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Make seedwatch work on linux, still with ugly hacks.

develop
Petr Mrázek 2011-10-27 03:31:13 +02:00
parent 8838d8c3d6
commit 61be3413e3
2 changed files with 451 additions and 390 deletions
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11
library/include/dfhack/modules/Items.h
Unescape Escape View File

@ -107,7 +107,12 @@ struct t_itemref : public t_virtual
struct df_contaminant
{
// fixme: figure it out
int16_t material;
int32_t mat_index;
int16_t mat_state; // FIXME: enum or document in text
int16_t temperature;
int16_t temperature_fraction; // maybe...
int32_t size; ///< 1-24=spatter, 25-49=smear, 50-* = coating
};
/**
@ -146,6 +151,10 @@ public:
int32_t mystery5;
// 5C L, 64 W - pointer to vector of contaminants
std::vector <df_contaminant *> * contaminants;
// 60 L, 6C W - temperature in Urists
int16_t temperature;
// 62 L, 6E W - temperature fraction (maybe, just a guess)
int16_t temperature_fraction;
public:
// 0x0
virtual int32_t getType();

830
plugins/seedwatch.cpp
Unescape Escape View File

@ -13,15 +13,13 @@
#include "dfhack/modules/Materials.h"
typedef int32_t t_materialIndex;
typedef int16_t t_materialSubindex, t_itemType, t_itemSubtype;
typedef int16_t t_material, t_itemType, t_itemSubtype;
typedef int8_t t_exclusionType;
const unsigned int seedLimit = 400; // a limit on the limits which can be placed on seeds
const t_itemType seedType = 52; // from df.magmawiki.com/index.php/Item_token
const t_itemType plantType = 53; // from df.magmawiki.com/index.php/Item_token
const t_itemSubtype organicSubtype = -1; // seems to fixed
const t_exclusionType cookingExclusion = 1; // seems to be fixed
const t_itemType limitType = 0; // used to store limit as an entry in the exclusion list
const t_itemType limitType = 0; // used to store limit as an entry in the exclusion list. 0 = BAR
const t_itemSubtype limitSubtype = 0; // used to store limit as an entry in the exclusion list
const t_exclusionType limitExclusion = 4; // used to store limit as an entry in the exclusion list
const int buffer = 20; // seed number buffer - 20 is reasonable
@ -31,428 +29,482 @@ std::map<std::string, std::string> abbreviations; // abbreviations for the stand
bool ignoreSeeds(DFHack::t_itemflags& f) // seeds with the following flags should not be counted
{
return
f.dump ||
f.forbid ||
f.garbage_colect ||
f.hidden ||
f.hostile ||
f.on_fire ||
f.rotten ||
f.trader ||
f.in_building ||
f.in_job;
return
f.dump ||
f.forbid ||
f.garbage_colect ||
f.hidden ||
f.hostile ||
f.on_fire ||
f.rotten ||
f.trader ||
f.in_building ||
f.in_job;
};
void updateCountAndSubindices(DFHack::Core& core, std::map<t_materialIndex, unsigned int>& seedCount, std::map<t_materialIndex, t_materialSubindex>& seedSubindices, std::map<t_materialIndex, t_materialSubindex>& plantSubindices) // fills seedCount, seedSubindices and plantSubindices
void updateCountAndSubindices(DFHack::Core& core, std::map<t_materialIndex, unsigned int>& seedCount, std::map<t_materialIndex, t_material>& seedSubindices, std::map<t_materialIndex, t_material>& plantSubindices) // fills seedCount, seedSubindices and plantSubindices
{
DFHack::Items& itemsModule = *core.getItems();
itemsModule.Start();
std::vector<DFHack::t_item*> items;
itemsModule.readItemVector(items);
DFHack::Items& itemsModule = *core.getItems();
itemsModule.Start();
std::vector<DFHack::df_item*> items;
itemsModule.readItemVector(items);
DFHack::dfh_item item;
std::size_t size = items.size();
for(std::size_t i = 0; i < size; ++i)
{
itemsModule.readItem(items[i], item);
t_materialIndex materialIndex = item.matdesc.index;
switch(item.matdesc.itemType)
{
case seedType:
seedSubindices[materialIndex] = item.matdesc.subIndex;
if(!ignoreSeeds(item.base->flags)) ++seedCount[materialIndex];
