Add PT tests and missing PrettyTables funs.

src/GMT.jl

@@ -427,8 +427,8 @@ using GMT.Laszip
 	#arrows([0 8.2 0 6], limits=(-2,4,0,9), arrow=(len=2,stop=1,shape=0.5,fill=:red), axis=:a, pen="6p");
 	theme()
 	#rescale(mat2img(rand(UInt16, 16,16,3)))
-	plot(rand(5,2))
 	GMT.finish_PS_nested(Dict{Symbol, Any}(), ["psbasemap  -Rd -JX15c/0 -Baf -BWSen"])
+	plot(rand(5,2))
 	resetGMT()
 end
 

src/PrettyTables.jl

@@ -829,15 +829,8 @@ function _print_table_with_text_back_end(
 
 	# -- Column Alignment Regex ------------------------------------------------------------
 
-	_apply_alignment_anchor_regex!(ptable, table_str, actual_columns_width,
-		# Configurations.
-		alignment_anchor_fallback,
-		alignment_anchor_fallback_override,
-		alignment_anchor_regex,
-		columns_width,
-		maximum_columns_width,
-		minimum_columns_width
-	)
+	_apply_alignment_anchor_regex!(ptable, table_str, actual_columns_width, alignment_anchor_fallback,
+		alignment_anchor_fallback_override, alignment_anchor_regex, columns_width, maximum_columns_width, minimum_columns_width)
 
 	# If the user wants all the columns with the same size, select the larger.
 	if equal_columns_width
@@ -863,8 +856,7 @@ function _print_table_with_text_back_end(
 	# -- Process the Title -----------------------------------------------------------------
 
 	title_tokens = _tokenize_title(title, display.size[2], table_width,
-		title_alignment, title_autowrap, title_same_width_as_table
-	)
+		title_alignment, title_autowrap, title_same_width_as_table)
 
 	# == Print the Table ===================================================================
 
@@ -1223,6 +1215,61 @@ function _print_title!(display::Display, title_tokens::Vector{String})
 	return nothing
 end
 
+function _str_autowrap(tokens_raw::Vector{String}, width::Int = 0)
+    width <= 0 && error("If `autowrap` is true, then the width must not be positive.")
+    tokens = String[]
+
+    for token in tokens_raw
+        sub_tokens = String[]
+        length_tok = length(token)
+
+        # Get the list of valid indices to handle UTF-8 strings. In this case, the n-th
+        # character of the string can be accessed by `token[tok_ids[n]]`.
+        tok_ids = collect(eachindex(token))
+
+        if length_tok > width
+            # First, let's analyze from the beginning of the token up to the field width.
+            #
+            # k₀ is the character that will start the sub-token.
+            # k₁ is the character that will end the sub-token.
+            k₀ = 1
+            k₁ = k₀ + width - 1
+
+            while k₀ <= length_tok
+                # Check if the remaining string fit in the available space.
+                if k₁ == length_tok
+                    push!(sub_tokens, token[tok_ids[k₀:k₁]])
+
+                else
+                    # If the remaining string does not fit into the available space, then we
+                    # search for spaces to crop.
+                    Δ = 0
+                    for k = k₁:-1:k₀
+                        if token[tok_ids[k]] == ' '
+                            # If a space is found, then select `k₁` as this character and
+                            # use `Δ` to remove it when printing, so that we hide the space.
+                            k₁ = k
+                            Δ  = 1
+                            break
+                        end
+                    end
+
+                    push!(sub_tokens, token[tok_ids[k₀:k₁-Δ]])
+                end
+
+                # Move to the next analysis window.
+                k₀ = k₁+1
+                k₁ = clamp(k₀ + width - 1, 0, length_tok)
+            end
+            push!(tokens, sub_tokens...)
+        else
+            push!(tokens, token)
+        end
+    end
+
+    return tokens
+end
+
 # Split the table title into tokens considering the line break character.
 function _tokenize_title(title::AbstractString, display_width::Int, table_width::Int,
 	# Configurations
@@ -2833,9 +2880,7 @@ function ProcessedTable(data::Any, header::Any;
 		end
 	end
 
-	if max_num_of_columns > 0
-		max_num_of_columns = min(max_num_of_columns, num_data_columns)
-	end
+	(max_num_of_columns > 0) && (max_num_of_columns = min(max_num_of_columns, num_data_columns))
 
 	return ProcessedTable(
 		data = data,
@@ -2860,15 +2905,11 @@ function _add_column!(ptable::ProcessedTable, new_column::AbstractVector, new_he
 	# data.
 	num_rows, ~ = _data_size(ptable)
 
-	if num_rows != length(new_column)
-		error("The size of the new column does not match the size of the table.")
-	end
+	(num_rows != length(new_column)) && error("The size of the new column does not match the size of the table.")
 
