Autotests: Add ambiguous monomers to the library and allow their addition to the canvas

[AlexeyGirin]

Source task(s):

• Add ambiguous monomers to the library and allow their addition to the canvas #5186

• 1. Verify the addition of the "Ambiguous Amino Acids" subsection at the bottom in the peptides section

• 2. Verify the correct addition of ambiguous monomers in the "Ambiguous Amino Acids" subsection (The first monomer is X, and the others are arranged alphabetically)

• 3. Verify the class designation of ambiguous monomers as "AminoAcid" and classified as "Alternatives"

• 4. Verify the addition of "Ambiguous Bases", "Ambiguous DNA Bases" and "Ambiguous RNA Bases" subsection in the RNA tab of the library

• 5. Verify the correct addition of ambiguous monomers in the "Ambiguous Bases" subsection(The first monomer is N (DNA version), followed by N (RNA version) and the others are arranged alphabetically (with the DNA version going before RNA version))

• 6. Verify the class designation of ambiguous monomers as "Base" and ambiguous monomers in the "Ambiguous Bases", "Ambiguous DNA Bases" and "Ambiguous RNA Bases" subsection are classified as "Alternatives"

• 7. Verify ambiguous monomer search functionality in the library

• 8. Verify that theambiguous monomer behaves correctly when connect with other structures on the canvas

• 10.1 Verify the deletion of ambiguous monomers from the canvas (by Erase tool)

• 10.2 Verify the deletion of ambiguous monomers from the canvas (by Erase tool)

• 11.1 Verify the deletion of ambiguous monomers from the canvas (by Erase tool)

• 11.2 Verify the deletion of ambiguous monomers from the canvas (by Erase tool)

• 12.1 Verify the undo/redo functionality with ambiguous peptide (X) on the canvas

• 12.2 Verify the undo/redo functionality with ambiguous Base (RNA_N) on the canvas

• 13. Verify saving and load to canvas ambiguous monomers in KET format (macro mode)

• Verify saving and load to canvas ambiguous monomers in MDL Molfile V3000 format (macro mode) - BUG

• 15.1 Verify saving ambiguous peptides (with mapping, alternatives) in Sequence format (macro mode)

• 15.2 Verify saving ambiguous peptides (with mapping, mixed) in Sequence format (macro mode)

• 15.3 Verify saving ambiguous peptides (without mapping, alternatives) in Sequence format (macro mode)

• 15.4 Verify saving ambiguous peptides (without mapping, mixed) in Sequence format (macro mode)

• 15.5 Verify saving ambiguous DNA bases (with mapping, alternatives) in Sequence format (macro mode)

• 15.6 Verify saving ambiguous DNA bases (with mapping, mixed) in Sequence format (macro mode)

• 15.7 Verify saving ambiguous RNA bases (with mapping, alternatives) in Sequence format (macro mode)

• 15.8 Verify saving ambiguous RNA bases (with mapping, mixed) in Sequence format (macro mode)

• 15.9 Verify saving ambiguous (common) bases (with mapping, alternatives) in Sequence format (macro mode)

• 15.10 Verify saving ambiguous (common) bases (with mapping, mixed) in Sequence format (macro mode)

• 16.1 Verify saving ambiguous peptides (with mapping, alternatives) in FASTA format (macro mode)

• 16.2 Verify saving ambiguous peptides (with mapping, mixed) in FASTA format (macro mode)

• 16.3 Verify saving ambiguous peptides (without mapping, alternatives) in FASTA format (macro mode)

• 16.4 Verify saving ambiguous peptides (without mapping, mixed) in FASTA format (macro mode)

• 16.5 Verify saving ambiguous DNA bases (with mapping, alternatives) in FASTA format (macro mode)

• 16.6 Verify saving ambiguous DNA bases (with mapping, mixed) in FASTA format (macro mode)

• 16.7 Verify saving ambiguous RNA bases (with mapping, alternatives) in FASTA format (macro mode)

• 16.8 Verify saving ambiguous RNA bases (with mapping, mixed) in FASTA format (macro mode)

• 16.9 Verify saving ambiguous (common) bases (with mapping, alternatives) in FASTA format (macro mode)

• 16.10 Verify saving ambiguous (common) bases (with mapping, mixed) in FASTA format (macro mode)

• 17.1 Verify saving ambiguous peptides (with mapping, alternatives) in IDT format (macro mode)

• 17.2 Verify saving ambiguous peptides (with mapping, mixed) in IDT format (macro mode)

• 17.3 Verify saving ambiguous peptides (without mapping, alternatives) in IDT format (macro mode)

• 17.4 Verify saving ambiguous peptides (without mapping, mixed) in IDT format (macro mode)

• 17.5 Verify saving ambiguous DNA bases (with mapping, alternatives) in IDT format (macro mode)

• 17.6 Verify saving ambiguous DNA bases (with mapping, mixed) in IDT format (macro mode)

• 17.7 Verify saving ambiguous RNA bases (with mapping, alternatives) in IDT format (macro mode)

• 17.8 Verify saving ambiguous RNA bases (with mapping, mixed) in IDT format (macro mode)

• 17.9 Verify saving ambiguous (common) bases (with mapping, alternatives) in IDT format (macro mode)

• 17.10 Verify saving ambiguous (common) bases (with mapping, mixed) in IDT format (macro mode)

• 17.11 Verify saving RNA ambigous base connected to DNA sugar to IDT

• 17.12 Verify saving DNA ambigous base connected to RNA sugar to IDT

• Import correct IDT sequence: 64. Ambiguous monomers from the library - Common bases

• Import correct IDT sequence: 65. Ambiguous monomers from the library - DNA bases

• Import correct IDT sequence: 66. Ambiguous monomers from the library - RNA bases

• Export to SVG: Verify it is possible to export Flex mode canvas with 1. Ambiguous (common) Bases (alternatives) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 2. Ambiguous (common) Bases (mixed) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 3. Ambiguous DNA Bases (alternatives) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 4. Ambiguous DNA Bases (alternatives) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 5. Ambiguous RNA Bases (alternatives) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 6. Ambiguous RNA Bases (mixed) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 7. Peptides (that have mapping to library, alternatives) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 8. Peptides (that have mapping to library, mixed) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 9. Peptides (that have no mapping to library, alternatives) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 10. Peptides (that have no mapping to library, mixed) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 11. RNA ambigous bases connected to DNA sugar (mixed) to SVG

• Export to SVG: Verify it is possible to export Flex mode canvas with 12. DNA ambigous bases connected to RNA sugar (mixed) to SVG