exa/xtests/grid-view.toml

# file name tests

[[cmd]]
name = "‘exa’ produces a grid of file names"
shell = "exa /testcases/file-names"
environment = { COLUMNS = "80" }
stdout = { file = "outputs/names_grid.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]

[[cmd]]
name = "‘exa -x’ produces an across grid of file names"
shell = "exa -x /testcases/file-names"
environment = { COLUMNS = "80" }
stdout = { file = "outputs/names_grid_across.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid', 'across' ]


# recurse tests

[[cmd]]
name = "‘exa -R’ produces several grids of file names"
shell = "exa -R /testcases/file-names"
environment = { COLUMNS = "80" }
stdout = { file = "outputs/names_grid_recurse.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid', 'recurse' ]


# symlink tests

[[cmd]]
name = "‘exa’ highlights symlinks and broken symlinks"
shell = "exa /testcases/links"
environment = { COLUMNS = "80" }
stdout = { file = "outputs/links_grid.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]



# columns and width tests

[[cmd]]
name = "‘COLUMNS=40 exa’ produces a grid of 4 columns"
shell = "exa /testcases/files"
environment = { COLUMNS = "40" }
stdout = { file = "outputs/files_grid_4col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]

[[cmd]]
name = "‘COLUMNS=80 exa’ produces a grid of 8 columns"
shell = "exa /testcases/files"
environment = { COLUMNS = "80" }
stdout = { file = "outputs/files_grid_8col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]

[[cmd]]
name = "‘COLUMNS=120 exa’ produces a grid of 13 columns"
shell = "exa /testcases/files"
environment = { COLUMNS = "120" }
stdout = { file = "outputs/files_grid_13col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]

[[cmd]]
name = "‘COLUMNS=160 exa’ produces a grid of 13 columns"
shell = "exa /testcases/files"
environment = { COLUMNS = "160" }
stdout = { file = "outputs/files_grid_13col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]

[[cmd]]
name = "‘COLUMNS=200 exa’ produces a grid of 20 columns"
shell = "exa /testcases/files"
environment = { COLUMNS = "200" }
stdout = { file = "outputs/files_grid_20col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]


# columns and width tests with files
# (these rely on bash’s glob sort order)
# (some of the output files also have trailing whitespace)

[[cmd]]
name = "‘COLUMNS=100 exa’ with file arguments produces a grid of 3 columns, with full paths"
shell = "exa /testcases/files/*"
environment = { COLUMNS = "100" }
stdout = { file = "outputs/files_paths_grid_3col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]

[[cmd]]
name = "‘COLUMNS=150 exa’ with file arguments produces a grid of 5 columns, with full paths"
shell = "exa /testcases/files/*"
environment = { COLUMNS = "150" }
stdout = { file = "outputs/files_paths_grid_5col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]

[[cmd]]
name = "‘COLUMNS=200 exa’ with file arguments produces a grid of 7 columns, with full paths"
shell = "exa /testcases/files/*"
environment = { COLUMNS = "200" }
stdout = { file = "outputs/files_paths_grid_7col.ansitxt" }
stderr = { empty = true }
status = 0
tags = [ 'env', 'grid' ]