break;
case plantType:
plantSubindices[materialIndex] = item.matdesc.subIndex;
break;
}
}
DFHack::df_item * item;
std::size_t size = items.size();
for(std::size_t i = 0; i < size; ++i)
{
item = items[i];
t_materialIndex materialIndex = item->getMaterialIndex();
switch(item->getType())
{
case DFHack::Items::SEEDS:
seedSubindices[materialIndex] = item->getMaterial();
if(!ignoreSeeds(item->flags)) ++seedCount[materialIndex];
break;
case DFHack::Items::PLANT:
plantSubindices[materialIndex] = item->getMaterial();
break;
}
}
itemsModule.Finish();
itemsModule.Finish();
};
void printHelp(DFHack::Core& core) // prints help
{
core.con.print("\ne.g. #seedwatch MUSHROOM_HELMET_PLUMP 30\n");
core.con.print("This is how to add an item to the watch list.\n");
core.con.print("MUSHROOM_HELMET_PLUMP is the plant token for plump helmets (found in raws)\n");
core.con.print("The number of available plump helmet seeds is counted each tick\n");
core.con.print("If it falls below 30, plump helmets and plump helmet seeds will be excluded from cookery.\n");
core.con.print("%i is the buffer, therefore if the number rises above 30 + %i, then cooking will be allowed.\n", buffer, buffer);
if(!abbreviations.empty())
{
core.con.print("You can use these abbreviations for the plant tokens:\n");
for(std::map<std::string, std::string>::const_iterator i = abbreviations.begin(); i != abbreviations.end(); ++i)
{
core.con.print("%s -> %s\n", i->first.c_str(), i->second.c_str());
}
}
core.con.print("e.g. #seedwatch ph 30\nis the same as #seedwatch MUSHROOM_HELMET_PLUMP 30\n\n");
core.con.print("e.g. #seedwatch all 30\nAdds all which are in the abbreviation list to the watch list, the limit being 30.\n\n");
core.con.print("e.g. #seedwatch MUSHROOM_HELMET_PLUMP\nRemoves MUSHROOM_HELMET_PLUMP from the watch list.\n\n");
core.con.print("#seedwatch all\nClears the watch list.\n\n");
core.con.print("#seedwatch start\nStart seedwatch watch.\n\n");
core.con.print("#seedwatch stop\nStop seedwatch watch.\n\n");
core.con.print("#seedwatch info\nDisplay whether seedwatch is watching, and the watch list.\n\n");
core.con.print("#seedwatch clear\nClears the watch list.\n");
core.con.print(
"\ne.g. #seedwatch MUSHROOM_HELMET_PLUMP 30\n"
"This is how to add an item to the watch list.\n"
"MUSHROOM_HELMET_PLUMP is the plant token for plump helmets (found in raws)\n"
"The number of available plump helmet seeds is counted each tick\n"
"If it falls below 30, plump helmets and plump helmet seeds will be excluded from cookery.\n"
"%i is the buffer, therefore if the number rises above 30 + %i, then cooking will be allowed.\n", buffer, buffer);
if(!abbreviations.empty())
{
core.con.print("You can use these abbreviations for the plant tokens:\n");
for(std::map<std::string, std::string>::const_iterator i = abbreviations.begin(); i != abbreviations.end(); ++i)
{
core.con.print("%s -> %s\n", i->first.c_str(), i->second.c_str());
}
}
core.con.print(
"e.g. #seedwatch ph 30\nis the same as #seedwatch MUSHROOM_HELMET_PLUMP 30\n\n"
"e.g. #seedwatch all 30\nAdds all which are in the abbreviation list to the watch list, the limit being 30.\n\n"
"e.g. #seedwatch MUSHROOM_HELMET_PLUMP\nRemoves MUSHROOM_HELMET_PLUMP from the watch list.\n\n"
"#seedwatch all\nClears the watch list.\n\n"
"#seedwatch start\nStart seedwatch watch.\n\n"
"#seedwatch stop\nStop seedwatch watch.\n\n"
"#seedwatch info\nDisplay whether seedwatch is watching, and the watch list.\n\n"
"#seedwatch clear\nClears the watch list.\n"
);
};
std::string searchAbbreviations(std::string in) // searches abbreviations, returns expansion if so, returns original if not
// searches abbreviations, returns expansion if so, returns original if not
std::string searchAbbreviations(std::string in)
{
if(abbreviations.count(in) > 0) return abbreviations[in];