 	# The symbol cannot be `:__ORIGINAL_DATA__` because it is used to identified
 	# if a column is part of the original data.
-	if id == :__ORIGINAL_DATA__
-		error("The new column identification symbol cannot be `:__ORIGINAL_DATA__`.")
-	end
+	(id == :__ORIGINAL_DATA__) && error("The new column identification symbol cannot be `:__ORIGINAL_DATA__`.")
 
 	push!(ptable._additional_column_id, id)
 	push!(ptable._additional_data_columns, new_column)
@@ -3022,9 +3063,7 @@ end
 
 # Parse the table `cell` of type `T` and return a vector of `String` with the parsed cell
 # text, one component per line.
-function _text_parse_cell(
-	@nospecialize(io::IOContext),
-	cell::Any;
+function _text_parse_cell(@nospecialize(io::IOContext), cell::Any;
 	autowrap::Bool = true,
 	cell_data_type::DataType = Nothing,
 	cell_first_line_only::Bool = false,
@@ -3223,10 +3262,7 @@ function _get_column_alignment(ptable::ProcessedTable, j::Int)
 
 		# The apparently unnecessary conversion to `Symbol` avoids type instability.
 		ptable_data_alignment = ptable._data_alignment
-
-		alignment = ptable_data_alignment isa Symbol ?
-			Symbol(ptable_data_alignment) :
-			Symbol(ptable_data_alignment[jr])
+		alignment = ptable_data_alignment isa Symbol ?  Symbol(ptable_data_alignment) : Symbol(ptable_data_alignment[jr])
 
 		return alignment
 	else

src/psxy.jl

@@ -22,7 +22,7 @@ function _common_plot_xyz(cmd0::String, arg1, caller::String, O::Bool, K::Bool,
 
 	arg2, arg3, arg4 = nothing, nothing, nothing
 	N_args::Int = (arg1 === nothing) ? 0 : 1
-	is_ternary = (caller == "ternary") ? true : false
+	is_ternary = (caller == "ternary")
 	if     (is3D)       gmt_proggy = (IamModern[1]) ? "plot3d "  : "psxyz "
 	elseif (is_ternary) gmt_proggy = (IamModern[1]) ? "ternary " : "psternary "
 	else		        gmt_proggy = (IamModern[1]) ? "plot "    : "psxy "
@@ -32,7 +32,7 @@ function _common_plot_xyz(cmd0::String, arg1, caller::String, O::Bool, K::Bool,
 	cmd, isFV, caller, sub_module, gmt_proggy, opt_A, g_bar_fill, arg1 = parse_plot_callers(d, gmt_proggy, caller, is3D, O, arg1)
 
 	# --------------------- Check the grid2tri cases --------------------
-	cmd, is_gridtri, arg1 = parse_grid2tri_case(d, cmd, caller, is3D, isFV, O, arg1)
+	cmd, is_gridtri, arg1 = parse_grid2tri_case(d, cmd, caller, is3D, isFV, O, arg1)	# FORCES RECOMPILE
 
 	isa(arg1, GMTdataset) && (arg1 = with_xyvar(d, arg1))		# See if we have a column request based on column names
 	if ((val = hlp_desnany_int(d, [:decimate])) !== -999)		# Asked for a clever data decimation?
@@ -63,7 +63,7 @@ function _common_plot_xyz(cmd0::String, arg1, caller::String, O::Bool, K::Bool,
 		(isa(arg1, GMTdataset) && size(arg1,2) > 1 && !isempty(arg1.colnames)) && (CTRL.XYlabels[1] = arg1.colnames[1]; CTRL.XYlabels[2] = arg1.colnames[2])
 		isa(arg1, Vector{<:GMTdataset}) && !isempty(arg1[1].colnames) && (CTRL.XYlabels[1] = arg1[1].colnames[1]; CTRL.XYlabels[2] = arg1[1].colnames[2])
 		if (is_ternary)  cmd, opt_J = parse_J(d, cmd, default=def_J)
-		else             cmd, opt_B, opt_J, opt_R = parse_BJR(d, cmd, caller, O, def_J)
+		else             cmd, opt_B, opt_J, opt_R = parse_BJR(d, cmd, caller, O, def_J)	# FORCES RECOMPILE
 		end
 		# Current parse_B does not add a default -Baz when 3D AND -J has a projection. More or less fix that.
 		if (is3D && opt_B != "" && !contains(opt_B, " -Bz"))
@@ -75,14 +75,14 @@ function _common_plot_xyz(cmd0::String, arg1, caller::String, O::Bool, K::Bool,
 
