def single_item(itemID):
if longView:
data = core.get_by_id(datafile, itemID)
else:
raw = core.get_by_id(datafile, itemID)[itemID]
data = {itemID:{"make":raw.get("make"), "model":raw.get("model")}}
return pretty_data(data)
def single_item(itemID):
if longView:
data = core.get_by_id(datafile, itemID)
else:
raw = core.get_by_id(datafile, itemID)[itemID]
data = {itemID: {"make": raw.get("make"), "model": raw.get("model")}}
return util.pretty_data(data)
def html_one(datafile, itemID):
unit = []
item = core.get_by_id(datafile, itemID)[itemID]
links = item.get("links")
subclass = item.get("subcat")
if subclass == "35mm":
subclass = "thirtyfive"
unit.append("<div class=\"item\"><div class=\""+subclass+"\"><a name=\""+itemID+"\"></a>")
unit.append("\n\t<p><b>"+core.display_name(item)+"</b></p>")
unit.append("\n\t<p><small><i>"+core.display_cat(item)+"</i></small></p>")
if links:
linktext = "\n\t<p>bundled with: "
if item.get("cat") == core.categories[9]:
linktext = "\n\t<p>kit contents: "
#unit.append("\n\t<p>bundled with: ")
unit.append(linktext)
for x in links:
unit.append("<a href=\"#"+x+"\">"+core.display_name(core.get_by_id(datafile, x)[x])+"</a> ")
unit.append("</p>")
unit.append("\n\t<p align=\"right\"><small>"+colored_status(item)+"</small></p>")
unit.append("\n\t<div class=\"meta\"><p><small>"+itemID+" "+str(item)+"</small></p></div>")
unit.append("\n</div></div>\n")
return "".join(unit)
def data_menu():
global scratch
dataOptions = ["show dataset", "show scratchpad", "clear scratchpad","show last search", "toggle view", "view detail", "count items", "search", "edit item", "add item", "back to main"]
print("")
print("DATA BROWSING")
print("-------------")
print_menu(dataOptions)
print("\ntell me your desires (q to cancel): ", end="")
choice = input()
if choice == "0":
print(show_dataset(datafile))
elif choice == "1":
for x in scratch:
print(pretty_data(core.get_by_id(datafile, x)))
elif choice == "2":
scratch = []
elif choice == "3":
for x in lastSearch:
print(pretty_data(core.get_by_id(datafile, x)))
print("total found: "+str(len(lastSearch)))
elif choice == "4":
print(toggle_view())
elif choice == "5":
print(divider)
itemID = pick_id()
if itemID == quickrel:
print(quickrel)
else:
print(view_detail(itemID))
elif choice == "6":
print(divider)
print(count_data())
elif choice == "7":
print(divider)
print(search_data())
elif choice == "8":
print(divider)
itemID = pick_id()
if itemID == quickrel:
print(quickrel)
else:
print(edit_item(itemID))
elif choice == "9":
print(item_adder())
elif choice == "10":
return divider
elif choice == 'q':
return quickrel
else:
print(invalid)
autosave()
return data_menu()
def change_status(itemID):
status = pick_list(core.statuses, "set status")
links = get_links(itemID)
for x in links:
raw = core.get_by_id(datafile, x)[x]
raw.update({"status": status})
return "status updated!"
def edit_item(itemID):
raw = core.get_by_id(datafile, itemID)[itemID]
fields = []
print("")
print(single_item(itemID))
print("\nEDITING DEETS")
i = 0
for x in sorted(raw.keys()):
#for x in iter(raw):
util.setrandcolor()
print("\t[ ", end="")
if i < 10:
print(" ", end="")
print(str(i)+" ] "+x+": "+str(raw.get(x)))
i += 1
fields.append(x)
util.resetcolor()
print("\n\t[ a ] (add new field)")
print("what do you want to edit? (q to cancel) ", end="")
choice = input()
if choice =='q':
return quickrel
if choice == "a":
print("whatcha calling this new 'field'? ", end="")
key = input()
else:
key = fields[int(choice)]
raw.update(edit_field(key))
return edit_item(itemID)
def change_loc(itemID):
loc = pick_list(core.locations, "set location")
links = get_links(itemID)
for x in links:
raw = core.get_by_id(datafile, x)[x]
raw.update({"loc":loc})
return "location updated!"
def change_status(itemID):
status = pick_list(core.statuses, "set status")
links = get_links(itemID)
for x in links:
raw = core.get_by_id(datafile, x)[x]
raw.update({"status":status})
return "status updated!"
def change_loc(itemID):
loc = pick_list(core.locations, "set location")
links = get_links(itemID)
for x in links:
raw = core.get_by_id(datafile, x)[x]
raw.update({"loc": loc})
return "location updated!"