return in;
if(abbreviations.count(in) > 0)
{
return abbreviations[in];
}
else
{
return in;
}
};
class t_kitchenExclusions // helps to organise access to the cooking exclusions
// helps to organise access to the cooking exclusions
class t_kitchenExclusions
{
public:
t_kitchenExclusions(DFHack::Core& core_) // constructor
: core(core_)
, itemTypes (*((std::vector<t_itemType >*)(start(core_) ))) // using the kludge in start
, itemSubtypes (*((std::vector<t_itemSubtype >*)(start(core_) + 0x10))) // further kludge offset
, materialSubindices(*((std::vector<t_materialSubindex>*)(start(core_) + 0x20))) // further kludge offset
, materialIndices (*((std::vector<t_materialIndex >*)(start(core_) + 0x30))) // further kludge offset
, exclusionTypes (*((std::vector<t_exclusionType >*)(start(core_) + 0x40))) // further kludge offset
{
};
void print() // print the exclusion list, with the material index also translated into its token (for organics) - for debug really
{
core.con.print("Kitchen Exclusions\n");
DFHack::Materials& materialsModule= *core.getMaterials();
materialsModule.ReadOrganicMaterials();
for(std::size_t i = 0; i < size(); ++i)
{
core.con.print("%2u: IT:%2i IS:%i MI:%2i MS:%3i ET:%i %s\n", i, itemTypes[i], itemSubtypes[i], materialIndices[i], materialSubindices[i], exclusionTypes[i], materialsModule.organic[materialIndices[i]].id.c_str());
}
core.con.print("\n");
};
void allowCookery(t_materialIndex materialIndex) // remove this material from the exclusion list if it is in it
{
bool match = false;
do
{
match = false;
std::size_t matchIndex = 0;
for(std::size_t i = 0; i < size(); ++i)
{
if(materialIndices[i] == materialIndex && (itemTypes[i] == seedType || itemTypes[i] == plantType) && exclusionTypes[i] == cookingExclusion)
{
match = true;
matchIndex = i;
}
}
if(match)
{
itemTypes.erase(itemTypes.begin() + matchIndex);
itemSubtypes.erase(itemSubtypes.begin() + matchIndex);
materialIndices.erase(materialIndices.begin() + matchIndex);
materialSubindices.erase(materialSubindices.begin() + matchIndex);
exclusionTypes.erase(exclusionTypes.begin() + matchIndex);
}
} while(match);
};
void denyCookery(t_materialIndex materialIndex, std::map<t_materialIndex, t_materialSubindex>& seedSubindices, std::map<t_materialIndex, t_materialSubindex>& plantSubindices) // add this material to the exclusion list, if it is not already in it
{
if(seedSubindices.count(materialIndex) > 0)
{
bool alreadyIn = false;
for(std::size_t i = 0; i < size(); ++i)
{
if(materialIndices[i] == materialIndex && itemTypes[i] == seedType && exclusionTypes[i] == cookingExclusion)
{
alreadyIn = true;
}
}
if(!alreadyIn)
{
itemTypes.push_back(seedType);
itemSubtypes.push_back(organicSubtype);
materialIndices.push_back(materialIndex);
materialSubindices.push_back(seedSubindices[materialIndex]);
exclusionTypes.push_back(cookingExclusion);
}
}
if(plantSubindices.count(materialIndex) > 0)
{
bool alreadyIn = false;
for(std::size_t i = 0; i < size(); ++i)
{
if(materialIndices[i] == materialIndex && itemTypes[i] == plantType && exclusionTypes[i] == cookingExclusion)
{
alreadyIn = true;
}
}
if(!alreadyIn)
{
itemTypes.push_back(plantType);
itemSubtypes.push_back(organicSubtype);
materialIndices.push_back(materialIndex);
materialSubindices.push_back(plantSubindices[materialIndex]);
exclusionTypes.push_back(cookingExclusion);
}
}
};
void fillWatchMap(std::map<t_materialIndex, unsigned int>& watchMap) // fills a map with info from the limit info storage entries in the exclusion list
{
watchMap.clear();
for(std::size_t i = 0; i < size(); ++i)
{
if(itemTypes[i] == limitType && itemSubtypes[i] == limitSubtype && exclusionTypes[i] == limitExclusion)
{
watchMap[materialIndices[i]] = (unsigned int) materialSubindices[i];
}
}
};
