3" with mouse, tap the side bar of the spreadsheet at position 3 on the palm, tap “Insert” from popup menu, and press return. Select the newly inserted Cell Reference with mouse and enter the number “2”, press return.

Export the doc back to c_insertrow.pdb.
Merge c_insertrow.pdb to c_insertrow.sxc.

A1 = .

Expected result:
Spreadsheet should display all original sheet values, except "A1" which now holds the result of the formula 5-0+2, generated by the change detailed above.

minicalc/convert/content/multi_boolean

Summary: Spreadsheet with 1 column 8 entries - Spreadsheet multi boolean entry.

Procedure:
Use test file c_multi_boolean.sxc.

Convert c_multi_boolean.sxc to c_multi_boolean.pdb, in MiniCalc PDB format.
Start POSE with MiniCalc application and import c_multi_boolean.pdb.
Export the doc back to c_multi_boolean.pdb.
Merge c_multi_boolean.pdb to c_multi_boolean.sxc.

Logical Funtion test : cells A1-A4:

A1-A4 = FALSE

A5-A8 = TRUE

Returns 4 logical FALSE & TRUE values resp..

Expected result:
The logical entry of each cell should be displayed on the sheet as stated above.