def edit_item(itemID):
raw = core.get_by_id(datafile, itemID)[itemID]
fields = []
print("")
print(single_item(itemID))
print("\nEDITING DEETS")
i = 0
for x in sorted(raw.keys()):
#for x in iter(raw):
util.setrandcolor()
print("\t[ ", end="")
if i < 10:
print(" ", end="")
print(str(i) + " ] " + x + ": " + str(raw.get(x)))
i += 1
fields.append(x)
util.resetcolor()
print("\n\t[ a ] (add new field)")
print("what do you want to edit? (q to cancel) ", end="")
choice = input()
if choice == 'q':
return quickrel
if choice == "a":
print("whatcha calling this new 'field'? ", end="")
key = input()
else:
key = fields[int(choice)]
raw.update(edit_field(key))
return edit_item(itemID)
def html_cat(datafile, category):
# output everything of a certain category
items = []
ids = core.get_all_ids(datafile)
subcats = dict(zip(core.subcategories, [[],[],[],[],[]]))
other = []
#print(category)
for x in ids:
item = core.get_by_id(datafile, x)[x]
if item.get("cat") == category:
subcat = item.get("subcat")
if subcat and subcat != "none":
subcats.get(subcat).append(x)
else:
other.append(x)
for y in iter(subcats):
for z in subcats.get(y):
items.append(html_one(datafile, z))
for y in other:
items.append(html_one(datafile, y))
return "".join(items)
def html_cat(datafile, category):
# output everything of a certain category
items = []
ids = core.get_all_ids(datafile)
subcats = dict(zip(core.subcategories, [[], [], [], [], []]))
other = []
#print(category)
for x in ids:
item = core.get_by_id(datafile, x)[x]
if item.get("cat") == category:
subcat = item.get("subcat")
if subcat and subcat != "none":
subcats.get(subcat).append(x)
else:
other.append(x)
for y in iter(subcats):
for z in subcats.get(y):
items.append(html_one(datafile, z))
for y in other:
items.append(html_one(datafile, y))
return "".join(items)
def get_links(itemID):
links = []
target = core.get_by_id(datafile, itemID).get(itemID).get("links")
if target:
links.extend(target)
links.append(itemID)
return links
def update_time(itemID):
# update itemID with current timestamp
print("stamping " + itemID)
item = {
itemID: core.update_time(core.get_by_id(datafile, itemID).get(itemID))
}
datafile.update(item)
def get_links(itemID):
links = []
target = core.get_by_id(datafile, itemID).get(itemID).get("links")
if target:
links.extend(target)
links.append(itemID)
return links
def short_data(data):
ids = core.get_all_ids(data)
shortdata = {}
for x in ids:
raw = core.get_by_id(datafile, x)[x]
item = {x:{"make":raw.get("make"), "model":raw.get("model"), "name":raw.get("name"), "nick":raw.get("nick")}}
shortdata.update(item)
return pretty_data(shortdata)
def html_one(datafile, itemID):
unit = []
item = core.get_by_id(datafile, itemID)[itemID]
links = item.get("links")
subclass = item.get("subcat")
if subclass == "35mm":
subclass = "thirtyfive"
unit.append("<div class=\"item\"><div class=\"" + subclass +
"\"><a name=\"" + itemID + "\"></a>")
unit.append("\n\t<p><b>" + core.display_name(item) + "</b></p>")
unit.append("\n\t<p><small><i>" + core.display_cat(item) +
"</i></small></p>")
if links:
linktext = "\n\t<p>bundled with: "
if item.get("cat") == core.categories[9]:
linktext = "\n\t<p>kit contents: "
#unit.append("\n\t<p>bundled with: ")
unit.append(linktext)
for x in links:
unit.append("<a href=\"#" + x + "\">" +
core.display_name(core.get_by_id(datafile, x)[x]) +
"</a> ")
unit.append("</p>")
unit.append("\n\t<p align=\"right\"><small>" + colored_status(item) +
"</small></p>")
unit.append("\n\t<div class=\"meta\"><p><small>" + itemID + " " +
str(item) + "</small></p></div>")
unit.append("\n</div></div>\n")
return "".join(unit)
def short_data(data):
ids = core.get_all_ids(data)
shortdata = {}
for x in ids:
raw = core.get_by_id(datafile, x)[x]
item = {
x: {
"make": raw.get("make"),
"model": raw.get("model"),
"name": raw.get("name"),
"nick": raw.get("nick")
}
}
shortdata.update(item)
return util.pretty_data(shortdata)
def link_item(itemID):
print("what do you want to link this to? ", end="")
target = pick_id()
links = [itemID, target]
for x in links:
item = core.get_by_id(datafile, x)
check = item.get(x).get("links")
if check:
for y in check:
if y not in links:
links.append(y)
for x in links:
print(single_item(x))