void removeLimit(t_materialIndex materialIndex) // removes a limit info storage entry from the exclusion list if it is in it
{
bool match = false;
do
{
match = false;
std::size_t matchIndex = 0;
for(std::size_t i = 0; i < size(); ++i)
{
if(itemTypes[i] == limitType && itemSubtypes[i] == limitSubtype && materialIndices[i] == materialIndex && exclusionTypes[i] == limitExclusion)
{
match = true;
matchIndex = i;
}
}
if(match)
{
itemTypes.erase(itemTypes.begin() + matchIndex);
itemSubtypes.erase(itemSubtypes.begin() + matchIndex);
materialIndices.erase(materialIndices.begin() + matchIndex);
materialSubindices.erase(materialSubindices.begin() + matchIndex);
exclusionTypes.erase(exclusionTypes.begin() + matchIndex);
}
} while(match);
};
void setLimit(t_materialIndex materialIndex, unsigned int limit) // add a limit info storage item to the exclusion list, or alters an existing one
{
removeLimit(materialIndex);
if(limit > seedLimit) limit = seedLimit;
t_kitchenExclusions(DFHack::Core& core_) // constructor
: core(core_)
, itemTypes (*((std::vector<t_itemType >*)(addr(core_,0))))
, itemSubtypes (*((std::vector<t_itemSubtype >*)(addr(core_,1))))
, materials (*((std::vector<t_material >*)(addr(core_,2))))
, materialIndices (*((std::vector<t_materialIndex>*)(addr(core_,3))))
, exclusionTypes (*((std::vector<t_exclusionType>*)(addr(core_,4))))
{
};
void print() // print the exclusion list, with the material index also translated into its token (for organics) - for debug really
{
core.con.print("Kitchen Exclusions\n");
DFHack::Materials& materialsModule= *core.getMaterials();
materialsModule.ReadOrganicMaterials();
for(std::size_t i = 0; i < size(); ++i)
{
core.con.print("%2u: IT:%2i IS:%i MI:%2i MS:%3i ET:%i %s\n", i, itemTypes[i], itemSubtypes[i], materialIndices[i], materials[i], exclusionTypes[i], materialsModule.organic[materialIndices[i]].id.c_str());
}
core.con.print("\n");
};
void allowCookery(t_materialIndex materialIndex) // remove this material from the exclusion list if it is in it
{
bool match = false;
do
{
match = false;
std::size_t matchIndex = 0;
for(std::size_t i = 0; i < size(); ++i)
{
if(materialIndices[i] == materialIndex
&& (itemTypes[i] == DFHack::Items::SEEDS || itemTypes[i] == DFHack::Items::PLANT)
&& exclusionTypes[i] == cookingExclusion
)
{
match = true;
matchIndex = i;
}
}
if(match)
{
itemTypes.erase(itemTypes.begin() + matchIndex);
itemSubtypes.erase(itemSubtypes.begin() + matchIndex);
materialIndices.erase(materialIndices.begin() + matchIndex);
materials.erase( materials.begin() + matchIndex);
exclusionTypes.erase(exclusionTypes.begin() + matchIndex);
}
} while(match);
};
// add this material to the exclusion list, if it is not already in it
void denyCookery(t_materialIndex materialIndex, std::map<t_materialIndex, t_material>& seedMaterials, std::map<t_materialIndex, t_material>& plantMaterials)
{
if( seedMaterials.count(materialIndex) > 0)
{
bool alreadyIn = false;
for(std::size_t i = 0; i < size(); ++i)
{
if(materialIndices[i] == materialIndex
&& itemTypes[i] == DFHack::Items::SEEDS
&& exclusionTypes[i] == cookingExclusion)
{
alreadyIn = true;
}
}
if(!alreadyIn)
{
itemTypes.push_back(DFHack::Items::SEEDS);
itemSubtypes.push_back(organicSubtype);
materials.push_back( seedMaterials[materialIndex]);
materialIndices.push_back(materialIndex);
exclusionTypes.push_back(cookingExclusion);
}
}
if( plantMaterials.count(materialIndex) > 0)
{
bool alreadyIn = false;
for(std::size_t i = 0; i < size(); ++i)
{
if(materialIndices[i] == materialIndex
&& itemTypes[i] == DFHack::Items::PLANT
&& exclusionTypes[i] == cookingExclusion)
{
alreadyIn = true;
}
}
if(!alreadyIn)
{
itemTypes.push_back(DFHack::Items::PLANT);
itemSubtypes.push_back(organicSubtype);
materials.push_back(plantMaterials[materialIndex]);
materialIndices.push_back(materialIndex);
