working product
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pika
parent
1ee311e561
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903fe0392c
1 changed files with 163 additions and 117 deletions
280
checkpkg.py
280
checkpkg.py
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@ -94,147 +94,193 @@ def fetch_package_data(package):
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return None
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def print_table(output, headers, selected_pms, args):
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"""Print formatted table with consistent alignment"""
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"""Print formatted table with consistent alignment or list for small terminals"""
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# Terminal dimensions
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terminal_width = shutil.get_terminal_size().columns
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min_col_width = 10
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padding = 1 # Space on each side of the column content
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# Calculate initial column widths based on content
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pkg_col_width = max(
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len(headers[0]),
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max(len(pkg) for pkg in args.packages) if args.packages else min_col_width
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) + (padding * 2)
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# Calculate package availability for coloring
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pkg_availability = {}
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for pkg in args.packages:
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versions = output.get(pkg, {})
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available_count = sum(1 for pm in selected_pms if versions.get(pm, 'Not found') != 'Not found')
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if available_count == 0:
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pkg_availability[pkg] = 'red' # Not available anywhere
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elif available_count == len(selected_pms):
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pkg_availability[pkg] = 'green' # Available everywhere
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else:
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pkg_availability[pkg] = 'yellow' # Available in some places
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# Allocate remaining space proportionally to other columns
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remaining_width = terminal_width - pkg_col_width - (3 * len(selected_pms)) # 3 chars for " | "
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version_col_width = max(min_col_width, remaining_width // len(selected_pms))
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# Determine minimum required widths
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min_pkg_width = max(len(pkg) for pkg in args.packages) + 2
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min_pm_width = 10
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min_required_width = min_pkg_width + (min_pm_width * len(selected_pms)) + (3 * len(selected_pms))
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# Define column widths
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col_widths = [pkg_col_width] + [version_col_width] * len(selected_pms)
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# If terminal is too narrow for the table, use list format instead
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if terminal_width < min_required_width and len(selected_pms) > 1:
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print_list_format(output, headers, selected_pms, args, pkg_availability)
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return
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# Adjust to fit terminal if needed
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while sum(col_widths) + (3 * (len(col_widths) - 1)) > terminal_width and min(col_widths) > min_col_width:
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max_idx = col_widths.index(max(col_widths))
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col_widths[max_idx] -= 1
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# Calculate column widths
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padding = 1 # Space on each side of content
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# Calculate total table width for separators
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# Package column width
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pkg_col_width = min(min_pkg_width + 4, max(min_pkg_width, terminal_width // (len(selected_pms) + 3)))
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# PM column widths (divide remaining space equally)
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remaining_width = terminal_width - pkg_col_width - (3 * len(selected_pms))
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pm_col_width = max(min_pm_width, remaining_width // len(selected_pms))
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col_widths = [pkg_col_width] + [pm_col_width] * len(selected_pms)
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# Print header row
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header_cells = []
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for i, header in enumerate(headers):
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text = header.center(col_widths[i] - (2 * padding))
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cell = " " * padding + colorize(text, 'header') + " " * padding
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header_cells.append(cell)
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print(" | ".join(header_cells))
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# Print separator line
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total_width = sum(col_widths) + (3 * (len(col_widths) - 1))
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# Print headers (centered)
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header_row = []
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for idx, header in enumerate(headers):
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header_text = header.center(col_widths[idx] - (padding * 2))
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padded_header = " " * padding + colorize(header_text, 'header') + " " * padding
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header_row.append(padded_header.ljust(col_widths[idx]))
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print(" | ".join(header_row))
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# Print main separator line
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print("-" * total_width)
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# Process and print each package row
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for pkg_index, pkg in enumerate(args.packages):
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versions = output.get(pkg, {pm: 'Not found' for pm in selected_pms})
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# Print each package row
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for pkg_idx, pkg in enumerate(args.packages):
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versions = output.get(pkg, {})
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# Prepare content for each cell
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cells_content = []
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# First collect all data for this package
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package_data = []
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# Package name (first column)
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cells_content.append(colorize(pkg, 'bold'))
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package_data.append([colorize(pkg, pkg_availability[pkg])])
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# Version information (remaining columns)
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# Version data for each package manager
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for pm in selected_pms:
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version = versions.get(pm, 'Not found')
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color = 'green' if version != 'Not found' else 'red'
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if 'AUR' in version: color = 'yellow'
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# Apply color to the entire string at once
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cells_content.append(colorize(version, color))
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# Apply wrapping to each cell based on column width
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wrapped_cells = []
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for idx, content in enumerate(cells_content):
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# Use raw text for wrapping calculation, but keep the colored text for display
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raw_text = content
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if colorize.is_tty:
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# Remove ANSI color codes for length calculation
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raw_text = re.sub(r'\033\[\d+m', '', content)
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avail_width = col_widths[idx] - (padding * 2)
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if version == 'Not found':
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package_data.append([colorize('-', 'red')])
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continue
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# Wrap text without color codes
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wrapped_lines = textwrap.wrap(
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raw_text,
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width=avail_width,
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break_long_words=False,
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break_on_hyphens=True
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) or ['']
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# Extract version number and repositories
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version_parts = []
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match = re.match(r'(.*?)\s+\((.*)\)$', version)
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# If we have color codes, we need to re-apply coloring to each wrapped line
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if colorize.is_tty:
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color = None
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if idx == 0: # Package name
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color = 'bold'
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else: # Version info
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if 'Not found' in raw_text:
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color = 'red'
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elif 'AUR' in raw_text:
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color = 'yellow'
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else:
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color = 'green'
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if match:
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ver_num, repos = match.groups()
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version_parts.append(colorize(ver_num, 'green'))