if input_yn("are you suuuuure you want to link them?"):
core.link_ids(datafile, links)
return "link successful"
else:
return "LINK ABORTED"
def link_item(itemID):
print("what do you want to link this to? ", end="")
target = pick_id()
links = [itemID, target]
for x in links:
item = core.get_by_id(datafile, x)
check = item.get(x).get("links")
if check:
for y in check:
if y not in links:
links.append(y)
for x in links:
print(single_item(x))
if input_yn("are you suuuuure you want to link them?"):
core.link_ids(datafile, links)
return "link successful"
else:
return "LINK ABORTED"
def search_data():
global lastSearch
print("SEARCH FILTERS")
print("--------------")
search = {}
search = basic_settings(search)
## other field
fields = sorted(core.get_all_fields(datafile))
key = pick_list(fields, "other field")
if key:
print("what's your search phrase? (im cap sensitive, sorry) ", end="")
search.update({key:input()})
## process results
print("search terms: "+str(search))
lastSearch = core.multisearch(datafile, search)
for x in lastSearch:
print(pretty_data(core.get_by_id(datafile, x)))
return "total found: "+str(len(lastSearch))
def search_data():
global lastSearch
print("SEARCH FILTERS")
print("--------------")
search = {}
search = basic_settings(search)
## other field
fields = sorted(core.get_all_fields(datafile))
key = pick_list(fields, "other field")
if key:
print("what's your search phrase? (im cap sensitive, sorry) ", end="")
search.update({key: input()})
## process results
print("search terms: " + str(search))
lastSearch = core.multisearch(datafile, search)
for x in lastSearch:
print(util.pretty_data(core.get_by_id(datafile, x)))
return "total found: " + str(len(lastSearch))
def sortable(datafile):
outfile = open("/home/hvincent/projects/qmis/bin/www/test_sort.html", "w+")
done = 0
total = 0
outfile.write("<html><head>\n<title>QMIS OUTPUT TEST</title>\n<script src=\"sorttable.js\"></script>\n<link rel=\"stylesheet\" type=\"text/css\" href=\"style.css\" /></link>\n</head>\n<body>")
outfile.write("<p>this file is automatically generated from QMIS. do not take it too seriously right now.</p>\n\n")
outfile.write("<p><i>last updated:<br>"+time.strftime("%d %b %Y, %H%M")+"</i></p>\n")
outfile.write("<div class=\"dataset\">\n<table class=\"sortable\">")
outfile.write("<th>Name</th><th>Make</th><th>Model</th><th>Category</th><th>S/N</th><th>CMU ID</th><th>Links</th><th>Last Updated</th><th>ID</th>\n")
for itemID in datafile:
total += 1
item = core.get_by_id(datafile, itemID)[itemID]
outfile.write("<tr style=\"color:"+status_color(item)+"\"><td>")
outfile.write(core.display_name(item)+"</td><td>")
#outfile.write(str(item.get("name"))+"</td><td>")
outfile.write(str(item.get("make"))+"</td><td>")
outfile.write(str(item.get("model"))+"</td><td>")
outfile.write(core.display_cat(item)+"</td><td>")
#outfile.write(str(item.get("cat"))+"</td><td>")
#outfile.write(str(item.get("subcat"))+"</td><td>")
outfile.write(str(item.get("serial"))+"</td><td>")
outfile.write(str(item.get("cmu"))+"</td><td>")
links = item.get("links")
if links:
for ID in links:
outfile.write("<a href=\"#"+ID+"\">"+core.display_name(core.get_by_id(datafile,ID)[ID])+"</a> ")
else:
outfile.write(" ")
outfile.write("</td><td>")
timestamp = item.get("last updated")
color = "<font color=red>"
if isinstance(timestamp, float):
if timestamp > 1462398232:
color = "<font color=green>"
if item.get("status") not in nocount:
done += 1
# comment this for closing check
color = ""
#
if item.get("status") in nocount:
total -= 1
#outfile.write(color+core.display_last_checked(item)+"</font></td><td>")
outfile.write(color+str(timestamp)+"</font></td><td>")
#outfile.write(str(item.get("last updated"))+"</td><td>")
outfile.write("<font color=black>"+str(itemID)+"</font><a name=\""+itemID+"\"></a></td>")
outfile.write("</tr>\n")
outfile.write("</table>")
completion = int(100*float(done)/float(total))
# (for closing check only
# outfile.write("<div style=\"float:right; position:absolute;top:0em; right:.5em;\"><p>"+str(done)+"/"+str(total)+" ("+str(completion)+"%)</div>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("</body></html>")
outfile.close()
def random_item():
ids = core.get_all_ids(datafile)