exclusionTypes.push_back(cookingExclusion);
}
}
};
// fills a map with info from the limit info storage entries in the exclusion list
void fillWatchMap(std::map<t_materialIndex, unsigned int>& watchMap)
{
watchMap.clear();
for(std::size_t i = 0; i < size(); ++i)
{
if(itemTypes[i] == limitType && itemSubtypes[i] == limitSubtype && exclusionTypes[i] == limitExclusion)
{
watchMap[materialIndices[i]] = (unsigned int) materials[i];
}
}
};
// removes a limit info storage entry from the exclusion list if it is in it
void removeLimit(t_materialIndex materialIndex)
{
bool match = false;
do
{
match = false;
std::size_t matchIndex = 0;
for(std::size_t i = 0; i < size(); ++i)
{
if(itemTypes[i] == limitType
&& itemSubtypes[i] == limitSubtype
&& materialIndices[i] == materialIndex
&& exclusionTypes[i] == limitExclusion)
{
match = true;
matchIndex = i;
}
}
if(match)
{
itemTypes.erase(itemTypes.begin() + matchIndex);
itemSubtypes.erase(itemSubtypes.begin() + matchIndex);
materials.erase(materials.begin() + matchIndex);
materialIndices.erase(materialIndices.begin() + matchIndex);
exclusionTypes.erase(exclusionTypes.begin() + matchIndex);
}
} while(match);
};
// add a limit info storage item to the exclusion list, or alters an existing one
void setLimit(t_materialIndex materialIndex, unsigned int limit)
{
removeLimit(materialIndex);
if(limit > seedLimit) limit = seedLimit;
itemTypes.push_back(limitType);
itemSubtypes.push_back(limitSubtype);
materialIndices.push_back(materialIndex);
materialSubindices.push_back((t_materialSubindex) (limit < seedLimit) ? limit : seedLimit);
exclusionTypes.push_back(limitExclusion);
};
void clearLimits() // clears all limit info storage items from the exclusion list
{
bool match = false;
do
{
match = false;
std::size_t matchIndex;
for(std::size_t i = 0; i < size(); ++i)
{
if(itemTypes[i] == limitType && itemSubtypes[i] == limitSubtype && exclusionTypes[i] == limitExclusion)
{
match = true;
matchIndex = i;
}
}
if(match)
{
itemTypes.erase(itemTypes.begin() + matchIndex);
itemSubtypes.erase(itemSubtypes.begin() + matchIndex);
materialIndices.erase(materialIndices.begin() + matchIndex);
materialSubindices.erase(materialSubindices.begin() + matchIndex);
exclusionTypes.erase(exclusionTypes.begin() + matchIndex);
}
} while(match);
};
itemTypes.push_back(limitType);
itemSubtypes.push_back(limitSubtype);
materialIndices.push_back(materialIndex);
materials.push_back((t_material) (limit < seedLimit) ? limit : seedLimit);
exclusionTypes.push_back(limitExclusion);
};
void clearLimits() // clears all limit info storage items from the exclusion list
{
bool match = false;
do
{
match = false;
std::size_t matchIndex;
for(std::size_t i = 0; i < size(); ++i)
{
if(itemTypes[i] == limitType
&& itemSubtypes[i] == limitSubtype
&& exclusionTypes[i] == limitExclusion)
{
match = true;
matchIndex = i;
}
}
if(match)
{
itemTypes.erase(itemTypes.begin() + matchIndex);
itemSubtypes.erase(itemSubtypes.begin() + matchIndex);
materialIndices.erase(materialIndices.begin() + matchIndex);
materials.erase( materials.begin() + matchIndex);
exclusionTypes.erase(exclusionTypes.begin() + matchIndex);
}
} while(match);
};
private:
DFHack::Core& core;
std::vector<t_itemType>& itemTypes; // the item types vector of the kitchen exclusion list
std::vector<t_itemSubtype>& itemSubtypes; // the item subtype vector of the kitchen exclusion list
std::vector<t_materialSubindex>& materialSubindices; // the material subindex vector of the kitchen exclusion list
std::vector<t_materialIndex>& materialIndices; // the material index vector of the kitchen exclusion list
std::vector<t_exclusionType>& exclusionTypes; // the exclusion type vector of the kitchen excluions list
std::size_t size() // the size of the exclusions vectors (they are all the same size - if not, there is a problem!)