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# Apply the same color to each wrapped line
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wrapped_lines = [colorize(line, color) for line in wrapped_lines]
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wrapped_cells.append(wrapped_lines)
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# Determine how many lines this row needs
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max_lines = max(len(cell) for cell in wrapped_cells)
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# Print each line of the row
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for line_idx in range(max_lines):
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row_parts = []
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for col_idx, cell_lines in enumerate(wrapped_cells):
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if line_idx < len(cell_lines):
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content = cell_lines[line_idx]
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if line_idx > 0: # For continuation lines
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# Indent continuation lines for better readability
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# We can't simply add characters to colored text, need to handle differently
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if colorize.is_tty:
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# Need to extract the color codes and apply them after indent
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plain_content = re.sub(r'\033\[\d+m', '', content)
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color_prefix = content[:content.find(plain_content)]
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color_suffix = COLORS['reset']
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content = color_prefix + " " + plain_content + color_suffix
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else:
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content = " " + content
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# Calculate proper padding with color codes
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if colorize.is_tty:
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plain_content = re.sub(r'\033\[\d+m', '', content)
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color_parts = content.split(plain_content)
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padded = " " * padding + content + " " * padding
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# For colored text, we need to calculate padding differently
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plain_padded = " " * padding + plain_content + " " * padding
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padding_needed = col_widths[col_idx] - len(plain_padded)
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if padding_needed > 0:
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padded += " " * padding_needed
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else:
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padded = (" " * padding + content + " " * padding).ljust(col_widths[col_idx])
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row_parts.append(padded)
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# Format repositories
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repo_lines = []
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repo_text = "(" + repos + ")"
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# Wrap repository text if needed
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avail_width = col_widths[len(package_data)] - (2 * padding)
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if len(repo_text) <= avail_width:
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repo_lines.append(colorize(repo_text, 'green'))
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else:
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# Empty space for this cell in this line
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row_parts.append(" " * col_widths[col_idx])
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print(" | ".join(row_parts))
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# Handle wrapping for repositories
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repo_parts = repos.split(', ')
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current_line = "("
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for repo in repo_parts:
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if len(current_line) + len(repo) + 2 <= avail_width:
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if current_line != "(":
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current_line += ", "
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current_line += repo
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else:
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if current_line != "(":
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current_line += ")"
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repo_lines.append(colorize(current_line, 'green'))
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current_line = " " + repo
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if current_line != "(":
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current_line += ")" if not current_line.startswith(" ") else ""
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repo_lines.append(colorize(current_line, 'green'))
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# Combined version and repo lines
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package_data.append([version_parts[0]] + repo_lines)
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else:
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# Simple version string
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package_data.append([colorize(version, 'green')])
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# Add a separator between packages (but not after the last one)
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if pkg_index < len(args.packages) - 1:
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# Use a lighter separator for between packages
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# Determine max number of lines needed
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max_lines = max(len(column) for column in package_data)
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# Print all lines for this package
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for line_idx in range(max_lines):
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row_cells = []
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for col_idx, col_data in enumerate(package_data):
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if line_idx < len(col_data):
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# Actual content
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content = col_data[line_idx]
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content_plain = re.sub(r'\033\[\d+m', '', content)
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# Calculate padding
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left_pad = padding
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right_pad = max(0, col_widths[col_idx] - len(content_plain) - left_pad)
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cell = " " * left_pad + content + " " * right_pad
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else:
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# Empty cell
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cell = " " * col_widths[col_idx]
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row_cells.append(cell)
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print(" | ".join(row_cells))
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# Add separator between packages
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if pkg_idx < len(args.packages) - 1:
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print("·" * total_width)
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def print_list_format(output, headers, selected_pms, args, pkg_availability):
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"""Print packages in a vertical list format for narrow terminals"""
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terminal_width = shutil.get_terminal_size().columns
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for pkg_idx, pkg in enumerate(args.packages):
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pkg_color = pkg_availability[pkg]
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versions = output.get(pkg, {})
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# Print package header with color based on availability
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print(f"\n{colorize('Package:', 'bold')} {colorize(pkg, pkg_color)}")
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print("-" * min(40, terminal_width - 2))
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# Print versions for each package manager
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for pm in selected_pms:
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pm_name = headers[selected_pms.index(pm) + 1] # Get friendly display name
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version = versions.get(pm, 'Not found')
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if version == 'Not found':
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print(f"{colorize(pm_name, 'header')}: {colorize('-', 'red')}")
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else:
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# Extract version and repo information
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match = re.match(r'(.*?)\s+\((.*)\)$', version)
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if match:
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ver_num, repos = match.groups()
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# Handle long repository lists with wrapping
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if len(pm_name) + len(ver_num) + len(repos) + 5 > terminal_width:
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print(f"{colorize(pm_name, 'header')}: {colorize(ver_num, 'green')}")
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# Wrap repositories with proper indentation
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wrapper = textwrap.TextWrapper(
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width=terminal_width - 4,
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initial_indent=" ",
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subsequent_indent=" "
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)
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wrapped = wrapper.fill(f"({repos})")
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print(colorize(wrapped, 'green'))
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else:
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print(f"{colorize(pm_name, 'header')}: {colorize(ver_num, 'green')} ({repos})")
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else:
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print(f"{colorize(pm_name, 'header')}: {colorize(version, 'green')}")
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# Add separator between packages
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if pkg_idx < len(args.packages) - 1:
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print("\n" + "-" * min(40, terminal_width - 2))
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def main():
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parser = argparse.ArgumentParser(description='Package search tool')
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parser.add_argument('--all', action='store_true')
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