return core.get_by_id(datafile, random.choice(ids))
def data_menu():
global scratch
dataOptions = [
"show dataset", "show scratchpad", "clear scratchpad",
"show last search", "toggle view", "view detail", "count items",
"search", "edit item", "add item", "back to main"
]
print("")
print("DATA BROWSING")
print("-------------")
util.print_menu(dataOptions)
print("\ntell me your desires (q to cancel): ", end="")
choice = input()
if choice == "0":
print(show_dataset(datafile))
elif choice == "1":
for x in scratch:
print(util.pretty_data(core.get_by_id(datafile, x)))
elif choice == "2":
scratch = []
elif choice == "3":
for x in lastSearch:
print(util.pretty_data(core.get_by_id(datafile, x)))
print("total found: " + str(len(lastSearch)))
elif choice == "4":
print(toggle_view())
elif choice == "5":
print(divider)
itemID = pick_id()
if itemID == quickrel:
print(quickrel)
else:
print(view_detail(itemID))
elif choice == "6":
print(divider)
print(count_data())
elif choice == "7":
print(divider)
print(search_data())
elif choice == "8":
print(divider)
itemID = pick_id()
if itemID == quickrel:
print(quickrel)
else:
print(edit_item(itemID))
elif choice == "9":
print(item_adder())
elif choice == "10":
return divider
elif choice == 'q':
return quickrel
else:
print(invalid)
autosave()
return data_menu()
def random_item():
ids = core.get_all_ids(datafile)
return core.get_by_id(datafile, random.choice(ids))
def sortable(datafile):
outfile = open(BASEDIR + "/www/inventory.html", "w+")
done = 0
total = 0
outfile.write(
"<html><head>\n<title>QMIS OUTPUT TEST</title>\n<script src=\"sorttable.js\"></script>\n<link rel=\"stylesheet\" type=\"text/css\" href=\"style.css\" /></link>\n</head>\n<body>"
)
outfile.write(
"<p>this file is automatically generated from QMIS. do not take it too seriously right now.</p>\n\n"
)
outfile.write("<p><i>last updated:<br>" + time.strftime("%d %b %Y, %H%M") +
"</i></p>\n")
outfile.write("<div class=\"dataset\">\n<table class=\"sortable\">")
outfile.write(
"<th>Name</th><th>Make</th><th>Model</th><th>Category</th><th>S/N</th><th>CMU ID</th><th>Links</th><th>Last Updated</th><th>ID</th>\n"
)
for itemID in datafile:
total += 1
item = core.get_by_id(datafile, itemID)[itemID]
outfile.write("<tr style=\"color:" + status_color(item) + "\"><td>")
outfile.write(core.display_name(item) + "</td><td>")
#outfile.write(str(item.get("name"))+"</td><td>")
outfile.write(str(item.get("make")) + "</td><td>")
outfile.write(str(item.get("model")) + "</td><td>")
outfile.write(core.display_cat(item) + "</td><td>")
#outfile.write(str(item.get("cat"))+"</td><td>")
#outfile.write(str(item.get("subcat"))+"</td><td>")
outfile.write(str(item.get("serial")) + "</td><td>")
outfile.write(str(item.get("cmu")) + "</td><td>")
links = item.get("links")
if links:
for ID in links:
outfile.write(
"<a href=\"#" + ID + "\">" +
core.display_name(core.get_by_id(datafile, ID)[ID]) +
"</a> ")
else:
outfile.write(" ")
outfile.write("</td><td>")
timestamp = item.get("last updated")
color = "<font color=red>"
if isinstance(timestamp, float):
## set this for closing mode
if timestamp > 1494350400:
color = "<font color=green>"
#if item.get("status") not in nocount:
if item.get("status") in closing:
done += 1
#timestamp = time.strftime("%Y-%m-%d:%H%M", time.localtime(timestamp))
# comment this for closing check
color = ""
#
if item.get("status") not in closing:
#if item.get("status") in nocount:
total -= 1
outfile.write(color + str(timestamp) + "</font></td><td>")
outfile.write("<font color=black>" + str(itemID) +
"</font><a name=\"" + itemID + "\"></a></td>")
outfile.write("</tr>\n")
outfile.write("</table>")
completion = int(100 * float(done) / float(total))
# (for closing check only
#outfile.write("<div style=\"float:right; position:absolute;top:0em; right:.5em;\"><p>"+str(done)+"/"+str(total)+" ("+str(completion)+"%)</div>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("<p> </p>")
outfile.write("</body></html>")
outfile.close()
print_status(done, total, completion)
def update_time(itemID):
# update itemID with current timestamp
print("stamping "+itemID)
item = {itemID:core.update_time(core.get_by_id(datafile, itemID).get(itemID))}
datafile.update(item)