{
return itemTypes.size();
};
static uint32_t start(const DFHack::Core& core) // the kludge for the exclusion position in memory
{
return core.p->getBase() + 0x014F0BB4 - 0x400000;
};
DFHack::Core& core;
std::vector<t_itemType>& itemTypes; // the item types vector of the kitchen exclusion list
std::vector<t_itemSubtype>& itemSubtypes; // the item subtype vector of the kitchen exclusion list
std::vector<t_material>& materials; // the material subindex vector of the kitchen exclusion list
std::vector<t_materialIndex>& materialIndices; // the material index vector of the kitchen exclusion list
std::vector<t_exclusionType>& exclusionTypes; // the exclusion type vector of the kitchen excluions list
std::size_t size() // the size of the exclusions vectors (they are all the same size - if not, there is a problem!)
{
return itemTypes.size();
};
//FIXME: ugly, ugly hack. Use memory.xml instead.
static uint32_t addr(const DFHack::Core& core, int index)
{
#ifdef LINUX_BUILD
return 0x93f2b00 + 0xC * index;
#else
return core.p->getBase() + 0x014F0BB4 - 0x400000 + 0x10 * index;
#endif
};
};
DFhackCExport DFHack::command_result df_seedwatch(DFHack::Core* pCore, std::vector<std::string>& parameters)
{
DFHack::Core& core = *pCore;
if(!core.isValid()) return DFHack::CR_FAILURE;
core.Suspend();
DFHack::Core& core = *pCore;
if(!core.isValid())
{
return DFHack::CR_FAILURE;
}
core.Suspend();
DFHack::Materials& materialsModule = *core.getMaterials();
materialsModule.ReadOrganicMaterials();
std::vector<DFHack::t_matgloss>& organics = materialsModule.organic;
DFHack::Materials& materialsModule = *core.getMaterials();
materialsModule.ReadOrganicMaterials();
std::vector<DFHack::t_matgloss>& organics = materialsModule.organic;
std::map<std::string, t_materialIndex> materialsReverser;
for(std::size_t i = 0; i < organics.size(); ++i)
{
materialsReverser[organics[i].id] = i;
}
std::map<std::string, t_materialIndex> materialsReverser;
for(std::size_t i = 0; i < organics.size(); ++i)
{
materialsReverser[organics[i].id] = i;
}
std::string par;
int limit;
switch(parameters.size())
{
case 0:
printHelp(core);
break;
case 1:
par = parameters[0];
if(par == "help") printHelp(core);
else if(par == "?") printHelp(core);
else if(par == "start")
{
running = true;
core.con.print("seedwatch supervision started.\n");
}
else if(par == "stop")
{
running = false;
core.con.print("seedwatch supervision stopped.\n");
}
else if(par == "clear")
{
t_kitchenExclusions kitchenExclusions(core);
kitchenExclusions.clearLimits();
core.con.print("seedwatch watchlist cleared\n");
}
else if(par == "info")
{
core.con.print("seedwatch Info:\n");
if(running) core.con.print("seedwatch is supervising. Use 'seedwatch stop' to stop supervision.\n");
else core.con.print("seedwatch is not supervising. Use 'seedwatch start' to start supervision.\n");
t_kitchenExclusions kitchenExclusions(core);
std::map<t_materialIndex, unsigned int> watchMap;
kitchenExclusions.fillWatchMap(watchMap);
if(watchMap.empty()) core.con.print("The watch list is empty.\n");
else
{
core.con.print("The watch list is:\n");
for(std::map<t_materialIndex, unsigned int>::const_iterator i = watchMap.begin(); i != watchMap.end(); ++i)
{
core.con.print("%s : %u\n", organics[i->first].id.c_str(), i->second);
}
}
/*kitchenExclusions.print();*/
}
else
{
std::string token = searchAbbreviations(par);
if(materialsReverser.count(token) > 0)
{
t_kitchenExclusions kitchenExclusions(core);
kitchenExclusions.removeLimit(materialsReverser[token]);
core.con.print("%s is not being watched\n", token.c_str());
}
else
{
core.con.print("%s has not been found as a material.\n", token.c_str());
}
}
break;
case 2:
limit = atoi(parameters[1].c_str());
if(limit < 0) limit = 0;
if(parameters[0] == "all")
{
for(std::map<std::string, std::string>::const_iterator i = abbreviations.begin(); i != abbreviations.end(); ++i)