 	axis_equal = is_axis_equal(d)		# See if the user asked for an equal aspect ratio
 	cmd, opt_JZ = parse_JZ(d, cmd; O=O, is3D=is3D)
-	cmd, = parse_common_opts(d, cmd, [:a :e :f :g :t :w :margin :params]; first=first)
+	cmd, _ = parse_common_opts(d, cmd, [:a :e :f :g :t :w :margin :params]; first=first)	# FORCES RECOMPILE
 	cmd, opt_l = parse_l(d, cmd)		# Parse this one (legend) aside so we can use it in classic mode
 	cmd, opt_f = parse_f(d, cmd)		# Parse this one (-f) aside so we can check against D.attrib
 	cmd  = parse_these_opts(cmd, d, [[:D :shift :offset], [:I :intens], [:N :no_clip :noclip], [:T]])
 	parse_ls_code!(d::Dict)				# Check for linestyle codes (must be before the GMTsyntax_opt() call)
 	cmd  = GMTsyntax_opt(d, cmd)[1]		# See if an hardcore GMT syntax string has been passed by mk_styled_line!
 	(is_ternary) && (cmd = add_opt(d, cmd, "M", [:M :dump]))
-	opt_UVXY = parse_UVXY(d, "")		# Need it separate to not risk to double include it.
+	opt_UVXY = parse_UVXY(d, "")		# FORCES RECOMPILE	# Need it separate to not risk to double include it.
 	cmd, opt_c = parse_c(d, cmd)		# Need opt_c because we may need to remove it from double calls
 
 	if (isa(arg1, GDtype) && !contains(opt_f, "T") && !contains(opt_f, "t") && !contains(opt_R, "T") && !contains(opt_R, "t"))
@@ -632,9 +632,9 @@ function with_xyvar(d::Dict, arg1::GMTdataset, no_x::Bool=false)::Union{GMTdatas
 
 	function getcolvar(d::Dict, var::VMs)::Int
 		((_val = find_in_dict(d::Dict, var)[1]) === nothing) && return 0
-		!(isa(_val, Integer) || isa(_val, String) || isa(_val, Symbol)) && error("$(var) can only be an Int, a String or a Symbol but was a $(typeof(_val))")
-		c = isa(_val, Integer) ? _val : ((_ind = findfirst(string(_val)::String .== arg1.colnames)) !== nothing ? _ind : 0)
-		(c < 1 || c > size(arg1,2)) && error("$(var) Col name not found in GMTdataset col names or exceed col count.")
+		!(isa(_val, Int) || isa(_val, StrSymb)) && error("$(_val) can only be an Int, a String or a Symbol but was a $(typeof(_val))")
+		c::Int = isa(_val, Int) ? _val : ((_ind = findfirst(string(_val)::String .== arg1.colnames)) !== nothing ? _ind : 0)
+		(c < 1 || c > size(arg1,2)) && error("$(_val) Col name not found in GMTdataset col names or exceed col count.")
 		return c
 	end
 

test/runtests.jl

@@ -21,6 +21,9 @@ using InteractiveUtils
 	include("test_PT_column_width.jl")
 	include("test_PT_default.jl")
 	include("test_PT_table_lines.jl")
+	include("test_PT_line_breaks.jl")
+	include("test_PT_row_numbers.jl")
+	include("test_PT_titles.jl")
 
 	include("test_avatars.jl")
 	include("test_misc.jl")

test/test_PT_default.jl

@@ -296,17 +296,10 @@ end
 └────────────┘
 """
 
-    result = pretty_table(
-        String,
-        vec;
-        header = (["Header"], ["Sub-header"])
-    )
+    result = pretty_table(String, vec; header = (["Header"], ["Sub-header"]))
     @test result == expected
 
-    @test_throws Exception pretty_table(
-        vec;
-        header = ["1", "1"]
-    )
+    @test_throws Exception pretty_table( vec; header = ["1", "1"])
 end
 
 @testset "Print missing, nothing, and #undef" begin
@@ -360,4 +353,17 @@ data = Any[1    false      1.0     0x01 ;
     io_result = String(take!(io))
 
     @test io_result == ("\e[1F\e[2K"^(num_lines) * result)
+
+    GMT._next_string_state('a', :escape_state_begin)
+    GMT._next_string_state('a', :escape_state_opening)
+    GMT._next_string_state('a', :escape_state_1)
+    GMT._next_string_state('a', :escape_state_2)
+    GMT._next_string_state('a', :escape_state_3)
+    GMT._next_string_state('a', :escape_hyperlink_opening)
+    GMT._next_string_state('a', :escape_hyperlink_1)
+    GMT._next_string_state('a', :escape_hyperlink_2)
+    GMT._next_string_state('a', :escape_hyperlink_1)
+    GMT._next_string_state('a', :escape_hyperlink_3)
+    GMT._next_string_state('a', :escape_hyperlink_end)
+    GMT._next_string_state('a', :escape_state_end)
 end