{
t_kitchenExclusions kitchenExclusions(core);
if(materialsReverser.count(i->second) > 0) kitchenExclusions.setLimit(materialsReverser[i->second], limit);
}
}
else
{
std::string token = searchAbbreviations(parameters[0]);
if(materialsReverser.count(token) > 0)
{
t_kitchenExclusions kitchenExclusions(core);
kitchenExclusions.setLimit(materialsReverser[token], limit);
core.con.print("%s is being watched.\n", token.c_str());
}
else
{
core.con.print("%s has not been found as a material.\n", token.c_str());
}
}
break;
default:
printHelp(core);
break;
}
std::string par;
int limit;
switch(parameters.size())
{
case 0:
printHelp(core);
break;
case 1:
par = parameters[0];
if(par == "help") printHelp(core);
else if(par == "?") printHelp(core);
else if(par == "start")
{
running = true;
core.con.print("seedwatch supervision started.\n");
}
else if(par == "stop")
{
running = false;
core.con.print("seedwatch supervision stopped.\n");
}
else if(par == "clear")
{
t_kitchenExclusions kitchenExclusions(core);
kitchenExclusions.clearLimits();
core.con.print("seedwatch watchlist cleared\n");
}
else if(par == "info")
{
core.con.print("seedwatch Info:\n");
if(running)
{
core.con.print("seedwatch is supervising. Use 'seedwatch stop' to stop supervision.\n");
}
else
{
core.con.print("seedwatch is not supervising. Use 'seedwatch start' to start supervision.\n");
}
t_kitchenExclusions kitchenExclusions(core);
std::map<t_materialIndex, unsigned int> watchMap;
kitchenExclusions.fillWatchMap(watchMap);
if(watchMap.empty())
{
core.con.print("The watch list is empty.\n");
}
else
{
core.con.print("The watch list is:\n");
for(std::map<t_materialIndex, unsigned int>::const_iterator i = watchMap.begin(); i != watchMap.end(); ++i)
{
core.con.print("%s : %u\n", organics[i->first].id.c_str(), i->second);
}
}
}
else if(par == "debug")
{
t_kitchenExclusions kitchenExclusions(core);
std::map<t_materialIndex, unsigned int> watchMap;
kitchenExclusions.fillWatchMap(watchMap);
kitchenExclusions.print();
}
else
{
std::string token = searchAbbreviations(par);
if(materialsReverser.count(token) > 0)
{
t_kitchenExclusions kitchenExclusions(core);
kitchenExclusions.removeLimit(materialsReverser[token]);
core.con.print("%s is not being watched\n", token.c_str());
}
else
{
core.con.print("%s has not been found as a material.\n", token.c_str());
}
}
break;
case 2:
limit = atoi(parameters[1].c_str());
if(limit < 0) limit = 0;
if(parameters[0] == "all")
{
for(std::map<std::string, std::string>::const_iterator i = abbreviations.begin(); i != abbreviations.end(); ++i)
{
t_kitchenExclusions kitchenExclusions(core);
if(materialsReverser.count(i->second) > 0) kitchenExclusions.setLimit(materialsReverser[i->second], limit);
}
}
else
{
std::string token = searchAbbreviations(parameters[0]);
if(materialsReverser.count(token) > 0)
{
t_kitchenExclusions kitchenExclusions(core);
kitchenExclusions.setLimit(materialsReverser[token], limit);
core.con.print("%s is being watched.\n", token.c_str());
}
else
{
core.con.print("%s has not been found as a material.\n", token.c_str());
}
}
break;
default:
printHelp(core);
break;
}
core.Resume();
return DFHack::CR_OK;
core.Resume();
return DFHack::CR_OK;
}
DFhackCExport const char* plugin_name(void)
{
return "seedwatch";
return "seedwatch";
}
DFhackCExport DFHack::command_result plugin_init(DFHack::Core* pCore, std::vector<DFHack::PluginCommand>& commands)
{
commands.clear();
commands.push_back(DFHack::PluginCommand("seedwatch", "Switches cookery based on quantity of seeds, to keep reserves", df_seedwatch));
// fill in the abbreviations map, with abbreviations for the standard plants
abbreviations["bs"] = "SLIVER_BARB";
abbreviations["bt"] = "TUBER_BLOATED";
abbreviations["bw"] = "WEED_BLADE";
abbreviations["cw"] = "GRASS_WHEAT_CAVE";
abbreviations["dc"] = "MUSHROOM_CUP_DIMPLE";
abbreviations["fb"] = "BERRIES_FISHER";
abbreviations["hr"] = "ROOT_HIDE";
abbreviations["kb"] = "BULB_KOBOLD";
abbreviations["lg"] = "GRASS_LONGLAND";
abbreviations["mr"] = "ROOT_MUCK";
abbreviations["pb"] = "BERRIES_PRICKLE";
abbreviations["ph"] = "MUSHROOM_HELMET_PLUMP";
abbreviations["pt"] = "GRASS_TAIL_PIG";
abbreviations["qb"] = "BUSH_QUARRY";
abbreviations["rr"] = "REED_ROPE";
abbreviations["rw"] = "WEED_RAT";
abbreviations["sb"] = "BERRY_SUN";
abbreviations["sp"] = "POD_SWEET";
abbreviations["vh"] = "HERB_VALLEY";
abbreviations["ws"] = "BERRIES_STRAW_WILD";
abbreviations["wv"] = "VINE_WHIP";
return DFHack::CR_OK;
commands.clear();
commands.push_back(DFHack::PluginCommand("seedwatch", "Switches cookery based on quantity of seeds, to keep reserves", df_seedwatch));
// fill in the abbreviations map, with abbreviations for the standard plants
abbreviations["bs"] = "SLIVER_BARB";
abbreviations["bt"] = "TUBER_BLOATED";
abbreviations["bw"] = "WEED_BLADE";
abbreviations["cw"] = "GRASS_WHEAT_CAVE";
abbreviations["dc"] = "MUSHROOM_CUP_DIMPLE";
abbreviations["fb"] = "BERRIES_FISHER";
abbreviations["hr"] = "ROOT_HIDE";
abbreviations["kb"] = "BULB_KOBOLD";
abbreviations["lg"] = "GRASS_LONGLAND";
abbreviations["mr"] = "ROOT_MUCK";
abbreviations["pb"] = "BERRIES_PRICKLE";
abbreviations["ph"] = "MUSHROOM_HELMET_PLUMP";
abbreviations["pt"] = "GRASS_TAIL_PIG";
abbreviations["qb"] = "BUSH_QUARRY";
abbreviations["rr"] = "REED_ROPE";
abbreviations["rw"] = "WEED_RAT";
abbreviations["sb"] = "BERRY_SUN";
abbreviations["sp"] = "POD_SWEET";
abbreviations["vh"] = "HERB_VALLEY";
abbreviations["ws"] = "BERRIES_STRAW_WILD";
abbreviations["wv"] = "VINE_WHIP";
return DFHack::CR_OK;
}
DFhackCExport DFHack::command_result plugin_onupdate(DFHack::Core* pCore)
{
if(running)
{
DFHack::Core& core = *pCore;
std::map<t_materialIndex, unsigned int> seedCount; // the number of seeds
std::map<t_materialIndex, t_materialSubindex> seedSubindices; // holds information needed to add entries to the cooking exclusions
std::map<t_materialIndex, t_materialSubindex> plantSubindices; // holds information need to add entries to the cooking exclusions
updateCountAndSubindices(core, seedCount, seedSubindices, plantSubindices);
t_kitchenExclusions kitchenExclusions(core);
std::map<t_materialIndex, unsigned int> watchMap;
kitchenExclusions.fillWatchMap(watchMap);
for(std::map<t_materialIndex, unsigned int>::const_iterator i = watchMap.begin(); i != watchMap.end(); ++i)
{
if(seedCount[i->first] <= i->second)
{
kitchenExclusions.denyCookery(i->first, seedSubindices, plantSubindices);
}
else if(i->second + buffer < seedCount[i->first])
{
kitchenExclusions.allowCookery(i->first);
}
}
}
return DFHack::CR_OK;
if(running)
{
DFHack::Core& core = *pCore;
std::map<t_materialIndex, unsigned int> seedCount; // the number of seeds
std::map<t_materialIndex, t_material> seedSubindices; // holds information needed to add entries to the cooking exclusions
std::map<t_materialIndex, t_material> plantSubindices; // holds information need to add entries to the cooking exclusions
updateCountAndSubindices(core, seedCount, seedSubindices, plantSubindices);
t_kitchenExclusions kitchenExclusions(core);
std::map<t_materialIndex, unsigned int> watchMap;
kitchenExclusions.fillWatchMap(watchMap);
for(std::map<t_materialIndex, unsigned int>::const_iterator i = watchMap.begin(); i != watchMap.end(); ++i)
{
if(seedCount[i->first] <= i->second)
{
kitchenExclusions.denyCookery(i->first, seedSubindices, plantSubindices);
}
else if(i->second + buffer < seedCount[i->first])
{
kitchenExclusions.allowCookery(i->first);
}
}
}
return DFHack::CR_OK;
}
DFhackCExport DFHack::command_result plugin_shutdown(DFHack::Core* pCore)
{
return DFHack::CR_OK;
return DFHack::CR_OK;
}